ENCYCLOPAEDIA BRITANNICA SEVENTH EDITION. ✓ , ENCYCLOPAEDIA BRITANNICA DICTIONARY ARTS, SCIENCES, AND GENERAL LITERATURE. SEVENTH EDITION, WITH PRELIMINARY DISSERTATIONS ON THE HISTORY OF THE SCIENCES, AND * V ; * ^1' * * V ' * . .. • *OTHER EXTENSIVE IMPROVEMENTS AND ADDITIONS; ' I ?. 1 '•1 k>-v '' "> ’ “‘^ v ' ''INCLUDING THE LATE SUPPLEMENT, > A GENERAL INDEX,- AND NUMEROUS ENGRAVINGS. ■ VOLUME XL ADAM AND CHARLES BLACK, EDINBURGH; M.DCCC.XLII. . ENCYCLOPAEDIA BRITANNICA. G R O T I U S, Grotius. ROTIUS, Hugo, one of the most illustrious charac- ‘Or ters 0f modern times, was born at Delft on the 10th of April 1583. His great-grandfather was Coneille Cornets, a gentleman of Franche-Comte, who settled in Holland, and married Ermengard the only daughter of Diederik de Groot, a burgomaster of Delft. Her father stipulated that the children born of this marriage should assume his own name, which literally signifies the Great, and is pro¬ nounced like the English word groat. Her son, named Cornelis de Groot, was distinguished by his learning. By Eselina van Heemskerck, related to one of the first families in Holland, he had two sons, Cornelis and Jan, or John. The younger of these brothers married Alida van Overschie, who likewise belonged to a very genteel family, and the issue of this marriage were three sons and a daughter. Jan de Groot had studied the law, and with his juridical knowledge he united much elegant erudition. He was four times burgomaster of Delft, and was one of the three curators of the university of Leyden. His eld¬ est son, Huig de Groot, commonly known by the more classical appellation of Hugo Grotius, was a youth of the most amiable disposition and of the most promising ta¬ lents : so premature indeed was his genius, that he seem¬ ed to pass immediately from the state of infancy to that of manhood. He was indebted to his father for a pious as well as a learned education ; and one of the first fruits of it was a successful attempt, at the age of twelve, to convert his mother from the Romish faith. At a very early age, he was sent to school at the Hague, where he was committed to the domestic care of Uyten- bogard, a clergyman of great note and influence among the Arminians ; and to his connexion with this individual, with whom he contracted a lasting friendship, the colour of his subsequent life may to a great extent be attributed. At the age of twelve, he was sent to the university of Leyden, which about that period was the most learned se¬ minary in Europe. Here he continued for three years, re¬ siding in the house of Junius, a distinguished professor of divinity, from whom he might perhaps imbibe his decid¬ ed relish for theological studies. Of that university Jo¬ seph Scaliger was then the brightest ornament, and he may VOL. XI. indeed be safely characterized as the most learned man in Grotius. modern times : he was greatly struck with the uncommon y-w/ capacity of this young scholar, and not only encouraged, but likewise directed his studies. In 1597, when he had only reached the age of fourteen, he with much applause defended public theses in mathematics, philosophy, and jurisprudence, and thus exhibited a maturity of talents and attainments far beyond his years. He was speedily regarded as a literary prodigy, and was celebrated as such by various poets and scholars of that learned age. Dur¬ ing the ensuing year, he accompanied count Justin of Nassau and the grand-pensionary Oldenbarneveldt, who were sent on an embassy to the court of France. M. de Buzanval, formerly ambassador to Holland, presented him to the king, who received him in a gracious manner, and gave him his portrait, together with a chain of gold. He had however to regret that he did not find an opportuni¬ ty of paying his respects to the illustrious president De Thou; but on his return to Delft, he addressed to him a letter which produced a very friendly correspondence be¬ tween a venerable judge and a beardless lawyer. In France he now resided for nearly twelve months; and it was at this period that he took the degree of LL. D. in the university of Orleans. He had not then attained the age of seventeen; but he had doubtless acquired a much larger fund of learning than has fallen to the share of many, not to say most, of those who have subsequently- taken the same degree at a more mature age. On return¬ ing to his native country, he was called to the bar, and he pleaded his first cause at Delft in the year 1599. But the practice of the bar, and the study of jurispru¬ dence, did not engage his undivided attention. He con¬ tinued to devote himself with great ardour to the study of classical literature, and had already distinguished him¬ self by the spirit and elegance of his Latin verses. Among the earliest of his publications was an edition of the Saty- ricon of Martianus Capella, which was printed at Leyden the year 1599. When only fourteen years of age, he had received from his father a manuscript of this author, and, on communicating it to Scaliger, had been honoured with his injunctions to prepare a new edition. This task, which 2 . G R O Grotius. was by no means easy, he ventured to undertake, and he not only revised the text, but likewise wrote elaborate annotations. His edition excited the admiration of those who were most competent to judge of its merits or de¬ fects ; and if he had not given many other proofs of his early proficiency, we might have been induced to sup¬ pose that he had received very material assistance from some scholar of riper years. His Syntagma Arateorum, printed at the same place in 1600, increased his reputa¬ tion as a classical critic. This includes the Greek verses of Aratus, the Latin versions, so far as they could be re¬ covered, of Cicero, Germanicus Caesar, and Festus Avie- nus, together with the annotations of the editor, who was then seventeen years of age. As this metrical work relates to astronomy, it afforded him an opportunity of displaying his science as well as erudition. His brief notes on Lu¬ can, accompanying an edition of the text, made their ap¬ pearance in 1603. Some of his Latin verses had been printed so early as the year 1598, and others followed in 1599 and 1600. “ Adamus Exul, tragcedia,” was publish¬ ed in 1601 ; but this tragedy he afterwards considered as too juvenile to be admitted into the general collection of his poems. The use to which it was applied by Lauder, in his dishonest attempt to convict Milton of plagiarism, is well known to the more critical reader.1 His “ Tra¬ gcedia, Christus patiens,” was printed in 1608, and was re¬ ceived with great applause. It was translated into Eng¬ lish by George Sandys, and, at a more recent period, into German by D. W. Triller. With the former version he appears to have been much pleased. His third drama, “ Sophompaneas, tragcedia,” was not published till 1617. It relates to the history of Joseph, whom he thus describes by an Egyptian name. Of this tragedy a Dutch version was undertaken by Vondel, a poet of great note. The li¬ terary reputation of Grotius speedily procured him the appointment of historiographer to the republic; an ap¬ pointment which he did not himself solicit, though it was eagerly solicited by several other scholars, and, among the rest, by Dominicus Baudius, a well-known professor of eloquence in the university of Leyden. His first appearance at the bar produced a very favour¬ able impression, and he soon rose to eminence in a pro¬ fession which in most countries is considered as lucrative. In 1607, that is, at the age of twenty-four, he was pro¬ moted to the important office of advocate general of Hol¬ land and Zeeland. During the following year, he married Maria van Reygersberg, allied to one of the first families in Zeeland; and, as one of his biographers has remarked, it is sufficient commendation to add that she was a wife worthy of such a husband.2 Their nuptials were com¬ memorated in the verses of many learned poets. About this period, he was occupied with a professional work, which appeared in 1609, under the title of “ Mare Libe¬ rum, sive de Jure quod Batavis competit ad Indicana Com- mercia, Dissertatio,” and produced a controversy of no vulgar denomination. After an interval of some years, it was opposed in the “ Mare Clausum” of Selden, an anta¬ gonist worthy of Grotius. The British cause was likewise maintained by William Wellwood, who had been a pro¬ fessor of law in the university of St Andrews; and his treatise “ De Dominio Maris” was answered by Gras- winckel, who published three different tracts in support of his countrymans positions. Other learned writers en¬ gaged in the same controversy, which however must ul¬ timately be decided by the sword, rather than by the law of nature and nations. In 1610 he published a work T I U S. “ De Antiquitate Reipublicae Batavaeand in the same year Grotius. a Dutch translation, which was partly executed by his fa- then The book was afterwards translated into French. In 1613 Grotius was appointed pensionary, or syndic, of Rotterdam, and then fixed his residence in that city. In the course of the same year, he was sent on a mission to the court of London, for the purpose of remonstrating against the arbitrary proceedings of the English, who claimed an exclusive right to the Greenland fisheries. His diplomatic exertion^ appear to have been attended with little or no success; but he was very graciously re¬ ceived by the learned monarch, and likewise had the sa¬ tisfaction of forming a personal acquaintance with Isaac Casaubon, a man of great worth and learning. The republic was at this time agitated by theological dissensions. Arminius, an eminent professor in the uni¬ versity of Leyden, had publicly dissented from the doc¬ trines of Calvin respecting predestination and grace. He was immediately opposed by Gomarus, another professor in the same university, and many controversial proceed¬ ings flowed from this origin.3 Many of the magistrates were disposed to adopt the new opinions, but the clergy, and the great body of the people, very generally adhered to the established creed. Arminius died in the year 1609 ; and his adherents soon afterwards obtained the name of Remonstrants, from the circumstance of their having ad¬ dressed to the states a remonstrance, subscribed by forty- six ministers, and containing a summary of their distinc¬ tive tenets. It was digested by Uytenbogard, and Gro¬ tius is supposed to have lent his assistance. The Goma- rists produced a counter-remonstrance, and thus obtained the name of Counter-remonstrants. In order to allay the animosities that now prevailed between the two parties, the states issued an edict which was prepared by Grotius, but which was too favourable to the Arminians to prove satisfactory to the Gomarists. It was attacked by Sibrand Lubert, a professor in the university of Franeker, and was defended by Grotius, in a work published in 1613, under the title of “ Ordinum Hollandise Pietas, a calumniis mul- torum, praesertim Sibrandi Luberti, vindicata.” The pro¬ fessor replied in 1614; and before the close of the year, his antagonist produced “ Bona Fides Sibrandi Luberti, ex libro quem inscripsit Responsionem ad Pietatem Hu- gonis Grotii.” During the same year he likewise pub¬ lished “ Ordinum Hollandiae et Westfrisiae Decretum pro Pace Ecclesiarum, munitum S. Scripturae, Conciliorum, Patrum, Confessionum, et Theologorum Testimoniis.” At this crisis, the learned author was deeply engaged in theo¬ logical studies; and in 1617 he printed his “ Defensio Fidei Catholicae de Satisfactione Christi, adversus Faus- tum Socinum Senensem,” which was speedily attacked by Ravensperger, and was defended by Yossius, an intimate friend of the author. It was afterwards attacked by Crellius, a person of no small consideration among the Socinians. While he was thus exerting his powerful talents, the re¬ public was torn by intestine divisions. With the view of re¬ pressing the seditions which followed these theological al¬ tercations, the grand-pensionary Oldenbarneveldt proposed to the states of Holland that they should empower the ma¬ gistrates of the province to levy a military force; and al¬ though the proposal was strenuously opposed by Amster¬ dam, Dordrecht, and other three towns where the Goma¬ rists had the chief influence, a decree to that effect was issued on the 4th of August 1617. Maurice of Nassau considered such a step as this, taken without his concur¬ rence, to be highly derogatory to his authority as governor 1 Lauder’s Essay on Milton’s Use and Imitation of the Moderns in his Paradise Lost, p. 50. Loud. 1750, 8Vo. * Burigny, Vie de Grotius, tom. i. p. 42. edit. Amst. 1754, 2 tom. 12mo. a Brantii Historia Vitae Jacobi Arminii. Amst. 1724, 8vo. G R O T I U S. Grotius. and captain general; and he now found an opportunity of Y'"-'’ satiating the hatred which he had formerly conceived against the grand-pensionary. Availing himself of the rancour of party-feeling, he exerted all his influence in favour of the Gomarists; and before the close of that year, they were emboldened to discontinue all communion with the Armi- nians. His elder brother the prince of Orange died on the 21st of February 1618, and Maurice thus became more formidable to his opponents. Supported by an armed force, and accompanied by the deputies of the states gene¬ ral, he made a progress through different provinces, and dis¬ placed the Arminian ministers and magistrates. Grotius and Hoogerbeetz, pensionary of Leyden, were dispatched to Utrecht by the states of Holland, for the purpose of en¬ couraging the authorities to oppose the prince in his vio¬ lent attempt upon that city: they accordingly made pre¬ parations for a vigorous defence, but some seditious move¬ ments took place among the soldiers as well as the citizens, and Maurice becoming master of the city, introduced such changes as suited his particular views. Having suddenly called together eight individuals, who described themselves as the states general, he procured a decree for the arrest of Oldenbarneveldt, Grotius, and Hoogerbeetz. On the 29th of August, the grand-pensionary was seized at the Hague, as he was returning to his own house, after attending a meeting of the states of Holland. The prince sent for Grotius and Hoogerbeetz, and when they presented them¬ selves, they were immediately taken into custody, and com¬ mitted to the castle of the Hague. The synod of Dor¬ drecht was opened on the 13th of November 1618 : the five Arminian articles were there condemned, and sentence of deposition was pronounced against the Arminian clergy. The fate of the state-prisoners was next decided. Olden¬ barneveldt, a man distinguished by his talents and patriot¬ ism, was beheaded on the 13th of May 1619, all the prin¬ ciples of justice having been signally violated to remove a formidable obstacle to the ambition of the prince of Orange. The trial of Grotius was conducted in the most irregular manner ; and on the eighteenth day of the same month, being convicted of divers imaginary crimes, he was con¬ demned to perpetual imprisonment, and all his property was confiscated. His wife’s fortune, and whatever he had saved from his public appointments, were absorbed by this flagitious sentence ; but as his father was still living, he was not left in a state of destitution. On the 6th of June he was removed to the fortress of Louvestein, near the town of Gor- cum in South Holland. His father was denied the consola¬ tion of visiting him in his prison. While he remained at the Hague, his wife was refused all access to him, and was not even permitted to attend him during a severe illness. She was at first admitted to Louvestein under the express con¬ dition of remaining constantly in the fortress, but was af¬ terwards allowed to quit it on obtaining leave for each oc¬ casion, and it was finally conceded that she might quit it twice a week. The presence of this excellent woman was a great source of consolation; and a mind regulated like that of Grotius was habitually sustained by the consola¬ tions of religion. In his literary pursuits, which were so numerous and diversified, he likewise found unabating de¬ light, and he alternately applied himself to the study of philosophy, jurisprudence, and theology. Sunday and a portion of the other days of the week he devoted to his theological studies. He now wrote some short annotations on the New Testament, and a work in Dutch verse on the truth of the Christian religion. For the use of his daugh¬ ter Cornelia, he composed a metrical catechism in the same language. It was printed at the Hague in the year 1619, and he afterwards translated it into Latin verse. Another of his labours during his imprisonment was his introduc¬ tion to the Dutch law, “ Inleydinge tot de Hollandse Rechtsgelehrtheyt.” It was published in 1631, or perhaps 3 earlier, and underwent many editions, several of which con- Grotius. tain the additions of Groenewegen, well known for his trea- tise “ De Legibus abrogatis et inusitatis in Hollandia.” The course of his literary studies led him to examine the fragments of Greek poets preserved by Stobaerus, and these he now began to translate into Latin verse, together with the reliques of Menander and Philemon. It is impossible to contemplate these various occupations of a man condemn¬ ed to perpetual imprisonment, without being very deeply impressed with the value and importance of sound learn¬ ing, united with a religious frame of mind. To an ordi¬ nary lawyer or statesman, under a similar sentence, the fortress of Louvestein would have proved a very desolate habitation. After he had been imprisoned for about twenty months, his wife, who appears to have possessed a mind not less firm than tender, devised and executed a plan for his es¬ cape. On the 22d of March 1621, when the commander of the fortress had gone to Heusden for the purpose of levy¬ ing soldiers, she shut her husband in a large chest, which had been in common use for sending clothes to Gorcum to be washed: she had previously ascertained that he was able to endure this confinement for the necessary length of time, and had taken the precaution of boring several holes for the admission of air. During the first year of his im¬ prisonment, the guards had been accustomed to make a careful inspection of the chest; but having always found that it contained nothing but books and linen, they at length suffered it to pass without examination. She had taken oc¬ casion to inform the wife of the commanding officer that she was about to send away a chest full of books; and that her husband being in a very feeble state of health, she was grieved to see him apply so closely to his studies. When two soldiers took up the chest, they found the weight so great, that one of them exclaimed, “ There must be an Arminian in itan expression which for some time be¬ came proverbial. Some demur however took place, but this precious load was at length deposited in a boat, and was safely conveyed to Gorcum, under the inspection of a female servant, to whom the secret had been confided. On reaching the town, the master of the boat proposed to place it on a sledge; but the servant informing him that it con¬ tained very brittle ware, and must be conveyed with cau¬ tion, it was supported on a kind of litter carried with two poles, and was thus conveyed to the house of David Daet- zelaer, the friend of Grotius, and the brother-in-law of Er- penius. Here he disguised himself as a mason, and, with a rule and trowel in his hands-, hastened to embark in a boat, which landed him at Walwyck in Brabant. He there made himself known to some Arminians, and hiring a car¬ riage to Antwerp, alighted at the house of Nicolaus Gre- vinchovius, who had formerly been a clergyman at Amster¬ dam. In the mean time, his faithful wife had acted with much presence of mind. She at first pretended that her husband was seriously indisposed; but when her servant returned with the intelligence that he had been conveyed across the Rhine, she boldly declared to the guards that their prisoner had escaped. On the arrival of the command¬ ing officer, she was committed to close confinement. On the 5th of April she addressed to the states general a peti¬ tion for her release ; and although some individuals had the baseness to propose she should be retained as a prisoner, she obtained her liberty two days after this petition was presented, and she was permitted to remove all her goods from Louvestein. The escape of this illustrious man fur¬ nished a theme to some of the well-known poets of the time, particularly to Heinsius and Barlaeus. Grotius remained for a short while in the city of Ant¬ werp ; where on the 30th of March he wrote a letter to the states., informing them that he had effected his escape with¬ out either violence or corruption, and that the persecution G R O T I U S. 4 Grotius. to which he had been subjected would never diminish his love of his native country. Having resolved to seek an asylum in France, he was furnished with letters of recom¬ mendation by his zealous friend Du Maurier, the French ambassador in Holland; and from the president Jeannin he received a letter, which encouraged him to expect the pro¬ tection of the king, as well as the friendship of the most distinguished persons in the kingdom. He reached Paris on the 13th of April 1621, and experienced a very kind reception from the president and other men of rank and eminence. One of those who hastened to wait upon him was Peiresc, who, without being himself an author, has enjoyed a degree of literary reputation to which but few authors attain. The states general lost no time in instruct¬ ing their ambassador to exert his diplomatic arts in depress¬ ing the credit of Grotius, who still displayed his greatness of mind by speaking of his country as became a good citi¬ zen. Such arts were attended with no ultimate success, but, from the exhausted state of the treasury, a consider* able interval elapsed before he received any pecuniary aid; and his wife having joined him in the month of October, he had been induced to take a house without having any adequate means of supporting himself in credit and com¬ fort. The king, who had been absent from Paris, return¬ ed about the end of January 1622; and in the ensuing month of March, Grotius was presented by the chancellor and the keeper of the seals. His majesty received him very graciously, and bestowed upon him a pension of three thousand livres. On this occasion, he was chiefly befriend¬ ed by the keeper of the seals, and by the prince of Conde. Being placed in a situation of comparative tranquillity, he now resumed his literary labours. Before the close of the year 1622, he published an apology for himself and the party with which he had acted. It bears the title of “ Apolo- geticus eorum qui Hollandiae, Westfrisiseque, et vicinis qui- busdam Nationibus, ex legibus praefuerunt, ante mutatio- nem anni cio ioc xvm ; quo ea referuntur quae adversus Hugonem Grotium et alios acta judicatave fuerunt.” This apology, which speedily passed through several editions, he likewise published in the Dutch language. The statements which it contains are such as could not be refuted; and, in¬ stead of attempting a refutation, the states general con¬ demned it as a most injurious libel on the sovereign autho¬ rity of the provinces, and on the character of the prince of Orange: they commanded the author to be seized where- ever he could be found, and, under the pain of death, pro¬ hibited their subjects from having the book in their posses¬ sion. The violence of these denunciations induced him to address a requite or petition to the king, from whdm he obtained a formal letter of protection, dated on the 26th of February 1623. During this year he published a work which he had commenced at Louvestein : “ Dicta Poeta- rum quae apud Joannem Stobaeum exstant, emendata et La¬ tino carmine reddita : accesserunt Plutarchi et Basilii Mag- ni de Usu Graecorum Poetarum.” Another of a similar de¬ scription, and likewise begun in this prison-house, appeared in 1626, under the title of “ Excerpta ex Tragoediis et Co- moediis Graecis, turn quae exstant, turn quae perierunt, em¬ endata et Latinis versibus reddita.” Both these works were printed at Paris in quarto. Although the order of chro¬ nology is not strictly preserved, it may here be proper to add, that in 1630 he published, at the same place, but in an octavo form, “ Euripidis Tragcedia Phcenissae, emendata ex manuscriptis et Latina facta.” This edition, which is de¬ dicated to the president De Meme, is unaccompanied with notes, but contains copious prolegomena. His poetical ver¬ sion is inserted in the very elaborate edition of Valckenaer, Grotius. published at Franeker in the year 1755. The president had offered him the use of one of his coun¬ try houses ; and at that of Balagni near Senlis he spent the spring and summer of 1623. Here he was engaged in the composition of the greatest of all his works, his treatise on the rights of war and peace. Here likewise he was visited by several men of eminent learning, and, among others, by Saumaise and Rigaut, more extensively known by the names of Salmasius and Rigaltius. In his literary researches he was greatly benefited by the liberality of Francois de Thou, who inherited the magnificent library of his father, and permitted Grotius to use it as his own/ His wife had occasion to visit Zeeland in the summer of 1624, and dur¬ ing her absence he was attacked by a violent dysentery. On hearing of his illness, she was so much affected that a * strong fever supervened ; but as soon as it had abated, and without waiting to recover her strength, she hastened to Paris, and by her presence, as well as by her tender care, he was restored to health after a dangerous malady of two months. His first labour after his convalescence was upon his version of the Phoenissae, of which he had lost some portion before he quitted his prison at the Hague. He next devoted himself to the completion of his great work, which was printed at Paris in quarto in the year 1625: “ De Jure Belli ac Pacis libri tres.” The plan of such a treatise appears to have been suggested to him by Peiresc,1 who had evidently formed a very skilful estimate of his peculiar powers of mind. This work, which he gratefully inscribed to Louis the Thirteenth, was crowned with the most signal success: it has passed through a great variety of editions, and has been translated into many different languages ; it was at once received as a standard production, and a mere enumeration of the writers who have illustrated it with notes or commentaries, would occupy no small space. It was speedily translated into the Dutch language. A Swedish version was exe¬ cuted by the command of Gustavus Adolphus. It was likewise translated into English. There are two French versions, by Courtin and Barbeyrac ; and a German ver¬ sion was published by Schiitz, with a preface by C. Tho- masius. Of all these translators, Barbeyrac is the most celebrated. He was a professor of law in the university of Groningen, and to his juridical knowledge he added no inconsiderable fund of general erudition. The notes which accompany his translation are for the most part able and judicious; and he likewise published an edition of the original work, accompanied with Latin notes. Grotius may justly be considered as the founder of a new science, that of the law of nature and nations ; for the subject is much more extensive than the title of his book. His treatise De Jure Belli ac Pacis will never cease to be re¬ garded as a singular monument of his genius and learning. The previous labours of Alberico Gentili, and some other writers of inferior note, had but little effect in smoothing his path ; but the resources of his own talents and erudi¬ tion were not easily exhausted; and if he has not produced a perfect work, he has at least produced a work which in many respects is still unrivalled. “ Grotius,” says Dr Smith, “ seems to have been the first who attempted to give the world any thing like a system of those principles which ought to run through and be the foundation of the laws of all nations; and his treatise of the laws of war and peace, with all its imperfections, is perhaps at this day the most complete work that has yet been given upon this subject.”2 The copiousness of his classical quotations Gassendi Yita Nicolai Claudii Fabricii de Peiresc, p. 198. Paris. 1G41, 4to. Smith’s Theory of Moral Sentiments, p. 610. G R O T 1 U S. 5 Grotius. cannot be supposed to be equally relished by readers of every denomination, but they certainly are not without their attraction to readers of classical learning and taste ; and it is necessary to distinguish between such as are in¬ troduced to prove particular facts, and such as are merely introduced for the purpose of illustration. “ Of what stamp,” it has been asked by Bentham, “ are the works of Grotius. Pufendorf, and Burlamaqui ? Are they political or ethical, historical or juridical, expository or censorial ? Sometimes one thing, sometimes another : they seem hardly to have settled the matter with themselves.” In these suggestions we perceive nothing very ingenious or original. The principles of natural law are closely blended with the principles of ethical science, nor is it easy to make an entire separation between the general principles of law and politics ; and examples, drawn from the history of mankind in various stages of society, may certainly find a suitable place in a work intended to illustrate the law of nature and nations.1 The treatise of Grotius “ De Veritate Religionis Chris- tianse,” wras published at Leyden in the year 1627, and the subsequent editions of this work are very numerous. It has been translated into almost all the cultivated lan¬ guages of Europe, and into various languages of Asia. An Arabic version was executed by the learned Dr Po- cocke. In the mean time, his residence in France was not en¬ tirely free from inquietude and mortifications. His pen¬ sion had never been paid with any degree of regularity ; and when the entire management of the state was en¬ trusted to Cardinal de Richelieu, Grotius had too much^ self-respect to recommend himself to the good graces of that haughty and unprincipled politician. The death of Maurice prince of Orange, which took place on the 23d of April 1625, naturally inspired him with the hope of return¬ ing to his native country. Four months after that event, Hoogerbeetz was permitted to leave the fortress of Louve- stein, on finding security, to the amount of twenty thou¬ sand florins, that he would not quit the United Provinces ; but this liberty he did not long enjoy, having died in the space of about three weeks after he was released from confinement. Grotius, who relied on the favourable dis¬ position of the new stathouder Frederick Henry, found that, his enemies being still numerous and powerful, his return to Holland was opposed by many obstacles. An action at law however enabled him to recover his pro¬ perty, which had been unduly confiscated. The advice of his beloved wife, and the encouragement of some dis¬ tinguished friends, at length induced him to take the ha¬ zardous step of returning to a country in which he had received such unworthy treatment. He began his jour¬ ney in the month of October 1631, and soon presented himself at Rotterdam, where he met with a reception less favourable than his former services had led him to anticipate. Before the close of the year he went to Am¬ sterdam, and was there better satisfied with his treat¬ ment ; but no city ventured to offer him an asylum, and he found himself environed with difficulties. Conscious of his innocence, he felt the utmost repugnance to solicit a pardon from the states general, nor did he seem to have any prospect of obtaining it without solicitation. With the view of occupying himself till his fate should be decided, he adopted the resolution of betaking himself to practice as a chamber-counsel; but all his plans were speedily discon¬ certed by an ordinance of the states general, which com¬ manded all bailifs to use their endeavour to seize his person. Grotius. To this ordinance, issued on the 10th of December 1631. little attention was however paid; and on the 10th of March 1632 it was followed by another, promising a reward of two thousand florins to any person who should deliver him into the hands of justice, and containing a threat of deprivation against any functionary who should neglect to make the attempt. On the 17th of the same month he left Amsterdam, and, taking the route of Germany, halted near the banks of the Elbe. Having spent a few months in a pleasant district, he fixed his residence at Hamburg before the close of the year. As he had not brought his books along with him, he was greatly indebted to the libe¬ rality of Lindenborg, who allowed him the free use of his library. Here he formed an intimacy with Salvius, vice- chancellor of Sweden, who was skilled in literature as well as politics, and who himself conceiving a high es¬ teem for the illustrious exile, contributed to strengthen .the favourable opinion already entertained by the grand- chancellor Oxenstiern. Gustavus Adolphus was solicitous to engage him in the service of the Swedish crown, but his own brilliant career was arrested at the battle of Liit- zen, fought on the 6th of November 1632. During the minority of his daughter Christina, the kingdom was chiefly governed by Oxenstiern, one of the first charac¬ ters of the age. One anecdote of this great statesman deserves to be repeated. When his son had expressed great diffidence in accepting of some public employment which was offered to him, the chancellor rejoined, “ Go, my son, and see with how little wisdom the world is go¬ verned.” It appears that several other princes, and the king of Denmark among the rest, had signified a wish to obtain the services of Grotius, but he finally listened to the invitation of the Swedish chancellor; to whom he first paid his respects at Frankfort on the Main in the month of May 1634, and experienced a very gracious reception. After a short interval he was nominated am¬ bassador to the court of France ; and as he had now en¬ tered into the service of another state, he thought it expe¬ dient to make a formal renunciation of all connexion with his ungrateful country. About the beginning of the year 1635, he took his de¬ parture from Germany, and soon arrived at St Denis; but it was not till the 2d of March that he made his public entry into Paris. The important functions of an ambassador he appears to have discharged with equal zeal and ability. The part which he had to perform was attended with no inconsiderable difficulties. The death of the victorious king of Sweden had necessarily impaired the national energies, and the arms of the protestant confederates experienced a great reverse in Germany. It had therefore become highly important to secure the aid of the French monarch against the for¬ midable power of the emperor; and Grotius laboured with great assiduity and perseverance to fulfil his in¬ structions, but was frequently exposed to the mortifica¬ tion which an honest man must feel in his transactions with mere politicians, who in all ages of the world have set honesty at open defiance. The Swedish finances were at this period in an exhausted condition, and his salary was but irregularly paid. Neither his public business nor private mortifications impaired his ardent love of let¬ ters ; and during his diplomatic residence at Paris, he engaged in a great variety of literary pursuits. His brief annotations on Tacitus, who wras one of his favourite au- 1 “ Morum disciplina,” says Mosheim, “ quam Christus ejusque legati tradidennit, raefiorem^ U;^id^ ^ntra varii generis incommoda nacta est, postquam explanation est. Ducem se in hoc genere pra quteque ingenia alacriter sequerentur, ipsa rei dignitas stadh, 1755, 4to.) 6 G R O T I U S. Giotius. thors, appeared in an edition printed at Leyden in the w-v-w* year 1640. Reverting to his juridical studies, he pub¬ lished a volume of more than 400 pages, under the title of “ Florum Sparsio ad Jus Justinianeum.” Paris. 1642, 4to. Of this work, which is still prized by civilians,1 two different editions, both in duodecimo, were printed at Amsterdam in the course of the following year. It con¬ tains a series of annotations on the body of the civil law, and, as the title suggests, many of them are philological. He had long contemplated a poetical version of the An¬ thology, a task sufficiently formidable; and at the begin¬ ning of the year 1645 he had brought it so near a conclu¬ sion that he sent a specimen to Bleau, an eminent printer of Amsterdam ; but as he soon afterwards quitted France, and did not long survive, this work was not then con¬ ducted through the press, nor indeed did it make its ap¬ pearance till a very recent period. Another of his labours was the history of the Goths, likewise a posthumous pub¬ lication ; and a more considerable undertaking was the history of his native country, which was also published after the death of the author. To this latter subject he had naturally directed his attention on being appointed to the office of historiographer. In the composition of such a work he appears to have been engaged so early as the year 1614, but it had probably been laid aside during a long interval. At this busy era of his life he completed most of his theological works. The publication in 1640 of his “ Com- mentatio ad Loca quaedam Novi Testamenti quae de An- tichristo agunt aut agere putantur,” exposed him to many severe animadversions. Here he endeavours to prove that the pope is not Antichrist, and thus departs from the common opinion of protestants, an opinion which seems to be placed on a very solid foundation. His work was immediately assailed by Des-Marets, Du Mou¬ lin, Cocceius, and Slichtingius. The last of these writers was a Socinian, and published his tract under the assumed name of Joannes Simplicius.2 To the first two Grotius replied in an appendix to a new edition; and Des-Ma¬ rets, or Maresius, who soon afterwards became professor of divinity at Groningen, defended his own dissertation in a very copious work, entitled “ Concordia discors, et Antichristus revelatus ; id est, Hugonis Grotii Apologia pro Papa et Papismo modeste refutata.” Amst. 1642, 2 tom. 8vo. Jacobus Laurentius, a clergyman of Amster¬ dam, likewise assailed him with great fierceness in a work of which the title sufficiently indicates the scope and spirit. “ Hugo Grotius papizans : hoc est, Notae ad quae¬ dam Loca in H. Grotii Appendice de Antichristo, Papam Romanam, et Doctrinam ac Religionem papisticam spec- tantia, et in quibus via sternitur ad Papismum Anti- Christianum.” Amst. 1642, 8vo. The censure which he had thus incurred did not prevent Grotius from publishing another volume of a similar tendency : it bears the title of “ Via ad Pacem Ecclesiasticam.” Amst. 1642, 8vo. His professed object is to effect what is manifestly im¬ possible, to conciliate the differences between the protest¬ ants and the papists. The principal portion of the volume consists of Cassander’s consultation on the articles of re¬ ligion controverted between the two parties, with the an¬ notations of the editor subjoined. Both of them were men of a pacific spirit, and under almost every form the love of peace is entitled to commendation; but to expect a union of protestants with catholics, the parties still re¬ maining catholics and protestants, is certainly to expect what is morally impossible. Is an infallible church to Grotius. acknowledge itself guilty of error; or is a reformed church -v'O to stifle the clearest convictions of which the intellect is susceptible, in order to gain a hollow and miserable sem¬ blance of peace ? Grotius, like Bishop Forbes and other learned individuals, was led by the spirit of conciliation to make unwarrantable concessions to the Romanists, not considering, what however wras abundantly obvious, that all concessions short of the most absolute submission, must prove utterly unavailing. Beside the common bond of Christian charity, protestants can have no spiritual union with catholics. One of the most extraordinary projects of union was that which Dr Wake, archbishop of Canterbury, discussed with Du Pin, an eminent doctor of the Sorbonne.3 This union was to proceed on the principle of the respective churches of England and France retaining the greatest part of their peculiar doc¬ trines : what portion either the one or the other was ex¬ pected to relinquish, does not so clearly appear. Any advances from a poor protestant church, especially if it had renounced the name and forms of episcopacy, would probably have been received with abundant coldness ; but this popish church was sufficiently rich and splendid to attract the regard of a primate who evinced no particular inclination to conciliate the English dissenters. On the religion of Grotius, the following epigram was written by Menage : Smyrna, Ilhodos, Colophon, Salamin, Pylos, Argos, Athenae, Siderei certant vatis de patria Homeri: Grotiadse certant de relligione Socinus, Arrius, Arminius, Calvinus, Itoma, Lutherus.4 Although he was completely entangled in the cobwebs of Arminianism, the charge of Socinianism seems to be des¬ titute of foundation, nor do poets very strictly confine themselves to what is true or probable. But with respect to the claim of the Romanists, it must be admitted to be somewhat more plausible. Grotius had found an asylum in a catholic country: he may in some degree have been misled by his respect for antiquity, and attracted by the splendour of the popish hierarchy. He expressed a great veneration for the church of England, which has like¬ wise dazzled the eyes of more modern presbyterians. His Via ad Pacem was immediately attacked by several antagonists, the most formidable of whom was Andre Rivet, professor of divinity in the university of Leyden. Grotius defended himself in a work entitled “ Votum pro Pace Ecclesiastica,” printed in 1642, and Rivet rejoined in the course of the following year. In 1645 Grotius published “ Rivetiani Apologetici, pro Schismate contra Votum Pacis facti, Discussio,” and in 1646 Rivet endea¬ voured to assert the genuine peace of the church against suspicious mediators. Grotius was about this period en¬ gaged in a theological undertaking of much greater im¬ portance, namely, his annotations on the different books of the Old and New Testaments. His notes on the Old Testament and the Apocrypha were printed at Paris in 1644, in three volumes folio. His notes on the gospels had been published in the same form three years earlier, but the concluding portions of this great work do not appear to have been printed before the year 1648. This is one of the works which have chiefly recommended his name to posterity; and writers of every denomination have agreed in ranking him among the ablest of biblical cri¬ tics. “ The learning,” says Dr Campbell, “ as well as the critical acumen and ingenuity of Grotius, has stamped 1 Schraderi Prodromus Corporis Juris Civilis, p. 262. Berolini, 1823, 8vo. 2 Sandii Bibliotheca Anti-Trinitariorum, p. 128. Freistadii, 1684, 8vo. 9 See Blackburne’s Confessional, p. Ixxvi. 3d edit. Lond. 1770, 8vo. 4 Menagii Poemata, p. 140. edit. Amst. 1687, 12mo. G R O T I U S. Srotius. a value upon his commentaries, especially on the gospels, —which has hardly been equalled by any that has come after him. Yet I am far from saying he is to be followed implicitly. He has fallen into gross mistakes, which men of much inferior genius have detected and avoided.”1 After having long discharged the functions of an am¬ bassador, he at length solicited and obtained his recall. He had encountered many discouragements in the course of his negotiations; and the arrival of a Swedish agent, of whom he entertained a very unfavourable opinion, seems to have confirmed his wish to retire. This agent was M. de Cerisante, the son of Dr Duncan, a learned Scotish physician residing at Saumur. Having embarked at Dieppe, the ambassador landed once more in his native country, and was received with due honour at Amster¬ dam. He proceeded by sea to Hamburg, where he arrived about the middle of May 1645. On reaching Stockholm, he was very graciously received by the queen, who made him ample promises, and was anxious to retain him in her service. He could not however be induced to fix his re¬ sidence in Sweden; and having been presented with a large sum of money, said to have amounted to twelve or thirteen thousand imperial crowns, he sailed for the port of Lubeck on the 12 th of August. The vessel was speedily overtaken by a storm, and on the 17th was driven ashore within fourteen German miles'of Dantzig. Travelling in an open carriage, he arrived at Rostock on the 26th, being then in a very feeble and exhausted condition. Here he had recourse to the aid of a physician, who speedily per¬ ceived that his case was hopeless. On requesting the at¬ tendance of a clergyman, he was visited by Quistorpius, professor of divinity in the university of Rostock, who has left an account of his last hours,2 and they appear to have been spent in a manner suitable to his former professions of Christian piety. He expired on the 28th of August 1645, in the sixty-third year of his age. His remains were conveyed to Delft, and were deposited in the tomb of his ancestors. He had prepared for the press various works which he did not live to publish. Soon after his death, one of these appeared under the subsequent title: “ De Imperio Sum- marum Potestatum circa Sacra.” Lutet. Paris. 1647, 8vo. This was soon followed by “ Philosophorum Sententiae de Fato, et de eo quod in nostra est potestate, collectas par- tim et de Graeco versae.” Paris. 1648, 4to. Amst. 1648, 12mo. Next appeared “ Historia Gotthorum, Vandalo- rum, et Langobardorum, partim versa, partim in ordinem digesta.” Amst. 1655, 8vo. His history of his native country was published not long afterwards : “ Annales et Historiae de Rebus Belgicis.” Amst. 1656, fol. Amst. 1658, 12mo. This very title at once suggests Tacitus as the writer’s model, and his style is evidently formed on that of the ancient historian. Whether this model was judiciously selected, may perhaps admit of some doubt. Such a style necessarily partakes of the enigmatical; and what may be admired in Tacitus is not so easily relished in his imitators. Notwithstanding the grievous injuries 7 which he had sustained from Prince Maurice, he had the Grotius. magnanimity to do justice to his character in this work.3 —y-'w' Another posthumous publication was his tract “ De Eu- charistia,”4 which was fiercely attacked by Salmasius under the assumed name of Simplicius Verinus. A very ample and interesting collection of his letters, consisting of nearly one thousand pages in double columns, was published by two of his grandsons : “ Epistolae quotquot reperiri po- tuerunt; in quibus praster hactenus editas, plurimae theo- logici, juridici, philologici, historici, et politici argumenti occurrunt.” Amst. 1687, fol. The poetical version of the Anthology, on which he had bestowed so much la¬ bour, was not communicated to the public till a century and a half after his death. The manuscript at length came into the possession of De Bosch, a man of learning and taste, who published the work in a splendid form, and added copious illustrations.5 “ Anthologia Graeca, cum versione Latina Hugonis Grotii, edita ab Hieronymo de Bosch.” Ultrajecti, 1795-8, 3 tom. 4to. “ Hieronymi de Bosch Observationes et Notae in Anthologiam Graecam, quibus accedunt Cl. Salmasii notae ineditae.” Ultraj. 1810, 4to. “ Hieronymi de Bosch Observationum et Notarum in Anthologiam Graecam volumen alterum, quod et indL ces continet. Opus Boschii morte interruptum David Jacobus van Lennep absolvit.” Ultraj. 1822, 4to. Grotius was a man of a goodly appearance, large and vigorous in his person, and possessing an agreeable coun¬ tenance.6 He was uniformly distinguished by the inte¬ grity of his character, and the generosity of his senti¬ ments. That he had acquired uncommon stores of va¬ riegated learning, it seems scarcely necessary to state in formal terms, after the details which have already been given ; and it was accompanied with those vigorous powers of mind, without which, learning cannot be rendered very available. He was a man of original genius, aided by un¬ wearied industry. As a philosophical jurist, he has no equal, and among historians he occupies a high rank. His merits as a theologian have been amply acknowledged by writers of every communion. As a Latin poet, he is to be classed among the best of the moderns, and his talents as a commentator on the ancient classics are of no mean order. What individual of modern times has exhibited the same extent and variety of intellectual attainment? His wife, who lived to deplore his loss, had borne him three sons and three daughters. The eldest and the youngest of his sons, Cornelis and Diederik, followed the profession of arms, without obtaining any considerable promotion. Pieter, the second son, having chosen the profession of an advocate, became pensionary of Amster¬ dam, and was employed as an ambassador to Sweden and France. The only daughter who survived their father was the eldest, named Cornelia, married to Jean Barthon, vicomte de Mombas, a nobleman of Poitou. Gulielmus Grotius, or WRIem de Groot, the brother of this illustrious man, must not be passed in total silence. Being bred to the legal profession, he became eminent at the bar, and was appointed advocate to the East India ‘Campbell’s Lectures on Systematic Theology, p. 239. Lond. 1807, 8vo Dr Lardner, a learned divine of another creed, speaks of him in the following terms : “ I much prefer Grotius’s interpretations, upon the comparison, above Dr Clarke’s. So far as I am able to judge, Grotius explains texts better than the professed Socinians. The reason may be, that he had more learning, and parti¬ cularly was better acquainted with the Jewish style. But I am apt to think their late writers have borrowed from him, and im¬ proved by him.” (Letter on the Logos, p. 43.) Hugonis Grotii, Belgarum Phoenicis, Manes ab iniquis Obtrectationibus vindicati, part. ii. p. 482. Delphis Batavorum, 1727, 2 part. 8vo.—The author of this anonymous work was Lehman, a copious, but not a very exact writer. 3 Gibbon has justly censured the historian for his inconsistency in one very essential particular. “ I am not satisfied with Gro¬ tius (de Itebus Belgicis, Annal. p. 13. 14. edit, in 12mo), who approves the imperial laws of persecution, and only condemns the bloody tribunal of the inquisition.” (Hist, of the Itoman Empire, vol. x. p. 192.) 4 Several theological tracts of Grotius, which we have not enumerated, are to be found in the collection of his Opera Theologicc. Amst. 1G79, 3 tom. fol. Of his tracts on other subjects, we have not attempted a complete catalogue. 6 Of the first four volumes, a notice may be found in Wyttenbach’s Philomathia, lib. ii. p. 201. * Du Maurier, Mdmoires pour servir a PHistoire de Hollande, p. 393. Paris, 1680, 8vo. 8 G R O Grotto. Company. He was likewise a man of erudition, and the author of several works. One of these is an “ Enchiridion de Principiis Juris Naturalis,” in which he illustrates the principles of a science that was so deeply indebted to an¬ other member of the same family. Another of his works, which was published after his death, and which is still held in great estimation by civilians, bears the title of “ Vitae Jurisconsultorum quorum in Pandectis extant No¬ mina.” Lugd. Bat. 1690, 4to. He appears to have been a most affectionate brother, and to have sympathized very deeply in the fortunes of a kinsman whose moral and intellectual endowments reflected so much lustre on the family to which he belonged. (x.) GROTTO^ or Grotta, a large deep cavern or den in a mountain or rock. The word is Italian, grotta, formed, according to Menage, from the Latin crypta. Ducange observes, that grotta was used in the same sense in the corrupt Latin. The ancient anchorites retired into dens and grottoes, to apply themselves the more attentively to meditation. Amongst the natural caverns or grottoes of England, Okey-hole, Elden-hole, Peak’s-hole, and Pool’s-hole, are famous. The entrance to Okey-hole, on the south side of the Mendip Hills, is in the fall of those hills, is beset all round with rocks, and has near it a precipitous descent of near twelve fathoms deep, at the bottom of which there conti¬ nually issues from the rocks a considerable current of wa¬ ter. The naked rocks above the entrance show them¬ selves about thirty fathoms high, and the whole ascent of the hill above is about a mile, and very steep. On en¬ tering this vault, you proceed at first upon a level, but advancing farther, the way becomes rocky and uneven, sometimes ascending and sometimes descending. The roof of this cavern, in the highest parts, is about eight fa¬ thoms from the ground, but in many places it is so low that a man must stoop to get along. The breadth is not less various than the height, for in some places it is five or six fathoms wide, and in others not more than one or two. It extends in length about two hundred yards. People talk much of certain stones in it, resem¬ bling men and women, and other things ; but there is little that is curious in these, which are only shapeless lumps of common spar. At the farthest part of the ca¬ vern there is a good stream of water, large enough to drive a mill, which passes all along one side, and at length glides down about six or eight fathoms amongst the rocks, and then pressing through their clefts, discharges itself into the valley. The river within the cavern is well stored with eels, and has in it some trouts; which can scarcely have come from without, as there is a considerable fall near the entrance. In dry summers, a great number of frogs are seen all along this cavern, even to the farthest part of it; and on the roof of it, at certain places, hang vast numbers of bats. The cattle that feed in the pastures through which this river runs have been known to die suddenly sometimes after a flood; which is probably owing to the waters having been impregnated, either naturally or acci¬ dentally, with lead ore. Elden-hole is a huge profound perpendicular chasm, three miles from Buxton, and ranked amongst the natural wonders of the Peak. Its depth is unknown. Cotton tells us he sounded 884 yards, yet the plummet still drew. But he might easily be deceived, unless his plum¬ met was very heavy; for the weight of a rope of that length might render the landing of the plummet scarcely perceptible. Peak s-hole and Pool s-hole are two very remarkable horizontal caverns under mountains ; the one situated near Castleton, and the other close by Buxton. They seem to have owed their origin to the springs which flow through G R O them ; for wfhen the water had forced its way through the Grotto horizontal fissures of the strata, and had carried the loose i II earth aw^ay with it, the loose stones would of course fall c'rout- down; but where the strata had few or no fissures, they wfa< ' remained entire, and thus formed;those very irregular arches, which are now so much admired for their grotesque appearance. The water which passes through Pool’s-hole is impregnated with particles of limestone, and has in- crusted the whole cavern in such a manner that it appears as one solid rock. Grotto del Cani, a little cavern near Pozzuoli, four leagues from Naples, the air of which is of a mephitical or noxious quality; whence it is called bocca venenosa, the poisonous mouth. Grotto del Serpi, is a subterranean cavern near the village of Sassa, eight miles from the city of Braccano in Italy. Milky Grotto, Crypta Lactea, a mile distant from the ancient village of Bethlehem, is said to have been thus denominated on occasion of the blessed Virgin letting fall some drops of milk whilst suckling Jesus in this grotto; and hence it has been commonly supposed that the earth of this cavern has the virtue of restoring milk to women who have grown drj^, and even of curing fevers. Grotto is also used to signify a little artificial edifice made in a garden, in imitation of a natural grotto. The exterior of these grottoes is usually adorned with rustic architecture, and the interior with shell-work, fossils, and the like, finished likewise with jets d’eau or fountains. GROUND, in painting, the surface upon which the fi¬ gures and other objects are represented. The ground is properly understood of such parts of the piece as have nothing painted on them, but retain the ori¬ ginal colour upon which the other colours are applied to form the representations. A building is said to serve as a ground to a figure when the figure is painted on the building. Ground, in etching, denotes a gummy composition smeared over the surface of the metal to be etched, to prevent the aquafortis from eating, except in the places where this ground is cut through with the point of a nee¬ dle or style. Ground-Angling, fishing under water without a float, only with a plumb of lead, or a bullet, placed about nine inches from the hook. This method of fishing is most proper in cold weather, when the fish swim very low. GROUP, in painting and sculpture, is an assemblage of two or more figures of men, beasts, fruits, or the like, which have some apparent relation to each other. The word is formed of the Italian groppo, a knot. Groups, The, several groups of islands in the South Pacific Ocean, seen by Captain Cook in 1769, and extend¬ ing from north-west by north to south-east by south about nine leagues. There are two principal islands, separated from each other by a channel about half a mile broad, and surrounded by small islands which are mostly narrow strips of land ranging in all directions. The southernmost island is in long. 142. 42. W. and lat. 18. 12. S. GROUSE, or Growse, Moor-foivl, or Moor-game. See Ornithology. GROUTHEAD, or Greathed, Robert, a learned bishop of Lincoln, was born at Stow in Lincolnshire, or, according to others, at Stradbrook in Suffolk, towards the close of the twelfth century. His parents were so poor, tnat when a boy he was obliged to perform the meanest offices, and even to beg his bread, until the mayor of Lin¬ coln, struck with his appearance and the quickness of his answers to certain questions, took him into his family, and put him to school. Here his ardent love of learning, and admirable capacity for acquiring knowledge, soon appear¬ ed, and procured him many patrons, by whose assistance 9 GKO Grove, he was enabled to prosecute his studies, first at Cambridge, —Y afterwards at Oxford, and lastly at Paris. In these three seats of learning he spent many years in the indefatigable pursuit of knowledge, and became one of the best and most universal scholars of the age. He was a great master not only of the French and Latin, but also of the Greek and Hebrew languages, which was a very rare accomplishment in those times. We are also assured by Roger Bacon, who was intimately acquainted with him, that he spent much of his time for nearly forty years in the study of geometry, astronomy, optics., and other branches of physical and ma¬ thematical learning, in all of which he very much excelled. But theology was his favourite study, in which he read , lectures at Oxford with great approbation. In the mean while he had obtained several preferments in the church, and was at length elected and consecrated Bishop of Lin¬ coln in the year 1235. In this station he soon became ce¬ lebrated for the purity of his manners, the popularity of his preaching, the vigour of his discipline, and the boldness with which he reproved the vices and opposed the arbitrary mandates of the court of Rome. Of his independence in this last respect it may be proper to give one example. Pope Innocent IV. had granted to one of his own nephews, named Frederick, who was but a child, an appointment to the first canon’s place in the church of Lincoln which should become vacant; and he sent to the Archbishop of Canterbury, and Innocent, then papal legate in England, a bull commanding them to see the provision made effec¬ tual, which bull they transmitted to the Bishop of Lincoln. But that brave and virtuous prelate boldly refused to give effect to this unreasonable mandate, and sent an answer to the papal bull containing very severe reproaches against his holiness for abusing his power. The bishop did not long survive this noble stand against the corruption and tyranny of the church of Rome, for he fell sick at his castle of Bugden that same year; and when he became sensible that his end was drawing near, he called his clergy into his apartment, and made a long discourse to them, to prove that the reigning pope, Innocent IV. was antichrist. With this exertion his strength and spirits were so much ex¬ hausted, that he soon afterwards expired, on the 9th of Oc¬ tober 1253. GROVE, in Gardening, a small wood impervious to the rays of the sun. Groves have in all ages been held in great veneration. The proseuchce, and high places of the Jews, whither they resorted for the purposes of devotion, were probably situated in groves (see Joshua, xxiv. 26). The proseuchce in Alexandria, mentioned by Philo, had groves about them; for he complains that the Alexandri¬ ans, in a tumult against the Jews, cut down the trees of their proseuchce. The ancient Romans had groves near several of their temples, which were consecrated to some god, and, as Cicero alleges, called luci, by antiphrasis, a non lucendo, as being shady and dark. The veneration which the ancient Druids had for groves is well known. Modern groves are not only ornaments to gardens, but also afford shelter from the heat of the sun. Groves are of two sorts, either open or close. Open groves are those which have large shady trees, standing at such distances that their branches approach so near to each other as to prevent the rays of the sun from pene¬ trating through them. Close groves have frequently large trees standing in them; but the ground under these is filled with shrubs or underwood, and the walks are private and screened from winds; by which means they are ren¬ dered agreeable for walking, at times when the air is either too hot or too cold in the more exposed parts of the garden. These are often contrived so as to bound the open groves, and frequently to hide the walls or other enclosures of the garden; and when they are properly laid out, with dry walks winding through them, and on the VOL. xi. G R O sides of these sweet-smelling shrubs and flowers irregu- Grove larly planted, they have a charming effect. " Grove, Henry, a learned Presbyterian divine, was born rowt 1 at Taunton in Somersetshire in 1683. Having obtained a sufficient stock of classical literature, he passed through a course of academical learning, under the reverend Mr Warren of Taunton, who had a flourishing academy. He then removed to London, and studied some time under the reverend Mr Rowe, to whom he was nearly related. Here he contracted with several persons of merit, and particularly with Dr Watts, a friendship which continued till his death, though they were of different opinions in several points warmly controverted amongst divines. Af¬ ter two years spent under Mr Rowe, he returned to the country, where he began to preach with great reputa¬ tion. An exact judgment, a lively imagination, and a rational and amiable representation of Christianity, de¬ livered in an agreeable and well-governed voice, soon rendered him generally admired; and the spirit of devo¬ tion which prevailed in his sermons procured him the es¬ teem and friendship of Mrs Singer, afterwards Mrs Rowe, which she expressed in a fine ode on death, addressed to Mr Grove. Soon after he began to preach, he married; and on the death of Mr Warren, he was chosen to suc¬ ceed him in the academy at Taunton. As this obliged him to reside there, he preached for eighteen years to two small congregations in the neighbourhood ; and though his salary from both fell short of twenty pounds a year, and he had a growing family, he performed his duty cheerfully. In 1708, he published a piece entitled The Regulations of Diversions, drawn up for the use of his pupils. About the same time, he entered into a private dispute by letter with Dr Samuel Clarke; but as they were not able to convince each other, the debate was dropped with expressions of mutual esteem. He next wrote several papers printed in the Spectator (numbers 588, 601, 626, 635), the last of which was republished, by the direction of Dr Gibson, bishop of London, in the Evidences of the Christian Religion, by Mr Addison. In 1725, Mr James, his colleague in the academy, having died, he succeeded that person in his pastoral charge at Fulwood, near Taunton, and engaged his nephew to un¬ dertake the other duties of Mr James as tutor; and in this situation Mr Grove continued till his death, which happened in the year 1738. His great concern with his pupils was to inspire and cherish in them a prevailing love of truth, virtue, liberty, and genuine religion, without violent attachments or prejudices in favour of any party of Christians. He represented truth and virtue in a most engaging light; and though his income, both as a tutor and a minister, was insufficient to support his family without encroaching on his paternal estate, he knew not how to refuse the call of charity. Besides the pieces above mentioned, he wrote, 1. An Essay towards the Demonstration of the Soul’s Immortality; 2. An Essay on the Terms of Christian Communion ; 3. The Evidence of our Saviour’s Resurrection considered; 4. Some Thoughts concerning the Proof of a Future State from Reason ; 5. A Discourse concerning the Nature and De¬ sign of the Lord’s Supper; 6. Wisdom the first spring of Action in the Deity; 7. A Discourse on Saving Faith; 8. Miscellanies in prose and verse; 9. Sermons. After his decease, his posthumous works were published by sub¬ scription, in four volumes octavo. GROWTH, the gradual increase of bulk and stature which takes place in animals or vegetables during a certain period. The increase of bulk in such bodies as have no life is called expansion, swelling, See. The growth of animals, nay even of the human species, is subject to great variations. A remarkable instance of this was observed in France in the year 1729. At this B 10 G R U Grub time the Academy of Sciences examined a boy who was II then only seven years old, but who measured four feet ' eight inches and four lines in height without his shoes. His mother observed on him at two years of age, the signs of puberty, which continued to increase very quickly, and soon arrived at the usual standard. At the age of four he was able to lift and toss the common bundles of hay in stables into the horses’ racks ; and at the age of six he could raise as much as a sturdy fellow of twenty. But though he thus increased in bodily strength, his understanding was not greater than is usual with children of his age, and their play-things wTere also his favourite amusements. Many other instances of extraordinary growth might, if it were necessary, be collected. It is at first sight astonish¬ ing that children of such early and prodigious growth do not become giants; but when we consider that the signs of puberty appear so much sooner than they ought, it seems evident that the whole is only a more than usually rapid expansion of the parts, as in hot climates ; and ac¬ cordingly it is observed that such children, instead of be¬ coming giants, always decay and die apparently of old age long before the ordinary term of human life. GRUB, the English name of the hexapod worms, pro¬ duced from the eggs of beetles, and which are at length transformed into winged insects of the same species with their parents. GRUBENHAGEN, a province called a principality of the kingdom of Hanover. It consists of three portions, the most westerly of which is surrounded by Brunswick and the province of Gottingen ; the centre by the province of Hildesheim, by Brunswick, and the Prussian territory ; and the eastern portion by Blankenburg and Brunswick. It extends over 537 square miles, and contains a popula¬ tion of 83,200 persons. The Hartz Forest forms the larger portion of the province, some of the hills of which are 2600 feet in height, and covered to their tops with pine woods. The chief object of the district is mining, which occupies the labour of most of the inhabitants, to the exclusion of agriculture, for which purpose the soil is not adapted. The chief aliments are furnished from the surrounding provinces. In a few of the warm valleys some cows are kept, and in others tobacco and hops are raised. The mines yield gold, silver, copper, lead, iron, zinc, vitriol, and sulphur, and there are some saline springs. There are several manufactories of iron, copper, and brass utensils ; and the females in win¬ ter spin much linen yarn. The climate is cold, raw, and gloomy, and the inhabitants are in general in a state of great poverty. About three fourths are Lutherans, and one fourth Catholics. GRUNBERG, a city of Prussian Silesia, the capital of a circle of the same name. It is a fortified place, contain¬ ing 1145 houses, and 9144 inhabitants. It is also a great manufacturing place for spinning cotton and linen, and for woollen cloths. In the neighbourhood are vineyards, which have been rapidly extending, and produce tolerable wine, but in some years more vinegar than wine. Fuller’s earth is found copiously near the city. Long. 15. 26. E. Eat. 51. 57. N. Gkunberg, a city of the grand duchy of Hesse, in Ger- many, of the province of Upper Hesse. It stands at the sources of the river Wetter, and contains 373 houses, with 2342 inhabitants. It is the capital of a bailiwick of the same name, which comprehends one city, one town, thirty villages, and 9553 inhabitants. GRUPPO, or Turned Shake, a musical grace, consist¬ ing in the alternate prolation of two tones in juxtaposition to each other, with a close on the note immediately be¬ neath the lower of them. GRUS, in Antiquity, a dance performed yearly by the young Athenians around the temple of Apollo, on the day of the Delia. The motions and figures of this dance were G R U intricate and various, some of them having been intended Grus to express the windings of the labyrinth in which the Mi- || notaur was killed by Theseus. Giuter Grus, in Astronomy, a southern constellation, not visi- *''* ble in our latitude. GRUTER, or Gruytere, Jan, in Latin Janus Gru- terus, a celebrated philologist and antiquary, was born at Antwerp on the 3d of December 1560. His father was burgomaster of that city, but having been banished on account of religion, he retired into England with his wife, who was a native of that country. This lady, whose name was Catherine Tishem, had received an excellent educa¬ tion and made considerable progress in learning ; she spoke several of the living languages, understood the Latin, and was so well acquainted with the Greek as to be able to read Galen in the original. “ There is perhaps not one physician in a thousand,” says a panegyrist of Gruter, “ who could do as much.” The English wife of the Ant¬ werp burgomaster was the first instructor of her son. Gru¬ ter continued the studies in which he had thus been ini¬ tiated, at the university of Cambridge ; and at the age of nineteen he quitted England, and proceeded to Leyden, where he studied civil law, and took the degree of doctor in that faculty. In a short time he began to make him¬ self known by his poetical essays ; and as works of a more solid kind soon extended his reputation, he became suc¬ cessively attached to different universities. In the capa¬ city of professor, he taught at Rostock, at Wittemberg, and at Heidelberg, in which last city he fixed his resi¬ dence, and had the charge of the palatine librarjq the manuscripts of which, transported to Rome in the year 1622, had recently been restored to their original locality. Gruter was called to France and to Denmark, but declin¬ ed the invitations in both instances. The university of Padua also made him advantageous offers ; but as it would have been necessary, in the event of accepting these, to renounce the public exercise of the Protestant religion, he preferred remaining in Germany. This circumstance proves that he has been unjustly accused of irreligion, and that Pareus, who reproached him with being an atheist, and attaching more importance to a single thought of Petro- nius or Apuleius than to all the precepts of Jesus Christ, has published a calumny. Bayle cites another proof of the re¬ ligious sentiments of Gruter. “ This pretended atheist,” says he, “ replied to those who proposed the alternative, ‘ You must either leave your country or change your re¬ ligion I prefer the former to the latter; if I cannot pass my days in a town, I will pass them in the fields or the woods ; God will there supply me with some herbs or roots which will support the little of life that remains to me.” For this Bayle refers the reader to the panegyric of Gruter by Venator. But he is mistaken. It is not to Gruter, but to Sched, his old and faithful servant, that Venator attributes this answer. Gruter was very laborious, and exceedingly anxious to be productive ; nor are there many learned men to whom Roman literature owes so many obli¬ gations. We shall take a short survey of his works. His essays in Latin poetry, which have already been mention¬ ed, appeared in 1587, under the title of Pericula, In the verses of Gruter there is more science than energy. His Elegies are rugged and dissonant, from the affectation of employing polysyllabic words in the end of his pentameters. I his is an imitation of the manner of the Greeks, and of that of Propertius, particularly in his first book; but it is not executed with sufficient taste, or a due regard to the mea¬ sure. He next published, under the title of Suspiciones, conjectures on the Latin authors, in nine books, which he wished to extend to thirty; but he had not time to exe¬ cute his design, in which, however, he appears to have made considerable progress. Burmann the second, whose library was so rich in works of criticism, possessed a large G R U Gruter. portion of this inedited supplement. In 1594 Gruter pub- lished a commentary on Seneca the philosopher, in which, notwithstanding the saucy remark of Scaliger (labeur d'escolier ou d'imprimeur), he gave proofs of great accura¬ cy. Seneca the tragic poet, Titus Livius, "Tacitus, Mar¬ tial, and Florus, of which author he published two edi¬ tions ; Statius, on which he left inedited notes, cited by Taubmann (ad Plaut. Amph. 1. i. p. 83) ; Plautus, which was the occasion of a long and indecent quarrel between him and Pareus; Paterculus, Pliny the younger, the Pa¬ negyrists, the writers of the Augustin History, Cicero, and Publius Syrus, successively occupied his attention. In the edition of this last author, published by Haver- camp and Preyger, may be found a posthumous commen¬ tary of Gruter, in which the text of Publius Syrus disap¬ pears amidst an enormous assemblage of parallel passages. Gruter collected, under the title of Delicice Poetarum Ita- lorum, Gallorum, Belgicorum, the best Latin poems of the Italians, the French, the Flemings, and the Dutch, and, in the title-page of this collection, assumed the name of Ranutius Gherus, which is the anagram of Janus Grute- rus. When he published the Delicice. Poetarum Germa- norum, a collection of the same kind as the preceding, he concealed himself under the initials A. F. G. G., which, read backwards, signify Gruterus Gualtheri Jilius, Antuer- pianus. Lamonnoie on Baillet (tome iv. p. 184) has given a list of all the poets contained in the fifteen volumes to which these collections extend. The Pampas sive Fax Artium Liberalium, is another compilation, in six large volumes, wherein Gruter has collected a great number of commentators and critics, who had become rare in his time, or whose works had not been printed. A table of their names may be found in the BibliograpJiia Antiqua- ria of Fabricius (c. 3, sect. 7). In 1737 Palesi commen¬ ced a new edition of this collection, but he died before it was completed, and only four volumes appeared. To the six volumes of the original edition, Frankfort, 1603-1612, a seventh was, after the death of Gruter, added by Pare¬ us in 1634, containing remarks on Plautus, in which Gru¬ ter, who had concealed his name under that of Pflug, in order to attack Pareus, is, by way of reprisal, outrageous¬ ly insulted. In publishing his Chronicon Chronicorum he assumed the name of Johannes Gualterius ; but this was a more honourable disguise ; for the name he assum¬ ed was that of his father, which he no doubt hoped to im¬ mortalise by means of that useful and excellent work. We are also indebted to Gruter for other vast compilations, particularly a continuation of the Polyanthea of Langius; the Bibliotheca Exulum, Strasburg, 1624, in 12mo; and the Corpus Inscriptionum, Heidelberg, 1601, in folio. This last work is one of great importance, and of itself would be sufficient to sustain the literary reputation of Gruter. It is an immense collection of Greek and Latin inscriptions, which had been begun by Smetius, and which he considerably augmented, subjoining the Notce Roma- norum veterum Tullii Tironis et Anncei Senecce ; but the only edition now consulted is that of Graevius, 1707, in four volumes folio. The Emperor Rodolph II., to whom Gruter had dedicated his Inscriptions, wished to grant him, as a proof of his imperial satisfaction, the privilege of publishing all his books, and the title of count palatine ; but his majesty died before having signed the “ acts,” as they are called ; and Gruter, who had all the modesty of true learning, not choosing to bring his claims under the notice of the new emperor, lost without regret the favours which he had so well merited. The war which ravaged the palatinate disturbed his last years, and probably accele¬ rated his end. His books were pillaged, and the palatine library, where he might have consoled himself for the loss of his own, was despoiled of its numerous manuscripts. Exiled, persecuted, and wandering from town to town, G U A 11 Gruter died on the 20th of September 1627, at the moment Gry when the university of Groningen had offered him the H chair of history and of Greek. (a.) ^naV GRY, a measure containing one tenth of a line. A line is one tenth of a digit, and a digit one tenth of a foot, and a philosophical foot one third of a pendulum whose diadromes or vibrations, in the latitude of forty-five degrees, are each equal to one second of time, or one sixtieth of a minute. GUADALAXARA, a city of New Castille, in the king¬ dom of Spain, in latitude 40. 33. It is the capital of a de¬ partment called Alcarria, and is situated near the head of the river Tajuna, which empties itself into the Tagus. It gives name to a province which is 163 leagues in extent, and contains a population of 157,338 souls. The territory is but slightly provided with grain from its own soil, but it produces wine and oil; and there are extensive pastures, on which Merino flocks are fed. In the city there was a considerable manufactory of the best cloths, but, like most royal trading concerns, it proved very unprofitable, and, if restored with the expulsion of the French, must be in a very languishing condition. It employs 656 looms, and 4800 weavers and spinners ; there is also one house for soap-boiling, which yearly produces 2250 hundredweight. This city contains 12,000 inhabitants. Guadalaxara, an intendancy of Mexico, in South America. It is bounded on the north by Sonora and Du¬ rango, on the east by Zacatecas and Guanaxuato, on the south by Valladolid, and on the west, for an extent of coast of 123 leagues, by the Pacific Ocean. Its length is estimat¬ ed at about 350 miles, its breadth at about 300, and it has an extent of surface of 9612 square leagues. The eastern part of the intendancy is all table-land, and the climate is agreeable. The maritime regions abound in forests afford¬ ing excellent timber for ship-building ; but here the air is very hot and unhealthy. It is traversed from east to west by the Rio Grande de Santiago, which communicates with the great lake of Chapala. This intendancy was reckoned one of the most valuable in the viceroyalty. Humboldt esti¬ mated the value of its agricultural produce in 1802 to be about L.500,000, and its manufactures of woollens, calicoes, tanned hides, and soap, at L.700,000. The chief mines of Guadalaxara are those of Bolanos, Asientos de Ibarra, Hostiotipaquillo, Copalo, and Guichichila. This intendancy contains two cities, six towns, and 322 villages. Guadalaxara, the provincial capital, is situated on the left bank of the Rio de Santiago, in latitude 20. 50. north, and longitude 105. west. It was founded in 1551, and in 1570 was created an episcopal city, the see of Compostella being removed here. It possesses some flourishing manufactures, and, according to the latest accounts, the population amounts to above 70,000. If this be a correct statement, the city must have made very rapid advancement; for Humboldt, an accurate observer, states the population in 1803 at only 19,500. Compostella, the other city, claims a higher an¬ tiquity than Guadalaxara. It is situated to the south of Tepic, in latitude 21. 20. north, and longitude 106. 11. west; but little else is known of it except its situation. Indeed, information regarding this intendancy is very scan¬ ty, a considerable portion of it still remaining undescribed. There is here a volcanic mountain called Colima, which frequently throws up ashes and smoke. Its elevation is computed to be 9000 feet above the level of the sea, and it forms the western extremity of the volcanic chain which traverses Mexico. GUADALCANAL, a town of Spain, in the province of Estremadura. It is the principal mining port of the king¬ dom. The silver mines have been worked by private com¬ panies, most of whom were foreigners. M. Vauquelin, a French chemist, discovered, in analysing some ore, that it contained one tenth of its weight in platina, a metal hither¬ to only found in two small spots in South America, and re- 12 G U A G U A Guada- cently in Russia. The interruption given to these mining loupe companies, by the invasion of the French armies, has not ii yet permitted them to continue their labours ; but at some Guada- future period they will be resumed, and most probably with great success; and there are more sanguine hopes now entertained, from the great success that, within a few years, the miners for lead have experienced. GUADALOUPE, an island in the West Indies, belong¬ ing to France, is situated in longitude 62. west, and lati¬ tude 16. 20. north. It consists properly of two islands, separated from each other by a narrow channel called La Riviere Salee, which is navigable by vessels of fifty tons burden. The eastern island or division is called Grande Terre, and the western Basse Terre. Guadaloupe was dis¬ covered by Columbus, who found it inhabited by a warlike people ; but they were soon subdued by the Spaniards. In 1635 it was taken possession of by the French, who com¬ menced hostilities against the natives ; but in 164i0 a peace was concluded between the contending parties. For sixty years after its occupation by the French, the island made little advancement; but at length, about the beginning of the eighteenth century, it began to improve, and made rapid progress. In 1759 it was conquered by Britain, but restor¬ ed to France in 1763. After this period it was twice taken by Britain ; but, by the political adjustment of affairs which took place in 1814, it reverted to France, of which country it is now a colony. Grande Terre is about six leagues in breadth and four¬ teen in length, and Basse Terre is fifteen leagues in length by fourteen in breadth. The small islands Desiderade on the east, Marie-Galante on the south-east, and the isles Des Saintes on the south, are subject to the government of Guadaloupe. The surface of these islands taken together has been estimated at 334,142 English acres. There are several volcanic mountains in Basse Terre, one of which, called La Soufriere, still emits volumes of smoke, and oc¬ casionally sparks of fire. This portion of Guadaloupe is agreeably diversified by hills, woods, gardens, and enclo¬ sures. It is also copiously watered, and very fruitful. The wild lemon-tree, the plant which produces gallianum, the erythrina corallodendrum, and the thorny volkameria, grow in the enclosures. The sugar-cane, although it reaches a great height, is of an inferior quality ; and the coffee is not equal to that which is produced in some other of the West India islands. The principal town is called Basse Terre. It possesses many fine buildings, fountains, and public gar¬ dens, and is defended by a fort, which also commands an open road, having all the advantages of a safe harbour. Grande Terre is marshy, sterile, and flat, and also labours under a deficiency of water. The metropolis, which con¬ tains 15,000 inhabitants, is called Pointe a Pitre. It pos¬ sesses a spacious port, and here the principal part of the trade is carried on. Desiderade is famed for its cotton, and coffee and sugar are raised on the hills of Marie-Galante. The exports consist chiefly of sugar, coffee, cotton, cacao, wood of various kinds, and a little cloves and spices. The value of the imports into France from Guadaloupe in 1831 was 26,642,222 francs, and the exports from France into the island amounted to 12,146,853 francs. By the returns for the same year, 195 ships, of 47,623 tons burden, were entered, and 194 ships, of 47,772 tons burden, were cleared out. According to the last census, which was for the year lk~9, the population amounts to 112,111, consisting of whites and people of colour. _ GUADALQUIVIR, a Spanish river which rises in the Sierra Cazoria, runs for 255 miles through Jaen and Se¬ ville, and falls into the ocean near St Lucar. It is navi¬ gable for fifty-five miles above Seville. Its tributary streams are the Guadiana el Minor, Almudiel, Guadalbon, Guadiato, and Xenil. GUADALUPE, a low chain of mountains in Spain, Guam. which nowhere rise higher than 2307 feet. It begins at Guadarn Tembleque in Toledo, under the name of the Sierra de ma Marchal, and ends in the Portuguese province of Estrema- dura, with the mountains of Espichel. GUADARRAMA, a chain of Spanish mountains, which begins near Xalon and Tajuna, passes through Castille and Leon, and extends to the sea in the Portuguese province of Beira. One of its highest points is the Penaglada, which is 8502 feet above the level of the sea. Guadarrama, a Spanish river, which rises on a hill of the same name, and falls into the Tagus near Mazallabeas. GUADIANA, a river of Spain, which rises out of the earth in Mancha, in the Lagunen of Ruidera, runs twenty- five miles and a quarter north-west, and, after disappearing under the earth, rises to light again in Estremadura, runs through a part of Portugal, and falls into the ocean on the confines of Algarve, near Rebondela. Its whole course is 347 miles, and it is navigable for forty-six miles and a quar¬ ter. Its tributary streams are, Bullaque, Suja, Mutachel, Guadayra, Ardila, Albarragena, and Chaya. GUADIN, a small city in the kingdom of Granada, in Andalusia, in Spain. It is situated on a river of the same name, which falls into the Guadalquivir. The surrounding country is productive of fruits, oil, and wine, and near it are the medicinal baths of Grasna, much resorted to by invalids. There are manufactories here for sail-cloth, linen, silks, and clasp-knives. It is the seat of a bishop, and con¬ tains a cathedral. Its population amounts to 8314 souls. GUALIOR, a strong and very celebrated fortress of Hindustan, in the province of Agra, in a very elevated si¬ tuation on a hill, one and a half mile in length, but in few places exceeding 300 yards in breadth. At the north end the sides are so steep as to be nearly perpendicular, and its height is 342 feet. It has several reservoirs of good water, and a small river runs close past it. A stone parapet extends all round the slope of the hill, behind which are col¬ lected piles of round stones, which form an excellent de¬ fence, and it was judged unassailable until it was stormed in 1780 by Major Popham. The town, which stands at the bottom of the hill, is large and populous, and contains many good houses of stone, which is furnished in abun¬ dance by the neighbouring hills, that form an amphithea¬ tre round the town and fort at the distance of from one to four miles. The town carries on an extensive trade with the Mahratta and British territories, and derives also con¬ siderable benefit from the Mahommedan pilgrims, who visit the town of Ghose al Alum, a celebrated religious person, who is interred within the fort. Gualior is of such anti¬ quity that its origin is lost in remote tradition. It must have been at all times a military post of great consequence, both from its central situation, and its peculiar position, which in the estimation of the natives rendered it impreg¬ nable. It is first mentioned in authentic history in the year 1023, when it was summoned by Sultan Mahmoud of Ghiz- ni. It was taken by the Mahommedans in the year 1194, and was used as a state prison, in which several princes met their death from opium or the dagger. On the decline of the Mogul empire, it was taken by the Mahrattas, and af¬ terwards by the British, as mentioned above, in 1780. It was" subsequently taken possession of by Scindia, and during the war ot 1804 it again surrendered to the British troops after a breach was made in the walls. It was not, however, taken possession of by them, and by the treaty with Scindia in 1805 it was ceded to that chief. The travelling distance from Delhi is 197 miles, from Lucknow 211, from Benares 355, from Nagpour 480, from Calcutta by Birbhoom 805 miles. Long. 78. 14. E. Lat. 26. 18. N. GUAM, or Guahon, one of the Ladrone Islands, in the Eastern Seas. It is a large island, about 120 miles in cir¬ cuit, high and shelving on each side, and fenced with steep rocks, against which the surf perpetually beats. G U A uamanga There is a harbour on the west side, in which there are li several small bays. The climate is mild and salubrious, uanaxua-ancj sojj yjgjjg a great profusion of vegetables and j_tQl, fruits, particularly guavas, bananas, cocoas, oranges, and limes. Here the bread-fruit tree was first seen by the Europeans, who have since become more familiar with its manifold benefits in the islands of the South Pacific Ocean. Capers are also produced from a shrub which is indige¬ nous to the soil. The native inhabitants of this island are stout and well made, copper-coloured, and have long black hair. They are dispersed in twenty-one hamlets or villa¬ ges situated along the coast, the interior being overrun with woods, and in a state of nature ; and they all pursue agriculture to the neglect of the fisheries. A town called Agana, built by the Spaniards, stands on the shore, about twelve miles from the harbour, which is defended by a strong battery. The population is uncertain. The island was discovered by Magellan in 1521, and at that time the inhabitants, a wild and savage race, were numerous. But they were greatly reduced, by the barbarity of the Spa¬ nish invaders, from many thousands to about 800 or 900. The whole are collected in Guam, and by lenient treat¬ ment they had been augmented to 1500. But there is no recent enumeration of them. GUAMANGA, a town of Peru, in South America. It was founded by Pizarro, on the site of an Indian village of the same name, for the convenience of trade between Cuzco and Lima. It contains a splendid cathedral, two parochial churches, seven monasteries, three nunneries, and about 26,000 inhabitants. Long. 73. 57. W. Lat. 12. 56. S. It is situated in a district or province of the same name, which is very fertile in green pasture. GUANAXUATO, a state, formerly an intendancy, of Mexico, is bounded on the north by San Luis Potosi, on the east by Mexico, on the south by Mechoacan, and on the north-west by Guadalaxara and Zacatecas. It lies wholly on the ridge of the Cordillera, and, according to Humboldt, its length from the Lake of Chapala to the north-east of San Felipe is fifty-two leagues, and its breadth from Celaya to Villa de Leon is thirty-one leagues. It is one of the finest and most populous states in Mexico, and is famous for its rich mines. It comprehends three ci¬ ties, four or five towns, thirty-seven villages, and thirty-three parishes. Guanaxuato has a surface of 911 square leagues, and the number of inhabitants are estimated at about half a million. Santa Fe de Guanaxuato, the capital, is ro¬ mantically situated amidst a labyrinth of porphyritic hills, which environ it completely, and also intersect it. A narrow defile leads into the city, and when first entered no idea of its extent can be formed. When viewed from some neighbouring heights, in some places it is seen spread¬ ing out into the form of an amphitheatre, in others stretch¬ ing along a narrow ridge, whilst the ranges of the houses, accommodated to the broken ground, present the most fantastical groups. The city is well built of hewn stone, and contains three convents, a college, two chapels, and five hermitages. The mines in the district of Guanaxua¬ to are the most productive in the world. Those of Va- lenciana were famous for the extent of the excavations and quantity of precious metal which they produced. Gua¬ naxuato is also an agricultural district. The lands are fertile, and cultivated to the base of the mountains. The city, however, suffers from two evils. The only water which can be had is that collected in cisterns by the wealthy inhabitants; and those who do not possess these pi :vate tanks have to purchase the water, at rather a high rate, from individuals who gain a livelihood by bringing it from a large reservoir distant about two miles from the city. During the rainy season, also, the city is liable to be injured by the torrents which rush from the mountains down the ravine in which the city stands. According to g u A 13 Humboldt, the population of Guanaxuato in 1802 was Guanca within the city 41,000, and in the suburbs and mines sur- Veliea rounding it 29,600, making a total of 70,600 inhabitants. . H From a census taken in 1822, however, the inhabitants of the city amounted to 15,379, and the total popu- lation was only 35,733. The town or suburb of Valen- ciana alone formerly contained a population of 22,000 souls. It is now in ruins, and does not contain more than 4000 inhabitants. Guanaxuato is situated in long. 100. 55. W. and lat. 0. 21. N. GUANCA VELICA, a town of Peru, and capital of a jurisdiction of the same name. The district is bleak and cold, but famous for its mines of mercury. The town stands in a breach of the Andes, 12,308 feet above the ocean level. It is rich, but it has declined from its for¬ mer opulence, and the population is now reduced to about 5000. It is situated in long. 74. 46. W. and lat. 12. 45. S. GUARANTEE, or Warrantee, in Law, a term rela¬ tive to warrant or warranter, and properly signifying him whom the warranter undertakes to indemnify or secure from damage. Guarantee is more frequently used for a warranter, or a person who undertakes and obliges himself to see a se¬ cond person perform what he has stipulated to a third. GUARANTY, in matters of polity, the engagement of mediatorial or neutral states, by which they plight their faith that certain treaties shall be inviolably observed, or that they will make war against the aggressor. GUARD, in a general sense, signifies the defence or preservation of any thing; the act of observing what passes, in order to prevent surprise; or the care, precau¬ tion, and attention employed to prevent any thing from happening contrary to our intentions or inclinations. Guard, in fencing, implies a proper posture to defend the body from the sword of the antagonist. Guard, in the military art, is a duty performed by a body of men, to secure an army, place, or post, from be¬ ing surprised by an enemy. Advanced Guard is a party of either horse or foot, or both, which marches before a more considerable body, to give notice of any approaching danger. These guards are made stronger or weaker, according to the situation, the danger to be apprehended from the enemy, or the na¬ ture of the country. Artillery Guard is a detachment from the army, to se¬ cure the artillery when in the field. This corps de garde is usually placed in the front of the artillery park, and the sentries are dispersed round it. Artillery Quarter Guard is a non-commissioned officer’s guard from the royal regiment of artillery, whose corps de garde is always in front of their encampment. Artillery Rear Guard consists of a corporal and six men posted in the rear of the park. Corps de Garde are soldiers intrusted with the guard of a post, under the command of one or more officers. This word also signifies the place where the guard mounts. Grand Guard, three or four squadrons of horse, com¬ manded by a field-officer, posted at about a mile or a mile and a half from the camp, on the right and left wings, to¬ wards the enemy, for the better security of the camp. Forage Guard, a detachment sent out to secure the foragers, and which is posted at all places, where either the enemy’s party may come to disturb the foragers, or where they may be spread too near the enemy, so as to be in danger of being taken. This guard consists both of horse and foot, and must remain at their posts until the foragers have all come off the ground. Main Guard is that from which all other guards are de¬ tached. Piquet Guard, a number of horse and foot, kept in readiness in case of an alarm. 14 G U A G U A Baggage Baggage Guard is always an officer's guard, and has Guard the charge of the baggage on a march. pH ^ Quarter Guard is a small guard commanded by a sub- Guards a*tern officer, posted in the front of each battalion. Rear Guard, that part of the army which brings up the rear on a march, and which is generally composed of all the old grand guards of the camp. Rear Guard is also a corporal’s guard, placed in the rear of a regiment, to keep good order in that part of the camp. Standard Guard, a small guard under a corporal: it is drawn from each regiment of horse, and mounts on foot in the front of each regiment. Trench Guard only mounts in the time of a siege, and sometimes consists of three, four, or six battalions, accord¬ ing to the importance of the siege. Provost Guard is always an officer’s guard, and attends the provost in his rounds, to prevent desertion, marauding, rioting, and other crimes or offences. See Provost. Ordinary Guards, such as are fixed during the campaign, and relieved daily. Extraordinary Guards, or detachments, which are only commanded on particular occasions, either for the further security of the camp, to cover the foragers, or for convoys, escorts, or expeditions. Guards also imply the troops kept to guard the king’s person, and consist both of horse and foot. Horse Guards, in England, were originally gentlemen chosen, for their bravery, to be intrusted with the guard of the king’s person ; and they were divided into four troops, called the first, second, third, and fourth troop of Horse Guards. The first troop was raised in the year 1660, and the com¬ mand given to Lord Gerard; the second in 1661, and the command given to Sir Philip Howard; the third in 1693, and the command given to Earl Feversham; the fourth in 1702, and the command given to Earl Newburgh. Each troop had one colonel, two lieutenant-colonels, one cornet and major, one guidon and major, four exempts and cap¬ tains, four brigadiers and lieutenants, one adjutant, four sub-brigadiers and cornets, and sixty private men. But the four troops were afterwards turned into two regiments of Life Guards. The Horse Grenadier Guards were divided into two troops, called the first and second troops of Horse Grenadier Guards. The first tfoop was raised in 1693, and the com¬ mand given to Lieutenant-general Cholmondeley; the se¬ cond in 1702, and the command given to Lord Forbes. Each troop had a colonel, a lieutenant-colonel, a guidon or major, three exempts and captains, three lieutenants, one adjutant, three cornets, and sixty private men. I he Yeomen of the Guard were first raised by Henry VII. in the year 1485. They are a superior kind of foot guards to the king’s person, and are generally called by the . nickname of the Beef-Eaters. They were anciently two hundred and fifty men of the first rank under gentry, and of larger stature than ordinary, each being required to be six feet in height. Of this body there are about a hun¬ dred on duty, and seventy more not on duty ; and when any one of the hundred dies, his place is supplied out of the seventy in non-activity. Their first commander or captain was the Earl of Oxford. The Foot Guards are regiments of foot appointed for the guard of his majesty and his palace. They were raised in the year 1660, when the command of the first regiment was given to Thomas Lord Wentworth; that of the second to General Monk, then Duke of Albemarle ; and that of the third to the Earl of Linlithgow. The second regiment is always called the Coldstream Guards, from a market-town in Berwickshire, where it was first embodied. This regi¬ ment is older than the first, having been raised sooner, and commanded by General Monk, from whom it derived its name of Monk’s regiment or corps, and in compliment to Scotch whom it was made one of the three royal regiments by Guards Charles II. II Scotch Guards, a celebrated band, which formed the Guan3a- first company of the ancient gardes du corps of France. From the ancient intercourse between the two countries, the natives of Scotland had often distinguished themselves in the service of France. On this foundation the company of Scotch Guards, and the company of Scotch Gendarmes, were instituted; both of them owed their institution to Charles VII. of France, by whom the first standing army in Europe was formed, in the year 1454. The ancient rights and privileges of the Scottish Life Guards were most honourable. The author of the An¬ cient Alliance between France and Britain says, “ On high holidays, at the ceremony of the royal touch, the erection of knights of the king’s order, the reception of extraordi¬ nary ambassadors, and the public entries of cities, there must be six of their number next to the king’s person, three on each side ; and the body of the king must be carried by these only, wheresoever ceremony requires. They have the keeping of the keys of the king’s lodging at night, the keeping of the choir of the chapel, the keeping the boats where the king passes the rivers; and they have the ho¬ nour of bearing the white silk fringe in their arms, which in France is the coronne coleur. The keys of all the cities where the king makes his entry are given to their captain in waiting or out of waiting. He has the privilege, in waiting or out of waiting, at ceremonies, such as corona¬ tions, marriages, and funerals of the kings, and at the bap¬ tism and marriage of their children, to take duty upon him. The coronation robe belongs to him; and this company, by the death or change of a captain, never changes its rank, as do the three others.” This company’s first commander, who is recorded as a person of great valour and military accomplishments, was Robert Patillock, or Patullo, a native of Dundee; and the corps, ever ardent to distinguish itself, continued in great reputation until the year 1578. From that period, the Scotch Guards were less attended to, and their privileges came to be invaded. In the year 1612, they presented a remonstrance to Louis XIII. on the injustice they had suf¬ fered, and placed before him the services they had ren¬ dered to the crown of France. Attempts were then made to re-establish them on their ancient foundation; but the negotiation for this purpose proved ineffectual. The troops of France became jealous of the honours paid to them; the death of Francis II., and the return of Mary to Scot¬ land, at a time when they had much to hope, were un¬ fortunate circumstances; the change of religion in Scot¬ land proved an additional blowr; and the accession of James VI. to the throne of England altogether disunited the interests of France and Scotland. The Scotch Guards of France had therefore latterly no connection with Scot¬ land except in the name. GuARD-Boat, a boat appointed to row amongst the ships of war which are laid up in any harbour, or in ordinary, and to observe that their officers keep a good look out, calling to the guard-boat as she passes, and not suffering her crew to come on board, without having previously communicated the watch-word of the night. GuARD-Ship, a vessel of war appointed to superintend maritime affairs in a harbour or river, and to see that the ships which are not commissioned have their proper watch¬ word kept duly, by sending guard-boats round them every night. They are also destined to receive seamen who are impressed in the time of war. GUARD A, a city of Portugal, in the province of Beira. It is situated near the head of the river Mondego, on one branch of the Sierra de Estrella. It is a very ancient place, and the old walls with turrets, and a castle, are still G U A 'ruardia in existence, though the city has retrograded towards decay. II It has some manufactures of woollen cloths, amounting to Juarini. ^0 looms. It is the seat of a bishop, and contains 707 houses, and 2298 inhabitants. GUARDIA, a town of Spain, not far from Cedron, in the province of Toledo, with 3344 inhabitants. Guardia-Alferez, a town of Italy, in the kingdom of Naples, and in the Contado di Molise, with a bishop’s see. Long. 14. 56. E. Lat 41. 39. N. GUARDIAN, in Law, a person who has the charge of anything; but it more commonly signifies one who has the custody and education of such persons as have not sufficient discretion to take care of themselves and their own affairs, as children and idiots. Guardian, or Warden, of the Cinque Ports, is an officer who has the jurisdiction of the Cinque Ports, with all the power which the admiral of England has in other places. Camden relates, that the Romans, after they had esta¬ blished their empire in our island, appointed a magistrate, or governor, over the eastern parts, where the Cinque Ports are situated, with the title of Comes littoris Saxonici per Britanniam, having another, who bore the like title, on the opposite side of the sea. Their business was to strength¬ en with munitions the sea-coast against the outrages and robberies of barbarians ; and the same antiquary considers our warden of the Cinque Ports to have been instituted in imitation of this officer. Guardian of the Spiritualities, the person to whom the spiritual jurisdiction of any diocese is committed during the time the see is vacant. A guardian of the spirituali¬ ties may likewise be either such in law, as the archbishop is of any diocese within his province, or by delegation, as he whom the archbishop or vicar-general for the time ap¬ points. Any such guardian has power to hold courts, and grant licenses, dispensations, probates of wills, &c. GUARINI, Giovanni Battista, a celebrated Italian poet, was born at Ferrara, on the 10th of December 1537. He studied at the university of Padua, under the direction of his father, Alexander, to whom he owed the greater part of his acquisitions in knowledge, and more particularly his taste for poetry. Guarini succeeded his father in the chair of humanity at Ferrara, though then scarcely twenty; but some lyrical compositions already published by him had inspired such hopes of future eminence as fully justified his promotion. Called to the court of the Duke of Ferrara, at that period the resort of men of the first talents in Italy, he there became acquainted with Tasso, who was seven years younger than himself, gained his friendship, and after¬ wards became his most zealous defender and ardent panegy¬ rist. The duke having knighted Guarini, intrusted him with several important missions to the different courts of Europe ; but, during fourteen years that he remained in the service of this prince, he never obtained the slightest recompense, and in the meanwhile had expended the greater part of his fortune. Guarini complained of this ; the duke, conscious that his complaints were well founded, became irri¬ tated ; recrimination ensued, and the poet retired in disgust from court. Some time afterwards, he passed into the ser¬ vice of Emanuel Philibert, duke of Savoy, and next into that of Vincent, duke of Mantua ; but as, at both courts, he re¬ ceived much praise and no salary, he at length retired to his estate of Guarina, near Reggio. Having lost his wife, he formed a design of taking holy orders, and with this yiew repaired to Rome. But Guarini had too much ambition to persevere in such a scheme, and, accustomed as he had been to the gaieties of courts, he found himself but little disposed to relish the sweets of retirement. He according¬ ly returned to Ferrara, and thence proceeded to Florence, where the Grand Duke Ferdinand loaded him with presents and honours. His good fortune, however, was not of long duration. The grand duke, wishing to establish suitably a G U A 15 lady of Pisa to whom he had been attached, induced one Guarnix of the sons of Guarini to marry her without the knowledge il of his father, whose delicacy on the point of honour was well known to him. When the latter was made acquaint¬ ed with the marriage of his son, his indignation knew no bounds, and, justly offended at the despotic proceeding of the grand duke, he quitted Tuscany without the ceremony of taking leave. But after passing some months with his protectress, the Duchess of Urbino, he became reconciled to the Duke of Ferrara ; and, in 1603, he was sent by that prince to Rome as ambassador to Pope Paul V. Guarini, however, was constantly the sport of fortune; for, besides the ingratitude of the great, of which he had had painful experi¬ ence, his life was embittered by domestic misfortunes. He had lost in the flower of her age a wife whom he adored ; and his three sons frequently stirred up domestic quarrels about the division of a fortune almost entirely exhausted. But the most severe blow he received was by the tragical death ot his daughter Anna. On returning from one of his journeys, he went to visit his beloved child, and when he fondly expected to fold her in his arms, he found only a bloody corpse. She had just fallen a victim to the jealousy of a suspicious and vio¬ lent husband. But all these misfortunes did not prevent Guarini from occupying himself with his works, the prin¬ cipal of which are, 1. II Pastor Fido, a pastoral tragi¬ comedy in five acts, and in verse, which passed through forty editions during the lifetime of the author, and by which his name has been rendered for ever famous; 2. Verrato Primo, Ferrara, 1588 ; 3. Verrato Secundo, Flo¬ rence, 1595 ; 4. II Segretario, dialogo, Venice, 1594—1600 ; 5. Idropica, a comedy in five acts, and in prose, Rome, 1614. A very beautiful edition of the works of Guarini was published at Ferrara, in 1737, four vols. 4to, with su¬ perb engravings, and very beautiful vignettes. The second volume contains the lyrical compositions of the author, some of which are highly esteemed; the fourth is filled with annotations, and apologies or defences of the Pastor Fido, by different authors. Guarini also left a treatise on public liberty, which reasons of state, however, prevented him from publishing. His death took place at Venice, whither he had latterly retired, on the 6th of October 1612, in the seventy-fifth year of his age. Guarini’s claim to the character of a great poet must rest exclusively on his Pas¬ tor Fido, which, with all its faults, contains innumerable redeeming beauties, and still maintains its place as an Ita¬ lian classic. His style, though it wants the purity, sweet¬ ness, and elegance, which characterise that of Tasso, is full of rich and sparkling imagery ; and his sentiments, if not always natural or just, are seldom deficient in force and vivacity. The greatest blemish of the Pastor Fido is its frequent indecency and exceptionable morality. It is no doubt true that Corisco repents towards the conclusion of the piece, and that there is an apparent conformity in this respect to the established rule ; but this professed repent¬ ance comes only after having displayed a character equally vile and perfidious, and promulgated maxims of the most relaxed morality. Although the Pastor Fido had been re¬ presented in all the courts of Italy, and even before popes, yet it wras afterwards put into the Index by reason of the li¬ centiousness which pervades it, and particularly on account of the passage commencing Sdlpeccar e si dolce e il non pec- car si necessario. But with all these defects, it is a work of undoubted genius, and will continue to maintain the re¬ putation which it originally acquired for its author. (a.) GUARNIX, a town of Spain, in the province of Old Castille. It is situated on the river Santander, and on its banks are founderies both for brass and iron cannon. In a dock-yard there are conveniences for repairing large ships; and some of the largest line-of-battle ships in the royal navy were built here. GUASTALLA, a duchy in Italy, between Modena and 16 G U A G U A Guatimala.the Austrian province of Mantua. It is thirty-three square miles in extent, containing the city of the same name, and four small places, with 7200 inhabitants, who cultivate with great care and success wheat, barley, rice, maize, olives, and silk, and breed many black cattle. The city stands in a marshy situation, at the junction of the Crostolo with the Po. It is surrounded with walls and ditches, has an an¬ cient castle, several churches, and 5500 inhabitants, who carry on the trades of spinning and weaving silk. Long. 10. 34. 26. E. Lat. 44. 54. 57. N. GUATIMALA, or Guatemala, one of the new states into which the western world is divided. From the cir¬ cumstance of its position, it has assumed the name of Central America. The constitution is modelled upon that of North America. This republic comprehends that portion of territory which stretches from the southern extremity of Mexico to the northern point of Colombia, from about the eighty-third to the ninety-fourth degree of west longitude. It extends about eight hundred miles in length, comprehending a great part of the isthmus of Pana¬ ma, and embracing an extent of surface computed at about twenty-two thousand square leagues. This tract of coun¬ try was subdued by Alvarado, who was sent thither by Cortes, the Spanish general, at that time pursuing his ca¬ reer of conquest in Mexico. Alvarado arrived in the year 1524, at a time propitious for the success of his en¬ terprise, for two of the most powerful nations of the coun¬ try were then at war. Too jealous of each other to unite against a common enemy, the numerous tribes or nations inhabiting Guatimala fell one by one under the dominion of the Spaniards, notwithstanding that a formidable resist¬ ance was made to them in some quarters. The methods resorted to by the Spaniards for reducing the Indians to subjection were similar to those practised in other parts of the American continent. The people whom they sub¬ dued by treachery and the sword were not at all inferior to those of Mexico and Peru. The conquerors found large cities, well fortified by castles, and adorned with splendid palaces and other sumptuous edifices. The Guatimalans were of course idolaters, and, with the missal in the one hand and the sword in the other, the Spani¬ ards succeeded in forcing them reluctantly to substitute the Christian worship for their own. One part of the country, however, called V§ra Paz, which baffled the ef¬ forts of the Spaniards to subdue it, received milder treat¬ ment at the hands of some pious ecclesiastics, who em¬ ployed persuasion instead of force, and thus succeeded in bringing then also under the Spanish yoke. From the period of its conquest until it declared its independence, the country, under the appellation of the kingdom of Gua¬ timala, was governed by a captain-general appointed by the court of Spain, and a royal audiencia or pretorial court. The jurisdiction of this court extended from eight to seventeen degrees north latitude, and from eighty- two to ninety-five degrees west longitude, comprehending an extent of surface computed at 26,152 square leagues, with a population of about 1,200,000 souls.1 The kingdom was divided into fifteen provinces, which were governed by inferior officers, amenable to the audiencia. There was scarcely any thing like a military force kept up, but spi¬ ritual matters were managed by a competent number of ecclesiastics, under the direction of the Archbishop of Gua¬ timala, and four suffragans. Things continued in this state until the political events which took place in various parts ot South America increased the discontent which had been generated in Guatimala by some acts of despo¬ tism committed by the mother country. In the year 1821, when the fate of Mexico was decided, several meetings of the most influential individuals took place, at which itGuatima was agreed to shake themselves free of Old Spain. Several of the provinces joined together and published a manifesto to this effect; but San Salvador protested against it, and immediately formed a provisional government of its own. The government of Guatimala dispatched troops to attack San Salvador, but they were repulsed. In this emergency they solicited support from Mexico, which being granted, San Salvador yielded to General Filisola in February 1823. In March the general congress was convoked, and in the month following it met and assumed the name of Constituent Assembly. To this congress all the provinces sent deputies, with the exception of Chiapa, which continued firm in its adherence to Mexico. One of the first acts of the constituent assembly, after the no¬ mination of an executive, was to publish a decree, declar¬ ing “ these provinces independent of Spain, Mexico, and every other power, either of the old or new world.” This decree is dated the 1st of July 1823. Towards the end of the same year was published the basis of its future con¬ stitution, by which Guatimala was declared a federal re¬ public, comprehending five states, joined together under the denomination of the United Provinces of Central America. It was ordained that the legislative power should reside, first, in a federal congress, composed ofrepresentatives elect¬ ed by the people; and, secondly, in a senate, composed of two senators popularly elected by each state. The privileges of this body were, to sanction the acts of the federal con¬ gress, to counsel the executive on important cases, to nomi¬ nate the individuals employed by the federation, and to watch over their conduct. The exeew^e power was declared to be vested, 1. in a president popularly chosen; 2. in a vice- president; and, 3. in a supreme court of justice. The internal affairs of each state were decreed to be regulated by itself upon the following principles : 1. By an assembly of deputies properly chosen ; 2. by a council, similarly elected; 3. by a chief; 4. by a vice-chief; and, 5. by a supreme court of judicature. These individuals or bodies were invested with certain definite powers, by which, it was hoped, good government would be obtained, and equal justice administered to the people. The constituent assem¬ bly now began to form a constitution, leaving, in the mean time, the different states to regulate their own concerns. The assembly subsequently had various sittings, and drew up a great number of articles, by which the government was to be regulated. Guatimala, however, like the re¬ publics in the South American continent, has never re¬ mained at rest with itself since it was erected into a free state. Continual insurrections have broken out; at one time one party, at another time another party, predomi¬ nating. Peace and good order can scarcely be said to be as yet restored to it. The following table exhibits the num¬ ber of departments, towns, and villages, in each state :— I. Guatimala, consisting of thirteen departments. Capital, Guatimala. Departments. Departments. No. of Towns and Villages. 1. Sacatepequez 18 2. Chimaltenango 11 3. Solala 11 4. Totonicapam 4 5. Giieguetango 8 6. Quezaltenango 7 7. Suchitepequez 6 Comprises about 114 towns and villages computed at 700,000. No. of Towns and Villages. 8. Escuintla 12 9. Chiquimula 8 10. San Augustin 8 11. Vera Paz 5 12. Salama 7 13. Peten 9 Population 1 Humboldt’s Political Essay, vol. iv. p. 322. GUATIMALA. 17 iuatimala. II. Salvador, consisting of four departments. Capital, San Salvador. >artments. No- and San Miguel 10 4. San Vicente 8 No. of Towmand n Villages 1. San Salvador 23 3. Departments: 2. Sonzonate 14 Comprehends fifty-five towns and villages. The popu¬ lation is computed at 350,000. III. Honduras, consisting of twelve departments. Capi¬ tal, Comayagua. Departments. N°‘ViU^esf ^ -Departments. 1. Comayagua 6 2. Tegucigalpa 5 3. Choluteca 4 4. Nacaomi 4 5. Cantarranas 4 6. Jutigalpa 3 No. of Towns and Villages. 7. Gracias 5 8. Llanos 5 9. Santa Barbara 6 10. Truxillo 2 11. Lloro 2 12. Segovia 11 Comprehends fifty-seven towns and villages. Thetpo- pulation is computed at 200,000. IV. Nicaragua, consisting of eight departments. Capital, Leon. Departments. ^ ymagT ^ Departments. N0'vm^and 1. Leon 7 5. Subtiava 5 2. Granada 10 6. Masaia 12 3. Managua 4 7. Nicaragua 6 4. Realejo 4 8. Matagalpa 5 Comprehends fifty-three towns and villages. The po¬ pulation is computed at 200,000. V. Costa Rica, consisting of eight departments. Capi¬ tal San Jose. Departments. ^ Departments. N0'ViST ^ 1. San Jose 3 5. Iscan 2 2. Cartago 5 6. Alajuela I 3. Ujarras 3 7. Eredia 3 4. Boruca 2 8. Bagases 3 Comprehends twenty-one towns and villages. The po¬ pulation is computed at 50,000. These five states, taken together, exhibit the figure of an irregular triangle, the vertex of which is in the province of Panama, and the base in the line that separates the coun¬ try from New Spain. They are bounded on the west and north-w'est by Mexico, on the south-east by the province of Veraguas, on the north by the Atlantic, and on the south and south-west by the Pacific. Our knowledge of the physical geography of Guatimala is imperfect. Ge¬ nerally speaking, the face of the country is covered with mountains, but their elevations, or the volcanic phenome¬ na which they exhibit, are but little known. The moun¬ tains, in some places bordering on the Atlantic, in others coasting the Pacific, and again in situations traversing the middle of the isthmus, give their own peculiar cha¬ racter to the country. The prevailing rocks are gra¬ nite and porphyry; and in crossing them the traveller often feels himself transferred from a hot to a cold and chilling temperature. The productions, of course, vary in their nature, according to the elevations where they grow. At a height of from twelve to fourteen hundred feet, indigo, cotton, and cocoa flourish. At an elevation of from four to five thousand feet the productions of the tem¬ perate zone exhibit themselves. Wheat is cultivated upon lands from six to nine thousand feet above the level of the ocean ; and on the tops of the highest mountains the hardy pine is to be found. There are a number of volcanoes, which have at different times spread terror and destruc¬ tion over the contiguous country. In the valley of Guati¬ mala stands the three-peaked Volcan de Fuego, from which the old city has repeatedly suffered injury, and which still, by occasionally emitting smoke and flame, seems to threaten an eruption. Other seven volcanoes exhibit the VOL. XI. same phenomena, and maybe said to remain still in aGuatimak. state of activity. These are Tajamulco, in the province v— Quezaltenango ; Izalco, near Sonzonate ; Momotombo and Mazaya, in Nicaragua; St Vincent and St Salvador, in the state of the same name ; and Atitan, situated in one of the interior provinces, and which sent forth an eruption in 1827. It was accompanied by an earthquake; and throughout Guatimala earthquakes are frequent. The rivers are numerous, but not in general navigable, except by canoes. They are, besides, rapid, owing to the steep acclivity of their course, and their entrance is obstructed by bars. The largest river is the Lempa, which runs chiefly through the province of San Salvador. At its lowest ebb it is an hundred and forty yards in breadth, and its current is very rapid. Of lakes there are three of considerable size and depth. The Lake of Nicaragua is of vast extent; and should the proposal of a junction between the Pacific and it take place, it will become of great importance in a commercial point of view. Lake Peten is said to be twenty-six leagues in circumference, and in some parts thirty fathoms deep. Lake Atitan co¬ vers eight leagues from east to west, and four from north to south. Its depth has not been fathomed; and although several rivers flow into it, there is no visible outlet for the waters which it thus receives. These, and numerous other sheets of water, abound in fish; in many of them there are little islands, picturesquely wooded, and in some in¬ stances inhabited. On the banks of the rivers, and on the shores of one or two of the lakes, salt is collected in. large quantities, and constitutes a considerable branch of trade in some of the provinces. Medicinal and other springs, both cold and hot, are found in various parts of the country. Of the zoology of Guatimala little is known. Of the qua¬ drupeds usually found in such climates there is abundance; and of the feathered tribes there is an infinite variety, from the minute and beautiful humming-bird to the heavy-wing¬ ed vulture. The quezal, from the beauty of its plumage, is perhaps the most remarkable. The guacamaya, or great macaw, the wild peacock, the raxon, the chion, and the chulpilchoc, also attract the traveller of the woods by the splendour of the colours which they exhibit. In the warm¬ er provinces serpents and reptiles infest every bush ; and those smaller animals which ijpme under the head of en¬ tomology are of every genus and species. In short, every branch of the animal kingdom of Guatimala abounds in ob¬ jects of interest. Nor is the vegetable kingdom less pro¬ ductive. During the whole of the year the greater part of the mountains and plains are covered with a profusion of beautiful flowers. Forty genera of fruits are reckoned to grow spontaneously upon the hills. There are numerous thick forests, in which valuable woods of great size are to be found in abundance. Cedars are met with exceeding five fathoms in circumference, and mahogany trees of little less magnitude. Resins, balsams, and medicinal herbs, are also abundant. Of almost every production, both of a tropical and intertropical climate, may be enumerated amongst grains, maize, producing in some places three hun¬ dred fold, and sometimes two or three crops annually; wheat, barley, and rice. Potatoes, greens, and all other kinds of vegetables, are also abundant. Amongst fruits may be enumerated several species of plantains, apples, pine-apples, peaches, and apricots; whilst pears, melons, grapes, oranges, figs, cherries, pines, and a great many others little known in Europe, are everywhere to be met with. To these may be added, as productions of the coun¬ try, bark, sarsaparilla, cinnamon, hellebore, coffee, ginger, cassia, tamarinds, aniseed, Brazil wood, indigo, cocoa, co¬ chineal, vanilla, sugar, flax, tobacco, cotton of various spe¬ cies, pepper, sulphur, saltpetre, musk, and a multitude of other articles. c IS G U A T I Guatimala. We shall now give a brief account of the different pro- vinces. Guatimala is the central province, comprehending the great chain of volcanic mountains, and the slope down¬ wards from them to the sea. Within these mountains is situated what is called the great valley of Guatimala, which consists properly of nine valleys. There is great variety of climate, and the productions of the country are found in the highest perfection. The city of Guatimala, the pre¬ sent capital of the republic, is situated in the midst of the plain of La Virgen, which is five leagues in diameter, and forms part of the valley of Mexico, one of the nine small valleys. The city lies in 14. 37. north latitude, and 90. 30. west longitude, and is ninety leagues from the Atlantic, twenty-six from the Pacific, and four hundred from the city of Mexico. The valley is very fertile, being watered by several streams ; and the city is surrounded by nume¬ rous villages, which supply its markets with fruits and ve¬ getables. The houses consist only of one storey, and oc¬ cupy a great space of ground ; so that, to the eye of a European, the city, when viewed from a distance, appears to be much more populous and extensive than it really is. It contains about sixty manaznas, or squares of houses, formed by the intersection of streets at right angles, which vary in extent from a hundred and fifty to three hundred and fifty yards in front; and these are arranged so as to form one large square. On each side of the city, as the suburbs have increased, other houses have been erected, without much regard to uniformity. The streets are broad, but ill paved ; and sloping downwards from each side, they form a gutter in the middle. The market-place is a square extending about one hundred and fifty yards each way, with a fountain in the middle. Besides the daily market, there are numerous temporary stalls ; and the square is sur¬ rounded by buildings, offices, and shops. The public edi¬ fices are numerous, consisting of a university with twelve professorships, five convents, four nunneries, a cathedral, four parish churches, and fifteen other churches or chapels of minor importance. There are also a treasury, mint, go¬ vernment offices, and a spacious prison. The style of ar¬ chitecture is in general good, and some of the buildings are handsomely decorated. The houses are well built and commodiously arranged, and there is generally attached to them a stone reservoir for containing water. The city is remarkably well supplied with water. From a spring in the mountains it is conducted by pipes into twelve public reservoirs, from which it is distributed to every private dwelling. There are here two public or endowed schools for boys, and the girls are taught in the convents; but the Guatimalans in general are very imperfectly educated. Literature is at a very low ebb, although there are various printing establishments, and several newspapers are publish¬ ed. The religious processions which take place here are very numerous, but they partake more of buffoonery than solemnity. Guatimala is situated at about five hundred feet above the ocean level, in a temperate and salubrious climate, being neither exposed to the intensity of a sum¬ mer’s sun, nor to the stormy blasts of winter. The average heat during the day is about 69 degrees in the shade; and throughout the year the thermometer scarcely varies. The scenery of the surrounding country is majestic and beautiful, and the soil is capable of producing all kinds of fruits and vegetables ; but it is very much neglected. The cultivation of the cochineal insect has since 1821 been pushed to a great extent. Large plantations are situated in the neighbourhood of the city. Earthquakes sometimes oc¬ cur ; but they are not so destructive now, as, from the ac¬ counts of the early historians, we are led to believe that they previously were. The population has been estimated at about 35,000, consisting of European Spaniards, white Creoles, Mulattoes, and Indians. La Antigua, or Old Guatimala, is situated some leagues MALA. nearer to the Pacific Ocean. It was formerly one of the Guatimak handsomest cities in the new world, the seat of an arch- ^ bishop, and the metropolis of the kingdom. Previously to 1773, it had been to a greater or less extent destroyed by earthquakes; and in that year seven successive shocks were experienced, upon which the governor issued a de¬ cree, commanding the citizens to quit their habitations, and remove farther from the volcanoes. This they were com¬ pelled to obey; and the government was accordingly trans¬ ferred to New Guatimala. The old city remained in a de¬ serted and ruinous condition for some time, until at length many of its former occupants resumed their old habitations ; and again it has gradually become peopled, and partially rebuilt. It is still, however, far inferior in size and popu¬ lation to the new capital. There are few other towns in Guatimala of sufficient importance to require a detailed description. The inhabi- tar^s of the province are employed, first, as carriers, in which capacity they supply all the other states; secondly, in the production of cochineal, a little indigo, about five hundred cargoes of cocoa, and some flour; and thirdly, in the manufacture of some coarse woollens, of which it is cal¬ culated a quantity equal in value to two hundred thousand dollars is furnished to the other states. The province of Salvador, anciently called Cuscatlan, or the land of riches, is bounded on the south by the Pacific Ocean, on the north by Honduras, on the east by Nicara¬ gua, and on the west by Guatimala. The natural produc¬ tions of this province appear to be similar to those of Gua¬ timala. It possesses mines of silver, iron, and other me¬ tals ; and a considerable quantity of indigo is produced, in which consists the chief trade of Salvador. Sugar and cot¬ ton are also raised, and the inhabitants are principally em¬ ployed in the cultivation of these, particularly the former article. San Salvador, the capital, was founded in 1528 by the Spaniards, who had conquered the country three years previously to that period. This city, which now ranks se¬ cond in the republic, is situated in 13. 36. north latitude, and 89. 46. west longitude, at the distance of eight leagues from the Pacific Ocean. It is surrounded by hills and mountains covered with wood, and terminating on the north-east in a dormant volcano. The streets run in right angles, the houses are commodious, and the market is well supplied. It contains a population of about 16,000 inha* bitants. The province of Honduras stretches east and west on the shores of the Atlantic. It is bounded by the Bay of Honduras on the north, by Nicaragua on the south-east and east, by San Salvador on the south, and by the department of Chiquimula on the w est. Its territory is for the most part rugged and mountainous, but rich in metals. The whole coast is flat, marshy, hot, and extremely unhealthy, although some parts of the interior rise into hilly and temperate tracts. In consequence of the unpropitious nature of the climate, this part of the country is thinly peopled. It abounds in thick forests, containing the most valuable mahogany and logwood trees. Comayagua, the capital of the province, is situated in a beautiful plain, in about 14. 50. north lati¬ tude, and 87. 46. west longitude, and is distant from Gua¬ timala about a hundred and forty-four leagues. Truxillo, formerly the capital of a province, stands on an elevation of about thirty yards above the level of the sea, in latitude 15. 48. north, and longitude 86. west. This place is well for- • tified, but the population is small. Gracias a Dios, once a flourishing city, is situated about thirty-eight leagues from Comayagua, in latitude 14. 40. north, and longitude 88. 30. west. At present the population is small, and the city itself is in a state of great decay. The inhabitants of Honduras are principally employed in the rearing of about forty thousand head of cattle, introduced annually into San Salvador and Guatimala, and in the cultivation of tobacco. G U A T I I Juatimala. The British settlement of Honduras, situated in the pro- '-'-y"-' vince of Merida or Yucutan, belonging to Mexico, is uni¬ formly, in works upon geography, described along with Guatimala; but as it is now beyond the limits of that re¬ public, an account of it will be given under the head of Honduras. The province of Nicaragua is bounded on the north by Honduras, on the east by the Atlantic, on the south by Costa Rica and the Pacific Ocean, and on the west by Te¬ gucigalpa, a department of Honduras. From west to east it extends eighty-five leagues, and from north to south about seventy-five. The chain of the volcanic Andes here terminates, and the territory is in general low and moist. It is rich in all the tropical fruits, but those peculiar to a temperate zone are not to be met with. Here there are vast savannahs, covered with herds of cattle, some of which are sent to the city of Guatimala. Leon, or San Leon de Nicaragua, is situated in latitude 12.20. north, and long. 86. 16. west. It is four leagues from the Pacific, and a hundred and eighty-three from Guatimala. Previously to the revolution, it was one of the most beautiful cities of the kingdom, and was rapidly advancing in prosperity when political animosities split the inhabitants into parties; but the city was torn to pieces by the factions, and for a time nearly deserted. Nicaragua is not very large, but occupies an advantageous position on the north-western shore. It contains about 7000 inhabitants, of whom about 1000 are Spaniards, with a college, which, in 1812, was converted into a university. Mazaya, a village containing about 6000 inhabitants, almost entirely Indian, is said to be the most trading place in the province, though inconveniently situ¬ ated at the bottom of a deep rocky dell, which is almost destitute of water. The inhabitants of this province are chiefly employed in the breeding of cattle, and in raising cocoa. Costa Rica, or Rich Coast, notwithstanding its name, is the poorest and most destitute of all the provinces. It ex¬ tends an hundred and sixty leagues from west to east, and about sixty leagues from north to south. Its climate is warm but healthy, and its population very widely scatter¬ ed. It has however mines of gold and silver, once said to have been rich, but now unproductive. Cartago, the an¬ cient capital, is situated in about 9. 10. north latitude, and 82.46. west longitude, four hundred leagues east-south-east from Guatimala, thirty leagues from the Atlantic, and thirty from the Pacific. San Jose, to which the seat of govern¬ ment was transferred about the time of the revolution, has about the same amount of population. There is little trade except in mahogany and cedar, which is shipped from Peru, the inhabitants of this province raising little more of any article than is necessarily consumed within itself. The growth of maize, and the manufacture of panelas (small loaves of unrefined sugar prepared from the cane), are com¬ mon to all the states. To the east and south-east of the province of Honduras lies a tract of country called Poyais and the Mosquito shore. It consists of a vast and savage forest, beat by the burning rays of the sun, and occupied by a race of In¬ dians, who consider themselves as under the protection of Britain, although the British government claims no terri¬ tory in this part of the country. The Mosquito-men pos¬ sess great muscular strength. Tall and erect, and little • encumbered with clothing, with vacant countenances, and long greasy hair, they present a wild and savage appear¬ ance, and afford fine specimens of the powerful barbarian. Poyais is memorable on account of the unhappy issue of an attempt made by some Englishmen to form a settlement in this quarter, whither they had been led by the pro¬ mises and representations of an adventurer, called, or call¬ ing himself, a cacique. With regard to agriculture and commerce, Guatimala MALA. 19 is still very far behind, considering her natural resources-Guatimala. One great drawback to improvement in this respect is, the great expense attending the transport of goods by land, and the want of proper ports, upon the coast. On the Pa¬ cific, the only ports frequented are Conchagua, situated a few leagues from San Salvador, which possesses an ex¬ cellent harbour ; and Acajutla, an unsheltered bay, five leagues from Sonzonate, which is used as the port of Gua¬ timala. From this place it is fifty-five leagues distant, and the road lies over a rough and mountainous tract of country. Another point, however, has been fixed upon as an eligible spot for a harbour. It has been called the Port of Independencia; and, as it is situated nearer to the capital, and the road lying between the two places is better than the other, it affords every convenience and advantage for carrying on an extensive traffic in the Pa¬ cific Ocean. For some years previously to the revolution, the commerce was retrograding; but since that event occurred, it has certainly improved. The most import¬ ant production of the country is indigo, which is celebrat¬ ed for its excellence. Of the exact quantity raised no idea can be formed. The cultivation of cochineal has ra¬ pidly increased. In 1826, or about five years after its introduction, the harvest was estimated at ninety thou¬ sand pounds. Considerable quantities of tobacco and cot¬ ton are also raised ; and sugar and cocoa are likewise cul¬ tivated, but little coffee is grown. There are some manu¬ factures in the country; but articles of wearing apparel, and those for domestic use, are principally imported from Europe. The only remaining source of national wealth is the mines. Since the revolution some very exaggerated statements have been published as to the mineral wealth of Guatimala, and several of the mines are in the hands of companies, who are attempting to work them; but, by all accounts, the speculation will not be so profitable as was anticipated, the working of the mines being expensive. Of the amount of foreign goods imported into Guatimala only a rude guess can be formed. It has been estimated at about two millions of dollars, whilst the quantity of produce exported does not amount to two thirds of that sum. The exports consist chiefly of cochineal, indigo, cocoa, cotton, hides, and drugs. The imports are princi¬ pally made by the ports of Omoa and Yzabal. The for¬ mer, which is about an hundred leagues distant from Guatimala, is the principal depot for goods from the Ha- vannah and the peninsula, with which some small trade is carried on ; and the latter for British merchandise from Belize, in the British territory of Honduras. The goods are transported from one place to another by means of mules, which are rather scarce in the country. By the parliamentary papers for 1831, it appears that during that year the official value of the imports from Guatimala into Great Britain amounted to L.8065. 4s. 6d. Notwithstanding all its advantages, the chief of which is the variety of its productions, it is much to be doubted whether Guatimala will ever attain to any very high pitch of prosperity as a nation. Indeed this will be nearly im¬ possible, until the present inhabitants, who have little en¬ terprise, and are very indolent, shall have their moral cha¬ racter elevated by a large infusion of European intellect and industry. It would seem that at present the very advantages which Guatimala possesses were the means of retarding its improvement. For, in countries where the soil is so rich and the climate so propitious as to pro¬ duce spontaneously almost all the necessaries of life, which, to a considerable extent, can be appropriated at pleasure by the natives, there is an inducement held out to indo¬ lence which cannot well be resisted, especially by a popu¬ lation at least two fifths of whom are of a low order of in¬ tellect ; individuals who are sufficiently satisfied with such articles as are necessary for their own subsistence, with- 20 G U A Guatemala, out having any regard to personal aggrandisement or ex- ''"“•'"V'*"'' tension of individual power. Guatimala contains about one million and a half of inhabitants, who are mixed in the following proportions, according to the authorities of Humboldt and Thomson r1 Thomson. Humboldt. Whites and Creoles 20 per cent 20 per cent. Mixed classes 40 per cent 28 per cent. Indians 40 per cent 52 per cent. A society consisting of four different classes, which are not only distinct from one another, but which present nearly opposite characteristics, can scarcely be supposed ever to become firmly knit together so as to constitute a strong political body. Speaking generally, the strength of states results from the union of the people; and union arises from congeniality of feeling, identity of interests, similarity of habits and tastes, and such an equality of moral character as is usually met with amongst the indi¬ vidual races of mankind. But in Guatimala, the Euro¬ peans, proud of their Castillian blood, look with contempt upon the natives, whom they place far below them in in¬ telligence, which the latter have no alternative but to ac¬ knowledge, though at the same time they accuse the Spa¬ nish nation of being the cause of all he evils which have dis¬ tracted the country. The Europeans are chiefly composed of individuals who left their own country young, and by their talents and industry acquired wealth in Guatimala. The leading Americans, or white Creoles, are descendants of the Spaniards, who at an earlier period acquired fortunes in the same place. The latter are again divided into two parties, the liberals, and the serviles or noblesse as they call themselves, both differing widely’ in feeling and in sentiment. The next class is the mulatto or mixed race, which forms as it were the physical force of the nation ; for whilst they would seem to equal or nearly equal the Indians in numbers, they possess an energy and cunning, a sort of rude intelligence, to which the latter have no preten¬ sions. This mixed people are always impressed into the ser¬ vice of either of the two former classes during civil dissen¬ sions. The last class, or aboriginal Indians, are the lowest of all in every respect; but they in some measure assist in balancing the other powers, for they thoroughly hate the mixed race. The greater proportion of the Indians live in villages built after the Spanish manner, and employ them¬ selves variously in raising maize and vegetables, manufac¬ turing mats and baskets, or as porters and carriers ; a second portion live on farms, where they are regularly employed; and both these classes are governed by officers chosen from amongst themselves. There are other two classes, the In¬ dians composing which either live in huts or long strag¬ gling villages, or form, like the Lazzaroni of Italy, a sort of half mendicant race, lounging in idleness during the day, and sleeping at night under the piazzas of the squares. The Indians have been known at times to display consider¬ able hardihood and daring, but they are generally characteris¬ ed by pusillanimity. This, however, only applies to the in¬ terior Indians ; the unsubdued Mosquito-men are remark¬ able for their reckless valour and invincible energy. The Indian of Guatimala, although incapable of violent effort, can endure considerable fatigue. Of his capacity for im- piovement by superior education, little can be said with certainty, as the experiment does not seem to have been made upon a scale ample enough to entitle us to form a correct judgment upon the subject. Some of those who have been admitted into convents have displayed ability; and others in whom talent was apparent, have been edu¬ cated at the university, where they displayed some quick¬ ness of apprehension ; but after a few years, they became G U B addicted to intoxication, and relapsed into their original Guayaquil barbarism. The Indians excel in the imitative arts, and H mould waxen figures with taste, ingenuity, and correctness Guben- to nature. The only dress of the men consists of a cine- ture made of pita (the fibres of a plant, which, when twist¬ ed, resemble the thread made of hemp) ; and the women wear merely a light cotton dress from the middle down¬ wards. The houses are nearly destitute of furniture; a mat spread on the floor, or at best a small hammock, serves for a bed. Their food consists chiefly of maize va¬ riously prepared. Thus, with his hut and his native corn, the Indian passes his days in indolence, alike ignorant of intellectual enjoyment and the luxuries and refinements of civilized life. (r. r. r.) GUAYAQUIL, an important department of that portion of the South American continent which until recently was designated Colombia; but since the separation of that re¬ public into three different states, Guayaquil, it is presum¬ ed, belongs now to that part of Colombia which has resum¬ ed the name of New Grenada. It extends along the shores of the Pacific Ocean for about 200 miles, but having a very irregular figure, and being separated into two parts by an arm of the sea. The breadth cannot be determined with any degree of accuracy ; it does not however ex¬ ceed sixty or seventy miles. The country is very fertile, particularly in cocoa, for which there has always been a demand equal to the supply. This has been estimated at 600,000 fanegas, of three bushels each, which sells some¬ times at seven dollars per fanega. There are also large plantations of tobacco; timber and salt are exported in vast quantities; and in the savannahs are reared great numbers of horned cattle, mules, and horses, which are driven into the interior. The capital of this department, which bears the same name, is situated on the Bay of Guay¬ aquil, in longitude 79. 41. 15. west, and latitude 2. 11. 30. south. It was founded by Pizarro in 1533, and is now one of the most flourishing cities in South America. The houses are irregularly but picturesquely scattered along the sides and top of a hill. They are commodious and handsome, but the public edifices are destitute of any de¬ gree of splendour. The dockyard is of very considerable extent, and vessels of great size have been built here. The fruit of this place is remarkably fine ; the plantain in particular is highly relished; but animal food is of inferior quality. Guayaquil is infested with insects and reptiles of a very annoying and even dangerous description. Mos¬ quitoes and other flies, whose bite is most tormenting, abound in the atmosphere; whilst the ground is covered with snakes, centipedes, and other filthy reptiles. The ants are so numerous, that often when articles of diet served up at table are cut open, thousands of these ani¬ mals are seen making their escape in all directions, leav¬ ing the interior a complete vacuity. Alligators and cay¬ mans swarm on the coast, and so great is their fecun- dity, that no exertion can limit or reduce their numbers. Guayaquil contains about 20,000 inhabitants, (r. r. r.) GUAYRA, a district of the province of La Plata, in South America, having Brazil on the east, and Paraguay on the west. GUBBIO, or Eugubio, a town of the delegation of Ur- bino, in the papal dominions, in Italy, at the foot of the Apennines, containing 4000 inhabitants, who conduct ma¬ nufactories of woollen and silk, and of wax bleaching. GUBEN, a city of Prussia, the capital of the circle of the same name, in the province of Frankfort. It stands on the river Neisse, which is navigable to the Oder, is sur¬ rounded with walls, and contains 850 houses, and 7960 inhabitants, who carry on various manufactures in woollen 1 Thomson’s Narrative of an Official Visit to Guatimala. G U E Gubi and linen goods, and other commodities. Long. 12. 40. E. H , Lat. 51.58. N. , • u ™ > Guericke. quBI, a town of Hindustan, in the rajah of Mysore s territories. It is a mean looking place, and dirty; but it carries on a considerable trade, and many of the inhabitants are prosperous. Here is held one of the greatest weekly fairs in the country. It is said to have been founded 400 years ago, by the Polygars, who were entirely dispossessed by Tippoo, but, on his overthrow, returned to their original profession of cultivators. Long. 77. 10. E. Lat. 13. 7. N. GUDARAH, a district of Hindustan, in the Gujerat province, situated about the 23d degree of north latitude. It is mountainous and woody. The principal towns are Gundarah and Lunawara. The chief river is the Mahy. GUDGEON, a species of cyprinus. See Ichthyology. GUEBRES, or Gabres. See Gabres. GUELPHS, or Guelfs, a celebrated faction in Italy, antagonists of the Ghibelins. See Ghibelins. The Guelphs and Ghibelins filled Italy with blood and carnage for many years. The Guelphs stood for the pope, against the emperor ; the Ghibelins for the emperor against the pope. The rise of the Guelphs is referred by some to the time of Conrad HI. in the twelfth century ; by others to that of Frederick II.; and by others, again, to that of his successor Frederick II. in the thirteenth century. The name of Guelph is commonly said to have been formed from Welfe, or Welfo. The Emperor Conrad HI. having taken the duchy of Bavaria from Welfe VI., brother of Henry duke of Bavaria, Welfe, assisted by the forces of Roger king of Sicily, made war on Conrad, and thus gave birth to the faction of the Guelphs. But some derive the name Guelfs from the German Wolff , on account of the grievous evils committed by that cruel faction ; and otheis deduce it from the name of a German called' Guelfe, who lived at Pistoye, adding, that his brother, named Gibel or Ghibel, gave his name to the Ghibelins. GUERANDE, a city of France, in the department of the Lower Seine, and, next to Nantes, the largest of the de¬ partment. It is situated on the sea-shore, on the declivity of a hill covered with vineyards, is surrounded with for¬ tifications, and contains 7250 inhabitants, who carry on manufactures of linen and of cotton. Near to it are salt marshes, from which a supply of 15,000 tons of salt is an¬ nually made by natural evaporation. Long. 2. 31. 31. W. Lat. 47. 19. 39. N. GUERCINO. See Barbieri. GUERICKE, Otto, or Otho, a German philosopher of considerable eminence, was born in 1602, and died at Hamburg in 1686. In conjunction with Torricelli, Pascal, and Boyle, he contributed much towards the explanation of the properties of air. He was counsellor to the elector of Brandenburg, and burgomaster of Magdeburg; but his greatest celebrity was derived from his philosophical dis¬ coveries, and in particular from the invention of the air- pump. Much about the same time Mr Boyle indeed made approaches towards the discovery of this instrument, but with that candour which is ever the characteristic of great and enlightened minds, he confessed that the merit of it belonged exclusively to Guericke, the accounts of whose experiments first enabled him to bring his design to any thing like maturity. Our author has also the merit of in¬ venting the two brass hemispheres, by which the pressure of the air is illustrated ; and an instrument for determining the changes in the state of the atmosphere, which fell into disuse on the invention of the barometer. By consulting his tube he predicted approaching storms, on which ac¬ count he was deemed a sorcerer by the multitude. It is worthy of observation, that when his brass hemispheres were applied to each other, and the air exhausted, it resist¬ ed the efforts of sixteen horses to draw them asunder. He composed several treatises in natural philosophy, the prin- G U E 21 cipalof which is entitled Experimenta Magdeburgica, 1672, Guernsey folio, which contains his experiments on a vacuum. fiJlaria GUERNSEY, an island belonging to Great Britain, on the coast of France, being only twenty-five miles from Cape La Hogue, and thirty-five from Cherbourg, where¬ as it is nearly sixty from Portland, the nearest point in England, and 104 from Southampton, whence the packets usually sail. The south side of the island is hilly, but it gradually descends in proceeding north. Ihe rivulets are numerous, and as snow seldom remains, there is a constant verdant face on the land. Forest trees are rather scarce, but those bearing fruit are numerous and prolific, especi¬ ally the fig and apple-trees, from the last of which more cider is obtained than the inhabitants consume. Agri¬ culture is not pursued with much skill, but, from the mild¬ ness of the climate, and the natural fertility of the soil, enough of wheat and potatoes is raised to supply food to the inhabitants, and all the culinary vegetables are af¬ forded in abundance. There are scarcely any sheep kept in the island ; and the cows, though a valuable race for the quantity of milk they yield, are not numerous, so that beef and mutton, and also poultry, are imported from England or France. Many pigs are reared and fattened till they attain a large size, and the bacon made from them forms an important article in the food of the inha¬ bitants. The shores abound with every variety of fish, especially mackerel and whitings. The commerce of this island consisted chiefly in smug¬ gling French and other spirits, with tea and tobacco, along the coast of England ; but the establishment of a custom¬ house has driven that kind of business into other channels. In time of war, but especially during the American revo¬ lutionary war, a great number of privateers were fitted out, and many fortunes made by such adventures. Since that time, great attention has been paid to the Newfound¬ land fishery, and many hands and much capital have found employment in that branch of commerce. One fourth of the male inhabitants are said to be accustomed to nau¬ tical pursuits, and they are generally daring and active seamen. The cluster of islands of which Guernsey forms one, have such rapid currents among them, varying with each change of tide, and are so beset with shoals and rocks, that whoever is accustomed to sail amongst them necessa¬ rily acquires a degree of active expertness which is not ob¬ tained in less perilous navigations. The inhabitants are for the most part of the Norman race. They speak the French language of an antique dialect, mixed with a num¬ ber of English words, and are with difficulty understood by the modern natives of either England or France. Amongst the higher classes English is commonly spoken, but with some foreign accentuation. Ihe fashions, arti¬ cles of furniture, and implements of husbandry, are more French than English. The laws are those of ancient Normandy. Their established religion is that of England,, and the ecclesiastical affairs are under the Bishop of Winchester; but there are places of worship for vari¬ ous sects of dissenters. The island is divided into ten parishes, with a church for each, all evidently built before the Reformation. The chief town is St Pierre or St Pe¬ ter’s, containing upwards of 10,000 inhabitants. It has a good harbour, formed artificially by a long pier, and there is a tolerable roadstead near the village of St Martin. The island is about nine miles in length and six in breadth, and extends over ninety-four square miles, or about 60,000 English acres. The population is very dense, having been in 1811, 21,293, in 1821, 20,827, and in 1831, 26,128, of which upwards of 2000 were sailors and strangers. It is between latitude 49. 22. and 49. 33. N., and between longitude 2. 38. and 2. 46. W. GUETARIA, a town of Spain, in lat. 43. 18. 30. N., in the province of Guipuscoa, with a port in the Bay of Bis- 22 GUI Gugah cay. It is remarkable as the birthplace of a celebrated .j1 navigator, Don Juan Sebastian del Cano, whose statue is in the principal square. It contains 300 families. GUGAH, a town of Hindustan, in the province of Sinde, and district of Tatta. It stands on a hill, and is bounded on two sides by a rivulet. In the surrounding country there are some large trees, and the soil is remark¬ ably fertile. The town has not much trade, but is well supplied with provisions. The country is low, and so in¬ tersected by branches of the Indus that it is flooded at par¬ ticular seasons of the year. Long. 68. 7. E. Lat. 24. 45. N. GUIANA, or Guyana, a large district of South Ame¬ rica, in which the British, the Dutch, and the French, have considerable settlements. This name was formerly given to the whole of that vast tract of country which lies between the great rivers Orinoco and Amazons, but the extent of the country distinguished by the name of Guiana is now circumscribed to the land lying between the river Essequibo, which separates it from Colombia on the west, and the river Carapury, which divides it from Brazil on the east. It is bounded on the north by the Atlantic Ocean, and on the south by Brazil, being about 600 miles in length, and having an average breadth of about 250 miles. The settlements, however, do not extend nearly so far in¬ land. -Those belonging to Great Britain, viz. Berbice, De- merara, and Essequibo, have been described under these heads. Dutch Guiana, or Surinam, is the settlement situated in the middle of Guiana, being bounded by Cayenne on the east, by British Guiana on the west, by the Atlantic Ocean on the north, and by Brazil on the south. It comprehends a tract of country of about 25,000 square miles, across the northern half of which runs the fifth parallel of north lati¬ tude ; whilst the meridian line, which indicates the fifty-fifth degree of west longitude, traverses the eastern half. Like the rest of Guiana, this coast is flat and alluvial, and is traversed by several broad rivers, which come from a con¬ siderable distance in the interior. The Surinam is a large and beautiful stream, having a channel about four miles wide; but it is shallow- and rocky, and can only be navi¬ gated by boats. The general aspect of Dutch Guiana has been said in some respects to resemble that of Holland and Lower Holstein. It presents' a vast plain covered with plantations and enamelled with verdure, bounded on one side by a dark ridge of impenetrable forests, and wash¬ ed on the other by the azure billows of the ocean. The country thus lying between the sea and the desert is irri¬ gated by numerous streams, confined by dykes, and sepa¬ rated from each other by excellent roads or navigable canals. A number of small buildings are attached to each habitation, giving it the appearance of a small village; and the natural beauties of the country form a striking contrast wdth its rich cultivation. Ihe Dutch have laboured most industriously to improve it, and it is daily rising in import¬ ance. Parmaribo, the principal, indeed the only town, is built on the right side of the river Surinam, at its mouth, where it affords excellent anchorage for vessels. The streets are lined with rows of fruit trees, and the walks are covered with fine gravel and sea-shells. The houses are fitted up with considerable splendour, the rooms being in general wainscotted with cedar, Brazilian, or mahogany wood. The productions of this settlement, and the objects of natural history which it presents, being similar to those already described under the heads Berbice and Demerara, and in the account which follows of Cayenne, it is not ne¬ cessary to describe them here. The amount of the popu¬ lation has been estimated at about 60,000, the greater part of which consists of men of colour. The value of the exports is calculated at more than L.1,000,000. The French settlement of Cayenne extends along the coast from the river Maroni, which separates it from Dutch G U I Guiana, to the river Carapury, which divides it from Bra- Guiana, zil. Ihis boundary, however, has been much disputed, and the Brazilians persist in occupying the country as far as the river Oyapock, which limits the extent of theFrench territory on the coast to about 150 miles. By the treaty of Amiens the French boundary had been extended to the river Arowari; but when the government of Portugal was established in Brazil, a small force detached from thence seized the province; and though, by the late treaties, it is restored to France, the boundary has been considerably contracted towards the south. The few settlements in the province are at the mouths of the rivers which water it, and produce its fertility. These rivers, like those of the Eng¬ lish and Dutch settlements, have but short courses, their sources being in that range of mountains which runs paral¬ lel to the coast, about 150 miles distant, in a region which is denominated the country of the Caribb Indians, and which has not been penetrated by any European. The two rivers which now bound Cayenne have their sources in the Cordilleras, farther from the coast than the country of the Caribbs ; they have therefore much longer courses, and discharge into the ocean much more copious waters than are contributed by those rivers which run through the French settlements. The island of Cayenne, on which the capital is built, ex¬ tends about eleven miles from east to west, and eighteen from north to south; it is separated from the main by a small river, which is fordable at low water, but at flood-tide is navigable by boats. The city is built on the north-w est extremity of the island, at the mouth of a river of the same name. It is strongly fortified, and a hill within the enclo¬ sure commands the whole town and the anchorage of the < shipping. It is situated in north latitude 4. 56., and west longitude 52. 15. from London. Both divisions of the town are ill built and badly paved; the streets in the new- part are w ider, and the houses larger, than in the old one, but neither is equal to the generality of even tropical towns in beauty and cleanliness. With the exception of the offi¬ cers of government, very few of the inhabitants are of the unmixed white race, but are either mulattoes, quaderoons, sambos, or negro slaves. Debauchery, indolence, and knavery, are the characteristics of the greater part of the people of this city. This colony w-as first settled in the year 1550, by the celebrated Admiral de Coligny, who, during the civil wars of France, wished to make it an asylum where the Protes¬ tants, if unsuccessful, might retire, to follow-, in security, their worship and opinions. The course of events in Eu¬ rope, after the return of Coligny, was such as to prevent the colony from being long an object of attention, and the few settlers were neglected by the government of France for nearly two centuries. In the mean time neither the settlers nor the negro slaves increased much, and the few desgendants of the original Europeans were so incorpo¬ rated, by successive intermixtures with the coloured inha¬ bitants, that the difference of their race was with difficulty discoverable by their complexions. The colony of Canada engrossed so large a portion of the regard of the French court, that the establishment at Cayenne was only kept from sinking by the accession of a few isolated settlers, who occasionally fixed themselves there, as a last and des¬ perate resource. But when, by the loss of Canada, the other colonial set¬ tlements became of more value, an effort w as made, upon a grand scale, to increase the population and promote the cultivation of Guiana. Under the administration of Choi- seul, a fleet was equipped, which conveyed to Cayenne 15,000 persons. Few of them possessed property, few of them were handicraftsmen or labourers, and of those still fewer were disposed to work, supposing the climate would have enabled Europeans to labour. The settlers were soon G U I G 'U I • 23 iuiana. visited with the dreadful fevers of the tropics, and those who had the means of returning to Europe abandoned the country with the utmost precipitation. In the year 1763, the number who landed was 13,060. Of these, 2000 quitted it either for France, Canada, or the West India islands; about 100 enlisted in the colonial battalion ; and, at the end of the year 1765, there were only in the colony 430 persons left of the expedition ; so that more than 10,000 must have perished in the first two years. The expense of this equipment is supposed to have amounted to thirty- three millions of livres, the whole of which, including a vast number of human beings, was sacrificed to a plan in which the splendid rather than the useful was considered, though it was sketched by the celebrated Turgot, and some other of the eminent economists of France. From the period of this disastrous attempt, the colony continued to languish till the American war broke out, when the predatory cruisers, both French and Americans, carried in several valuable prizes. Many negro slaves were by these captures conveyed to the settlement, and this enabled the planters to extend their cultivation ; so that, at the peace of 1783, the colony was in a more thriving condition than it had been at any former period, and it con¬ tinued to increase in prosperity. The revolution of France extended its calamities to this colony at a very early stage of its progress. As the rumour of the intention to eman¬ cipate the negroes reached Cayenne, before the decree had passed in the Convention, the richer proprietors, frightened by the menaces of the slaves, fled from the co¬ lony ; and the popular assembly, consisting principally of men of colour, proclaimed them emigrants, and decreed the forfeiture of their estates. When the decree was re¬ ceived and promulgated at Cayenne, the blacks supposed that their labour was at an end, and that, on the principles of equality, the whites, in their turn, should now be compell¬ ed to work for the majority. The whites from the various plantations fled for security to the capital, where the troops were so factious that they could scarcely obtain protection. The miserable slaves in the plantations soon found this boon of freedom to be the severest punishment which could have been inflicted. Cultivation became neglected ; pro¬ visions in consequence grew scarce; and a short period produced a want of even the commonest aliments. Regu¬ lations for fixing the prices of labour were in vain esta¬ blished, for those who could pay their labourers had fled from the country. Though modifications of this decree were afterwards made, they failed to restore the former abun¬ dance of provisions, and, during the whole period of the war, scarcity continued to be experienced. During the agitations in France, several of the leaders of the unsuc¬ cessful factions were banished to this colony by the decrees of their triumphant opponents. Rut they were not a class of men who were likely to benefit the settlement, and many of them died from the effects of the climate, many from chagrin, and the few survivors who returned to Europe had experienced the most severe and mortifying hardships. As the military force had been neglected, the small body stationed at Cayenne very readily submitted to the Portu¬ guese armament. When it was restored to the king of France, the number of wdiite inhabitants did not exceed 1300, whilst the black and mixed races, including those of Indian origin, amounted together to between 10,000 and 11,000. Many negroes have since been introduced, both from Africa and the other French settlements; and by the last census, 1829, the total population is stated at 22,684. The climate and seasons in Cayenne are so nearly simi¬ lar to those in Demerara as to render any notice of them superfluous; but as the country is much less cleared of underwood, and as very little draining has been practised, it is far more unhealthy than any of the British or Dutch settlements on the same coast. That the climate is totally unfit for European labourers was demonstrated in 1794. Guiana, When the decree for giving freedom to the negroes was promulgated, the soldiers of the regiment of Alsace, then stationed in the province, were induced, by high wages, to work in the plantations ; but at the end of a month one half of the regiment had died, and the remainder were so ill as to be incapable of any duty. From the scanty population of Cayenne, it is evident that its productions must be of inconsiderable magnitude; but the experiments which have been made sufficiently show that its capabilities are equal to those of the best soils in the tropical climate. The sugar-cane was, from the first, cultivated with success ; but the production of that plant was vastly improved by the introduction ot the canes ot Otaheite, which the celebrated Bougainville brought from the southern hemisphere ; and its sugar is now equal to that of Dutch Guiana or Demerara. A spirit called by the French taffia, an inferior kind of rum, is distilled from the canes. The coffee of Cayenne is inferior to that of Dutch Guiana; none of the plantations in it are extensive ; and it is remark¬ ed that the trees degenerate when planted in the lower grounds. The cocoa plant is a native of Cayenne, and grows spontaneously on the borders of the Oyapock. Mild indigo grows in great quantities, and the dye that has been obtained from it is equal in quality to that which is extracted from the cultivated plant of the same species. This in¬ duced the French government to promote the production of that commodity in the soil which nature indicated to be well adapted for it. The first results were in almost every instance flattering, but the plant soon degenerated, and most of the indigo plantations, like those of St Domingo, were converted into sugar estates, but not till the proprietors had suffered very heavy losses. Cotton grows very luxu¬ riantly, though not a native plant; or, if it be, the species varies from that now cultivated, which was brought from Guadaloupe when the ruinous project of colonization was attempted in 1763. This plant yields two crops in the year ; the second, called by the planters la 'petite recolte, in the month of March, is frequently destroyed by a species of caterpillar which covers the trees after a shower ot rain. All the fruits peculiar to warm climates are most abundant in Cayenne, and attempts have been repeatedly made to introduce the clove and the cinnamon trees, with the other plants of the East Indies. The seeds of the clove were distributed profusely by the government, which also en¬ couraged the cultivation of the bread-fruit, the mango, and the sago. The exportable article of greatest amount which Cayenne has lately furnished to Europe, is the rocou, or roucou; better known in England by the name of annotta, and which is extensively used as a dye, principally, however, for silks. The tree which yields this substance (Bixa Orel¬ lana) grows from twelve to fifteen feet in height, is very bushy, and bears a flower of a pale pink, resembling in shape and colour the dog-rose. The fruit contains a pulpy substance, intermixed with the seeds, of a very glutinous nature, which, by frequent washings and filterings, is sepa¬ rated from them. It is then suffered to ferment during eight or nine days, when it is placed in a vessel capable of bearing heat, over a fire, and as soon as it forms bubbles on the surface, the fire is withdrawn, and it is suffered to cool. The more gradually it cools, the better the substance becomes. That which is dried in the shade is much more valuable than that dried by the heat of the sun. Mben it is macerated in small quantities, it is black and of little value ; and it is only of the best quality when the whole that is made at one time is a very great mass. Its purity is ascertained by the whole dissolving in water, without leaving behind it any extraneous substances. When in the state of a soft paste, it is moulded into the form of small cakes, and en¬ closed in the leaves of the Canna Indica angustifolia, and 24 GUI Guibert. thus packed for its market. The whole process of prepar- jng this drug is most prejudicial to the health and comfort of the labourers. The smell is offensive beyond the powers of description; and during the preparation the workmen are afflicted with a constant nausea, and most violent head- ach. Its offensive smell, however, gradually subsides, and, by the time it reaches Europe, is changed into an agree¬ able flavour, resembling that of the violet. On the conti¬ nent of Europe this commodity is extensively used in the dyeing of various kinds of clothing ; but in England it is almost exclusively applied as the colouring matter of cheese, to which purpose it is well adapted, being nearly tasteless, and perfectly harmless. The pepper to which this settle¬ ment has given a name, though produced every where in the tropics, was first sent to Europe from hence. It is the pod of a species of capsicum, gathered when ripe, and dried in the sun; it is then, with a little flour and some salt, made into a kind, of paste, and baked to a biscuit. When perfectly dry and cold, the pepper is made by rasping them upon a grater. Some cassia and a small quantity of vanil¬ la have been produced here for exportation. As no wheat is grown, the dependence of the inhabitants for flour rests on the United States of North America; but maize, cas¬ sava, and rice, are cultivated to a sufficient extent to sup¬ ply food to the lower orders of the coloured inhabitants. The French seem to have exceeded other nations in the success of their efforts to conciliate the aborigines; and a much larger proportion of the natives have been reclaimed, and induced to labour on their plantations, than in either the Dutch or English settlements on the coast of Guiana. Though the soil of Guiana may be as prolific as that of De- merara or Dutch Guiana, yet its future products can scarce¬ ly be so great as those colonies. The coast is low, and dan¬ gerous to approach, on account of the great number of shoals and sand-banks which border it; and the only good navigable river on the whole line is that on which the ca¬ pital is built. In the prevalence of fogs, in the humidity of the atmosphere, and in the uniform high temperature of the air, Cayenne is assimilated to the rest of Guiana.1 The real value of the goods imported from Cayenne in¬ to France in the year 1831 amounted to 2,442,158 francs; and the exports from France to Cayenne to 1,736,792. The products of Cayenne imported into France, and en¬ tered for consumption, with the duties charged on their introduction in 1831, are as follow (the quantities are es¬ timated by the kilogramme, which is equal to 2'2 lbs. avoir¬ dupois : Sugars of all kinds, 1,432,075 kilogrammes ; cof¬ fee, 42,426 ditto ; cacao, 22 ditto; cotton, 169,520 ditto ; cloves and spices, 18,112 ditto ; annotta, 82,122 ditto ; wood of all kinds, 68,729 ditto; custom duties, 851,408 francs. That portion of Guiana which formerly belonged to Portugal has been incorporated with Brazil, in the descrip¬ tion of which country it has been included. Spanish Guiana now constitutes a province of Colombia, under which head an account of it will be found. GUIBERT, Jacques-Antoine-Hippolite, Count de, a well-known writer on tactics, was born at Montauban, on the 12th of November 1743. Before he had completed his fourteenth year, he accompanied to Germany his father, who acted as major-general to the army commanded by Marshal de Broglie, and he served, either as captain in the regiment of Auvergne, or as an employe in the staff, dur¬ ing the six campaigns of the war of 1756. At an age when little could be expected but the ardent valour which is natural to that period of life, he attracted notice by the superiority of his dispositions and the justness of his obser¬ vations ; and from the experience he then acquired, he was GUI enabled to lay the foundation of the theory to which he was Guiber afterwards indebted for his reputation as a military writer. During the interval between this war and that of Corsica, he devoted the whole of his time to that species of study for which he felt an increasing predilection. At the conclu¬ sion of the combat of Ponte-Nuovo, which secured to France the conquest of the island of Corsica, he received the cross of St Louis, and shortly afterwards a colonel’s commission, although as yet he was not more than twenty- four years of age. He also displayed great zeal in raising and training the Corsican legion, of which he was appoint¬ ed colonel-commandant in 1772. The year following he published his Essai General de Tactique. But not wish¬ ing to abide, in his own country, the explosion which such a work was calculated to produce, he set out for Germany, which opened to him a vast field of instruction, and repair¬ ed to Prussia, whither a species of celebrity had preceded him. Here, however, he had considerable difficulties to en¬ counter. It was, above all, necessary to overcome certain prepossessions of Frederick, who judged severely the theore¬ tical attainments and views of the young tactician, and who besides was not by any means satisfied with what Guibert had published in his book on the subject of the Prussians. With this view he addressed a letter, in explanation and in defence, to the Prussian monarch, who was so well pleased with the composition that he received the writer with par¬ ticular distinction. Ever since the year 1772, Guibert had conceived the design of also entering on the career of lite¬ rature ; and, from year to year, after his return from Prus¬ sia, compositions of his, either in the shape of tragedies, or of panegyrics on the great men of France, procured him much reputation in the saloons, where they were generally read by the author. An ardent and enthusiastic tempera¬ ment ; considerable talent, with not a little of pretension; great facility and an astonishing memory; an anxiety to oc¬ cupy the attention of the public, and “ march to glory by every roadsincerity and hardihood ; elevation of senti¬ ment, and a desire to promote the general good; these, unit¬ ed with an active and craving ambition, formed the princi¬ pal elements in the character of Guibert. He mistook for genius the gifts which he had received from nature, and persuaded himself that he not only could, but should un¬ dertake every thing. Laharpe, who appears to have dis¬ liked him, alleges that he contemplated nothing less than « remplacer Turenne, Corneille, et Bossuet; but little im¬ portance is to be attached to those sallies of enthusiasm, under the immediate influence of which he may perhaps have said and even believed, that a single individual might, in our time, be at once a Turenne, a Corneille, and a Bossuet. Guibert was recalled to his original occupation, by the appointment of the Count de Saint-Germain to the department of war; and having been honoured with the confidence of that minister, he had the rare merit of not abandoning him in his disgrace. In 1776 he was made colonel-commandant of the regiment of Neustrie ; in 1782, brigadier-general; in 1788, marechal-de-camp, or major- general ; and next inspector of infantry in the province of Artois. When his father was appointed governor of the Hotel des Invalides, he did all in his power to second him in his administration, and spared neither pains nor travel to extend to all parts of France the succours and consola¬ tions due to the veteran or disabled defenders of the state. In 1787 he was appointed member and reporter of the council of administration in the department of war. But as Guibert, in the discharge of his functions, combined his own peculiar ideas with those which the deliberations of the council rendered common, the whole appeared to ema- 1 See Voyage a Cayenne, par Louis-Ange Pitou ; Histone des Plantes de la Guyane Francois ; and Statistique General et Particulihe de la France et de scs Colonies. G U I Guibert. nate from the reporter, whose proper duty it was merely to give expression to the views of the council; and it was consequently against him that all the complaints and accu¬ sations of the discontented were directed. People judged without any indulgence the imperfection of the work and its results ; the faults of the moment rendered them blind to the advantages which might afterwards be expected; and at length the projects and their author became involved in the same proscription. In a memoir addressed to the pub¬ lic and to the army on the operations of the council of war, Guibert undertook to prove, that, like the other members, he had only his opinion and his voice in the council; and that consequently he did not deserve the abuse and ani¬ madversion of which he had been made the sole object. But his reclamation seems to have convinced few, and to have silenced none of the malcontents; and the unlucky organ of the council continued as before to bear the oppro¬ brium of all its unpopular acts. We have already seen that no species of ambition was foreign to Guibert; but in him, nevertheless, ambition was blended with the desire of doing good, and being useful to his country. Accordingly, in 1789, he aspired to become a member of the states-ge- neral of the kingdom, and thereby prepared for himself the bitterest mortification which he had ever yet experienced. His pretensions, both as a military man and a writer, had provoked censure, and even excited hostility. He was ac¬ cused of having attempted to subject officers to imprison¬ ment in irons ; proposed to introduce the cane as an instru¬ ment for chastising the common soldiers ; and recommended the detestable barbarity of hamstringing deserters. Guibert replied by a most formal denial of these imputations, which he declared to be atrocious falsehoods, as, we have no doubt, they were. But his disclamation met with no credit; and in the assembly of the bailliage of Bourges, the people went so far as to refuse him a hearing. Forced to retire, he printed, under the title of Precis de ce qui s’est passe a mon egard a VAssemblee du Berri, a defence which, how¬ ever, failed to excite the interest he had fondly hoped it would inspire. Whilst matters were in this state, the Count de Fontette-Sommery had the courage openly to take the part of the oppressed, and to publish the Opinion dun Gentilhomme de Bourgogne sur ce qui s'est passe d VAssemblee de la Noblesse du Berry, relativement d M. le Comte de Guibert, en mars 1789. But no salutary effect resulted from this generous interposition. The fatal blow had been struck; public opinion refused to acknowledge itself in error; and the innocent victim was accordingly immolated. Inconsolable at this injustice, Guibert retired from public life, and, after a short illness, died on the 6th of May 1790, in the forty-seventh year of his age. His works are, 1. Essai General de Tactique, already men¬ tioned, Liege, 1773, in one vol. 4to and two vols. 8vo; 2. Eloge de Catinat, Edinburgh (Paris), 1775, in 8vo; 3. Connetable de Bourbon, a tragedy; 4. La Mort des Grac- ques, a piece in three acts; 5. Anne de Boulen, the best of his dramas ; 6. Eloge Historique de Michel de ITlopi- tal, Chancelier de France, 1777 ; 7. Defense du Systeme de Guerre Moderne, ou Refutation complete du Systeme de M. de Mesnil-Durand, par Tauteur de FEssai General de Tactique, Neufchatel, 1779, in two vols. 8vo; 8. Dis¬ cours de reception a 1’Academic, 1786; 9. Eloge du Roi de Prusse, London (Paris), 1787, in 8vo ; 10. Letter ad¬ dressed to the National Assembly, in the name of the Abbe Raynal, Marseilles, 1789, in 4to; 11. Traite de la Force Publique, Paris, 1790, in 8vo, the last production which he acknowledged ; 12. Journal d’un Voyage en Al- lemagne fait en 1773 par Guibert, Paris, 1803, in two vols. 8vo; 13. (Euvres Militaires de Guibert, published by his widow, Paris, 1803, in five volumes 8vo; 14. Voyages de Guibert dans diverses parties de la France et en Suisse, faits en 1775, 1778, 1784, et 1785, ouvrage posthume, VOL. XI. G U I 25 Paris, 1806, in 8vo; 15. A volume of Eloges, including Guicciar- that of Claire-Francoise de I’Espinasse, Paris, 1806, in dini- 8vo. But of all the works of Guibert, that by which he is best known is his Essay on Tactics, so often quoted and referred to under the head Army. Its extraordinary success may be attributed, partly to the enthusiasm of military glory which appears to have dictated it, and partly to the freedom of thought and expression for which it is distin¬ guished ; and although some of the projects which it re¬ commends are now ascertained to be pregnant with dan¬ ger, yet it is consulted and appreciated by all military men who know their profession; and even its errors conduce towards the instruction of those who are capable of esti¬ mating its merits. We learn from contemporary authority, that the preliminary discourse produced a great sensation, and gave an exaggerated idea of the author. This dis¬ course, in which the young tactician assumed a tranchant and decisive tone towards the sovereigns of Europe, at the same time that he depreciated the government of his own country, was read with avidity by tbe women, cried up by the men of letters, circulated in the army, and at length known in all Europe. Amidst all its warmth, and, as some think, extravagance, it developes important truths, which had escaped ordinary observation, and suggests matter for reflection to those who are accustomed to weigh opinions before adopting them. We may add, that Voltaire, after having read the work, addressed to the author, through M. d’Argental, some beautiful verses, in which, amidst other flattering things, he says to Guibert, Digne peut-etre De commander deja dans I’art dont il est maitre. In a word, of all the productions of Guibert, his Treatise on Tactics is that which will most certainly survive the generation to which it was more immediately addressed. It constantly affords aliment for thought, and may be con¬ sidered as the first grand step towards the formation of a scientific and effective system of tactics. Much may also be gathered from his Defense du Systeme de Guerre Mo¬ derne, in which he attacks the ordre profond of Folard, and ably analyses some of the finest operations of Turenne, Luxembourg, and the king of Prussia, all of whom were opposed to the system promulgated by the celebrated com¬ mentator on Polybius. (a.) GUICCIARDINI, Francisco, a celebrated Italian his¬ torian, was born at Florence in 1482, being descended of a family which still subsists in that city. His ancestors had held the most distinguished offices in the Florentine republic. Simon Zanuccio Guicciardini was gonfalonier of justice in 1302; his grandfather, an able politician and a great warrior, beat the Genoese near Sarzano in 1412, and defeated the troops of Sixtus IV. in 1478 ; and Pietro, the father of the historian, acquired a great reputation by his talents for the conduct of public affairs. Francisco Guic¬ ciardini was originally intended for the bar, to which he was at length called ; and so great was his success that, at the age of twenty-three, he became professor of juris¬ prudence, at a time when all the chairs in Italy were oc¬ cupied by the ablest jurisconsults. Although he had not yet attained the age required by the law, he was appoint¬ ed ambassador to Ferdinand the Catholic; and having suc¬ ceeded in gaining the favour of that prince, he thus secur¬ ed a powerful protector to the Florentine republic. Pope Leo X., a discriminating judge of real merit, called Guic¬ ciardini to his court, loaded him with honours, and named him governor of Modena and Reggio, at the same time conferring on him unlimited powers. In this capacity he also served under the pontificate of Adrian VI.; nor did his firmness, his beneficence, and his equity, fail to secure him the attachment of the people over whom he had been placed. But as Romagna was dreadfully distract¬ ed by the irreconcilable factions of the Guelphs and Ghi- D 26 GUI Guicciar- belins, Clement VII. on succeeding to Adrian VI. sent dini. thither Guicciardini, who in a little time re-established tranquillity in that unhappy country, caused the most rigid justice to be enforced, founded useful establishments, opened new roads, and ultimately rendered himself the idol of all parties. Being afterwards appointed lieutenant- general to the Holy See, he acquired much glory by his defence of Parma, when besieged by the French; and after the death of John of Medicis, the Florentine repub¬ lic chose him to succeed that famous captain in the com¬ mand of the black bands, the elite of the Italian troops. But, as Clement VII. required a man of tried ability and courage, he obtained the consent of the Florentines to re¬ tain Guicciardini some time longer in his service. The city of Bologna was about to escape from the domination of Rome ; the senate had raised the standard of revolt; the great family of the Pepoli openly aspired to the su¬ preme power ; the vindictive passions were indulged with¬ out restraint, and assassinations multiplied. Guicciardini, in the capacity of governor, presented himself in this city, whither his renown had preceded him. His severe deport¬ ment, his activity, his eloquence, tranquillised the people, disarmed the senate, and deprived the Pepoli of all hope of obtaining the object they had in view. By his talents, prudence, firmness, and justice, Bologna, which would otherwise have been lost for ever, was saved to the patri¬ mony of St Peter. After this expedition, Guicciardini, notwithstanding the entreaties of Clement, returned to his own country, where he lived in retirement, being wholly occupied with the composition of his history, which he commenced about the end of 1534. But this did not pre¬ vent him from rendering the most important services to Florence. His counsels moderated the prodigality and ambition of Alexander of Medicis ; and, at the suggestion of Naples, he effected an advantageous arrangement be¬ tween this prince and Charles V. Alexander having been assassinated in 1536 by one of his near relatives, Lorenzino de’ Medicis, Cardinal Cibo immediately assembled the council, when it appeared that all the other members were inclined for a republican government. But Guicci¬ ardini perceiving that by this means the country would become a prey to civil war, declared in favour of a mo¬ narchical government; and as his persuasive eloquence at length overcame the predilections of the council, Cosmo de’ Medicis was proclaimed sovereign of Florence. From this moment, Guicciardini took no further concern in pub¬ lic affairs; and after having passed four years in study and retirement, he died in May 1540. The memory of this able and excellent person is endear¬ ed to men of letters by his History of Italy, Florence, 1561, in folio, or two vols. in 8vo. The original edition, though much sought after, is incomplete; that of Venice, 156/, in 4to, is augmented by four books, viz. from seven¬ teen to twenty inclusive ; and that of Venice, 1738, in two vols. folio, has, besides, a life of the author by Manni, with a fragment containing some passages previously in- edited. But the best and most complete edition is that of Friburg in Brisgau (Florence), 1775, 1776, in four vols. 4to, printed from an autograph manuscript in the Maglia- becchi library, under the auspices and care of the canon Bonso 1 io Bonsi, who has supplied the defects of former editions, and otherwise discharged his editorial duties with fidelity and talent, ihe History of Italy commences, in 1490, and terminates in the month of October 1534. It consists of twenty books, sixteen of which are, in the opi¬ nion of the best critics, of superior merit; but the last four are little more than draughts of memoirs, death having prevented the author from bestowing on them all the care and attention which the subject required. The historian commences by giving an exposition of the tranquil condi¬ tion of Italy before the breaking out of the troubles which GUI desolated its finest provinces. He then proceeds to describe Guiccia the bloody wars which the French carried on in that coun- dini. try, under three successive kings. By these the face of Italy was almost entirely changed ; the popes aggrandis¬ ed themselves by the ruin of several petty states; Naples and Milan, torn from their respective princes, recognised the domination of Charles V.; and Genoa, which had thrown itself into the arms of France, recovered its liberty under the protection of the same monarch, who, on the other hand, gave a sovereign to the republic of Florence. If, in this revolution, the greater part of the princes of Italy maintained themselves, they owed their preservation to their own weakness, and a timely submission to a conque¬ ror, whom fortune seemed to lead on, by rapid strides, to¬ wards universal monarchy. Such, in a few words, is the grand spectacle presented by the History of the Wars in Italy, a production which has immortalised the name of Guicciardini. The hatred of vice, which breaks out in every page of his work, satisfies the reader as to the pro¬ bity of the historian, who was, moreover, concerned in most of the events which he relates, and performed a bril¬ liant part both in the cabinet and in the field. His style, sometimes nervous and sublime, sometimes lively and rapid, always noble, perspicuous, and appropriate to the subject, fixes the attention and hurries along the mind of the reader. His reflections, equally judicious and pro¬ found, show the wise republican, the able politician, the enlightened philosopher; as the friend of humanity and justice, he unsparingly attacks the abuses of the sovereign power, and vindicates that virtue which the great so often profane for the gratification of their interests and passions. He has left us faithful portraits of the celebrated men of his time ; he has represented with equal genius and accu¬ racy the force and manners of the nations which figure in his history ; and he has made us acquainted with the real interests of the princes of his time, as well as with the origin of those jealousies which then divided the powers of Europe. Guicciardini has been reproached with the length of the harangues which he puts into the mouths of his characters ; but these he has enriched with so much eloquence, with thoughts so new and profound, with images so just and striking, that they are always interesting, and never felt as impeding the progress of his narrative. He has also been accused of prejudice against the French ; yet he never exaggerates their losses in battle, and Father Daniel, in his history, has merely copied the narrative of Guicciardini. If the latter, like several French authors, has traced an unfavourable portrait of Charles VIIL, he has, on the other hand, done ample justice to the equity and the virtues of Louis X1L, the valour and prudence of La Tremouille, and the brilliant qualities of Gaston de Foix and Francis I.; whilst, in speaking of the Italian and French militia, he always declares in favour of the latter. These, and other facts of a similar description, which might easily be produced or referred to, are sufficient to show that the charge of partiality is groundless, and that what has been mistaken for prejudice is nothing but the severity of truth. Guicciardini is also the author of Ad¬ vice and Counsel in matters of State, Antwerp, 1527, in 8vo, translated into French, Faris, 1577, in 8vo. (a.) Guicciardini, Louis, nephew of the preceding, was born at Florence, in the year 1523. He held different em¬ ployments under Alexander of Medicis and his successor Cosmo II.; then he travelled, and remained a long time at Antwerp, where he obtained the favour of the Duke of Alba ; but having reflected on this general’s system of go¬ vernment, in a work which he published {Memoirs), he was thrown into prison, whence he was only liberated through the intercession of the Grand Duke of Tuscany. The re¬ mainder of his life presents no event worthy of notice, and seems to have been chiefly passed in the composition of GUI Guides his works. These are, 1. Memorie, &c., or Memoirs of II what passed in Savoy from 1530 to 1565, Antwerp, 1565, iuignes. jn 4,to . g. Raccolta dei Detti e Fatti notabili, 1581, in 8vo ; ^ 3. Descrizione, &c., or Description of the Low Countries, Antwerp, 1567, in fol.; 4. Ore di Recreazione, Florence, 1600, in 12mo. Having lived several years in retirement, Louis Guicciardini died in 1589. (a.) GUIDES, in military language, are usually the country people in the neighbourhood of an encampment, who give the army intelligence concerning the country, the state of the roads, and the probable route of the enemy. GUIDI, Alexander, an eminent Italian poet, born at Pavia in 1650. Having a desire to see Rome, he repair¬ ed to that city, where he attracted the notice of Queen Christina of Sweden, who retained him at her court; he also obtained a considerable benefice from Pope Innocent X’L and a pension from the Duke of Parma. Having done the state of Milan some good offices with Prince Eugene, he was enrolled amongst the nobles and decurions of that town, and died in the year 1712. Nature had been kinder to his intellect than to his exterior form; for his body was small and crooked, his head large, and he wanted the sight of his right eye. A collection of his works was published at Verona in 1726. GUIDO Aretin. See Aretin. Guido Rent, an illustrious Italian painter, born at Bo¬ logna in 1595. In his early years he was the disciple of Denis Calvert, a Flemish master of good reputation; but afterwards entered himself in the school of the Caracci. He first imitated Ludovico Caracci, but fixed at last on a pe¬ culiar style of his own, that secured him the applause of his own time and the admiration of posterity. He was much honoured, and lived in splendour; but an unhappy attachment to gaming ruined his circumstances, and the reflection of his imprudence brought on a languishing dis¬ order, which put an end to his life in 1642. There are several designs of this great master in print, etched by himself. GUIDON, a sort of flag or standard borne by the king’s life-guard; being broad at one extremity, almost pointed at the other, and slit or divided into two parts. The gui¬ don is the ensign or flag of a troop of horse-guards. Guidon also denotes the officer who bears the guidon. The guidon is in the horse-guards what the ensign is in the foot. The guidon of a troop of horse takes place next below the cornet. Guidons, Guidones, or Schola Guidonum,, was a com¬ pany of priests established by Charlemagne, at Rome, to conduct and guide pilgrims to Jerusalem. They were also to assist them in case they fell sick, and to perform the last offices to them if they died. GUIGLIANO, a city of the province of Terra di La- vore, in the kingdom of Naples, containing 7956 inhabit¬ ants. GUIGNAN, the most easterly of the Philippine Islands, situated about eighteen miles off the south-eastern extre¬ mity of the island of Samar. GUIGNES, Joseph de, a learned orientalist, born at Pontoise on the 19th of October 1721, was, in 1736, placed under the celebrated Fourmont by his cousin M. le Vaillant, professor in the university. Being endowed with the happiest dispositions, and directed by an able master, he, in a short time, acquired a knowledge of Chinese, and of the different idioms of the East. When Fourmont pre¬ sented to the king his Chinese Grammar, in the year 1742, the young De Guignes accompanied him, and was received in the most flattering manner by the monarch, who imme¬ diately conferred on him a pension. On the death of his master, which took place in December 1745, De Guignes succeeded him at the Royal Library in the office of secre¬ tary-interpreter of the eastern languages. The Memoir GUI 27 on the Origin of the Huns having given the learned world Guignes. a foretaste of the talents and erudition of De Guignes, he was admitted a member of the Royal Society of London in 1752, and an associate of the Academy of Belles-Let¬ tres the following year. About the same time he was also appointed royal censor, and attached to the Journal des Savans. These different favours were the just recom¬ pense of the important labours in which M. de Guignes was engaged. The first two volumes of his History of the Huns appeared in 1756 ; and in 1757 the chair of Syriac in the Royal College having become vacant by the death of Jault, De Guignes was appointed to succeed him. Upon this occasion he pronounced a Latin discourse, the principal object of which was to prove, what certainly needed little demonstration, that the kings of France were much more friendly to letters than the princes of Asia. In 1769 he became keeper of the antiquities in the Louvre, and, in 1773, pensionary of the Academy of Belles-Let¬ tres ; in 1774 he resigned the chair of Syriac, not choosing to consent to the re-union of the Royal College with the university; and, lastly, in 1785, he was named one of the committee appointed by the academy for the publication of Notices of Manuscripts. The Revolution did not de¬ prive De Guignes of his pensions, for, notwithstanding his great labours, he had never demanded them; but it de¬ prived him of his moderate allowance as pensionary of the academy, keeper of antiquities in the Louvre, and redac- teur of the Journal des Savans. Faithful to his principles, and to the cultivation of letters, however, he made no re¬ monstrance, declined accepting any favour, and consoled himself for the sufferings of his country, and the perso¬ nal privations he experienced, by applying with greater assiduity to his favourite pursuits. These he continued, without intermission, until his death, which took place at Paris on the 19th of March 1800. De Guignes left a son, who had been consul at Canton, and who, on his return to France, published a relation of his voyage in three vo¬ lumes 8vo, and an excellent Chinese Dictionary. The following is a list of the printed works of the father: 1. Abrege de la Vie d’Etienne Fourmont, with a notice of his works, Paris, 1747, in 4to ; 2. Memoire Historique sur I’Origine des Huns et des Turcs, Paris, 1748, in 12mo; 3. Histoire Generale des Huns, des Turcs, des Mogols, et des autres Tartares occidentaux, avant et depuis J. C. jusqu’ a present, preceded by an introduction containing historical and chronological tables of the princes who have reigned in Asia, Paris, 1756, 1758, in five vols. 4to; 4. Memoire dans lequel on prouve que les Chinois sont une colonie Egyptienne, Paris, 1759, 1760, in 12mo; 5. The Chou-king, or sacred book of the Chinese, with a transla¬ tion corrected from that of Father Gaubil, and most use¬ ful notes, Paris, 1770, in 4to; 6. An edition of the Eloge de Monkden and of the Art Militaire des Chinois, 1770, 1771; 7. Twenty-eight papers in the Memoirs of the Aca¬ demy of Inscriptions. These papers or memoirs may be divided into three classes; the first of which has for its object to develope more fully various points which are only treated cursorily in the History of the Huns; the second includes the papers intended to establish his sys¬ tem of the Egyptian origin of the Chinese ; and the third comprehends those of a miscellaneous character, such as the memoir on the commerce of the French in the Levant before the crusades, that on the Oriental Zodiac, and ob¬ servations on the origin and antiquity of the Indians, as well as on the geography of their country. Besides the works mentioned above, De Guignes left several manuscripts, particularly, 1. Notices d’Ecrivains Arabes; 2. Memoire sur le Commerce des Chinois avec les Russes; 3. His¬ toire de la Chine, translated from the Chinese Annals, and divided into three parts; 4. Memoires Historiques et Geographiques sur I’Afrique, d’apres les auteurs Arabes. 28 GUI Guignes. Such were the works which occupied the life of this scho- w i' lar. Considered as a learned man, he may be said to have possessed vast knowledge, and to have employed it in the most useful manner. Although he cannot be call¬ ed an elegant writer, his style is easy and clear ; and even the paradoxes which he defended prove, by his ingenious approximations and original views, that he was endowed with a lively imagination and extraordinary sagacity. But he was still more estimable for the excellence of his cha¬ racter than the extent of his acquirements. Invariable in his principles, the enemy of all intrigue, and having no other ambition than that of extending the boundaries of knowledge, he never solicited pensions, places, or enco¬ miums, and knew too well the real value of time to waste it in the pursuit of objects so inglorious. He was a sin¬ cere lover of truth, even when it seemed adverse to the system which he laboured so strenuously to maintain; and the rectitude of mind which he uniformly displayed, constitutes a prouder title of distinction than even his great talents and unrivalled attainments. In his History ot Huns, Turks, and Moguls (the first two volumes of which appeared in 1756, and the others in 1758), the first part of volume first, which contains the chronological tables, and may give an idea of the work, is divided into eight books, the last of which contains the senes of Christian princes who, in consequence of the crusades, founded states in Syria. In the succeeding vo¬ lumes, the principal object of De Guignes has been to trace the history of the Western Tartars; that of other nations being treated only in as far as it is related to or connected with the fortunes of the race whose annals he had undertaken to illustrate. Profoundly conversant with the Chinese, the Arabic, and the ancient idioms of the East; and thoroughly acquainted with the Greek and La¬ tin historians, the chroniclers of the middle ages, and the annals of the northern nations ; he was the first who un¬ dertook to reconcile the recitals of the occidentals with those of the Chinese, to explain the one in favour of the other, to establish the origin and trace the route of the barbarous tribes who, under the different names of Huns, Avares, or Turks, overthrew the Roman empire, ravaged France, Italy, Germany, and all the countries of the north, destroyed the empire of the Caliphs, and established themselves in Europe, Persia, Syria, and a great part of Western Asia; and, lastly, to illustrate the events which connect the history of the Huns with that of almost all other nations. If this work be examined with critical seve¬ rity, it will be found that the author has been too negligent of style, that the facts have not been subjected to a rigor¬ ous investigation, and that the monotony of the recital is not interrupted by any reflections calculated to interest the reader. But the object of De Guignes w$s to collect facts lather than to digest them according to a rigorous chronology; and the disorder which, in this respect, reigns in his work, proceeds partly from the multitude of sources whence he derived his information, and partly from the vice of the oriental writers amongst whom the irregular method of computing dates renders it impossible to restore the precise chronology of events. On this ground the writers in the Journal de Trevoux attacked the History of the Huns. De Guignes replied to this criticism, in a letter inserted in the Journal des Savans for 1757, and also at the end of the fifth volume of his History. The journal¬ ists rejoined; and the dispute terminated by a note ap¬ pended to the same volume, in which the author refers to the Annales Chinoises. The History of the Huns has been translated into German by Daenhert, who appears to have done ample justice to the original. (a.) GUILD (from the Saxon guildane, to pay), signifies a fraternity or company, because every one was gildare, that is, to pay something towards the charge and support GUI of the company. As to the original of these guilds or Guild companies, it was a law amongst the Saxons, that every II freeman of fourteen years of age should find sureties to keep the peace, or be committed. Upon this certain neighbours, consisting of ten families, entered into an as¬ sociation, and became bound for one another, either to pro¬ duce him who committed an offence, or to make satisfac¬ tion to the injured party ; and that they might the better do this, they raised a sum of money amongst themselves, which they put into a common stock, and when one of their pledges had committed an offence, and fled, then the other nine made satisfaction out of this stock, by pay¬ ment of money, according to the offence. Because this association consisted of ten families, it was called a decen¬ nary ; and hence arose other kinds of fraternities. But as to the precise time when these guilds had their origin in England, there is nothing certain to be found; since they were in use long before any formal license was granted to them for such meetings. It seems to have been about the close of the eleventh century, according to Anderson {History of Commerce, vol. i. p. 70), that merchant-guilds, or fraternities, which were afterwards styled corporations, came first into general use in many parts of Europe. Madox {Firma Burgi, chap. i. sect. 9) thinks they were hardly known to our Saxon progenitors, and that they might probably have been brought into England by the Normans, although they do not seem to have been very numerous in those days. The French and Normans might perhaps have borrowed them from the free cities of Italy, where trade and manufactures were much more early propagated, and where such com¬ munities appear to have been first in use. These guilds are now companies or associations, having laws and orders made by themselves, in virtue of authority from the prince to that effect. Guild, in the royal burghs of Scotland, is still used for a company of merchants, who are freemen of the burgh. Every royal burgh has a dean of guild, who is the next magistrate below the provost. Guild, Gild, or Geld, is also used amongst our ancient writers to signify a compensation or mulct, for a fault com¬ mitted. Guild-Hall, or Gild-Hall, the great court of judicature for the city of London. GUILDFORD, a market-town of the county of Surrey, in the hundred of Woking, thirty miles from London. It is situated on the acclivity of a hill, at the foot of which the navigable river Wye runs. It is composed of three parishes, St Mary, St Nicholas, and Trinity, each of which has its respective church. One of the ancient monasteries is still in existence, but converted into dwelling-houses. The assizes for the county are held here in the summer, alternately with Croydon. It is an ancient corporation, returning two members to parliament, chosen by the house¬ holders. There is a well attended market on Saturdays. The population amounted in 1801 to 2634, in 1811 to 2974, in 1821 to 3161, and in 1831 to 3813. GUILLIM, John, of Welsh extraction, was born in Herefordshire about the year 1565. Having completed his education at Brazen-nose College, Oxford, he became a member of the College of Arms in London ; and he was made rouge-croix pursuivant, in which post he died in 1621. He published, in 1610, a work entitled the Bis- play of Heraldry, folio, which has gone through many edi¬ tions. To the fifth, which appeared in 1679, was added a Treatise of Honour Civil and Military, by Captain John Logan. GUILLOTINE, the name of an instrument for behead¬ ing persons condemned to death, so called after the person who suggested the employment of it, Joseph Ignace Guil- lotin, a physician of Paris. Elected a member of the states- G U I Limaras general, Guillotin conducted himself with moderation in || the National Assembly, occupying himself with projects j Guinea. 0f public utility, and, amongst these, with a plan for what he called the organization of medicine. But when the National had merged in the Constituent Assembly, and it had been decided that crimes were personal, inferring no forfeiture, Guillotin proposed to substitute decapitation instead of the ordinary punishments ; founding upon this, that, in the opinion of the French, this species of death was not infamant for the family of the condemned. The pro¬ position was adopted, and the author of it indicated an in¬ strument which had been long known as calculated to in¬ flict death without causing almost any pain to the sufferer. Many honourable men applauded the humane motives which had induced the philanthropic deputy to recom¬ mend the employment of such an instrument, and he ap¬ pears to have merited this commendation. But, unhappily for Guillotin, some wags gave his name to the instrument, which he did not invent, but only recommended ; and, more unhappily still, the machine became, in the hands of the monsters who during two years were masters of France, the instrument of the most horrible excesses ; whilst Guil¬ lotin himself, imprisoned, and expecting to figure as a vic¬ tim in the daily scenes of carnage which then took place, had deep cause to lament seeing his name attached to the devastating axe with which these cannibals had armed their executioners. After terminating his political career, Guillotin resumed his functions as physician, which he should never have quitted ; and died in the year 1814. Of the machine to which his name is now for ever affixed, and which in Italian is called mannaia, an engraving will be found in the Qucestiones SymboliccB of Bocchi, 1555, in 4to. GUIMARAS, one of the Philippine Islands, about thirty miles in circumference, covered with trees, and producing a quantity of sarsaparilla. Long. 122. 30. E. Lat. 40. ■ 45. N. GUIMARAENS, a town of Portugal, on the small river Ave, in the province of Entre-Duero-e-Minho. It is dis¬ tinguished by its manufactures of linens, from which they produce damask table-linen and napkins of very beauti¬ ful descriptions, and make the best of their sewing thread. It has also fabrics of swords and cutlery, which are re¬ puted to be of steel unusually well tempered ; a property attributed to the waters being well calculated to assist the process. This town was formerly the residence of the kings of Portugal. It now contains 1480 houses, and a po¬ pulation of 7400 souls. GUINEA, the name assigned to a large tract of coun¬ try on the west coast of Africa, commencing at Cape Mesurado, in 10° 45' west longitude, and terminating with the river Lagos, in about 5° east longitude. Limits dif¬ ferent from these are occasionally assigned to Guinea, but the above are those adopted by the best geographers. This immense territory has been divided into four por¬ tions, namely, the Grain Coast, the Ivory Coast, the Gold Coast, and the Slave Coast. We shall briefly describe the characteristic features of each of these divisions, with¬ out any allusion to the slave trade, which will be treated of in the article Slave Trade. The Grain or Malaghetta Coast extends from the Me¬ surado to Cape Palmas, a distance of about two hundred and fifty miles. This coast owes its name to a small para¬ sitical plant, the fruit of which, resembling a fig, is found to contain aromatic grains of pepper. Upon its introduc¬ tion into Europe, this spice received the dignified appel¬ lation of grains of paradise. When the finer species of India, however, became known, the production of Guinea fell into disrepute; and as the coast afforded no other ar¬ ticle worth being exported, it has been less frequented than any other part of Guinea. It possesses two rivers, the Sestro and Sangwin, which are rather of considerable G U I 29 size. They are situated near the middle of the coast, and Guinea, their banks are said to be fertile and populous. The Por¬ tuguese had formerly settlements in this part of Africa, which they do not now possess; but many of their pos¬ terity still reside there mixed with the natives. The Ivorrj Coast, commencing at Cape Palmas, stretch¬ es as far as Cape Apollonia, a distance of about three hundred and fifty miles. This part of Africa is named from the quantities of ivory obtained there. The tusks are of good quality, and so large as sometimes to weigh two hundred pounds. Gold is also found here in consi¬ derable quantities; it is brought down from the countries behind the Gold Coast. There are no European settle¬ ments on this part of the shore, excepting an English fort at Apollonia, which perhaps more properly belongs to the Gold Coast. The Ivory Coast is populous and thickly set with villages, but it does not contain any town of much consideration. Navigation here is very dangerous, on ac¬ count of a heavy surf which breaks continually upon a beach, flat, and destitute of any conspicuous land-mark. The Gold Coast commences at Cape Apollonia, and ex¬ tends to the Rio Volta, a distance of about two hundred and fifty miles. For a long period this coast was fre¬ quented by European traders, particularly English and Dutch, both to obtain the precious metal from which it derives its name, and to procure slaves as long as human beings were a marketable commodity. A forest of immense thickness, only partially cleared and cultivated, presents it¬ self on the coast. Near the sea the soil is arenaceous, and, unfit for raising any important tropical product except cot¬ ton. Some miles inland, however, it becomes richer, and were it carefully cultivated, it might be made to produce sugar, and the other products of the West Indies. The gold, which forms the staple commodity, is brought down from mountainous districts situated far in the interior. The vegetable productions are chiefly maize, millet, some rice, yams, pulse, plantains, bananas, and other tropical fruits. A variety of excellent timber is produced, of which the palm-tree is most highly prized by the natives, as they distil from it their favourite beverage. The capital of the British settlements is at Cape Coast Castle, which is built upon a rock, and defended by a strong wall mounted with cannon. See Coast Castle, Cape. The country round has been cleared to some extent, and laid out in pleasure grounds by the British, to whose health, however, the climate is exceedingly unpropitious. Other British settlements lie to the east, but Fort James at Acra, together with Cape Coast, are now the only places where garrisons are maintained. The capital of the Dutch settlements is El-Mina, or the Castle, which was taken from the Portuguese, the founders of it, in 1637. It is situated in an open country, about fifteen miles west of Cape Coast. The fort is well built, on a high situation, and is regularly garrisoned. Besides this establishment, they have a number of others scattered along the coast; and the Danes also have two. For an account of the country which lies behind the Gold Coast, and the people who inhabit it, see Ashantee. The Slave Coas* commences at Rio Volta, and stretch¬ es as far as the river Lagos, a distance of about two hun¬ dred and thirty miles. It was so named because the slaves obtained here were of a docile and tractable tem¬ per. This country is traversed by two considerable ri¬ vers,, called the Jakin and the Euphrates, which run pa¬ rallel with each other to the sea, and preserve everywhere a convenient water communication. This part of the coast had been cleared of forests by the natives, and care¬ fully cultivated. A luxuriant and almost perpetual vege¬ tation sprung up under the busy hand of industry, and the country became crowded with a dense population. Amid this abundance the Whidans, such was the name oi 30 GUI Guinea the people, having become luxurious and effeminate, were jl attacked by the warlike power of Dahomey, which sub- Guipuz- (jygj pe0plej and reduced their country almost to a desert. For an account of Dahomey, which predomi¬ nates over both the coast and the interior, see the article Dahomey. Whidah, now commonly called Griwhee, has been de¬ signated the port of Dahomey, from which a route of about an hundred miles reaches through Favies and Foro, to Abomey, the capital. The country around Griwhee is fertile and well cultivated, and is abundantly supplied with the necessaries of African life. The inhabitants have been estimated by Captain Adams at about 7000. Ar- drah is a larger and more flourishing place. (See the arti¬ cle Ardrah.) Beyond Lagos lies a large tract of coun¬ try, of a peculiar character, which has been named Be¬ nin, after the principal state. See the article Benin. New Guinea, or Papua. See Australasia. Guinea, a gold coin, struck and current in Britain. The value or rate of guineas has varied. It was first struck on the footing of twenty shillings; from the scar¬ city of gold it afterwards advanced to twenty-one shillings and sixpence, but it subsequently sunk to twenty-one shil¬ lings. The pound weight troy of gold is cut into forty-four parts and a half, and each part makes a guinea. This coin took its denomination of guinea, because the gold of which the first was struck had been brought from that part of Africa called Guinea; and for the same reason it like¬ wise bore the impression of an elephant. GUIPUZCOA,oneof those three provinces in the north¬ east part of Spain distinguished by the name of Provin- cias Vascongadas, and the easternmost of the three. It is bounded by France on the east, where the Bidasoa sepa¬ rates the two kingdoms ; on the north it is on the sea- coast of the Bay of Biscay; its eastern boundary is the province of Biscay, and its southern the province of Avila. It contains by far the most dense population of any part of Spain, being fifty-two square leagues in extent, and containing 104,491 inhabitants. If the whole of Spain were as thickly peopled as this province is, instead of 10,350,000 souls, it would contain 30,150,000. It is watered with various springs and rivulets, which fertilize the soil, and, forming the six rivers Deva, Urola, Oria, Urumea, Oyarzun, and Bidasoa, each of short course, enter the ocean. The agriculture of the province is by no means equal to the supply of its population ; for though it yields wheat, maize, barley, for food, and some cattle, and apples, of which they make much cider, yet they draw supplies for their subsistence of wine from Navarre and Rioja, of oil from Castille and Andalusia, and of cattle from the adjoining provinces of France. Although the province is deficient in agriculture, yet its extensive manufactures fully compensate for that de¬ ficiency. It is the Birmingham of Spain, in which every kind of ironmongery goods that the kingdom or the At¬ lantic provinces require is furnished. The machinery -> yet introduced to lessen labour is very limited, and the articles they produce are very rude, though excellent of their kind, in some measure owing to their iron being re¬ markably tenacious and elastic. The nails, of which great quantities of every size are made, are always preferred wherever they can be obtained. The industry of the province is proverbial, and it is vi¬ sible in the dwellings, the roads, and the farms, as well as in the countenances and dress of the inhabitants. This province is one of those which is exempt from the ordi¬ nary system of taxation that prevails in the rest of Spain ; and, like the people of Biscay, all the natives lay claim to the prerogatives of nobility, and assert their equality to the highest families of the rest of Spain. GUISBOROUGH. See Gisborough. GUI GUISE, Henry, of Lorrain, duke of Guise, eldest son Guise of Francois of Lorrain, duke of Guise, memorable in the his- jj tory of France as a gallant officer, but an imperious, tur- Gujerat. bulent, seditious subject, who placed himself at the head of an armed force, and called his rebel band The League. The plan was formed by the cardinal, his younger brother ; and, under the pretext of defending the Roman Catholic religion, the king Henry III. and the f reedom of the state, against the designs of the Huguenots or French Protest¬ ants, they carried on a civil war, massacred the Hugue¬ nots, and governed the king, who forbade his appearance at Paris; but Guise now became an open rebel, entered the city against the king’s express order, and put to the sword all who opposed him. As the streets were barri¬ caded to prevent his progress, this fatal day is called in the French history the day of the barricades. Masters of Paris, the policy of the Guises failed them ; for they suf¬ fered the king to escape to Blois, though he was deserted in his palace at Paris by his very guards. At Blois, Henry convened an assembly of the states of France, and the Duke of Guise had the boldness to appear to a summons sent him for that purpose. A forced reconciliation took place between him and the king, by the advice of this as¬ sembly ; but it being accidentally discovered that Guise had formed a design to dethrone the king, that weak mo¬ narch, instead of resolutely bringing him to justice, had him privately assassinated, on the 2'3d of December 1558, in the thirty-eighth year of his age. His brother the car¬ dinal shared the same fate the next day. GUITAR, Guitarra, a musical instrument of the stringed kind, w ith five double rows of strings, of which those made of brass are in the middle, except it be for the burden, an octave lower than the fourth. This in¬ strument was first used in Spain and by the Italians. In the former country it is still greatly in vogue. There are few of that nation who cannot play on the guitar; and with this instrument they serenade their mistresses at night. In Madrid, and other cities in Spain, it is com¬ mon to meet in the streets young men equipped with a guitar and a dark lanthorn, who, taking their stations un¬ der the w indows, sing, and accompany their voices with this instrument; and there is scarcely an artificer or day- labourer in any of the cities or principal towns who does not entertain himself with his guitar. GUJERAT, a town of Hindustan, in the province of Lahore, in the Seik territories, 60 miles north-north-west from the city of Lahore. Long. 73. 25. E. Lat. 32. 35. N. Gujerat, Gajrat, or Guzerat, a very large province of Hindustan, situated principally between the twenty- first and twenty-fourth degrees of north latitude. It has been computed to be 320 miles long by about 180 broad. On the north it is bounded by the province of Ajmeer, on the south by the sea and the province of Aurungabad, to the east it has Malwah and Khandesh, and to the west portions of Moultan, Cutch, and the sea. The south¬ western quarter of this province is enclosed on the south¬ west and north-east by the Gulfs of Cutch and Cambay, and has the form of a peninsula. A considerable portion of the province, particularly towards the eastern frontier, is hilly, and much covered with jungle. On the north-west¬ ern boundary, along the bank of the river Puddar or Bu- nass, the country in some parts produces good pasture; in other parts it is either an arid plain, or a low salt swamp, which, where it is dried up, is barren and unpro¬ ductive, from the saline nature of the soil and the water. The interior is hilly and rocky, but with spots exhibiting strong powers of vegetation where water is accessible. These are extremely fertile, especially in sugar and to¬ bacco, and, besides, yield all sorts of grain, oats excepted ; also cotton, tobacco, indigo, gum, and sugar. The coun¬ try, notwithstanding its smoothness to the eye, is in many G U J E R A T. 31 ujerat. parts intersected by ravines, and much broken by the heavy rains; and some of these chasms contain during the season of the rains a large volume of water, not to be crossed without the assistance of rafts or boats; and ac¬ cordingly the natives, in these cases, establish temporary ferries. The climate is reckoned one of the worst in In¬ dia, being intensely hot during the greater part of the year, with a heavy thickness in the atmosphere, which is extremely oppressive. A hot wind blows fiercely all the day; and when it ceases at night, it is followed by a still more close and oppressive calm. “ I had certainly,” says Bishop Heber, “ no conception that anywhere in India the month of March could offer such a furnace-like cli¬ mate.” “ It is,” he adds, “ in the same latitude with Calcutta, and seems to be what Bengal would be without the glorious Ganges.”1 During the hot and dry months, the surface of the country appears mostly sand or dust, and in the rainy season a thick mire. In the north-west¬ ern parts, along the banks of the river Puddar, where there is good pasturage, and in various other parts of the province, they breed excellent horses and camels; and the cattle are superior to those of any other part of India. Some of their bullocks, which are in general white, with large bumps, are sixteen hands high, and will trot in a carriage as fast, and perform as long a journey, as good horses. This province is traversed by several large rivers, namely, the Puddar, the Nerbuddah, Tuptee, Mahy, Mehindry, and Sabermatty, which, being navigable from the sea to a considerable distance up the country, afford great faci¬ lities for commerce. But there are many large tracts which experience a great scarcity of water; and the inha¬ bitants are forced to dig wells, which are in many parts from eighty to a hundred feet deep. In some particular portions of this province not a stone is to be met with, whilst in some others nothing else is to be seen. In so extensive a province, never completely subdued by any of its numerous invaders, a great diversity of po¬ pulation may be expected. The population of Gujerat is accordingly very strangely diversified by numerous sects and castes, under the various designations of Grassias, Cat- ties, Coolies, Bheels, Mewassies, Charons, Bhatts, Dheras, and others. In some parts of the province the Grassias form a numerous class of landholders, and in others they merely possess a sort of feudal authority over certain portions of land and villages. The origin of their rights is a contro¬ verted point of Hindu history, which has never been very satisfactorily explained. The common account of their title to the land is, that they were robbers and plunderers, who inhabited the hills and jungles, and by their incur¬ sions the country was so much infested, that after the de¬ cease of the Emperor Akbar in 1605, the nabobs of Su¬ rat ceded to them certain lands in each village in lieu of all demands. But it is asserted that, encouraged by this success, they still continued their depredations; and the Zemindars, in order to purchase peace, agreed to the payment, on certain lands, of what is called toda, or ready money; and the lands which are liable to this pay¬ ment have been continually increasing, owing to the anar¬ chy which so long prevailed in Gujerat. The proprietors of these claims never allow them to die out; and it is seldom that they prosecute them in person, but, having retired to some secluded residence, they rally round them a band of desperate adventurers, to whom they farm out the Grassia claim, and depute them to levy it. Hence the country, prior to the war of 1817, and before it was brought under the dominion of the British, was a prey to the greatest disorders; it was ravaged by predatory hordes, who acquired new rights, and in this manner it was plundered, and the rent of the land misappropriated. These claims have been involved in such complication and obscurity, that the British officers have found it impos¬ sible to reduce them to any accurate standard of law or justice. On the rugged margins of all rivers in Gujerat, many of these Grassias reside in a kind of independence ; and also all over the Gujerat peninsula, usually denomi¬ nated Cattywar by the natives. Their numbers are re¬ cruited by criminals from the plains, who fly to their haunts for refuge, and are supposed to amount to one half of the population north of the Mahy river. In 1814, an attempt was made by the Bombay government to ex¬ tinguish the Grassia claims by a payment from the pub¬ lic treasury, and thus to prevent the crimes and disorders which they occasioned. Of all the disorderly hordes which infest this country, the most bloody and ferocious are the Coolies. The most barbarous are those in the vicinity of the Runn, the salt morass which bounds the province on the west, and com¬ municates with the Gulf of Cutch. These are taught to despise every approach to civilization; they are of the most filthy habits, and consider it a mark of effeminacy to wear clean clothes; and the priests and other persons of note exceed the laity in dirtiness. They consider cleanliness as indicative of cowardice. That class of men named Bhatts, or Bharotts, abound more in Gujerat than in any other province of India. They cultivate the land ; but the greater part of them are recorders of births and deaths, and beggars or itinerant bards, and very fre¬ quently traders. They often stand forward as security for the public revenue, and guarantee observance of agreements and rewards. They always possess, however, an intimate knowledge of the person for whom they become security, of his character and resources; and when they find that they have been deceived, and are pressed for money for which they have become security, such is their proud and obstinate character, that they sometimes sa¬ crifice their own lives, or some aged female or child of the family, in the presence of the person for whom they have broken their word. They form, in the rude state of society which prevails in India, a sort of middle-men be¬ tween the contributors and the government, every Gras¬ sia, Coolie, and Bheel, having his Bhatt, a class who are re¬ warded by a small per-centage on the amount of the reve¬ nues for which they have become surety, and for the secu¬ rity which they afford against the importunity of the in¬ ferior agents of government, their persons being regarded as sacred, and their influence over the persons of the na¬ tives very great. They were chiefly employed under the Mahratta princes, between whom and the landholders they stood as middle-men, being bound to the govern¬ ment for the revenue, and acting as a security to the landholders against the oppressions of the government. Under the British rule this agency was entirely discon¬ tinued in 1817, being found inefficient as an instrument of control for the unruly tribes of the country. The Charons are a sect of Hindus, allied in manners and cus¬ toms to the Bhatts. They are often possessed of large droves of cattle for carriage, by means of which they carry on a distant inland traffic in grain and other articles. They also often hire themselves out as protectors of travel¬ lers in the wildest parts of the country; and so faithful are they to their charge, that when a band of predatory horse appears, these persons take an oath to die by their own hands, in case those whom they have engaged to protect are plundered; and this threat is always found effectual to restrain those superstitious thieves, who hold the Cha¬ rons in great veneration. There is in Gujerat, as in other Gujerat. 1 Heber, vol. iii. p. 10. 32 G U J E R A T. Gujerat. parts of Hindustan Proper, a race of people called Un- greas, whose profession is that of money-carriers, which they contrive to conceal in their quilted clothes. Al¬ though they are miserably poor, they may be trusted with large sums of money to carry many miles off, merely on the responsibility of the superior, who is frequently richer than the other. They are of all castes, and in general athletic and well armed; and they are of such singular habits, that in performing distant journeys they form themselves into parties, arid fight with desperation to de¬ fend a property for which their only recompense is a mere subsistence. The Bheels are generally described as the original in¬ habitants of the country, who have been driven to their present fastnesses and their miserable way of life by the invaders of their country, whether Mahommedans or Hin¬ dus. They have been in the north parts of India treated with extreme severity by the British.1 But, by the in¬ fluence of Sir John Malcolm, and his mild and enlightened policy, they have been reclaimed in the south from their barbarous habits, and formed into regiments, subject to such discipline as was suited to their barbarous habits. They also received grants of land, and freedom from taxes for a number of years; and they were in this manner trained to industrious habits. The Dheras of this province are of a very degraded caste, and their employment is to carry filth of every de¬ scription out of the roads and villages. They are mi¬ serably poor; they scrape bare the bones of every animal which dies within their limits, and share out the flesh, which they cook in various ways, and feed upon. They are obliged to serve travellers as carriers of their baggage to the village nearest their own. In the course of their business they are always committing petty thefts, and are much given to intoxication. The Vaneeya, or the merchants and traffickers, form a numerous class in Gujerat. Many of them travel to re¬ mote parts of India, where they remain from one to ten years, after which they return to their wives and children. Many also finally settle in the towns of foreign countries, where their descendants continue to speak and write the Gujerattee tongue, ihe Jains are also a more numerous class here than in any of the contiguous provinces, and pos¬ sess many handsome temples adorned with well-wrought images. Besides its native hordes or castes, Gujerat, along with Bombay, contains nearly all the Parsees, or fire-worshippers, to be found in the continent of India, the feeble remains of the once numerous sect of the Magi. In all the larger towrns are to be found that remarkable race of men named the Boras, who, though Mahomme¬ dans in religion, are Jews in features, manners, and ge¬ nius. They form a community amongst themselves, and are everywhere noted for their address in bargaining, mi¬ nute thrift, and constant attention to lucre. The washer¬ men are also considered as a degraded and cruel class, on account of the numerous deaths which they involuntarily occasion to the animalcula in the process of washing. Ihe province of Gujerat flourished chiefly during the era of the Mogul government, and even during the most convulsed periods it carried on a much more extensive trade than ever it has done since. The principal trade is with Bombay, and the chief exports are cotton, piece goods, and grain. The imports are chiefly sugar, raw silk, pepper, cocoa nuts, cochineal, and woollens. The inha¬ bitants aie industrious, and the Surat manufactures have been long famed over India for their quality and cheap¬ ness. Ihe principal towns in this province are Surat, Ahmedabad, Broach, Cambay, Gogo, Bhownuggur, Chum- paneer, and Junaghur. Gujerat contains populous dis¬ tricts, but in other parts the country is extremely deso¬ late. Surat and the neighbouring country is thickly plant¬ ed with inhabitants, and the north-western districts are equally naked and destitute of people. The country has been so much exposed to the depredations of thieves and banditti from the jungles and mountains, that, for the sake of security, the great body of the people live, not in seques¬ tered houses, but in villages; and these villages are fre¬ quently visited by travelling companies, who exhibit pup¬ pet-shows and histrionical representations. They are also occasionally frequented by musicians, dancing girls, singing men and women, wrestlers, expert jugglers, dancing bears, goats, and monkeys. In the remote and savage districts of the country, where there are no villages, fortifications are numerous; but in all the parts to which the British influence extends, they are fast crumbling into decay. In many parts the people are of savage and cruel manners; and amongst the tribe of Jahrejahs the practice of female infanticide prevails, and the united exertions of all the British officers and statesmen have been employed to pre¬ vent it. There is another crime peculiar to this province, known in the British courts of justice by the name of jhansa, which is the writing of threatening letters, the destroying of gardens or plantations, and the burning of stacks, in order to extort money, or to enforce a compli¬ ance with any other unjust demand. These offences were not formerly confined to the Grassias, but were resorted to in village feuds, even by the heads of villages. But since the regular administration of justice by the British, such disorderly practices have become less frequent. There is a class of persons, the Mahy Kaunta Coolies, who are so named from their residence on the Mahy river, who are thieves by profession, and also very ingenious, active, and courageous. They lurk on the highways, and intercept families and individuals proceeding to distant pilgrimages and religious fairs. They frequently visit Surat and other large cities in pursuit of their illicit occupation, though, from the increasing vigilance of the British police, their depredations are now more frequently checked. But, be¬ yond the precincts of the British authority, in the northern and western quarters, and the centre of the Gujerat penin¬ sula, the number of societies of armed and sanguinary thieves is scarcely credible ; and it is rather surprising that even the thinly scattered population of the country should keep its ground amid the many excesses and out¬ rages which are committed. There are many remarkable wells and watering places in Gujerat. One near Baroda is said to have cost nine lacks of rupees. There is another at Vadwa, in the vici¬ nity of Cambay, which, from the inscription, appears to have been erected in 1482. The province of Gujerat was first invaded about a. d. 1025, by Mahmood of Ghizni, who subverted the throne of its native prince, named Jamund, and plundered his capi¬ tal. After the establishment of the Delhi sovereignty, Gujerat was subject for many years to the Patan conque¬ rors. In the fifteenth century it came under the domi¬ nion of a dynasty of Rajpoot princes, converted to the Mahommedan religion, who removed the seat of govern¬ ment to Ahmedabad; and under their rule it flourished greatly as a maritime and commercial state. This race of princes was overthrown by the Emperor Akbar in 1572 ; and after the death of Aurungzebe in 1707, hordes of Mali- ratta depredators overran the province, which in 1724 was finally separated from the Mogul empire. Until 1818 the Mahratta Peshwa and the Guicowar possessed large tracts of country, but at present only the Gujerat. 1 Heber, vol. ii. p. 496. G U L fi under- last remains, the authority and dominions of the other - rUr having devolved to the British. The establishment of the | ’ll British dominions in this country experienced very seri- Hdden- oug obstructions from the intermixture of their territories ae^. with those of the Peshwa and the Guicowar; also from I ^ the nabob of Cambay, and the unsettled tributaries of Cattywar and Mahy Kaunta; from the number of half- subdued Grassias and Mewassies; and still more from the predatory habits which a long course of disorder had superinduced among a large proportion of the people, especially beyond the Mahy river. But by the wise and conciliating policy of the local functionaries, all these dif¬ ficulties have been surmounted, and tranquillity has gra¬ dually arisen from the confusion which at first overspread the country. The north-western frontier of the British dominions in this quarter is now formed by the great salt-water lake or morass of the Runn, to the north of which is a sandy desert. This desert tract, between the frontier of Jessel- mere, about lat. 26, and the Runn, is divided between the ameers of Sinde and the Joudpoor rajah, whose re¬ spective limits might be indicated by a line drawn from Nuggur, in Parkur, to Jesselmere. The Sinde territory, however, would cross the line near its southern extremi¬ ty, Bankasir; and as the whole of Parkur belongs to Sinde, the frontier is still contested ; the Joudpoor rajah claiming Amercote, and having actually levied contributions as far as Sansur and Chaucra. Parkur is partially cultivated, but the remainder is a desert of high sand hills, with scattered spots of verdure; and the villages marked in the maps as towns only contain a number of huts. GUJUNDERGUR, a town of Hindustan, in the pro¬ vince of Bejapoor, capital of a district of the same name, which is situated principally between the 15th and 16th degrees of north latitude. It is sixty miles east by north from Darwar. Long. 75. 56. E. Lat. 15. 45. N. GULDENSTAEDT, John Anthony, physician and naturalist, was born at Riga on the 26th of April 1745, re¬ ceived the rudiments of his education in that town, and in 1763 was admitted into the medical college of Berlin. He completed his studies at Frankfort-upon-the-Oder, and in 1767 took the degree of doctor of physic in that universi¬ ty. On account of his knowledge of foreign languages, and the progress he had made in natural history, he was consi¬ dered as a fit person to engage in the expeditions which were planned by the imperial academy of St Petersburg. Being invited to that capital, he in 1768 proceeded thi¬ ther, and was created adjunct of the academy, and in 1770 member of that society, and professor of natural history. In June 1768 he set out upon his travels, and was ab¬ sent seven years. From Moscow, where he continued till March 1769, he passed to Voronetz, Tzaritzin, Astrakan, and Kislar, a fortress upon the western shore of the Caspian, and close to the confines of Persia. In 1770 he examin¬ ed the districts watered by the rivers Terek, Sunsha, and Alksai, in the eastern extremity of Caucasus ; and in the course of the ensuing year penetrated into Ossetia, in the highest part of the same mountain, where he collected vocabularies of the languages spoken in those regions, made inquiries into the history of the people, and discover¬ ed amongst them some traces of Christianity. ^ Having visited Cabarda and the northern chain of the Caucasus, he proceeded to Georgia, and was admitted to an audience of Prince Heraclius, who had encamped about ten miles from Tiflis. Having passed the winter in examining the country adjacent to that place, he in spring followed the prince to the province of Kaketia, and explored the south¬ ern districts inhabited by the lurcoman Tartars in the company of a Georgian noble, whom he had cured of a dangerous disorder. In July he passed into Imeritia, a country which lies between the Caspian and the Black Sea, VOL. xr. G U L 33 and is bounded on the east by Georgia, on the north by Gule Ossetia, on the west by Mingrelia, and on the north^ by II the Turkish dominions. He penetrated into the middle chain of the Caucasus, visited the confines of Mingrelia, Middle Georgia, and Eastern and Lower Imeritia; and, after escaping many imminent dangers from the banditti of those parts, fortunately returned on the 18th of November to Kislar, where he passed the winter, collecting various information concerning the neighbouring Tartar tribes of the Caucasus, and particularly the Lesgees. In the follow¬ ing summer he proceeded to Cabarda Major ; continued his course to Mount Beshton, the highest point of the first ridge of the Caucasus ; inspected the mines of Madshar, and then directed his course to Tcherkask upon the Don. From this place he made expeditions to Azof and Taganrog, then along the new limits to the Dnieper, and terminated this year’s route at Krementshuk, in the government of New Russia. In the ensuing spring he was proceeding to Crim I artary ; but having received ah order of recall, he returned through the Ukraine to Moscow and St Petersburg, where he arrived in the month of March 1775. Upon his return he was em¬ ployed in arranging his papers ; but before he had time to prepare them for the press, he was seized with a malignant fever, which carried him to the grave in March 1781. Guldenstaedt is the author of, 1. Several Memoirs in Latin, relative to natural history and botany, and containing de¬ scriptions of unknown animals and vegetables which he had observed in the course of his travels; 2. Different Memoirs on the history, geography, statistics, and com¬ merce of various parts of Russia; 3. I ravels in Russia and in the Mountains of Caucasus, St Petersburg, 1787, 1791, in two vols. 4to, with maps, plans, and figures ; 4. Memoir on the products of Russia, calculated to maintain the balance of Commerce always favourable, 1777, in 4to. The labours of Guldenstaedt, as a scientific traveller, have proved very useful to the learned who have written on the Caucasus ; and all of them mention his name with com¬ mendation. Pallas was the editor of his narrative ; but he did not arrange the materials in very regular order, and, be¬ sides, intrusted the correction of the press to incompetent hands, the consequence of which has been numerous errors in the orthography of proper names, and even in that of the German words, whilst entire phrases have been omit¬ ted. The second volume, which Guldenstaedt had himself prepared for the press, has been printed in a manner less faulty. But the first is the most interesting, because it contains the description of the Caucasus; a region which may almost be regarded as the birthplace and nursery of modern nations. GULE of August, the day of St Peter ad vincula, which is celebrated on the first of August. It is called the gule of August, from the Latin gula, a throat, because one Quirinus, a tribune, having a daughter with a disease in her throat, went to Pope Alexander, the sixth in succes¬ sion from St Peter, and desired of him to see the chains with which St Peter was bound under Nero. His request was granted ; and the young woman, having kissed the fet¬ ters, was cured of her disease ; whereupon the pope insti¬ tuted this feast in honour of St Peter, and the day was on this occasion called indifferently either the day of St I etei advinada, from the fetters which wrought the miracle ; or the gule of August, from that part of the virgin on which the miracle was wrought. GULES, in Heraldry, a corruption of the French word gueles, which in this science signifies red, and is represent¬ ed in engraving by perpendicular lines. See Heraldry. GULF, or Gulph, a broad and capacious bay compre¬ hended between two promontories, and sometimes taking the name of sea when it is very extensive, but particularly when it only communicates with the sea by means of a strait. The word comes from the French golfe, and that E 34 GUN GUN Gulgundah again from the Italian golfo, which has the same signification. II Some deduce these terms from the Greek xohvog, which Gui- Giiit. s])art again derives from the Hebrew aaa, gob. Du Cange derives them from the barbarous Latin gulfum or gulfus, which signifies the same thing. GULGUNDAH, a town of Hindustan, in the Northern Circars, district of Vizagapatam, seventy miles west by south from Vizagapatam. Long. 82. 20. E. Lat. 17. 35. N. GUM (Gummi) is a concrete vegetable juice, of no particular smell or taste, but which becomes viscous and tenacious when moistened with water; totally dissolves in water into a liquid, more or less glutinous in proportion to the quantity of the gum ; is not affected by vinous spirits or oils ; burns in the fire to a black coal, without melting or catching flame; and suffers no dissipation in the heat of boiling water. The true gums are gum-arabic, gum-tra- gacanth, gum-senegal, the gum of cherry and plum trees, and such like. All else have more or less of resin in them. Gum, among gardeners, a kind of gangrene incident to fruit trees of the stone kind, arising from a corruption of the sap, which, from its viscidity, not being able to make its way through the fibres of the tree, is, by the pro¬ trusion of other juice, made to extravasate and ooze out iqion the bark. GUMMIPOLLAM, a town of Hindustan, in the district of Gurrumcondah, a hundred and fifty miles west by north from Madras. Long. 78. 19. E. Lat. 13. 46. N. GUMBINNEN, a government or circle in the province of East Prussia, a part of which was taken from Lithuania. It extends over 6512 square miles, and contains nineteen cities, thirteen market-towns, ninety-four parishes, and 2954 hamlets, with 46,882 dwellings. The inhabitants in 1817 amounted to 36,480, of whom 6370 were Catholics, and the rest Protestants. The chief place is the city of the same name, situated on the river Pissa. It is not more than a hundred years old, and is well built, but with no fortifications. It contained, in 1817, 488 houses, and 6057 inhabitants, including the military. Long. 22. 30. E. Lat. 54. 31. N. GUMS, in Anatomy, the hard fleshy substance in either jaw, through which the teeth spring from the jaw-bone. GUN. The word gun includes most of the species of fire-arms; pistols and mortars being almost the only ones excepted from this denomination. They are divided into great and small guns; the former including what we com¬ monly call cannon, ordnance, or artillery ; the latter mus¬ kets, carabines, musketoons, blunderbusses, fowling-pieces, and the like. Great guns were those first used. They were originally made of iron bars soldered together, and fortified with strong iron hoops; some of which are still to be seen. Others were made of thin sheets of iron rolled up together and hooped; and on emergencies they were made of leather, with plates of iron or copper. These pieces were made in a rude and imperfect manner, like the first essays of many new inventions. Stone balls were thrown out of them, and a small quantity of powder was used, on account of the weakness of their construction. 1 hese pieces had no ornaments, were placed on their car- riuges by rings, and were of a cylindrical form. When or by whom guns were first made is uncertain. At the siege oi Llaudia Jessa, now called Chioggia, in 1366, the Vene¬ tians used cannon, which were brought thither by two Germans, with some powder and leaden balls; and they had likewise recourse to the same engines in their wars with the Genoese in 1379. Edward III. made use of cannon at CreSSy in 1346’ and at the sieSe of Calais in 1347. Cannon were employed by the Turks at the siege of Constantinople in 1394, and in that of 1452 ; these mins threw a ball of 100 lbs., but they generally burst at the first, second, or third discharge. Louis XII. had a cannon of the same size cast at Tours, which threw a ball from the Bas- Gumlara tille to Charenton. || Formerly cannon were dignified with uncommon names. Gunduct. In 1503 Louis XII. had twelve brass cannon, of an extra- ordinary size, called after the twelve peers of France. The Spaniards and Portuguese named them after their saints. At present cannon take their names from the weight of the ball they discharge. Thus a piece which discharges a ball of twenty-four pounds is called a twenty-four pounder. Mortars are supposed to have been fully as ancient as cannon. They were employed in the wars of Italy to throw balls of red-hot iron, stones, and the like, long before the invention of shells. The latter are believed to be of Ger¬ man invention, and the use of them in war was taught by accident. A citizen of Venlo, at a certain festival cele¬ brated in honour of the Duke of Cleves, threw a number of shells, one of which fell on a house and set fire to it, by which misfortune the greater part of the town was redu¬ ced to ashes. The first account of shells used for military purposes is in 1435, when Naples was besieged by Charles VIII. History informs us with more certainty that shells were thrown out of mortars at the siege of Wachtendonk in Guelderland, in 1588. Maker, an English engineer, first taught the French the art of throwing shells, which they practised at the siege of Motte in 1634. The me¬ thod of throwing red-hot balls out of mortars was first put in practice at the siege of Stralsund in 1675, by the elec¬ tor of Brandenburg; though some say in 1653, at the siege of Bremen. Muskets were first used at the siege of Rkege in the year 1521. The Spaniards were the first who armed part of their foot with these weapons. At first they were very heavy, and could not be used without a rest. They had matchlocks, and did execution at a great distance. On their march the soldiers carried only the rest and am¬ munition, and had boys to bear their muskets after them. They were very slow in loading, not only by reason of the unwieldiness of their pieces, and because they carried the powder and ball separate, but from the time it took to pre¬ pare and adjust the match. But a lighter matchlock-mus¬ ket afterwards came into use ; and the musketeers carried their ammunition in bandeliers, to which were hung seve¬ ral little cases of wood covered with leather, each contain¬ ing a charge of powder. The balls were carried loose in a pouch, and a priming-horn was suspended by the side. The muskets with rests were used as late as the" beginning of the civil wars in the time of Charles I. The lighter kind succeeded them, and continued till the beginning of last century, when they were also disused, and the troops throughout Europe armed with firelocks. CjUNDARA, a town of Hindustan, in the province of Gujerat, the capital of a district of the same name, tributary to the Mahrattas. Long. 73. 34. E. Lat. 22. 53. N. GUNDEZAMA River, a small river which, after a short course, falls into the Bay of Bengal at Montapilly, and forms the boundary between the Carnatic and the Gun- toor Circar. GUNDUCK, a town of Hindustan, in the province of Bejapoor, in a district of the same name, forty-seven miles east from Darwar. Long. 75. 42. E. Lat. 15. 27. N. It is also the name of a river, the source of which is said to be situated to the northward of Mooktenath, in the di¬ rection of Moostang, a place of note in Upper Thibet or Bhoot, twelve days’ journey from Beeni Sheher, and not tar from Kaybceni. At this latter place the breadth of the mer is not above thirty yards. Four days’journey north is Mooktenath, near which the Gunduck is called Sal- grami, and here it is that are found a curious species of stones, held sacred by the inhabitants. They are mostly round, and perforated in one or more places with worms, which the Hindus, in their degraded superstition, believe GUN lumlgole to have been done by Vishnu in the form of that reptile ; II and the stones are prized in proportion to the number of Gun- perforations or spiral curves in each. These stones are called Salgrams. A few grains of gold are occasionally separated from the sand of the Gunduck. GUNDGOLE, a town of Hindustan, in the Northern Circars, and district of Ellore, forty-eight miles north by east from Masulipatam. Long. 16. 20. E. Lat. 16. 49. N. GUNGAPATAM, a town of Hindustan, in the Carna¬ tic, a hundred and eight miles north from Madras. Long. 79. 13. E. Lat. 14. 27. N. GUNDWANA, a large province of Hindustan, in the Deccan, extending from the 18th to the 25th degree of north latitude. On the north it is bounded by the provin¬ ces of Allahabad and Bahar ; on the south by Berar, Hy¬ derabad, and Orissa ; on the east by Bahar and Orissa ; and on the west by Allahabad, Malwah, Khandesh, Berar, and Hyderabad. . It is estimated to be four hundred miles in length, by two hundred and eighty in average breadth. Gundwana, in its most extensive sense, includes all that part of India within the above-mentioned boundaries, which remained unconquered by the Mohammedans up to the reign of Aurungzebe. But Gundwana proper is limit¬ ed to four districts, named Gurrah-Mundela, Choteesgur, Nagpore, and Chandah, and it stretches south along the east side of the Wurda and Godavery, to within a hundred miles of the mouth of the latter. The greater part of this province is a mountainous, unhealthy, and ill-watered coun¬ try, covered with jungle, and thinly inhabited ; and to its poverty and other bad qualities its independence may be ascribed. A continued chain of moderately elevated hills extends from the southern frontier of Bengal almost to the Godavery, and by these the eastern was formerly separat¬ ed from the western portion of the Nagpore dominions. This province contains the sources of the Nerbudda and the Soane, and is bounded by the Wurda and Godavery; but a want of water is still the general defect, the streams by which it is intersected, namely, the Mahanuddy, Caroon, Hatsoo, and Silair, being inconsiderable, and not navigable within its limits. The Goands, or the hill tribes, who took refuge in the mountains and fastnesses from the invaders of the country, are the original inhabitants of the country, • and still retain all their primeval habits of barbarism. The country which they inhabit is a mere wilderness, its inha¬ bitants scarcely rising above the level of beasts. Their ha- G U N 35 bits are loose and disorderly, and they frequently descend Gun. from the mountains which they inhabit to plunder the Making- plains below, from which they were originally driven. In v the course of the last century they have acquired an in¬ creasing appetite for salt and sugar, and the desire to pro¬ cure these articles has operated as a stimulus to their in¬ dustry, and tended more than any other circumstance to promote civilization amongst them. These Goands are Hindus of the Brahminical sect; but they retain many of their impure customs, and abstain from no flesh except that of the ox, cow, and bull. The more fertile tracts of Gundwana were subdued at gn early period by the Bhoon- sla Mahrattas, who claimed as paramount over the whole. The inhabitants were rendered nominally tributary ; but it was found impossible to collect any revenue from them with¬ out a detachment, so that in fact the collection of the re¬ venue was rather like a plundering expedition, the cost of which always exceeded the profit. During the war against the Pindarees in 1818, when the British troops invaded the territories of Appa Saheb, the rajah of Nagpore, their ope¬ rations were greatly facilitated by the insurrection of the hill tribes, who occupied the passes into the Nagpore terri¬ tories. For a long series of years it w as the policy of the rajah of this territory, a descendant of Sevajee, to interfere as little as possible with the neighbouring powers. At length, in 1803, Ragojee Bhoonsla was induced, in an evil hour for himself, to depart from this system of neu¬ trality, and to join Scindia in a confederacy against the Bri¬ tish. He was soon reduced, however, by the defeats which the confederates sustained at Assye and Argaun, to sue for peace, as the price of which he ceded a large portion of his dominions to the conquerors, namely, the province of Cuttuck, including the pergunnah and port of Baiasore. After the death of this rajah, whose sole object seemed to be to amass treasure, and who, for this purpose, laid the country under heavy contributions, and even joined with the Pindaree plunderers, the throne, contested by various competitors, wras at last secured by Appa Saheb, his ne¬ phew, who, in the war against the Pindarees, joined the coalition against the British power, and w^as involved in ruin along with his other allies. A treaty of peace was concluded with him, which he violated ; and he was finally deposed in 1818, and the grandson of the late rajah put in his stead. His dominions were at the same time placed under the superintendence of the British. GUN-MAKING. Of the word gun there is no satisfactory etymology. Some have derived it from the French word mangon (omitting the first syllable), which was the name of a warlike instrument used before the invention of the gun now employed ; and the use would seem to justify the de¬ rivation, for it was employed in discharging arrows and other missiles, before the invention of gunpowder. Others derive it from gyn, an engine employed for similar pur¬ poses. Selden says, “ the word gun was in use in Eng¬ land for an engine to cast a thing from a man, long before there was any gunpowder found out.’’ The instrument called a gun, used for war or sport, has, in the progress of time, and the changes it has undergone, received various names. We find it called harquebuss, haque-but or hag- but, hand-gun, matchlock, musket, firelock, carabine, fowling-piece, besides several other denominations. History. Fire-arms, under one or other of the above-mentioned names, were introduced into this country about the year 1471 ; and we find them used at the different sieges which were carried on in Europe about the year 1521. In the time of Henry VIII., and his successor Elizabeth, the size and shape of fire-arms were regulated by act of parlia¬ ment. With respect to the mode of firing the guns then in use, this was done either with a match, or by means of a lock which revolved upon a wheel; in the one case, the priming was fired by means of a burning match, and in the other, by means of sparks generated by the revolu¬ tion of a notched wheel of steel, placed right above the pan containing the priming. Specimens of these guns are to be seen in the cabinets of the curious, or in the nation¬ al armories. The firing of guns by means of flints is com¬ paratively a modern invention. The balls at first were not, as in modern times, made up along wdth the powder, but were carried in a separate purse or bag, and the powder by itself in a horn or flask. To ensure certainty of firing, a finer kind of powder was used for priming than for the ordinary charge of the gun, and this priming-powder was carried by itself in what was called a touch-box. Most of the guns, when first used as warlike instruments, were so heavy that they could not be held out and fired from the shoulder, as in modern times. The soldier, there¬ fore, was provided with a rest, which he stuck into the 36 GUN-MAKING. Gun- Making. barrel. ground, and upon which he laid his gun, and took a deli¬ berate and steady aim. The rests were shod with iron, to preserve them from decay, and that they might the more easily penetrate the ground; and were of different lengths, according to the height of the man using them. The addition of the bayonet to the gun was not made earlier than 1671, being first used by the French about that time. It derives its name of bayonet from Bayonne, a town in the south of France, where that instrument was first made. Few practical arts have made more ra¬ pid advancement than that of gun-making. The compe¬ tition amongst the gun-makers has been very great, and they have arrived at a degree of perfection which it is almost impossible to surpass. Almost every great town in England, Scotland, and Ireland, as well as on the Con¬ tinent, has large establishments for carrying on this beau¬ tiful and ingenious branch of manufacture. Judging of the perfection of the art by the expense of the article, we would think that gun-making had reached the very acme of perfection. It was no uncommon thing to pay fifty, sixty, seventy, or eighty guineas for the best Lon¬ don-made gun. The Continent has even gone before us in this respect. When Napoleon was in the plenitude of his grandeur, he established a gun manufactory at Ver¬ sailles ; and we are informed that pistols were there made at ten thousand livres, L.400 sterling, each, and guns at fifty thousand livres, L.2000 sterling. Of these, the first consul often made presents to foreign princes or general officers. The Marquis of Rockingham presented Colonel Thornton with a fowling-piece which cost L.400; and Messrs Robert and John Wheeler, gun-makers, Birming¬ ham, presented George IV. with a gun of the most exqui¬ site workmanship, which cost 300 guineas. Of the gun The principal part of a gun, whether we consider the safety or the execution, is the barrel. Spain long main¬ tained its superiority over the other nations of Europe for gun barrels. This arose from the supposed excellence of the iron made use of in that country in the manufacture of gun barrels, which were almost exclusively forged from the old shoes of the horses and mules, and stub nails ga¬ thered from the highways of that country. Not satisfied with the superior toughness which the old shoes and stubs thus acquired, the Spanish gun-makers, it is said, often reduced, by laborious plyings on the anvil, a mass of iron weighing from forty to fifty pounds, to the weight of an ordinary fowling-piece. From the great excellence of these barrels, many of them were counterfeited by artists of other countries, and the public, thus deceived by ficti¬ tious names, were charged exorbitant prices. Some of these Spanish barrels used to sell at very high prices, bringing from L.40 to L.50 each. Even the modern barrels made at Madrid are still much esteemed, and bring high prices. Making every allowance for the pre¬ judice in favour of distant times and places, there can be little doubt of the excellence of the Spanish barrels, when got from the first makers, and bearing the highest price. But however excellent the Spanish barrels may have been, and still are, it is perhaps not too much to say, that they are now rivalled by those of British manufacture. The best British barrels, like the Spanish, are made of iron that has been much worn, and thus toughened by the loss of its fiery particles. Old horse stub nails constitute the best iron lor the formation of gun barrels ; and according¬ ly there are people who collect the stubs, and even ga¬ ther them from the highways, and sell them at a high pnce to the barrel forgers. Flardly any thing can be ima¬ gined better than our best stub-nail twisted barrel Next in excellence to the stub-nail twisted barrel, is the Damascus barrel. It is called Damascus from its re¬ semblance to the beautiful arms made of Damascus steel and to be met with in Syria, Persia, Hindustan, and other Damascus barrels. countries of the East. The Damascus barrels, when of Gun- the first quality, finished with care, and browned in the Making, best manner, are the most beautiful of all barrels ; but al- though more beautiful, they are much inferior in strength and safety to the twisted stub-barrels. The Damascus barrels are composed of iron and steel in certain propor¬ tions, laid crossways or zig-zag, and heated and hammer¬ ed together the whole length of the barrel. This is easily perceptible when the browning is either taken off by art or worn off by use, and thus the size, position, and variety of the pieces of metal composing the barrel made to ap¬ pear. According to the opinion of the best judges, the object sought for in the Damascus is beauty; but though beauty is gained, strength is sacrificed. Not but that a Damascus barrel, when of the first quality, may be per¬ fectly safe, but superiority of safety is on the side of the twisted stub-barrel. The two other kinds of barrels in ordinary use are the Other stub-iron barrels mentioned, and those made of the cum- barrels, mon iron, though of the best quality. Soldiers’ muskets are made of this last, and also the plainest guns, that they may be sold at the lowest prices. Barrels have been formed of other materials, such as old scythes, wire, needles, some with the outer coat of iron, and a lining of steel, and others with layers of iron and steel alter¬ nately ; but it is needless to do more than mention these, as they seem to have been tried merely as matter of ex¬ periment, and to have utterly failed. (See Daniel’s Rural Sports, p. 479.) Having said thus much of the materials of which gun Mode of barrels are made, we must now say a few words of the making mode of making them. Having fixed in the first place on §un bar‘ the size of the gun, and ascertained as near as may be therels’ width of the bore, and the length and thickness of the barrel, the next thing the forger of the barrel does, is to take a portion of the metal of which he is to make the barrel, and to form it into the shape of a thin fiexible bar, something like a cooper’s hoop; this bar or hoop must not be all of the same thickness, but that part of it which is to be towards and form the muzzle of the piece, must be thinner than that which is intended to form the breech. An instrument called a mandril is then chosen, according to the size of the intended bore of the gun. The flexible bar or hoop is then heated so as to make it ply easily, and turned round the mandril, much in the same way as a rib¬ bon of leather is turned round the handle of a whip. The edges of the hoop of iron overlap one another a little, so that, when welded, all their joinings may be compact and solid, and no slackness appear where the lips of the barer hoop touch one another. When the metal has acquired its proper heat, and the weldings are properly executed, the places where the bars overlapped one another are quite imperceptible, and the barrel appears as made out of one piece, and finished at one heat. The mode of making the twisted barrel does not differ materially from that of the common gun now described. The welding of both is the same, the hammering the same, the horizontal stroke call¬ ed the jumping is the same, and they are both wrought on a mandril in the same manner. They differ in this, how¬ ever, that in the common gun the hoops are broad, over¬ lapping one another considerably, having their edges weld¬ ed down upon one another, and when finished have the appearance of one continuous piece of plain iron. The bars of the stub-twisted barrel, on the other hand, do not in general exceed half an inch in breadth, and their edges do not overlap, but are just laid close together, and when thus welded, the barrel receives horizontal strokes on the anvil, which make their joints swell up or protuberate, and aie then hammered down, and thus made to form a compact and solid union. When the bars are very fine and small, it is called a wire-twist. G U N-M A K I N G. Cun- The instrument with which barrels are bored is called Making, a bit, introduced into the barrel, and turned round so as ' to cut or grind off all its inequalities, and render the in- ioring of gjjg a smooth and perfect cylinder. Of course, the size irrds. of the bore ;s regulated by the diameter of that portion ot the bit which grinds the barrel. The bit is worked either by water, by steam, or by the hand. To finish the inside of a barrel perfectly, bits of various sizes are used, the last or finishing one doing little more than merely polishing the bore, so that when it; receives the last touch of the finishing bit, it appears as bright and smooth as a mirror of polished steel, or the finest glass. We are now speak¬ ing of the finest barrels, as plain or common guns are not bored with such care, nor receive so high a polish. ’xterior The inside of the barrel being finished, the next thing f the to be done is to polish its exterior. This is done in the arrcl. brst place by the grindstone, and next by the file. The most approved method, however, of smoothing the exte¬ rior of a barrel, is by turning it on a lathe, which secuies mathematical accuracy, and adds greatly both to its beauty and its strength. . ’roving of Formerly deplorable accidents were continually happen- -arrels. ing from barrels being sent abroad imperfectly made, of faulty materials, and which never had been subjected to any proper proof. These evils have now in some mea¬ sure been remedied by act of parliament. By this act every barrel must be tried by a certain quantity of powder and weight of shot, according to the size of the piece ; which proof if it stand, it is stamped accordingly with certain marks and letters, bearing that it has stood the ordeal, and been declared sound and safe accordingly. To counterfeit the government mark or letter, or to ex¬ pose to sale any gun-barrel without its having been sub¬ jected to the government proof, subjects the offending party to certain penalties. Some of the best gun-makers, after the powder, subject their barrels to a water proof, which is more searching, and brings out the flaws or im- perfections of the barrel even more decisively than the powder proof established by government. Notwithstanding the act of parliament obtained m the year 1813, by the company of London gun-makers, for es- 37 tablishing a proof-house in London, and another at Bir- Gun- mingham°, deplorable accidents are still happening by the Making, bursting of gun-barrels. Various methods are practised to evade the effect of this act, arising from the temptations to elude its sanctions, the difficulty of bringing delinquents to justice, and the smallness of the penalty incurred. It therefore often happens, in direct violation of the act, that gun-barrels are made of the most faulty materials, and sent abroad to the public stamped with the proof-house mark, that never underwent the ordeal of any proof whatever. The best gun-makers are so much aware of this, that they do not trust the barrels whose sufficiency is verified mere¬ ly by the legal stamp, but subject them in their own pre¬ mises to the severest test, both by powder and water proof. Complete security can be had by no other means. In verification of this, take the following quotation : “ The forging of the proof-marks of the London and Birmingham proof-houses is very common ; and the forging is executed with such skill, and the imitation so exact, that the proof- masters are unable to swear to the forging of their own marks. The penalty is so trifling, and the trouble and dif¬ ficulty of conviction so great, that those guilty of the for¬ gery are rarely brought to punishment. I here are per¬ sons in Birmingham that would make you ^up a gun for nothing but the price of the proof as profit. See an ad¬ mirable essay on the gun, by Mr William Greener, gun- maker, Newcastle, in which, by a series of admirably con¬ ducted experiments, and the most conclusive arguments,^ he appears to have completely established the danger ot trusting to the mode of trial adopted by the proof-houses of London and Birmingham, and laid down rules, which, if universally adopted, would go far to prevent the melan¬ choly catastrophes frequently arising from the bursting of gun-barrels. We recommend this essay, in all the de¬ partments of practical gun-making, as one of the best that has fallen in our way, and well worthy the attention ot every one who wishes solid information on the beautiful and interesting art of gun-making. We subjoin a scale of proof, as established by act of parliament, obtained in 1813 by the company of gun-makers in London, and amended in 1815, and which is still in force. Rifle. Proof Scale. No. of Balls to the pound avoird. No. 1 2 3 4 5 6 7 8 9 10 Weight of Powder for proof. 11 5 3 2 2 1 1 1 1 1 drs. 0 5 8 11 2 12 8 6 2 1 No. of Balls to the pound. Weight of Powder for proof. No. 11 12 13 14 15 16 17 18 19 20 0 15 0 14 0 14 0 13£ 0 131 0 121 0 11 0 10 No. of Balls to the pound. No. 21 22 23 24 25 26 27 28 29 30 Weight of Powder for proof. oz. drs. 0 10 0 0 0 0 0 0 0 0 0 9 9 81 81 81 bJ 71 •71 ' 2 No. of Balls to the pound. Weight of Powder for proof. No. 31 32 33 34 35 36 37 38 39 40 drs- 7-1 71 7 7 7 7 7 61 No. of Balls to the pound, Weight of Powder for proof. No. 41 42 43 44 45 46 47 48 49 50 OZ. 0 0 0 0 0 0 0 0 0 0 drs. 6 6 6 6 51 52l H 5-1 The powder used is the best round granulated government powder. Rifles differ from other guns in their internal construc¬ tion, and a little in their exterior appearance, although they are composed of the same materials, and are forged in a similar way. After the barrel intended for a rifle is bored nearly to a perfect cylinder, the next thing is to draw in it parallel grooves of a certain depth, running the whole length of the barrel. The grooves in the rifle are not formed all at once, but successively, one after another, till the whole is finished. The grooves are then all polished out in the most careful manner, and rendered of equal depth and fineness. The grooves of some rifles have a slight twist something like a screw, which gives the ball a rotatory motion when it escapes from the muzzle, sup¬ posed favourable to its straightforward horizontal flight. A variety of opinion has prevailed as to the depth or shal¬ lowness of the grooves in a rifle, some maintaining that they should be pretty deep, and others that they should be very shallow. Robins in his learned and scientific 38 G U N-M AKIN G. Gun- Making. treatise on fire-arms, pleads for the latter; and his rea¬ sons appear very satisfactory. v —- t< ’jig sufficiently obvious,” says he, “ that whatever tends to diminish the friction of rifles, renders them more complete ; and consequently, the less the rifles are indent¬ ed, provided they are sufficiently so to keep the bullet from turning round in the barrel, the better they are.” To secure accuracy of flight, he continues, “ it is neces¬ sary that the sweeps of the rifles should be exactly paral¬ lel to each other; for then, after the bullet is put in mo¬ tion, it will slide out of the barrel without any shake, and with a much smaller friction, than if the threads of the rifles had not the same degree of incurvation. Foreigners are so exact in this, that they try their pieces by pouring melted lead into the barrel; and letting it cool, they thus procure a leaden cylinder of perhaps two or three diame¬ ters in length, exactly fitted ; if this, being gently push¬ ed by the rammer, will pass from one end of the barrel to the other without any sensible strain, they pronounce the rifle regularly finished ; but if it anywhere sticks or moves hard, the piece is esteemed defective.” Breeching There are three kinds of breeching; namely, what is of barrels. ca]]eci t]ie common plug breeching, the chamber plug or mortar breeching, see Plate CCLXXIII. fig. 1, and the patent breeching. The first used to be put to the plain¬ est kind of fire-arms, as soldiers’ muskets, blunderbusses, and the common plain guns used for ordinary purposes. The second kind of breeching is a slight improvement and alteration on the first, which consists in opening the motion-hole running at right angles through both the male and the female screws, and meeting a small antechamber, which comes from the middle of the main chamber, and thus ignites the charge, not, like the common plug, late¬ rally, but from behind and in the centre. The next is the patent breeching, see fig 3, which, indeed, after all that has been said about it, is but a slight alteration on the one last mentioned, and differs from it almost in no¬ thing, except, perhaps, in superior neatness, in having the screws not affected by the touch-holes, in bringing it nearer the ante, and thus securing more rapid ignition in the main chamber. However, for a fine gun, the patent breeching ought certainly to be preferred, as much handsomer, and altogether in better keeping with a highly finished fowl¬ ing-piece. The shooting of barrels depends upon three things; their boring, their length, and their weight. In boring their barrels, the most approved makers in general observe the following rules : A little tightness for a few inches at the breech end; then a perfect cylin¬ der ; and then ease the bore a few inches at the mouth. The tightness at the breech end, the cylinder in the mid¬ dle, and the widening at the mouth of the barrel, must be in proportion to its length. For a percussion gun a perfect cylinder the whole length of the barrel, except a few inches of ease at the mouth, is adopted by most of the makers as the best. The next thing affecting the shooting of a gun is the length of the barrels. Here opi¬ nions vary, one maintaining that fowling-pieces of twenty- rnght or even twenty-four inches in length in the barrels will shoot as well as those of thirty, forty, and forty-five inches long. Robins, who instituted a set of experiments to settle this point, says, that he found this to be the case • and the conclusion he drew from his experiments was! that the sportsman might please himself as to the length of his barrels, varying from twenty-eight up to forty inches; but that either below or above this the barrels began to fall off. The writer of tins article suspects there must have been something faulty and imperfect in Mr Robins’ ex¬ periments ; for after the most careful consideration of the subject, he is satisfied that short barrels are inferior to the long, both in the closeness and the strength with which Shooting of barrels they throw their shot; the only advantage they have is in Gun- snap shooting, but in ordinary sport they are not to be Making, compared to the long barrel. For a barrel of ordinary calibre, its length should not be less than thirty-two inches. In support of this opinion we might refer to the authority of the late Joe Manton of London, no incompetent judge in this matter; and for the verification of the soundness of the opinion in favour of long barrels, we refer to Colonel Haw¬ ker, who, after a course of seemingly accurately-conducted experiments, has triumphantly established the superiority of long over short barrels. As to the weight of barrels, it is not common sense that light should do equal execution with heavy barrels. Besides the danger attending the use of light barrels, from their violent vibration when fired, they never can send the shot so strongly and so stea¬ dily as those of more metal; and from the necessity of giving them less both of powder and shot, it is evident, even to demonstration, that they never can be so deadly. A double gun, to be safe and to do good execution, should not be below seven pounds or seven pounds and a half, or even eight pounds, if the sportsman does not grudge to carry it. Whatever may be said of the Spanish or other continen-Gun-locks, tal barrels as rivalling the British, no one will dispute the superiority of our locks. It is allowed by all competent judges, that the beauty and excellence of our finest locks are quite unrivalled. The ancient gun-lock was a very simple and clumsy contrivance. We gave a short de¬ scription of them in the first part of this article. Here it is necessary only to name them. These were the matchlock, the wheel-lock, and the snaplance. The last was a great improvement on the two others, and indeed is the foundation of our present flint-lock, with such al¬ terations and improvements as the genius of modern times has suggested. Any description of the present flint-lock is unnecessary, as it is known to every one. Forsyth’s lock, fig. 2, differs from the ordinary percus- Percussion sion-lock in a few particulars. It has a magazine, a, for con- locks, taining the percussion powder ; and this magazine revolves round a roller, b, the end of which is screwed into the breech of the barrel. A small hole is opened in the roller, through wdiich the priming powder passes. This hole communicates with a channel which leads to the chamber of the gun. Right above the little hole in the roller, is the pan for containing the priming. The magazine is provided with a steel punch, c, the under end of which is right above the pan, ready to ignite the priming when struck on the upper end by the cock d in firing the gun. When the under end of the punch is struck down into the pan, it is raised up again to its former position by a spiral spring. Every time the gun is fired, the magazine is turned round so far as to drop a priming of percussion pow'der into the pan. It is then turned back again, and the steel punch is found in the position ready to fire the gun when the trig¬ ger is drawn. The merit of inventing this lock, see fig. 2, and the ap¬ plication of percussion powder as a substitute for flint in the discharge of fire-arms, belongs exclusively to the Reverend Mr Forsyth, minister of Belhelvie, a parish in Aberdeen¬ shire. Mr Forsyths invention is a very ingenious one, and his principle, though no doubt very much altered and improved in its application, has already almost complete- y supplanted the use of the flint gun. Notwithstanding the great superiority of the percussion over the flint gun, it had to struggle for many years with the most violent prejudices; but the principle being sound, it has now' gamed a most complete triumph, so much so, that there is not perhaps at this moment a high-priced flint fowl¬ ing-piece making, either in Great Britain or on the Con- inent, so complete a revolution in fire-arms has the per- cussion principle achieved. Although now and then an G U N-M A K I N G. Gun- old sportsman may be met with whose prejudices are faking, too obstinate to be subdued, and who may still hold out, yet even these are gradually falling into the opposite opinion; so that the percussion gun may now be con¬ sidered as nearly universal. This is certainly a great triumph to the principle first thought of and applied by Mr Forsyth ; but had the application of this principle not been simplified by subsequent alterations and im¬ provements, it is impossible that the percussion gun would ever have gained so sure and universal a triumph. Ac¬ cordingly, till the invention of the copper cap, the percus¬ sion advanced very slowly. This arose from two causes, the expense of Mr Forsyth’s locks, and the complication of their structure. Although Mr Forsyth’s locks are the same internally (we are speaking of his original patent locks), yet externally they differ materially both in ap¬ pearance and complication from the ordinary lock; and these circumstances increased both their expense and their liability to derangement. This will be obvious from the inspection of the lock, which will give a far better idea of it than any description. To the inventor of the copper cap, then, whoever he was, for there is a dispute about it, must be attributed the rapid and extraordinary spread of the percussion gun. The copper cap, indeed, is so simple, and so easy in its application, both to new guns and those already in existence, that we do not think it will ever be generally superseded. A great variety of contrivances have been fallen upon as substitutes for the copper cap, but it still keeps its ground, and is likely to do so against all competition. The superiority of the percussion, and the preference given it by the public, over the flint gun, we conceive, consists in the following circumstances: Its handsome appearance, the comfort in the use of it, the certainty and the rapidity of its discharge, its near approach to a water proof, and the facility with which it at all times obeys the eye of the sportsman. Looking at all these advantages of the detonating gun, we think it a great acquisition to sportsmen, and not likely soon to be supplanted by any other. Ordinary This lock internally is the same as the flint-lock, but ex- wcussion- ternally is a little different both in construction and appear- 00ance. See fig. 4. We think it much handsomer than the flint-lock, as it gets entirely clear of three projecting and unseemly encumbrances, the hammer, the hammer spring, and the pan ; nothing appears externally on the lock-plate but the cock or striker, which gives the blow to the copper cap when the gun is fired, and which is hollow or concave, provided also with a small ring of projecting metal, called a shield or fence, running round the cock at the bottom of the concave head, to defend the eye from the splinters of the copper cap, and the small stream of fire that issues upwards from the hole in the nipple when the gun is dis¬ charged. Serious accidents happened at first from the use of detonators, by not adopting such precautions. At first the heads of the cocks or strikers of copper-cap guns were not made hollow or concave, and without any shield or fence round them to protect the eye, but were made plain or smooth, like the head of an ordinary carpenter’s hammer: the consequence was, that when the copper cap flew into pieces when struck, the eye of the sportsman was frequently injured, and sometimes totally destroyed, by such accidents. The next peculiarity of the ordinary detonating lock is the pivot or nipple, and is that part of it which supplies the place of the pan, hammer, and ham¬ mer spring of the flint-lock. It is screwed into the pa¬ tent breech, and is perforated by a small hole upon which the copper cap is put. It is made two ways, either plain or with small circular rings running round it, intended to prevent the cap from falling or being rubbed off. If pro¬ perly made, the small rings round it are unnecessary. 39 As Barthold Schwartz, a clerical person, a native of Gun- Germany, is considered as the inventor of gunpowder in Making. Europe, and as the Reverend Mr Forsyth, minister of Belhelvie, Aberdeenshire, is the inventor of the detonat¬ ing gun, so it also happens that the Reverend Dr Somer¬ ville, minister of the parish of Currie, Edinburghshire, is the inventor of the safety-gun. This is effected by means of a stop, slide, or catch, Mecha- situate under the trigger-plate A. It is pulled forward nism of into a nick in the trigger by means of a spring B on the front of the guard, worked by means of a key C, which ^Im¬ presses upon the spring when the gun is discharged. The second method of safety is accomplished by means of a small bit of moveable iron A, of a circular form, rising through a small opening B in the lock-plate C, which pre¬ vents the cock from reaching the nipple, as represented in fig. 4, until it is drawn back within the lock-plate when the gun is fired. Fig. 7 is method second discharged. The third method is accomplished by means of a small bit of iron like a little flap or wing A, folded down in front of the breast of the cock B when the gun is put in the po¬ sition of safety, and which flap or wing is again raised when the gun is to be fired. This little wing turns on the front of the lock-plate by means of a hinge C. Both these methods are worked by means of a slide or lever, and key, similar to what is described in method first. Fig. 9 is method third discharged. There is no man who knows any thing about fire-arms Danger of but must be satisfied of the danger attending the use of the ordinary ordinary gun. The many advices given about caution by £u" every writer on field-sports; the reiterated paragraphs ofou 3a e * ' newspapers on this subject; the earnest and solicitous ad¬ monitions of parents, relations, guardians, and friends; the anxiety felt at the departure, and the joy at the return, of the young sportsman unscathed; the distressing and tra¬ gical tales of death and mutilation told in almost every newspaper, announce but too emphatically that the danger is neither imaginary, nor the mischief attending the use of fire-arms of rare occurrence. But if fears about their use, and the admonitions prompted by such fears, could re¬ move the danger, it would be well; experience, however, proves that such admonitions are often in vain. The fact is, shooting is an amusement of that kind which, especially with young sportsmen, so suspends attention, absorbs thought, lays reason and reflection so completely asleep, and excites such ardent and headlong feelings, as to leav( no room for any thing but the occupation of the moment and to talk of preventing entirely accidents from fire-arms by admonition is perfectly hopeless, as it is calling upon young men to exercise thought and caution where thought and caution, we do not say are impossible, but frequently so difficult as to render them very nearly so. It is not with¬ out reason, then, that writers have cautioned sportsmen to be careful in the use of fire-arms, and that parents have felt anxiety about their sons when engaged in field-sports with weapons in their hands so precarious in their use, and so fatal in their effects. Too frequently the spright¬ ly and spirited youth, in pursuit of pleasure, finds death. Advice may be given, and caution may be exerted at all times, but still there will be ample room for the employ¬ ment of means more easy in their application, and more certain in their effects, than either the one or the other. These means are completely furnished by Dr Somerville’s safety-gun. Dr Somerville, a few years ago, published an essay on'Principle his safety-gun, and what follows is little more than an of the safe- abridgment of it. The difficulty, he informs us, was to get ty- a proper principle ; but this gained, every thing was gained. Now a proper principle must accomplish four points : 1st, It must allow the right hand to carry the gun in the natural position, without touching or coming in contact, so as to dis- 40 G U N-M A K I N G. Gun- turb or undo the spring or safety apparatus; 2dly, the safe- Making. ty must work mechanically ; 3dly, there must be no loss of time in working it; and, lastly, the gun must always be lock¬ ed except when levelled by the eye and pressed to the shoul¬ der; in other words, it must be locked in its approach to the shoulder, and locked in its descent from it. These four points Dr Somerville has completely gained. This will be obvious from the following mode of applying his principle. Morally speaking, accidental discharge with this gun is completely out of the question, at least the probability is so small, that perhaps philosophy could not calculate when this gun would be discharged in any other way than by de¬ sign. To fire this gun, two specific points must be touched at one specific time. If accidental pressure shall touch the key which works the safety, no evil happens, because the trigger is untouched; and if it touch the trigger, no evil happens, because it is locked. The pressure must be against the trigger and on the key at the same instant of time, otherwise the lock will not work. If the trigger is touched the twinkling of an eye before the key, or the key before the trigger, no evil can ensue; for unless touched at the same moment, they mutually counteract and support one another, and thus prevent the gun going off. Accident may touch the key and the trigger of this gun as well as any other; but then accident cannot touch both key and trigger at the same instant. Design only can touch two specific points at one specific time. If ac¬ cident do touch the key and trigger, it must be in succes¬ sion ; but successive touching will not fire the gun.' It must be simultaneous to do it; but this supposes thought, and thought supposes design. A short statement of some of the advantages of this gun will conclude our article. Advanta. The first advantage, then, which this gun has over the ges of this one in common use, is the preservation of human life. This 8un- is the first and great object of the present contrivance; and in this point of view it was first thought of by the inven¬ tor. The other advantages which it possesses are all sub¬ ordinate to this, and come in merely as subsidiary to the main design. The second advantage of this gun over the ordinary fowling-piece, is superior dispatch. This is evi¬ dent at first sight, as this invention enables the sportsman to go with his gun full cocked, and thus, when gamfe rises unexpectedly, saves all the time lost, as well as distraction of thought occasioned, by cocking the ordinary gun ; and consequently he has only to present and discharge his piece, which he is enabled to do before the gun in ordinary use can be cocked and brought to the shoulder. So sensi¬ ble are sportsmen of the advantage of having their fowling- pieces full cocked, that many of them go with them thus prepaied, though at the risk both of their own and their friends lives. Colonel Hawker, in his instructions to young sportsmen, when speaking of the danger arising from fire¬ arms in the field, even when the sportsman goes up to his game with the ordinary gun on half cock, says, “ Suppose an eager young man, who is unaccustomed to shooting, walks up to his dog with his gun half cocked ; the moment toe birds rise, he is in such a state of agitation, that in at¬ tempting to draw back the cock of his gun, with a trem- ) ing hand, he lets it slip before the scear has caught the tumbler. Oft goes the gun, and the best fortune that can be expected is the happy escape of a favourite dog, or the life of his fellow shooter.” From this statement we ar¬ gue thus . If such is the danger with the ordinary gun car- ned on half, what must be the danger when carried on full Cj°C lfact 1S’ ^th the ordinary gun there is great danger both ways. 1 he present invention, however, re¬ moves danger from every way of carrying the gun, as it is ahvays completely locked till it is raised and pressed to the shoulder, and levelled by the eye of the sportsman. the third advantage of this gun over others is, the ease and tranquillity of mind which it necessarily imparts, not only to the sportsman himself, but to his friends, parents, Gun. and relations at home, from the perfect security which it Making, affords him. No man of ordinary feeling can be perfectly at ease,when surrounded by his friends, with a loaded gun in his hand, leaping walls, crossing ditches, brushing through thickets, underwood, and hedges, whilst all the time the life of his friends is within the reach of a mortal weapon, and the danger of that weapon guarded against only by the fallaciousness of memory, and the risk increased ten¬ fold by the eagerness of pursuit, and the suspension of thought necessarily occasioned by a species of amusement which, more than any other, lays caution asleep, and occa¬ sions that flutter and hurry of spirits from which such fatal accidents generally spring. It is certainly no very plea¬ sant thing, in the present state of fowling-pieces, to wTalk all day with twro tubes opposite one’s heart, which any ne¬ glect or incautiousness on the part of one’s self or friend might render fatal in a moment. What may be called, then, the moral advantage arising from a sense of safety and the removal of anxiety, is not the least advantage in the use of this gun. A man, to be sure, with the ordinary fowling-piece does not always shoot himself or friend; but there is always a possibility of doing both, and the accumu¬ lated uneasiness and anxiety arising from the very possibi¬ lity, is no small deduction from the full enjoyment of his amusement. The hair that suspends the sword over his head does not always snap, to be sure, but there is always a chance of its doing so. The present safety removes all such anxiety, and prevents all such chances ; for it is com¬ pletely locked, except when levelled at the object, and in the very act of pulling the trigger; for, the moment it ceases to be levelled at the game, the returning action of the safety-spring locks in the gun, not only without the consent, but even contrary to the will, of the sportsman, and thus protects both himself and friends. It must not be supposed from this that the trigger must be drawn the moment the safety-spring is pressed ; all that is necessary is, that when the gun is levelled and pressed to the shoul¬ der, which, as a matter of course, undoes the safety-spring, and allows the locks to work, the right hand shall then draw the trigger, at whatever time the sportsman thinks he has covered his game, or feels inclined to fire, so that he may keep the safety apparatus undone, or worked, any length of time he pleases, before he draws the trigger. A fourth advantage is, that one of the modes of shooting with this gun saves the left hand in case of the barrel bursting, by forcing the sportsman to place his left hand on the front of the guard. Colonel Hawker, in his Instruc¬ tions to Young Sportsmen, and Daniel, in his Rural Sports, both most competent judges, recommend this mode of holding the gun. Daniel’s words are, “ Always jiold the gun with the left hand close to the guard, and not forward on the barrel to grasp it near the entrance of the ramrod, notwithstanding it has been so strenuously recommended ; all the requisite steadiness in taking aim, and even of mo¬ tion, in traversing the flight of a bird, can be obtained by thus holding the heaviest pieces; and in the case of a bar¬ rel s bursting, the certainty of having a hand or arm shat¬ tered by grasping the barrel, is reduced to the chance of escaping the effects of such an accident by placing the hand close to the guard beneath it.” The fifth advantage of this gun which we mention is, that it completely avoids the necessity of perpetually cocking and uncocking, a very fertile source of danger attending the use of the ordinary gun in the field. With the ordi- nary gun, the moment the dogs point, or seem to point, oth locks are cocked ; and if there happen to be no game, or it rise beyond reach, the gun must be uncocked again ; so that with the ordinary gun the sportsman during the whole day is perpetually cocking and uncocking his gun. fo Ins mend in company with him, who sees him perpe- GUN-MAKING. 41 Gun- tually thumbing his locks, and hears them clicking all day, Making, js a source not only of great annoyance, but also of great danger. Accidents often happen from this cause. The sixth advantage of this gun is, against the danger incurred from the breaking of the point of the scear. This is a very common source of danger, from which the sportsman cannot protect himself or friends, for he is not aware of it. The danger from this cause happens in the following manner: When the sportsman is in search of game with his gun on half cock, up springs the game, and the gun is instantly levelled without being cocked; the trigger remains immoveable ; a violent pull is then given; the scear is strained, probably cracked ; ignorant that the scear has been injured by the violent pull, the sportsman proceeds in search of his game as usual. The scear may break the next hour, the next day, or the next week ; but at whatever time it gives way, the sportsman and his friends are all this time in danger, without having the least idea they are so. This is a very common source of mischief, against which the safety is a complete protec¬ tion ; for although any part or every part of the inside of the lock were to give way, the cock or striker cannot reach the nipple to fire the gun till the safety-spring is drawn back. Another common source of danger with the ordinary gun is, that sportsmen often go with the cock or striker resting on the nipple ; the consequence of which is, that any thing drawing back the striker by accident, a certain distance, and then losing its hold, off goes the gun. Against acci¬ dents of this kind the safety is a complete protection, as the striker cannot be pulled back but by the design of the person using the gun. The last advantage of this gun we mention, is the secu¬ rity it gives to loaded guns, when lying in houses, or ex¬ posed to the curiosity of thoughtless or ignorant persons. Many a life has been lost by guns having been presented and fired off in a wanton and incautious manner. Such accidents cannot happen with the present gun ; for, to ren¬ der it perfectly safe, it is only necessary to stop the action of the safety-spring, which is done by a very simple con¬ trivance, and restored again to action by the same simple means. Looking at all these advantages of Dr Somerville’s safe¬ ty-gun, we anticipate that in a short time no gun will be considered complete without having a safety attached to it. We shall conclude this article by the insertion of a few tables abridged from a work published in Birmingham, by the authority of the Proof Company, illustrating the differ¬ ent proportions of the British and French muskets. The Serjeants of the British light-infantry regiments carry a small musket or fusil of the following dimensions :— Length of the barrel, in inches 37 Diameter of the bore, in inches *65 Weight of the firelock with bayonet, in pounds avoirdupois 9 Several regiments of British cavalry are armed with rifle guns of the following dimensions :— Length of the barrel, in inches 30 Diameter of the bore, in inches '623 Weight of the ball for service, in ounces ’761 Weight of the piece with sword, in pounds avoirdupois 10*75 The carbine and pistol borne by the regiments of heavy cavalry are of the following dimensions :— CARBINE. Length of the barrel, in inches 28 Diameter of the bore *645 Diameter of the ball, for service *623 Weight of the ball for service, in ounces *8 Gun- Weight of the piece with the bayonet, in pounds, 8*25 Making. 'w-y-w PISTOL. Length of the barrel, in inches 9 Diameter of the bore *645 Diameter of the ball *623 Weight of the ball *8 Weight of the pistol 3*2 The carbine carried by the regiments of light cavalry is in length only sixteen inches, and in weight six pounds. The pistol is in length, diameter, and weight, the same as that used by the heavy cavalry. The greater liability of the ramrod to shake out of the shorter carbine has led to the adoption of an indention of Lord Anglesey’s, by which the rod is connected to the piece by a swivel. The same invention is also applied to the pistol. The barrel of the French musket is longer than that of the British, and the bayonet is shorter, though not so much so as to make the barrel and bayonet of the British musket equal in length to that of the barrel and bayonet of the French. The following are the proportions:— FRENCH MUSKET. Length of the barrel, in inches 44*72 Length of the bayonet, in inches 15* 59*72 BRITISH MUSKET. Length of the barrel, in inches 39 Length of the bayonet, in inches 16 55 Difference of length in favour of the French musket 4*72 inches. In the comparison just drawn between the respective lengths of the British and the French muskets, that of the British is of the India pattern musket, which was used by our forces during the late war ; the musket now carried by our infantry is longer, the barrel being forty-two inches and the bayonet seventeen inches, being very nearly equal in length to the French musket. The locks of the French muskets have brass pans, and they are altogether heavier, and have a more clumsy appear¬ ance, than the British. The calibre of the barrel is like¬ wise narrower than that of our muskets. This will be more distinctly seen by the following statement of the dimen¬ sions of the French musket, and of the new pattern mus¬ ket now carried by the British forces. FRENCH MUSKET. Length of the barrel, in inches 44*72 Diameter of the bore "69 Diameter of the ball for service *65 Weight of the ball for service, in ounces avoir¬ dupois "958 Weight of the firelock with bayonet, in pounds avoirdupois 10*98 Length of the barrel and bayonet, in inches.... 59*72 NEW LAND PATTERN BRITISH MUSKET. Length of the barrel, in inches 42 Diameter of the bore *75 Diameter of the ball for service *676 Weight of the ball for service, in ounces avoir¬ dupois 1*06 Weight of the firelock with bayonet, in pounds avoirdupois 12*25 Length of the barrel and bayonet, in inches 59 » VOL. XI, F 42 GUNNERY, Definition. Is the art of determining the motions or ranges of pro- jectiles discharged from cannon, mortars, howitzers, and other kinds of artillery. I.—THEORY OF GUNNERY. Theory. The use of fire-arms had been long known before any theory concerning them was attempted. The first author who wrote professedly on the flight of cannon-shot was Tartalea. In 1537 he published a book, at Venice, entit¬ led Nova Scientia; and afterwards another, printed at the same place in 1546, in which he treats of these mo¬ tions. His discoveries were but few, on account of the imperfect state of mechanical knowledge at that time. He determined, however, that the greatest range of can¬ non was with an elevation of forty-five degrees; and he likewise ascertained, contrary to the opinion of practi¬ tioners, that no part of the track described by a bullet is a right line, although the curvature is in some cases so small that it is not attended to. He compared it to the surface of the sea, which, though it appears to be a plane, is yet undoubtedly incurvated round the centre of the earth. He also assumes to himself the invention of the gunner’s quadrant, and often makes shrewd guesses as to the results of untried methods. But as he had not op¬ portunities of observing practice, and founded his opi¬ nions solely on speculation, he was condemned by most of the succeeding writers, though often without any suf¬ ficient reason. The philosophers of those timestilso inter¬ meddled in the questions which hence arose; and many disputes on motion occurred, especially in Italy, where they continued till the time of Galileo, and probably gave rise to his celebrated Dialogues on Motion. These were published in the year 1638; but in the interval, and be¬ fore Galileo’s doctrine was thoroughly established, many theories of the motion of military projectiles, and many tables of their comparative ranges at different elevations, vvere published; all of them egregiously fallacious, and utterly irreconcilable with the motions of these bodies. Many of the ancients indeed indulged in speculations con¬ cerning the difference between natural, violent, and mixed motions ; but when they did so, scarcely two of them could agree in their theories. It is strange, however, that, during all these contests, so few of those who were intrusted with the charge of ar¬ tillery thought it worth while to bring these theories to the test of experiment. Mr Robins informs us, in the preface to his I\ew Principles of Gunnery, that he had met with no more than four authors who had treated on this subject. The first of these is Collado, who has given the ranges of a falconet carrying a three-pound shot to each point of the gunner’s quadrant. But, from his num¬ bers, it is manifest that the piece was not charged with its customary allotment of gunpowder. The results of his trials were, that the point-blank shot, or that in which the path of the ball did not sensibly deviate from a right line, extended 268 paces. At an elevation of one point (or 72 of the gunners quadrant), the range was 594 paces; at an elevation of two points, 794 paces ; at three points, 9<>4 paces; at four, 1010 ; at five, 1040; and at six, 1053 paces. At the seventh point, the range fell between those of the third and fourth ; at the eighth point it fell between the ranges of the second and third ; at the ninth point, it fell between the ranges of the first and second; at the Jw1 FT ’J1 fe ,between the point-blank distance and that of the first point; and at the eleventh point, it fell very near the piece. The paces spoken of by this author Theory, are common steps. The year after Collado’s treatise, another appeared on the same subject, by one Bourne, an Englishman. His elevations were not regulated by the points of the gun¬ ner’s quadrant, but by degrees; and he ascertained the proportions between the ranges at different elevations and the extent of point-blank shot. According to him, if the extent of the point-blank shot be represented by 1, the range at 5° elevation will be 2|-, at 10° it will be 3^-, at 15° it will be 4^, at 20° it will be and the greatest random will be 5^. This last, he tells us, happens in a calm day, when the piece is elevated to 42°; but accord¬ ing to the strength of the wind, and as it favours or op¬ poses the flight of the shot, it may be from 45° to 36°. He has not informed us with what piece he made his trials, though from his proportions it seems to have been a small one. This however ought to have been attended to, as the relation between the extent of different ranges varies extremely according to the velocity and density of the bullet. After him, Eldred and Anderson, both Englishmen, published treatises on this subject. The first published his treatise in 1646, and gave the actual ranges of differ¬ ent pieces of artillery at small elevations, all under ten degrees. His principles were not rigorously true, though not liable to very considerable errors; yet, in consequence of their deviation from the truth, he found it impossible to make some of his experiments agree with his principles. In 1638, Galileo printed his Dialogues on Motion. In these he pointed out the general laws observed by na¬ ture in the production and composition of motion, and was the first who described the action and effects of gra¬ vity on falling bodies. On these principles he determined, that the flight of a cannon-shot, or any other projectile, would be in the curve of a parabola, except in as far as it was diverted from that track by the resistance of the air. He has also proposed the means of examining the inequa¬ lities which thence arise, and of discovering what sensible effects that resistance would produce in the motion of a bullet at a given distance from the piece. Though Galileo had thus shown, that, independently of the resistance of the air, all projectiles would, in their flight, describe the curve of a parabola; yet those who came after him seem never to have imagined that it was necessary to consider how far the operations of gunnery were affected by this resistance. The subsequent writers indeed boldly asserted, without making the experiment, that no considerable variation could arise from the resist¬ ance of the air in the flight of shells or cannon-shot. In this persuasion they supported themselves chiefly by con¬ sidering the extreme rarity of the air, compared with those dense and ponderous bodies; and at last it became an almost generally established maxim, that the flight of these bodies was nearly in the curve of a parabola. In 1674, Mr Anderson above mentioned published his treatise on the nature and effects of the gun; in w hich ie pioceeds on the principles of Galileo, and strenuously asserts that the flight of bullets is in the curve of a para¬ bola; undertaking to answer all objections which could be rougit to the contrary. The same thing was also un- iGQQ Mr BloncleJ’in. a treatise published at Paris in , w ere, after long discussion, the author concludes t at the variations from the resistance of the air are so s igit as scarcely to merit notice. The same subject is treated of in the Philosophical Transactions (No. 216, p. GUNNERY. 4,1 Theory. 68) by Dr Halley; and he also, swayed by the great dis- deavoured, with the greatest precision, to point a mortar Theory, proportion between the density of the air and that of iron agreeably to these calculations, he had never been able to v— or lead, thinks it reasonable to believe that the resistance establish any solid foundation upon them.” of the air to large metal shot is scarcely discernible; al- From the history of the academy, it does not appear though in small and light shot he owns that it must be ac- that the sentiments of Ressons were at any time con- counted for. troverted, or any reason offered for the failure of the theory But though this hypothesis went on smoothly in specu- of projectiles when applied to use. Nothing further, how- lation, yet Anderson, who made a great number of trials, ever, was done till the time of Benjamin Robins, who, in found it impossible to support it without some new mo- 1742, published a work entitled New Principles of Gun- dification. For though it does not appear that he ever nery, in which he has treated particularly, not only of the examined the comparative ranges of either cannon or mus- resistance of the atmosphere, but almost every thing else ket shot when fired with their usual velocities, yet his ex- relating to the flight of military projectiles, and indeed ad- periments on the ranges of shells thrown with small velo- vanced the theory of gunnery much nearer perfection than cities, in comparison of those above mentioned, convin- ever it had before attained. ced him that their whole track was not parabolical. But The first thing considered by Mr Robins, and which is instead of drawing the proper inferences from this, and indeed the foundation of all other particulars relative to concluding that the resistance of the air was of consider- gunnery, is the explosive force of gunpowder. This he able efficacy, he framed a new hypothesis, which was, determined to be owing to an elastic fluid similar to our that the shell or bullet, at its first discharge, flew to a cer- atmosphere, having its elastic force greatly increased by tain distance in a right line, from the end of which line the heat. “ If a red-hot iron,” says he, “ be included in a only it began to describe a parabola. And this right line, receiver, and the receiver be exhausted, and gunpowder be which he calls the line of the impulse of the fire, he sup- then let fall on the iron, the powder will take fire, and the poses to be the same in all elevations. Thus, by assign- mercurial gage will suddenly descend upon the explosion; ing a proper length to this line of impulse, it was always and though it immediately ascends again, it will never rise in his power to reconcile any two shots made at different to the height it first stood at, but will continue depressed angles, let them differ as widely as we may please to sup- by a space proportioned to the quantity of powder which pose. But this he could not have done with three shots ; was let fall on the iron. The same production likewise nor indeed does he ever tell us the result of his experi- takes place when gunpowder is fired in the air: for if a ments when three ranges were tried at one time. small quantity of powder is placed in the upper part of a When Sir Isaac Newton’s Principia was published, he glass tube, the lower part of which is immersed in water, particularly considered the resistance of the air to pro- and the fluid be made to rise so near the top that only a jectiles which moved with small velocities; but as he never small portion of air is left in that part where the gun- had an opportunity of making experiments on those which powder is placed ; if in this situation the communication of move with such prodigious swiftness as shots and shells, the upper part of the tube with the external air is closed, he did not imagine that a difference in velocity could and the gunpowder fired, which may be easily done by make such differences in the resistance as are now found means of a burning-glass, the water will in this experiment to take place. Sir Isaac found, that, in small velocities, descend on the explosion, as the quicksilver did in the the resistance was increased in the duplicate proportion of last; and will always continue depressed below the place the swiftness with which the body moved; that is, a body at which it stood before the explosion. The quantity of moving with twice the velocity of another of equal magni- this depression will be greater if the quantity of powder be tude, would meet with four times as much resistance as increased, or the diameter of the tube be diminished, the first; with thrice the velocity it would meet with nine “ When any considerable quantity of gunpowder is fired times the resistance; and so on. This principle itself is in an exhausted receiver, by being let fall on a red-hot now found to be defective with regard to military projec- iron, the mercurial gage instantly descends upon the ex¬ tiles ; though, if it had been properly attended to, the re- plosion, and as suddenly ascends again. After a few vi- sistance of the air might have been reckoned much more brations, none of which except the first are of any great considerable than was commonly imagined. So far, how- extent, it seemingly fixes at a point lower than where it ever, were those who treated this subject scientifically from stood before the explosion. But even when the gage has giving a proper allowance for the resistance of the atmo- acquired this point of apparent rest, it still continues rising sphere, that their theories differed most egregiously from for a considerable time, although by such imperceptible the truth. Huygens alone seems to have attended to this degrees that it can only be discovered by comparing its principle. In the year 1690, he published a Treatise on place at distant intervals: however, it will not always con- Gravity, in which he gave an account of some experiments tinue to ascend, but will rise slower and slower, till at last tending to prove that the track of all projectiles moving it will be absolutely fixed at a point lower than where the with very swift motions was widely different from that of a mercury stood before the explosion. The same circum- parabola. All the rest of the learned acquiesced in the stances nearly happen when powder is fired in the upper justness of Galileo’s doctrine, and erroneous calculations part of an unexhausted tube, whose lower part is immersed concerning the ranges of cannon were accordingly given, in water. Nor was any notice taken of these errors till the year 1716. “ That the elasticity or pressure of the fluid produced At that time Ressons, a French officer of artillery, dis- by the firing of gunpowder is, c&teris paribus, directly as tinguished by the number of sieges at which he had serv- its density, may be proved from hence, that if in the same ed, by his high military rank, and by his abilities in his receiver a double quantity of powder be let fall, the mer- profession, presented a memoir to the Royal Academy, im- cury will subside twice as much as in the firing of a single porting, that, “ although it was agreed that theory joined quantity. Also the descents of the mercury, when equal with practice did constitute the perfection of every art, quantities of powder are fired in different receivers, are re- yet experience had taught him, that theory was of very ciprocally as the capacities of those receivers, and conse- little service in the use of mortars ; that the works of quently as the density of produced fluid in each. But as, in Blondel had justly enough described the several parabolic the usual method of trying this experiment, the quantities of lines, according to the different degrees of the elevation of powder are so very small that it is difficult to ascertain the piece; but that practice had convinced him there was these proportions with the requisite degree of exactness, I no known theory for the effect of gunpowder; for having en- took a large receiver containing about 520 inches, and let- 44 GUNNERY. Theory, ting fall at once on the red-hot iron one dram, or the six- teenth part of an ounce avoirdupois, of powder, the receiver being first nearly exhausted ; the mercury, after the explo¬ sion, was subsided two inches exactly, and all the powder had taken fire. Then heating the iron a second time, and exhausting the receiver as before, two drams were let down at once, which sunk the mercury three inches and three quarters; and a small part of the powder had fallen beside the iron, which (the bottom of the receiver being wet) did not fire, and the quantity which thus escaped did appear to be nearly sufficient, had it fallen on the iron, to have sunk the mercury a quarter of an inch more; in which case the two descents, viz. two inches and four inches, would have been accurately in the proportion of the respective quanti¬ ties of powder ; from which proportion, as it was, they very little varied. “ As different kinds of gunpowder produce different quantities of this fluid, in proportion to their different de¬ grees of goodness, before any definite determination of this kind can take place, it is necessary to ascertain the parti¬ cular species of powder that is proposed to be used. (Here Mr Robins determines in all his experiments to make use of government powder, as consisting of a certain and invariable proportion of materials, and therefore pre¬ ferable to such kinds as are made according to the fancy of private persons). “ This being settled, we must further premise these two principles: 1. That the elasticity of this fluid increases by heat and diminishes by cold, in the same manner as that of the air: 2. That the density of this fluid, and consequent¬ ly its weight, is the same with the weight of an equal bulk of air, having the same elasticity and the same tempera¬ ture. Now, from the last experiment it appears, that ^th of an ounce avoirdupois, or about 27 grains troy, of pow¬ der, sunk the gage, on its explosion, two inches; and the mercury in the barometer standing at near 30 inches, |-£ths of an ounce avoirdupois, or 410 grains troy, would have filled the receiver with a fluid whose elasticity would have been equal to the whole pressure of the atmosphere, or the same with the elasticity of the air we breathe; and the contents of the receiver being about 520 cubic inches, it follows, that yfths of an ounce of powder will produce 520 cubic inches of a fluid possessing the same degree of elas¬ ticity with the' common air; whence an ounce of powder will produce near 575 cubic inches of such a fluid. “ But in order to ascertain the density of this fluid, we must consider what part of its elasticity, at the time of this determination, was owing to the heat it received from the included hot iron and the warm receiver. Now the gene¬ ral heat of the receiver being manifestly less than that of boiling water, which is known to increase the elasticity of the air to somewhat more than ^th of its augmented quanti¬ ty, I collect from hence and other circumstances, that the augmentation of elasticity from this cause was about ^th of the whole; that is, if the fluid arising from the explosion had been reduced to the temperature of the external air, the descent of the mercurial gage, instead of two inches, would have been only 1^-th inch; whence 575, reduced in the proportion of five to four, becomes 460; and this last number represents the cubic inches of an elastic fluid equal in density and elasticity with common air, which are pro¬ duced from the explosion of one ounce avoirdupois of gun¬ powder ; the weight of which quantity of fluid, according to the usual estimation of the weight of air, is 131 grains; whence the weight of this fluid is or ^ths nearly of the weight of the generating powder. The ratio of the bulk of gunpowder to the bulk of this fluid may be determined from considering that 17 drams avoirdupois of powder fill two cubic inches, if the powder be well shaken together: there¬ fore, augmenting the number last found in the proportion of 16 to 17, the resulting term, 488f, is the number of cubic inches of an elastic fluid, equal in density with the air pro¬ duced from two cubic inches of powder: whence the ratio of the respective bulk of the powder, and of the fluid pro¬ duced from it, is in round numbers as 1 to 244.” This calculation was afterwards confirmed by experiments. “ If this fluid, instead of expanding when the powder was fired, had been confined in the same space which the pow¬ der filled before the explosion, then it would have had, in that confined state, a degree of elasticity 244 times greater than that of common air ; and this independent of the great augmentation which this elasticity would receive from the action of the fire in that instant. “ Hence, then, we are certain, that any quantity of pow¬ der, fired in a confined space, which it adequately fills, ex¬ erts, at the instant of its explosion, against the sides of the vessel containing it, and the bodies it impels before it, a force at least 244 times greater than the elasticity of common air, or, which is the same thing, than the pressure of the atmosphere; and this without considering the great addition which this force will receive from the violent de¬ gree of heat with which it is affected at that time. “ To determine how far the elasticity of air is augment¬ ed when heated to the extremest degree of red-hot iron, I took a piece of a musket-barrel about six inches in length, and ordered one end to be closed up entirely; but the other end was drawn out conically, and finished in an aperture of about |th of an inch in diameter. The tube thus fitted was heated to the extremity of a red heat in a smith’s forge, and was then immersed with its aperture downwards in a bucket of water, and kept there till it was cool, after which it was taken out carefully, and the water which had entered it in cooling was exactly weighed. The heat given to the tube at each time was the beginning of what workmen call a white heat; and to prevent the rush¬ ing in of the aqueous vapour at the immersion, which would otherwise drive out great part of the air, and render the experiment fallacious, I had an iron wire filed tapering so as to fit the aperture of the tube, and with this I always stopped it up before it was taken from the fire, letting the wire remain in till the whole was cool, wffien, removing it, the due quantity of w ater would enter. The weight of the water thus taken in at three different trials was 610 grains, 505 grains, and 600 grains, respectively. The content of the whole cavity of the tube was 796 grains of water, whence the spaces remaining unfilled in these three expe¬ riments were 186, 201, and 196 grains respectively. These spaces undoubtedly contained all the air which, when the tube was red hot, extended through its whole concavity; consequently the elasticity of the air, when heated to the extreme heat of red-hot iron, was to the elasticity of the same air, when reduced to the temperature of the ambient atmosphere, as the whole capacity of the tube to the re¬ spective spaces taken up by the cooled air; that is, as 796 to 186, 201, 196 ; or, taking the medium of these three trials, as 796 to 194^. “ As air and this fluid appear to be equally affected by heat and cold, and consequently have their elasticities equally augmented by the addition of equal degrees of heat to each; if we suppose the heat with which the flame of fired powder is endowed to be the same with that of the extreme heat of red-hot iron, then the elasticity of the ge¬ nerated fluid will be greater at the time of the explosion than afterwards, when it is reduced to the temperature of the ambient air, in the ratio of 796 to 194^ nearly. It being allowed then (which surely is very reasonable) that the flame of gunpowder is not less hot than red-hot iron, and the elasticity of the air, and consequently of the fluid, generated by the explosion, being augmented in the ex¬ tremity of this heat in the ratio of 194^ to 796, it follows, that if 244 be augmented in this ratio, the resulting num¬ ber, which is 999^, will determine how many times the Theory. GUNNERY. Theory, elasticity of the flame of fired powder exceeds the elastici- ty of common air, supposing it to be confined in the same space which the powder filled before it was fired. Hence then the absolute quantity of the pressure exerted by gun¬ powder at the moment of its explosion may be assigned ; for, since the fluid then generated has an elasticity of 9991, or in round numbers 1000 times greater than that of the atmosphere, and since common air by its elasticity exerts a pressure on any given surface equal to the weight of the incumbent atmosphere with which it is in equilibrio, the pressure exerted by fired powder before it dilated itself is 1000 times greater than the pressure of the atmosphere ; and consequently the quantity of this force, on a surface of an inch square, amounts to above six tons weight, which force, however, diminishes as the fluid dilates itself. “ But though we here supposed that the heat of gun¬ powder, when fired in any considerable quantity, is the same with iron heated to the extremity of red heat, or to the beginning of a white heat, yet it cannot be doubted but that the fire produced in the explosion is somewhat varied (like all other fires) by a greater or less quantity of fuel; and it may be presumed that, according to the quan¬ tity of powder fired together, the flame may have all the different degrees, from a languid red heat, to that sufficient for the vitrification of metals. But as the quantity of pow¬ der requisite for the production of this last-mentioned heat is certainly greater than what is ever fired together for any military purpose, we cannot be far from our scope if we suppose the heat of such quantities as are usually fired to be nearly the same with that of red-hot iron, allowing a gradual augmentation to this heat in larger quantities, and diminishing it when the quantities are very small.” Having thus determined the force of the gunpowder, Mr Robins next proceeds to determine the velocity with which the ball is discharged. The solution of this problem de¬ pends on the two following principles : 1. That the action of the powder on the bullet ceases as soon as the bullet is got out of the piece : 2. That all the powder of the charge is fired and converted into elastic fluid before the bullet is sensibly removed from its place. “ The first of these,” says Mr Robins, “ will appear mani¬ fest when it is considered how suddenly the flame will ex¬ tend itself on every side, by its own elasticity, when it is once got out of the mouth of the piece ; for by this means its force will then be dissipated, and the bullet no longer sensibly affected by it. “ The second principle is indeed less obvious, being con¬ trary to the general opinion of almost all writers on this subject. It might, however, be sufficient for the proof of this position, to observe the prodigious compression of the flame in the chamber of the piece. Those who attend to this circumstance, and to the easy passage of the flame through the intervals of the grains, may soon satisfy them¬ selves that no one grain contained in that chamber can con¬ tinue for any time uninflamed, when thus surrounded and pressed by such an active fire. However, not to rely on mere speculation in a matter of so much consequence, I considered that if part only of the powder is fired, and that successively ; then, by laying a greater weight before the charge (suppose two or three bullets instead of one), a greater quantity of powder would necessarily be fired, since a heavier weight would be a longer time in passing through the barrel. Whence it should follow that two or three bullets would be impelled by a much greater force than one only. But the contrary to this appears by experiment; for, firing one, two, and three bullets laid contiguous to each other with the same charge respectively, I have found that their velocities were not much different from the recipro¬ cal of their subduplicate quantities of matter ; that i§, if a given charge would communicate to one bullet a velocity of 1700 feet in a second, the same charge would commu¬ nicate to two bullets a velocity of from 1250 to 1300 feet Theory, in a second, and to three bullets a velocity of from 1050 to 1110 feet in the same time. From hence it appears, that whether a piece is loaded with a greater or less weight of bullet, the action is nearly the same ; since all mathemati¬ cians know, that if bodies containing different quantities of matter are successively impelled through the same space by the same power acting with a determined force at each point of that space, then the velocities given to these dif¬ ferent bodies will be reciprocally in the subduplicate ratio of their quantities of matter. The excess of the velocities of the two and three bullets above what they ought to have been by this rule (which are that of 1200 and 980 feet in a second) undoubtedly arises from the flame, which, escap¬ ing by the side of the first bullet, acts on the surface of the second and third. “ Now this excess has in many experiments been im¬ perceptible, and the velocities have been reciprocally in the subduplicate ratios of the number of bullets, to suffi¬ cient exactness ; and where this error has been greater, it has never arisen to an eighth part of the whole; but if the common opinion was true, that a small part only of the powder fires at first, and other parts of it successively as the bullet passes through the barrel, and that a considera¬ ble part of it is often blown out of the piece without firing at all; then tire velocity which three bullets received from the explosion ought to have been much greater than we have found it to be. But the truth of the second postulate more fully appears from those experiments, by which it is shown that the velocities of bullets may be ascertained to the same exactness when they are acted on through a bar¬ rel of four inches in length only, as when they are dis¬ charged from one of four feet. “ With respect to the grains of powder which are often blown out unfired, and which are always urged as a proof of the gradual firing of the charge, I believe Diego Uffano, a person of great experience in the art of gunnery, has given the true reason for this accident; which is, that some small part of the charge is often not rammed up with the rest, but is left in the piece before the wad, and is by this means expelled by the blast of air before the fire can reach it. I must add, that in the charging of cannon and small arms, especially after the first time, this is scarcely to be avoided by any method I have yet seen practised. Per¬ haps, too, there may be some few grains in the best pow¬ der of such an heterogeneous composition as to be less susceptible of firing ; which, I think, I have myself observ¬ ed ; and these, though they are surrounded by the flame, may be driven out unfired. “ These postulates being allowed to be just, let AB (Plate CCLXXIV. fig. 12) represent the axis of any piece of artillery, A the breech, and B the muzzle ; DC the dia¬ meter of its bore, and DEGC a part of its cavity filled with powder. Suppose the ball that is to be impelled to lie with its hinder surface at the line GE ; then the pressure exerted at the explosion on the circle ot which GE is the diameter, or, which is the same thing, the pressure exerted in the di¬ rection FB on the surface of the ball, is easily known from the known dimensions of that circle. Draw any line FH perpendicular to FB, and AI parallel to h H ; and through the point H, to the asymptotes IA and AB, describe the hyperbola KHNQ; then, if FH represents the force im¬ pelling the ball at the point F, the force impelling the ball at any other point, as at M, will be represented by the line MN, the ordinate to the hyperbola at that point. For when the fluid impelling the body along has dilated itself to M, its density will be then to its original density in the space DEGC reciprocally as the spaces through which it is extended; that is, as FA to MA, or as MN to fH; but it has been shown that the impelling force or elastici¬ ty of this fluid is directly as its density, therefore, if FH 46 GUNNERY. Theory, represents the force at the point F, MN will represent the like force at the point M. “ Since the absolute quantity of the force impelling the ball at the point F is known, and the weight of the ball is also known, the proportion between the force with which the ball is impelled and its own gravity is known. In this propor¬ tion take FH to FL, and draw LP parallel to FB; then, MN the ordinate to the hyperbola in any point will be to its part MR, cut off by the line LP, as the impelling force of the powder in that point M to the gravity of the ball; and consequently the line LP will determine a line proportion¬ al to the uniform force of gravity in every point; whilst the hyperbola HNQ determines in like manner such ordinates as are proportional to the impelling force of the powder in every point; whence, by the 39th Prop, of lib. 1 of Sir Isaac Newton’s Principia, the areas FLPB and FHQB are in the duplicate proportion of the velocities which the ball would acquire when acted upon by its own gravity through the space FB, and when impelled through the same space by the force of the powder. But since the ratio of AF to AB and the ratio of FH to FL are known, the ratio of the area FLPB to the area FHQB is known; and thence its subduplicate. And since the line FB is given in magni¬ tude, the velocity which a heavy body would acquire when impelled through this line by its own gravity is known ; being no other than the velocity it would acquire by falling through a space equal to that line : find then another ve¬ locity to which this last-mentioned velocity bears the given ratio of the subduplicate of the area FLPB to the area FHQB; and this velocity thus found is the velocity the ball will acquire when impelled through the space FB by the action of the inflamed powder. “ Now, to give an example of this : Let us suppose AB, the length of the cylinder, to be 45 inches; its diameter DC, or rather the diameter of the ball, to be fths of an inch ; and AF, the extent of the powder, to be 2^-th inches ; to determine the velocity which will be communicated to a leaden bullet by the explosion, supposing the bullet to be laid at first with its surface contiguous to the powder. “ By the theory we have laid down, it appears, that at the first instant of the explosion the flame will exert, on the bullet lying close to it, a force 1000 times greater than the pressure of the atmosphere. The medium pressure of the atmosphere is reckoned equal to a column of water 33 feet in height; whence, lead being to water as 11,345 to 1, this pressure will be equal to that of a column of lead 34,9 inches in height. Multiplying this by 1000, therefore, a column of lead 34,900 inches (upwards of half a mile) in height, would produce a pressure on the bullet equal to what is exerted by the powder in the first instant of the explosion ; and the leaden ball being |ths of an inch in diameter, and consequently equal to a cylinder of lead of the same base half an inch in height, the pressure at first acting on it will be equal to 34,900" X 2, or 69,800 time£ its weight; whence FL to FH is as 1 to 69,800; and FB to FA as 45 — 2|^, or 42| to 2^, that is, as 339 to 21; whence the rectangle FLPB is to the rectangle AFHS as 339 to 21 X 69,800, that is, as 1 to 4324. And from the known application of the logarithms to the mensuration of the hyperbolic spaces, it follows that the rectangle AFHS is to the area FHQB as 43,429, &c. is to the tabular loga- AB rithm of ; that is, of 3£f, which is 1,2340579 : whence the ratio of the rectangle FLPB to the hyperbolic area FHQB is compounded of the ratios of 1 to 4324— and of ,43429, &c. to 1,2340579; which together make up the ra¬ tio of 1 to 12,263, the subduplicate of which is the ratio of 1 to 110,7; and in this ratio is the velocity which the bul¬ let would acquire by gravity in falling through a space equal to FB, to the velocity the bullet will acquire from the action of the powder impelling it thi-ough FB. But Theorv the space FB being 42|| inches, the velocity a heavy body will acquire in falling through such a space is known to be what would carry it nearly at the rate of 15-07 feet in a se¬ cond ; whence the velocity to which this has the ratio of 1 to 110,7 is a velocity which would carry the ball at the rate of 1668 feet in one second. And this is the velocity which, according to the theory, the bullet in the present circumstances would acquire from the action of the powder during the time of its dilatation. “ Now this velocity being once computed for one case, is easily applied to any other; for if the cavity DEGC left behind the bullet be only in part filled with powder, then the line HF, and consequently the area FHQB, will be di¬ minished in the proportion of the whole cavity to the part filled. If the diameter of the bore be varied, the lengths AB and AF remaining the same, then the quantity of pow¬ der and the surface of the bullet which it acts on will be varied in the duplicate proportion of the diameter, but the weight of the bullet will vary in the triplicate proportion of the diameter; wherefore the line FH, which is directly as the absolute impelling force of the powder, and recipro¬ cally as the gravity of the bullet, will change in the reci¬ procal proportion of the diameter of the bullet. If AF, the height of the cavity left behind the bullet, be increas¬ ed or diminished, the rectangle of the hyperbola, and con¬ sequently the area corresponding to ordinates in any given ratio, will be increased or diminished in the same propor¬ tion. From all which it follows, that the area FHQB, which is in the duplicate proportion of the velocity of the AB impelled body, will be directly as the logarithm —(where -A.l? AB represents the length of the barrel, and AF the length of the cavity left behind the bullet); also directly as the ' part of that cavity filled with powder, and inversely as the diameter of the bore, or rather of the bullet; likewise directly as AF, the height of the cavity left behind the bullet. Consequently the velocity being computed as above, for a bullet of a determined diameter, placed in a piece of a given length, and impelled by a given quantity of powder, occupying a given cavity behind that bullet; it follows, that by means of these ratios, the velocity of any other bullet may be thence deduced; the necessary circumstances of its position, quantity of powder, &c. be¬ ing given. Where note, that in the instance of this sup¬ position, we have supposed the diameter of the ball to be ^ths of an inch ; whence the diameter of the bore will be something more, and the quantity of powder contained in the space DEGC will amount exactly to twelve penny¬ weights, a small wad of tow included. “ In order to compare the velocities communicated to bullets by the explosion, with the velocities resulting from the theory by computation, it is necessary that the actual velocities with which bullets move should be dis¬ covered. The only methods hitherto practised for this purpose, have been either by observing the time of the flight of a shot through a given space, or by measuring the range of a shot at a given elevation ; and thence com¬ puting, on the parabolic hypothesis, what degree of velo¬ city would produce this range. The first method labours under this insurmountable difficulty, that the velocities of these bodies are often so swift, and consequently the time observed is so short, that an imperceptible error in that time may occasion an error in the velocity thus found of 2, 3, 4, 5, or 600 feet, in a second. The other method is so fallacious, by reason of the resistance of the atmosphere (to which inequality the first is also liable), that the velo¬ cities thus assigned may not perhaps be the tenth part of the actual velocities sought. “ The simplest method of determining this velocity is GUNNERY. 47 heory. by means of the instrument represented fig. 13, where the same manner as if this last quantity of matter only Theory. ABCD represents the body of the machine composed of (42 lb. ^ oz.) was concentrated in that point, and the ~J’~Y—*-1* the three poles B, C, D, spreading at bottom, and joining rest of the pendulum was taken away : whence, supposing together at the top A ; being the same with what is vul- the weight of the bullet impinging in that point to be the garly used in lifting and weighing very heavy bodies, and yg-th of a pound, or the jyyth ot this quantity of^matter is called by workmen the triangles. On two of these poles, nearly, the velocity of the point of oscillation alter the towards their tops, are screwed on the sockets R S; and stroke will, by the laws observed in the congress of such on these sockets the pendulum EFGHIK is hung by bodies as rebound not from each other, be the y^yth of means of its cross-piece EF, which becomes its axis of the velocity the bullet moved with before the stroke; suspension, and on which it must be made to vibrate with whence the velocity of this point of oscillation after the great freedom. The body of this pendulum is made of stroke being ascertained, that multiplied by 505 will give iron, having a broad part at bottom, and its lower part is the velocity with which the bail impinged, covered wi”h a thick piece of wood GKIH, which is fas- “ But the velocity of the point of oscillation after the tened to the iron by screws. Something lower than the stroke is easily deduced from the chord of the arch, bottom of the pendulum there is a brace OP, joining the through which it ascends by the blow; for it is a well- two poles from which the pendulum is suspended; and to known proposition, that all pendulous bodies ascend to this brace there is fastened a contrivance MNU, made the same height by their vibratory motion as they would with two edges of steel, bearing on each other in the line do if they were projected directly upwards from their low- UN, something in the manner of a drawing-pen; the est point, with the same velocity they have in that point; strength with which these edges press on each other be- wherefore, if the versed sine of the ascending arch be ing diminished or increased at pleasure by means of a found (which is easily determined from the chord and ra- screw Z going through the upper piece. There is fasten- dius being given), this versed sine is the perpendicular ed to the bottom of the pendulum a narrow ribbon LN, height to which a body projected upwards with the velo- which passes between these steel edges, and which after- city ot the point ot oscillation would arise; and conse- wards, by means of an opening cut in the lower piece of quently wdiat that velocity is, can be easily computed by steel, hangs loosely down, as at W. the common theory of falling bodies. “ With this apparatus, if the weight of the pendulum “ tor instance, the chord of the arch, described by tne be known, and likewise the respective distances of its ascent of the pendulum alter the stroke measured on the centre of gravity, and of its centre of oscillation from its ribbon, has been sometimes 1/^tli inches;^ the distance axis of suspension, it will thence be known what motion of the ribbon from the axis of suspension's 71^-th inches ; will be communicated to this pendulum by the percussion whence reducing 17^th in the ratio of 71^th to 66, the of a body of a known weight moving with a known degree resulting number, which is nearly 16 inches, will be the of celerity, and striking it in a given point; that is, if the chord ot the arch through which the centre ot the board pendulum be supposed at rest before the percussion, it GKIH ascended after the stroke; now the versed sine ot will be known what vibration it ought to make in conse- the arch, whose chord is 16 inches, and its radius 6o, is quence of such a determined blow ; and, on the contrary, T93939 ; and the velocity which would carry a body to this if the pendulum, being at rest, is struck by a body of a height, or, which is the same thing, the velocity which a known weight, and the vibration which the pendulum body would acquire by descending through this space, is makes after the blow is known, the velocity of the striking nearly that of S-^th feet in 1". body may from thence be determined. “ lo determine then the velocity with which the bullet “ Hence, then, if a bullet of a known weight strikes the impinged on the centre of the wood, when the chord of pendulum, and the vibration which the pendulum makes the arch described by the ascent of the pendulum, in con- in consequence of the stroke be ascertained, the velocity sequence ot the blow, was 17^th inches measured on the with which the ball moved is thence to be known. ribbon, no more is necessary than to multiply 3£th by 505, “ Now the extent of the vibration made by the pendu- and the resulting number, 1641, will be the feet which the lum after the blow, may be measured to great accuracy bullet would describe in 1", il it moved with the velocity it by the ribbon LN. For let the pressure of the edges UN had at the moment of its percussion : for the velocity of the on the ribbon be so regulated by the screw Z, that the point of the pendulum on which the bullet struck, we motion of the ribbon between them may be free and easy, have just now determined to be that of 3^th feet in 1 ; and though with some minute resistance; then, settling the we have before shown, that this is the 1 *e ve 0C1‘ pendulum at rest, let the part LN between the pendulum ty of the bullet. If then a bullet weighing ^th of a pound and the edges be drawn strait, but not strained, and fix a strikes the pendulum in the centre of tne wood GKiH, pin in that part of the ribbon which is then contiguous to and the ribbon be drawn out 17^th inches by the blow', the edges: let now a ball impinge on the pendulum ; then the velocity ot the bullet is that of 1641 feet in 1'. Ana the pendulum swinging back will draw out the ribbon to since the length the ribbon is drawn is always neany the the just extent of its vibration, which will consequently chord of the arch described by the ascent (it being placed be determined by the interval on the ribbon between the so as to (jidbr insensibly from those chords which most ire- edges UN and the place of the pin. quentl^ occur), and these chords are known to be in the pro- “ The weight of the whole pendulum, wood and all, portion of the velocities of the pendulum acquired from was 56 pounds 3 ounces; its centre of gravity was 52 the stroke; it follows that the proportion between the inches distant from its axis of suspension, and 200 of its lengths of ribbon drawn out at different times will be the small swings were performed in the time of 253 seconds: same with that ot the velocities of the impinging bullets, whence its centre of oscillation (determined from hence) and consequently, by the proportion of these lengths of in 62£d inches distant from that axis. The centre of ribbon to 17£th, the proportion of the velocity with winch the piece of wood GKIH is distant from the same axis 66 the bullets impinge, to the known velocity of 1641 feet in inches. 17> wiU be determined. “ In the compound ratio of 66 to 62fd, and 66 to 52, “ Hence then is shown in general how the velocities of take the quantity of matter of the pendulum to a fourth bullets of all kinds may be found out by means ot this in- quantity, which will be 42 lb. 4 oz. Now geometers well strument; but that those who may be disposed to try these know, that if the blow be struck on the centre of the piece experiments may not have unforeseen difficulties to strug- of wood GKIH, the pendulum will resist to the stroke in gle with, we shall here subjoin a few observations, which GUNNERY. 48 Theory, it will be necessary for them to attend to, both to secure success to their trials and safety to their persons. “ And, first, that they may not conceive the piece of wood GKIH to be an unnecessary part of the machine, we must inform them, that if a bullet impelled by a full charge of powder should strike directly on the iron, the bullet would be beaten into shivers by the stroke, and these shiv¬ ers would rebound back with such violence as to bury themselves in any wood they chanced to light on, as I have found by hazardous experience ; and, besides the danger, the pendulum will not in this instance ascertain the velo¬ city of the bullet, because the velocity with which the parts of it rebound is unknown. “ The weight of the pendulum and the thickness of the wood must be in some measure proportioned to the size of the bullets which are used. A pendulum of the weight here described will do very well for all bullets under three or four ounces, if the thickness of the board be increased to seven or eight inches for the heaviest bullets ; beech is the toughest and properest wood for this purpose. “ It is hazardous standing on the side of the pendulum, unless the board be so thick that the greatest part of the bullet’s force is lost before it conies at the iron ; for if it strikes the iron with violence, the shivers of lead which cannot return back through the wood, wall force themselves out between the wood and iron, and will fly to a consider¬ able distance. “ As there is no effectual way of fastening the wood to the iron but by screws, the heads of which must come through the board, the bullets will sometimes light on those screws, from whence the shivers will disperse them¬ selves on every side. “ When in these experiments so small a quantity of pow¬ der is used, as will not give to the bullet a velocity of more than 400 or 500 feet in 1", the bullet will not stick in the wood, but will rebound from it entire, and (if the wood be of a very hard texture) with a very considerable velocity. Indeed I have never examined any of the bullets which have thus rebounded, but I have found them indented by the bodies they have struck against in their rebound. “To avoid then these dangers, to the braving of which in philosophical researches no honour is annexed, it will be convenient to fix whatsoever barrel is used on a strong heavy carriage, and to fire it with a little slow match. Let the barrel too be very well fortified in all its length ; for no barrel (I speak of musket barrels) forged with the usual dimensions will bear many of the experiments without bursting. The barrel I have most relied on, and which I procured to be made on purpose, is nearly as thick at the muzzle as at the breech ; that is, it has in each place near¬ ly the diameter of its bore in thickness of metal. “ The powder used in these experiments should be ex¬ actly weighed; and that no part of it be scattered in the barrel, the piece must be charged with a ladle, in the same manner as is practised with cannon ; the wad should be of tow, of the same weight each time, and no more than is just necessary to confine the powder in its proper place ; the length of the cavity left behind the ball should be de¬ termined each time with exactness ; for the increasing or diminishing that space will vary the velocity of the shot, although the bullet and quantity of powder be not changed. The distance of the mouth of the piece from the pendulum ought to be such, that the impulse of the flame may not act on the pendulum ; this will be prevented in a common barrel charged with half an ounce of powder, if it be at the distance of 16 or 18 feet: in larger charges the impulse is sensible farther off; I have found it to extend to above 25 feet; however, between 25 and 18 feet is the distance I have usually chosen.” With this instrument, or others similar to it, Mr Robins made a great number of experiments on barrels of different lengths, and with different charges of powder. He has given Theory, i us the results of sixty-one of these; and having compar- ^ ed the actual velocities with the computed ones, his theory appears to have come as near the truth as could well be expected. In seven of the experiments there was a per¬ fect coincidence; the charges of powder being 6 to 12 pennyweights, the barrels 45, 24*312, and 7*06 inches in length. The diameter of the first (marked A) was |ths of an inch ; of the second (B) was the same ; and of D, 83 of inch. In the first of these experiments, another barrel (C) was used, whose length was 12*375 inches, and the diameter of its bore |th inch. In fourteen more of the ex¬ periments, the difference between the length of the chord of the pendulum’s arch shown by the theory and the actual experiment was yt-th of an inch over or under. This show¬ ed an error in the theory, varying, according to the different lengths of the chord, from yiyth to ^th of the whole ; the charges of powder were the same as in the last. In sixteen other experiments the error was y^ths of an inch, varying from gk-th to -j^th of the whole ; the charges of powder were 6, 8, 9, or 12 pennyweights. In seven other experiments the error was fyths of an* inch, varying from ^t-d to of the whole ; the charges of powder 6 or 12 pennyweights. In eight experiments the difterence was -^ths of an inch, indicating an error of from y^d to ^d of the whole; the charges being 6, 9, 12, and 24 pennyweights of pow¬ der. In three experiments the error was ^yths, varying from yjjth to y2th of the whole; the charges 8 and 12 pennyweights of powder. In two experiments the error was yoths, in one case amounting to something less than 3*2 d, in the other to of the whole ; the charges 12 and 36 pennyweights of powder. By one experiment the error was seven, and by another eight, tenths ; the first amount¬ ing to jyjth nearly, the latter to almost -^th of the whole ; the charges of powder 6 or 12 pennyweights. The last error, however, Mr Robins ascribes to the wind. The two remaining experiments varied from theory by 1*3 inches, somewhat more than ^th of the whole; the charges of powder were 12 pennyweights in each ; and Mr Robins ascribes the error to the dampness of the powder. In ano¬ ther case he ascribes an error of ^yths to the blast of the powder on the pendulum. From these experiments Mr Robins deduces the follow¬ ing conclusions. “ The variety of these experiments, and the accuracy with which they correspond to the theory, leave us no room to doubt of its certainty. This theory, as here established, supposes that, in the firing of gun¬ powder, about y^ths of its substance is converted by the sudden inflammation into a permanently elastic fluid, whose elasticity, in proportion to its heat and density, is the same with that of common air in the like circumstances : it far¬ ther supposes, that all the force exerted by gunpowder in its most violent operations, is no more than the action of the elasticity of the fluid thus generated ; and these prin¬ ciples enable us to determine the velocities of bullets im¬ pelled from fire-arms of all kinds, and are fully sufficient for all purposes where the force of gunpowder is to be es¬ timated. “ From this theory many deductions may be made of the greatest consequence to the practical part of gunnery. From hence the thickness of a piece, which will enable it to confine, without bursting, any given charge of powder, is easily determined, since the effort of the powder is known. From hence appears the inconclusiveness of what some modern authors have advanced, relating to the ad¬ vantages of particular forms of chambers for mortars and cannon ; for all their laboured speculations on this head are evidently founded on very erroneous opinions about the action of fired powder. From this theory too we are taught the necessity of leaving the same space behind the bullet, when we would, by the same quantity of powder, GUNNERY. 49 communicate to it an equal degree of velocity; since, on the principles already laid down, it follows, that the same powder has a greater or less degree of elasticity, accord¬ ing to the different spaces it occupies. The method which I have always practised for this purpose has been by mark¬ ing the rammer ; and this is a maxim which ought not to be dispensed with when cannon are fired at an elevation, particularly in those called by the French batteries d ricochet. 11 From the continued action of the powder, and its man¬ ner of expanding described in this theory, and the length and weight of the piece, one of the most essential circum¬ stances in the well directing of artillery may be easily as¬ certained. All practitioners are agreed, that no shot can be depended on, unless the piece be placed on a solid plat¬ form ; for if the platform shakes with the first impulse of the powder, it is impossible but the piece must also shake, which will alter its direction, and render the shot uncer¬ tain. To prevent this accident, the platform is usually made extremely firm to a considerable depth backwards ; so that the piece is not only well supported in the beginning of its motion, but likewise through a great part of its re¬ coil. However, it is sufficiently obvious, that when the bullet is separated from the piece, it can be no longer af¬ fected by the trembling of the piece or platform ; and, by a very easy computation, it will be found that the bullet will be out of the piece before the latter hath recoiled half an inch ; whence, if the platform be sufficiently solid at the beginning of the recoil, the remaining part of it may be much slighter ; and hence a more compendious method of constructing platforms may be found out. “ From this theory also it appears how greatly these au¬ thors have been mistaken, who have attributed the force of gunpowder, or at least a considerable part of it, to the action of the air contained either in the powder or between the intervals of the grains ; for they have supposed that air to exist in its natural elastic state, and to receive all its ad¬ dition of force from the heat of the explosion. But from what hath been already delivered concerning the increase of the air’s elasticity by heat, we may conclude that the heat of the explosion cannot augment this elasticity to five times its common quantity; consequently the force arising from this cause only cannot amount to more than the 200th part of the real force exerted on the occasion. “ If the whole substance of the powder was converted into an elastic fluid at the instant of the explosion, then, from the known elasticity of this fluid assigned by our the¬ ory, and its known density, we could easily determine the velocity with which it would begin to expand, and could thence trace out its future augmentations in its progress through the barrel: but as we have shown that the elastic fluid, in which the activity of the gunpowder consists, is only -^ths of the substance of the powder, the remaining -j^ths will, in the explosion, be mixed with the elastic part, and will by its weight retard the activity of the explosion ; and yet they will not be so completely united as to move with one common motion ; but the unelastic part will be less accelerated than the rest, and some will not even be carried out of the barrel, as appears by the considerable quantity of unctuous matter which adheres to the inside of all fire-arms after they have been used. These inequali¬ ties in the expansive motion of the flame oblige us to re¬ cur to experiments for its accurate determination. “ The experiments made use of for this purpose were of two kinds. The first was made by charging the barrel A with 12 pennyweights of powder, and a small wad of tow only; and then placing its mouth 19 inches from the centre of the pendulum. On firing it in this situa¬ tion, the impulse of the flame made it ascend through an arch whose chord was 13-7 inches ; whence, if the whole substance of the powder was supposed to strike against the pendulum, and each part to strike with the same velocity, that common velocity must have been at the rate of about Theory. 2650 feet in a second. But as some part of the velocity of the flame was lost in passing through 19 inches of air, I made the remaining experiments in a manner not liable to this inconvenience. “ I fixed the barrel A on the pendulum, so that its axis might be both horizontal and also perpendicular to the plane HK ; or, which is the same thing, that it might be in the plane of the pendulum’s vibration : the height of the axis of the piece above the centre of the pendulum was six inches, and the weight of the piece, and of the iron that fastened it, &c. was 12^ lbs. The barrel in this situ¬ ation being charged with 12 pennyweights of powder, without either ball or wad, only put together with the ram¬ mer ; on the discharge the pendulum ascended through an arch whose chord was 10 inches, or, reduced to an equiva¬ lent blow in the centre of the pendulum, supposing the barrel away, it would be l^’^ inches nearly. I he same experiment being repeated, the chord of the ascending arch was 10-1 inches, which, reduced to the centre, is 14-6 inches. “ To determine what difference of velocity there was in the different parts of the vapour, I loaded the piece again with 12 pennyweights of powder, and rammed it down with a wrad of tow weighing one pennyweight. Now, I conceived that this wad, being very light, would presently acquire that velocity with which the elastic part of the fluid would expand itself when uncompressed ; and I ac¬ cordingly found, that the chord of the ascending arch was by this means increased to 12 inches, or at the centre to 17*3 ; whence, as the medium of the other two experi¬ ments is 14-5, the pendulum ascended through an arch 2 8 inches longer, by the additional motion of one pennyweight of matter, moving with the velocity of the swiftest part of the vapour ; and consequently the velocity with wffiich this pennyweight of matter moved, was that of about 7000 feet in a second. “ It will perhaps be objected to this determination, that the augmentation of the arch through which the pendulum vibrated in this case was not all of it owing to the quantity of motion given to the wad, but part of it was produced by the confinement of the powder, and the greater quantity thereby fired. But if it were true that a part only of the powder fired when there was no wad, it would not happen that in firing different quantities of powder without a wad, the chord would increase and decrease nearly in the ratio of these quantities ; which yet I have found it to do : for with nine pennyweights that chord was 7-3 inches, which with 12 pennyweights, we have seen, was only 10 and 10T inches ; and even with three pennyweights the chord was two inches ; deficient from this proportion by -5 only, for which defect two other valid reasons are to be assigned. “ And there is still a more convincing proof that all the powder is fired, although no wad be placed before the charge, which is, that the part of the recoil arising from the expansion of powder alone is found to be no greater when it impels a leaden bullet before it, than when the same quantity is fired without any wad to confine it. We have seen that the chord of the arch through which the pen¬ dulum rose from the expansive force of the powder alone is 10, or 10-1 ; and the chord of that arch, when the piece was charged in the customary manner with a bullet and wad, I found to be, the first time 22^, and the second 22£, or, at a medium, 22*56. Now the impulse of the ball and wad, if they were supposed to strike the pendulum in the same place in which the barrel was suspended, with the velocity they had acquired at the mouth of the piece, would drive it through an arch whose chord would be about 12**3 ; as is known from the weight of the pendulum, the weight and position of the barrel, and the velocity of the bullet determined by our former experiments; whence, subtracting this num- VOL. XI. 50 GUNNERY. Theory, ber 12 3 from 22’56, the remainder, 10-26, is nearly the chord of the arch which the pendulum would have ascend¬ ed through from the expansion of the powder alone with a bullet laid before it. And this number, 10-26, differs but little from 10-1, which we have above found to be the chord of the ascending arch, when the same quantity of powder expanded itself freely without either bullet or wad before it. “ Again, that this velocity of 7000 feet in a second is not much beyond what the most active part of the flame acquires in expanding, is evinced from hence, that in some experiments a ball has been found to be discharged with a velocity of 2400 feet in a second; and yet it appeared not that the action of the powder was at all diminished on ac¬ count of this immense celerity: consequently the degree of swiftness with which, in this instance, the powder fol¬ lowed the ball without losing any part of its pressure, must have been much short of what the powder alone would have expanded with had not the ball been there. “ From these determinations may be deduced the force of petards, since their action depends entirely on the im¬ pulse of the flame ; and it appears that a quantity of pow¬ der properly disposed in such a machine, may produce as violent an effort as a bullet of twice its weight, moving with a velocity of 1400 or 1500 feet in a second. “ In many of the experiments already recited, the ball was not laid immediately contiguous to the powder, but at a small distance, amounting, at the utmost, only to an inch and a half. In these cases the theory agreed very well with the experiments. But if a bullet is placed at a greater dis¬ tance from the powder, suppose at 12, 18, or 24 inches, we cannot then apply to this ball the same principles which may be applied to those laid in contact, or nearly so, with the powder; for when the surface of the fired powder is not confined by a heavy body, the flame dilates itself with a velocity far exceeding that which it can communicate to a bullet by its continued pressure ; consequently, as, at the distance of 12, 18, or 24 inches, the powder will have ac¬ quired a considerable degree of this velocity of expansion, the first motion of the ball will not be produced by the con¬ tinued pressure of the powder, but by the actual percussion of the flame ; and it will therefore begin to move with a quantity of motion proportioned to the quantity of this flame, and the velocities of its respective parts. “ From hence then it follows, that the velocity of the bullet, laid at a considerable distance before the charge, ought to be greater than what would be communicated to it by the pressure of the powder acting in the manner al¬ ready mentioned; and this deduction from our theory we have confirmed by manifold experience, by which we have found, that a ball laid in the barrel A, with its hinder part 111 inches from its breech, and impelled by 12 penny¬ weights of powder, has acquired a velocity of about 1400 feet in a second ; when, if it had been acted on by the pres¬ sure of the flame only, it would not have acquired a velo¬ city of 1200 feet in a second. The same we have found to hold true in all other greater distances (and also in lesser, though not in the same degree), and in all quantities of powder; and we have likewise found, that these effects nearly correspond with what has been already laid down about the velocity of expansion and the elastic and un¬ elastic parts of the flame. “ From hence too arises another consideration of great consequence in the practice of gunnery; which is, that no bullet should at any time be placed at a considerable dis¬ tance from the charge, unless the piece is extremely well fortified ; for a moderate charge of powder, when it has expanded itself through the vacant space, and reaches the ball, will, by the velocity each part has acquired, accumu¬ late itself behind the ball, and thereby be condensed pro¬ digiously ; whence, if the barrel be not extremely firm in that part, it must, by means of this reinforced elasticity, Theory, infallibly burst. The truth of this reasoning I have ex- perienced in an exceeding good Tower musket, forged of very tough iron ; for, charging it with 12 pennyweights of powder, and placing the ball sixteen inches from the breech, on firing it, the part of the barrel just behind the bullet was swelled out to double its diameter, like a blown bladder, and two large pieces of two inches long were burst out of it. “ Having seen that the entire motion of a bullet laid at a considerable distance from the charge is acquired by two different methods in which the powder acts on it, the first being the percussion of the parts of the flame with the ve¬ locity they had respectively acquired by expanding, the second the continued pressure of the flame through the remaining part of the barrel, I endeavoured to separate these different actions, and to retain that only which arose from the continued pressure of the flame. For this pur¬ pose I no longer placed the powder at the breech, from whence it would have full scope for its expansion ; but I • scattered it as uniformly as I could through the whole cavity left behind the bullet; imagining that by this means the progressive velocity of the flame in each part would be prevented by the expansion of the neighbouring parts ; and I found, that the ball being laid 11^ inches from the breech, its velocity, instead of 1400 feet in a second, which it ac¬ quired in the last experiments, was now no more than 1100 feet in the second, which is 100 feet short of what, accord¬ ing to the theory, should arise from the continued pressure of the powder only. “ The reason of this deficiency was, doubtless, the intes¬ tine motion of the flame ; for the accension of the powder thus distributed through so much larger a space than it could fill, must have produced many reverberations and pulsations of the flame ; and from these internal agitations of the fluid, its pressure on the containing surface will (as is the case of all other fluids) be considerably diminished; and in order to avoid this irregularity, in aH other experi¬ ments I took care to have the powder closely confined in as small a space as possible, even when the bullet lay at some distance from it. “ With regard to the resistance of the air, which so re¬ markably affects all military projectiles, it is necessary to premise, that the greatest part of authors have established it as a certain rule, that while the same body moves in the same medium, it is always resisted in the duplicate propor¬ tion of its velocity; that is, if the resisted body move in one part of its track with three times the velocity with which it moved in some other part, then its resistance to the greater velocity will be nine times the resistance to the lesser. If the velocity in one place be four times greater than in another, the resistance of the fluid will be sixteen times greater in the first than in the second, &c. This rule, however, though pretty near the truth when the velocities are confined within certain limits, is excessively erroneous when applied to military projectiles, where such resistances often occur as could scarcely be effected, on the commonly received principles, even by a treble augmenta¬ tion of its density. “ By means of the machine already described, I nave it in my power to determine the velocity with which a ball moves in any part of its track, provided I can direct the piece in such a manner as to cause the bullet to impinge on the pendulum placed in that part; and therefore, charg¬ ing a musket barrel three times successively with a leaden ball three fourths of an inch in diameter, and about half its weight of powder, and taking such precaution in weigh¬ ing of the powder and placing it, that I was assured, by many previous trials, that the velocity of the ball could not differ by twenty feet in a second from its medium quan¬ tity, I fired it against the pendulum placed at 25, 75, and G U N J' fheory. 125 feet distance from the mouth of the piece respectively ; and I found that it impinged against the pendulum, in the first case, with a velocity of 1670 feet in a second; in the second case, with a velocity of 1550 feet in a second; and in the third case, with a velocity of 1425 feet in a second; so that, in passing through fifty feet of air, the bullet lost a velocity of 120 or 125 feet in a second ; and the time of its passing through that space being about ^gd or ^th of a second, the medium quantity of resistance must, in these instances, have been about 120 times the weight of the ball, which (as the ball was nearly.-J^th of a pound) amounts to about 10 lbs. avoirdupois. Now, if a computation be made according to the me¬ thod laid down for compressed fluids in the 38th Pro¬ position of Newton’s Principia, supposing the weight of water to that of air as 850 to 1, it will be found that the resistance to a globe of three fourths of an inch diameter, moving with a velocity of about 1600 feet in a second, will not, on these principles, amount to any more than 4^ lbs. avoirdupois; whence, as we know that the rules contained in that proposition are very accurate with re¬ gard to slow motions, we may hence conclude, that the re¬ sistance of the air in slow motions is less than that in swift motions, in the ratio of 4^ to 10; a proportion between that of one to two and one to three. “ Again, I charged the same piece a number of times with equal quantities of powder, and balls of the same weight, taking all possible care to give to every shot an equal velocity ; and firing three times against the pendulum placed only 25 feet from the mouth of the piece, the me¬ dium of the velocities with which the ball impinged was nearly that of 1690 feet in a second: then removing the piece 175 feet from the pendulum, I found, taking the me¬ dium of five shots, that the velocity with which the ball impinged at this distance was 1300 feet in a second; whence the ball, in passing through 150 feet of air, lost a velocity of about 390 feet in a second; and the resistance computed from these numbers comes out something more than in the preceding instance, it amounting here to be¬ tween eleven and twelve pounds avoirdupois; whence, ac¬ cording to these experiments, the resisting power of the air to swift motions is greater than to slow ones, in a ratio which approaches nearer to that of three to one than in the preceding experiments. “ Having thus examined the resistance to a velocity of 1700 feet in a second, I next examined the resistance to smaller velocities; and for this purpose I charged the same barrel with balls of the same diameter, but with less powder, and placing the pendulum at 25 feet distance from the piece, I fired against it five times with an equal charge each time; the medium velocity with which the ball impinged was that of 1180 feet in a second: then, re¬ moving the pendulum to the distance of 250 feet, the me¬ dium velocity of five shots, made at this distance, was that of 950 feet in a second: whence the ball, in passing through 225 feet of air, lost a velocity of 230 feet in a se¬ cond ; and as it passed through that interval in about three fourteenths of a second, the resistance to the middle velo¬ city will come out to be near 331 times the gravity of the ball, or two pounds ten ounces avoirdupois. Now, the re¬ sistance to the same velocity, according to the laws ob¬ served in slower motions, amounts to seven elevenths of the same quantity ; whence, in a velocity of 1065 feet in a se¬ cond, the resisting power of the air is augmented in no greater a proportion than that of seven to eleven; whereas we have seen in the former experiments, that to still greater degrees of velocity the augmentation approached very near the ratio of one to three. “ But farther, I fired three shot, of the same size and weight with those already mentioned, over a large piece of water; so that their dropping into the water being very E R Y. 51 discernible, both the distance and time of their flight might Theory, be accurately ascertained. Each shot was discharged with a velocity of 400 feet in a second ; and I had satisfied my¬ self, by many previous trials of the same charge with the pendulum, that I could rely on this velocity to ten feet in a second. TKe first shot flew 313 yards in four seconds and a quarter, the second flew 319 yards in four seconds, and the third 373 yards in five seconds and a half. Ac¬ cording to the theory of resistance established for slow motions, the first shot ought to have spent no more than 3-2 seconds in its flight, the second 3-28, and the third four seconds; whence it is evident that every shot was retard¬ ed considerably more than it ought to have been had that theory taken place in its motion ; consequently the resist¬ ance of the air is very sensibly increased, even in such a small velocity as that of 400 feet in a second. “ As no large shot are ever projected in practice with velocities exceeding that of 1700 feet in a second, it will be sufficient for the purposes of a practical gunner to de¬ termine the resistance to all lesser velocities, which may be thus exhibited. Let AB (fig. 14) be taken to AC, in the ratio of 1700 feet in a second to the given velocity to which the resisting power of the air is required. Conti¬ nue the line AB to D, so that BD may be to AD as the resisting power of the air to slow motions is to its resisting power to a velocity of 1700 feet in a second; then shall CD be to AD as the resisting power of the air to slow motions is to its resisting power to the given velocity re¬ presented by AC. “ From the computations and experiments already men¬ tioned, it plainly appears that a leaden ball ot three fourth* of an inch diameter, and weighing nearly 1 ^ ounce avoir dupois, if it be fired from a barrel of forty-five inches in length, with half its weight of powder, will issue from that piece with a velocity which, if it were uniformly continued, would carry it near 1700 feet in a second. It, instead ot the leaden ball, an iron one, of an equal diameter, was placed in the same situation in the same piece, and was impelled by an equal quantity of powder, the velocity of such an iron bullet would be greater than that of a leaden one in the subduplicate ratio of the specific gravities ot lead and iron; and supposing that ratio to be as three to two, and computing on the principles already laid down, it will appear, that an iron bullet of 24 lbs. weight, shot from a piece of ten feet in length, with 16 lbs. of powder, will acquire from the explosion a velocity which, it uni¬ formly continued, would carry it nearly 1650 feet in a se¬ cond. “ This is the velocity which, according to our theory, a cannon ball of 24 lbs. weight is discharged with when it is impelled by a full charge of powder; but if, in¬ stead of a quantity of powder weighing two thirds of the ball, we suppose the charge to be only halt the weight of it, then its velocity will on the same principles be no more than 1490 feet in a second. The same would be the velocities of every lesser bullet fired with the same propor¬ tions of powder, if the lengths of all pieces were constant¬ ly in the same ratio with the diameters of their bore; and although, according to the usual dimensions of the smal¬ ler pieces of artillery, this proportion does not always hold, yet the difference is not great enough to occasion a very great variation from the velocities here assigned, as will be obvious to any one who shall make a computation thereon. But in these determinations we suppose the windage to1 be no more than is just sufficient for putting down the bullet easily; whereas, in real service, either through negligence or unskilfulness, it often happens that the diameter ot the bore so much exceeds the diameter of the bullet, that great part of the inflamed fluid escapes by its side; whence the velocity of the shot in this case may be considerably less than what we have assigned. However, this perhaps may GUNNERY. Theory, be compensated by the greater heat which in all probabi- lity attends the firing of these large quantities of powder. “ From this great velocity of cannon-shot we may clear up the difficulty concerning the point-blank shot which oc¬ casioned the invention of Anderson’s strange hypothesis. Here our author was deceived by his not knowing how greatly the primitive velocity of the heaviest shot is dimi¬ nished in the course of its flight by the resistance of the air. Now, as a shot of 24 lbs. fired with two thirds of its weight of powder, will, at the distance of 500 yards from the piece, be separated from the line of its original direc¬ tion by an angle of little more than half a degree, those who are acquainted with the inaccurate methods often used in the directing of cannon will easily allow, that so small an aberration may not be attended to by the generality of practitioners, and the path of the shot may consequently be deemed a straight line; especially as other causes of error will often intervene much greater than what arises from the incurvation of this line by gravity. “We have now determined the velocity of the shot, both when fired with two thirds of its weight and with half its weight of powder respectively ; and on this occasion I must remark, that, on the principles of our theory, the in¬ creasing the charge of powder will increase the velocity of the shot till the powder arrives at a certain quantity; after which, if the powder be increased, the velocity of the shot will diminish. The quantity producing the greatest velo¬ city, and the proportion between that greatest velocity and the velocity communicated by greater and lesser charges, may be thus assigned. Let AB (fig. 14) represent the axis of the piece ; draw AC perpendicular to it, and to the asymp¬ totes AC and AB draw any hyperbola LF, and draw BF parallel to AC ; find out now the point D, where the rect¬ angle ADEG is equal to the hyperbolic area DEFB ; then will AD represent that height of the charge which com¬ municates the greatest velocity to the shot; whence AD being to AB as 1 to 2*71828, as appears from the table of logarithms, from the length of the line AD thus deter¬ mined, and the diameter of the bore, the quantity of pow¬ der contained in this charge is easily known. If, instead of this charge, any other filling the cylinder to the height AI be used, draw IH parallel to AC, and through the point H to the same asymptotes AC and AB describe the hyperbola HK; then the greatest velocity will be to the velocity communicated by the charge A I, in the-subdupli¬ cate proportion of the rectangle ADEG to the same rect¬ angle diminished by the trilinear space KHE. “ It has been already shown, that the resistance of the air on the surface of a bullet of three fourths of an inch diameter, moving with a velocity of 1670 feet in a second, amounted to about ten pounds. It hath also been shown, that an iron bullet weighing twenty-four pounds, if fired with sixteen pounds of powder (which is usually esteemed its proper battering charge), acquires a velocity of about 1650 feet in a second, scarcely differing from the other; whence, as the surface of this last bullet is more than fifty- four times greater than the surface of a bullet of three fourths of an inch diameter, and their velocities are nearly the same, it follows, that the resistance on the larger bul¬ let will amount to more than 540 pounds, which is near twenty-three times its own weight. “ The two last propositions are principally aimed against those theorists who have generally agreed in supposing ,the flight of shot and shells to be nearly in the curve of a parabola. The reason given by those authors for their opinion is the supposed inconsiderable resistance of the air; since, as it is agreed on all sides that the track of projectiles would be a perfect parabola if there was no resistance, it has from thence been too rashly concluded, that the interruption which the ponderous bodies of shells and bullets would receive from such a rare medium as air would be scarcely sensible, and consequently that their Theory, parabolic flight would be hereby scarcely affected. “ Now, the prodigious resistance of the air to a bullet of twenty-four pounds weight, such as we have here esta¬ blished it, sufficiently confutes this reasoning ; for how er¬ roneous must that hypothesis be, which neglects as incon¬ siderable a force amounting to more than twenty times the weight of the moving body?” We now proceed to state the postulates which contain the principles of the modern art of gunnery. They are as follow : “ 1. If the resistance of the air be so small that the mo¬ tion of a projected body is in the curve of a parabola, then the axis of that parabola will be perpendicular to the hori¬ zon, and consequently the part of the curve in which the body ascends will be equal and similar to that in which it descends. “ 2. If the parabola in which the body moves be termi¬ nated on a horizontal plane, then the vertex of the parabo¬ la will be equally distant from its own extremities. “ 3. Also the moving body will fall on that horizontal plane in the same angle, and with the same velocity with which it was first projected. “ 4. If a body be projected in different angles but with the same velocity, then its greatest horizontal range will be when it is projected in an angle of 45° with the hori¬ zon. “ 5. If the velocity with which the body is projected be known, then this greatest horizontal range may be thus found. Compute, according to the common theory of gravity, what space the projected body ought to fall through to acquire the velocity with which it is projected; then twice that space will be the greatest horizontal range, or the horizon¬ tal range when the body is projected in an angle of 45° with the horizon. “ 6. The horizontal ranges of a body, when projected with the same velocity at different angles, will be between themselves as the sines of twice the angle in which the line of projection is inclined to the horizon. “7. If a body is projected in the same angle with the horizon, but with different velocities, the horizontal ranges will be in the duplicate proportion of those velocities. “ These postulates, which contain the principles of the modern art of gunnery, are all of them false; for it has been already shown, that a musket-ball of three fourths of an inch in diameter, fired with half its weight of powder, from a piece 45 inches long, moves with a velocity of near 1700 feet in a second. Now, if this ball flew7 in the curve of a parabola, its horizontal range at 45° would be found by the fifth postulate to be about seventeen miles. But all the practical writers assure us that this range is really short of half a mile. Diego Uffano assigns to an arquebuss, four feet in length, and carrying a leaden ball of 1-^ oz. weight (which is very near our dimensions), a horizontal range of 797 common paces, when it is elevated between 40 and 50 degrees, and charged with a quantity of fine powder equal in weight to the ball. Mersennus also tells us, that he found the horizontal range of an arquebuss at 45° to be less than 400 fathoms, or 800 yards; whence, as either of these ranges is short of half an English mile, it follows, that a musket-shot, when fired w ith a reasonable charge of powder at the elevation of 45°, flies not one thirty-fourth part of the distance it ought to do if it moved in a parabola. Nor is this great contraction of the hori¬ zontal range to be wondered at, when it is considered that the resistance of this bullet when it first issues from the piece amounts to 120 times its gravity, as has been here experimentally demonstrated. “ To prevent objections, our next instance shall be in an iron bullet of 24 lbs. weight, which is the heaviest in common use for land-service. Such a bullet fired from a piece of the common dimensions, with its greatest allotment *! 'heory. GUNNERY. 53 of powder, has a velocity of 1650 feet in a second, as al- be considered as the point of contact. lo put this mat- theory, ready shown. Now, if the horizontal range of this shot at ter out of all doubt, however, I took a barrel carrying a —-Y 45° be computed on the parabolic hypothesis by the fifth ball three fourths of an inch in diameter, and fixing it on postulate, it will come out to be about sixteen miles, which a heavy carriage, I satisfied myself of the steadiness and is between five and six times its real quantity; for the truth of its direction, by firing at a board 1^-th foot square, practical writers all agree in making it less than three which was placed at 180 feet distance; for I found that rn^es> in sixteen successive shots I missed the mark but once. “ But farther, it is not only v;hen projectiles move with Now, the same barrel being fixed on the same carriage, these very great velocities that their flight sensibly varies and fired with a smaller quantity of powder, so that the from the curve of a parabola; the same aberration often shock on the discharge would be much less, and conse- takes place in such as move slow enough to have their quently the direction less changed, I found, that at 760 motion traced out by the eye; for there are few projec- yards distance the ball flew sometimes 100 yards to the tiles that can be thus examined, which do not visibly dis- right of the line it was pointed on, and sometimes as much agree with the first, second, and third postulates; obvi- to the left. I found, too, that its direction in the per- ously descending through a curve which is shorter and pendicular line was not less uncertain, it falling one time less inclined to the horizon than that in which they as- above 200 yards short of what it did at another ; although, cended. Also the highest point of their flight, or the by the nicest examination of the piece after the discharge, vertex of the curve, is much nearer the place where they it did not appear to have started in the least from the po- fall to the ground than to that from whence they were at sition it was placed in. first discharged. v “ The reality of this doubly curvated track being thus «I have found too by experience, that the fifth, sixth, demonstrated, it may perhaps be asked, W hat can be the and seventh postulates are excessively erroneous when cause of a motion so different from what has been hitherto applied to the motions of bullets moving with small velo- supposed? And to this I answer, that the deflection in cities. A leaden bullet three fourths of an inch in diameter, question must be owing to some power acting obliquely discharged with a velocity of about 400 feet in a second, to the progressive motion of the body; which power can and in an angle of 19° 5' with the horizon, ranged on the be no other than the resistance of the air. If it be far- horizontal plane no more than448 yards; whereas its great- ther asked, how the resistance of the air can ever come est horizontal range being found by the fifth postulate to be to be oblique to the progressive motion of the body, I at least 1700 yards, the range at 19° 5' ought by the sixth farther reply, that it may sometimes arise from inequali- postulate to have been 1050 yards; whence, in this ex- ties in the resisted surface, but that its general cause is periment, the range was not three sevenths of what it doubtless a whirling motion acquired by the bullet about must have been had the commonly received theory been its axis ; for by this motion of rotation, combined with true.” the progressive motion, each part of the bullet’s surface From this and other experiments, it is clearly proved, will strike the air very differently from what it would do that the track described by the flight even of the heaviest if there was no such whirl; and the obliquity of the ac- shot, is neither a parabola, nor even approaching to a pa- tion of the air arising from this cause will be greater, as rabola, except when they are projected with very small the rotatory motion of the bullet is greater in proportion velocities. The nature of the curve really described by to its progressive one. them will be explained under the head of Projectiles. “ This whirling motion undoubtedly arises from the But, as a specimen of the great complication of the sub- friction of the bullet against the sides of the piece; and ject, we shall here insert an account of a circumstance as the rotatory motion will in some part of its revolu- which frequently occurs in the discharge of shot. tion conspire with the progressive one, and in another “ As gravity acts perpendicularly to the horizon, it is part be equally opposed to it, the resistance of the air on evident, that if no other power but gravity deflected a the fore part of the bullet will be hereby affected, and projected body from its course, its motion would be con- will be increased in that part where the whirling motion stantly performed in a plane perpendicular to the horizon, conspires with the progressive one, and diminished where passing through the line of its original direction; but we it is opposed to it; and by this means the whole effort of have found, that the body in its motion often deviates the resistance, instead of being opposite to the direction from this plane, sometimes to the right hand and at other of the body, will become oblique thereto, and will pro¬ times to the left; and this in an incurvated line, which is duce those effects already mentioned. If it was possible convex towards that plane, so that the motion of a bullet to predict the position of the axis round which the bullet is frequently in a line having a double curvature, it being should whirl, and if that axis was unchangeable during bent towards the horizon by the force of gravity, and the whole flight of the bullet, then the aberration of the again bent out of its original direction to the right or left bullet by this oblique force would be in a given direction, by some other force. In this case no part of the motion and the incurvation produced thereby would regularly ex- of the bullet is performed in the same plane, but its track tend the same way from one end of its track to the other, will lie in the surface of a kind of cylinder, whose axis is For instance, if the axis of the whirl was perpendicular to perpendicular to the horizon. the horizon, then the incurvation would be to the right or “ This proposition may be indisputably proved by the left. If that axis was horizontal, and perpendicular to experience of every one in the least conversant with the the direction of the bullet, then the incurvation would be practice of gunnery. The same piece which will carry its upwards or downwards. But as the first position of this bullet within an inch of the intended mark at ten yards axis is uncertain, and as it may perpetually shift in the distance, cannot be relied on to ten inches in 100 yards, course of the bullet’s flight; the deviation of the bullet is much less to thirty inches in 300 yards. Now this in- not necessarily either in one certain direction, or tending equality can only arise from the track of the bullet being to the same side in one part of its track more than it does incurvated sidewise as well as downwards; for by this in another, but more usually is continually changing the means the distance between that incurvated line and the tendency of its deflection, as the axis round which it line of direction will increase in a much greater ratio than whirls must frequently shift its position to the progressive that of the distance; these lines being coincident at the motion by many inevitable accidents, mouth of the piece, and afterwards separating in the man- “ That a bullet generally acquires such a rotatory mo- ner of a curve and its tangent, if the mouth of the piece tion as here described, is, I think, demonstrable : how- GUNN E R Y. 54 Theory, ever, to leave no room for doubt or dispute, I confirmed it, as well as some other parts of my theory, by the following experiments. “ I caused the machine to be made, represented fig. 15. BCDE is a brass barrel, moveable on its axis, and so ad¬ justed by means of friction-wheels, not represented in the figure, as to have no friction worth attending to. The frame in which this barrel is fixed is so placed that its axis may be perpendicular to the horizon. The axis itself is conti¬ nued above the upper plate of the frame, and has fastened on it a light hollow cone, AFG. From the lower part of this cone there is extended a long arm of wood, GH, which is very thin, and cut feather-edged. At its extre¬ mity there is a contrivance for fixing on the body whose resistance is to be investigated (as here the globe P) ; and to prevent the arm GH from swaying out of its horizontal position by the weight of the annexed body P, there is a brace, AH, of fine wire, fastened to the top of the cone which supports the end of the arm. “ Round the barrel BCDE there is wound a fine silk line, the turns of which appear in the figure ; and after this line has taken a sufficient number of turns, it is con¬ ducted nearly in a horizontal direction to the pulley L, over which it is passed, and then a proper weight M is hung to its extremity. If this weight be left at liberty, it is obvious that it will descend by its own gravity, and will, by its descent, turn round the barrel BCDE, together with the arm GH, and the body P fastened to it. And whilst the resistance on the arm GH and on the body P is less than the weight M, that weight will accelerate its motion ; and thereby the motion of GH and P will increase, and consequently their resistance will increase, till at last this resistance and the weight M become nearly equal to each other. The motion with which M descends, and with which P revolves, will not then sensibly differ from an equa¬ ble one. Whence it is not difficult to conceive, that, by proper observations made with this machine, the resistance of the body P may be determined. The most natural me¬ thod of proceeding in this investigation is as follows : Let the machine first have acquired its equable motion, which it will usually do in about five or six turns from the begin¬ ning ; and then let it be observed, by counting a number of turns, what time is taken up by one revolution of the body P : then taking off the body P and the wreight M, let it be examined what smaller weight will make the arm GH revolve in the same time as when P was fixed to it: this smaller weight being taken from M, the remainder is ob¬ viously equal in effort to the resistance of the revolving body P; and this remainder being reduced in the ratio of the length of the arm to the semidiameter of the barrel, will then become equal to the absolute quantity of the resistance. And as the time of one revolution is known, and consequently the velocity of the revolving body, there is hereby discovered the absolute quantity of the re¬ sistance to the given body P moving with a given degree of celerity. “ Here, to avoid all objections, I have generally chosen, when the body P was removed, to fix in its stead a thin piece of lead of the same weight, placed horizontally : so that the weight which was to turn round the arm GH, without the body P, did also carry round this piece of lead. But mathematicians will easily allow that there was no ne¬ cessity for this precaution. The diameter of the barrel BCDE, and of the silk string wound round it, was 2,06 inch¬ es. The length of the arm GH, measured from the axis to the surface of the globe P, was 49-5 inches. The body P, the globe made use of, was of pasteboard ; its surface very neatly coated with marbled paper. It was not much distant from the size of a 12-lb. shot, being in diameter 4-5 inches, so that the radius of the circle described by the centre of the globe was 51-75 inches. When this globe was fixed at the end of the arm, and a weight of half a Theory, pound was hung at the end of the string at M, it was exa- mined how soon the motion of the descending weight M, and of the revolving body P, would become equable as to sense. With this view, three revolutions being suffered to elapse, it was found that the next 10 were performed in 27!", 20 in less than 55", and 80 in 82,*7; so that the first 10 were performed in 27f" the second in 27i", and the third in 271". “ These experiments sufficiently evince, that even with half a pound, the smallest weight made use of, the motion of the machine was sufficiently equable after the first three revolutions. “The globe above mentioned being now fixed at the end of the arm, there was hung on at M a weight of 3^ lb.; and ten revolutions being suffered to elapse, the succeeding 20 were performed in 211". Then the globe being taken oft', and a thin plate of lead, equal to it in w eight, placed in its room ; it was found, that instead of 3^ lb. a weight of one pound would make it revolve in less time than it did before, performing now 20 revolutions after 10 were elapsed in the space of 19". “ Hence then it follows, that from the 3^ lb. first hung on, there is less than 1 lb. to be deducted for the resistance on the arm; and consequently the resistance on the globe itself is not less than the effort of 2^ lb. in the situation M : and it appearing from the former measures, that the radius of the barrel is nearly ^ of the radius of the circle describ¬ ed by the centre of the globe, it follows, that the abso¬ lute resistance of the globe, when it revolves 20 times in 211" (about 25 feet in a second), is not less than the 50th part of tw-o pounds and a quarter, or of 36 ounces; and this being considerably more than half an ounce, and the globe nearly the size of a 12-pound shot, it irrefragably confirms a proposition I had formerly laid down from the-' ory, that the resistance of the air to a 12-lb. iron shot, mov¬ ing w ith a velocity of 25 feet in a second, is not less than half an ounce. “ The rest of the experiments were made in order to confirm another proposition, namely, that the resistance of the air within certain limits is nearly in the duplicate pro¬ portion of the velocity of the resisted body. To investi¬ gate this point, there were successively hung on at M, weights in the proportion of the numbers 1, 4, 9, 16 ; and letting 10 revolutions first elapse, the following observa¬ tions w^ere made on the rest. With ^ lb. the globe went 20 turns in 54^7, with 2 lb. it went 20 turns in 27^", with 4i| lb. it went 30 turns in 27^", and with 8 lb. it went 40 turns in 27^". Hence it appears, that to resistances pro¬ portioned to the numbers 1, 4, 9, 16, there correspond ve¬ locities of the resisted body in the proportion of the num- bex-s 1, 2, 3, 4; which proves, with great nicety, the pro¬ position above mentioned. “ With regard to the rotatory motion, the fix-st experi¬ ment was to evince, that the whirling motion of a ball com¬ bining with its progressive motion would produce such an oblique resistance and deflective power as already mention¬ ed. For this purpose a wooden ball of 4^ inches diameter w^as suspended by a double string about eight or nine feet long. Now, by turning round the ball, and twisting the double string, the ball when left to itself would have a revolv¬ ing motion given it from the untwisting of the string again. And if, w-hen the string was tw-isted, the ball was drawn to a considex-able distance from the perpendicular, and there let go, it would at first, before it had acquired its revolving motion, vibrate steadily enough in the same vertical plane in which it first began to move ; but when, by the un¬ twisting of the string, it had acquired a sufficient degree of its whirling motion, it constantly deflected to the right ox- left of its first track, and sometimes proceeded so far as to have its direction at right angles to that in which it be- 55 GUNNERY. Iieory. wan its motion; and this deviation was not produced by tances of their traces on the first screen be taken fiom iheorv. '*r‘w the string itself, but appeared to be entirely owing to the the like horizontal distances on the second and third, the resistance being greater on the one part of the leading two remainders will be in the same proportion with the surface of the globe than the other. For the deviation con- distances of the second and third screen from the first, tinned when the string was totally untwisted, and even And if they are not in this proportion, then it will be cer- during the time that the string, by the motion the globe tain that one of them at least has been deflected from had received, was twisting the contrary way. And it was the vertical plane ; though here, as in the last case, the always easy to predict, before the ball was let go, which quantity of that deflection in each will not be known, way it would deflect, only by considering on which side “ All these three methods I have myself made use of at the whirl would be combined with the progressive mo- different times, and have ever found the success agreeable tion ; for on that side always the deflective power acted, to my expectation. But the most eligible method seemed as the resistance was greater here than on the side where to be a compound of the two last. Ihe apparatus was as the whirl and progressive motion were opposed to one follows. Two screens were set up in the larger walk in the another” Charter-house garden; the first of them at 2o0 feet dis- Though Mr Robins considered this experiment as an tance from the wall, which was to serve for a third screen ; incontestible proof of the truth of his theory, he under- and the second 200 feet from the same wall. At fifty feet took to give ocular demonstration of this deflection of mus- before the first screen, or at 300 feet from the wall, there ket-bullets even in the short space of one hundred yards, was placed a large block weighing about 200 lbs. weight, “ As all proiectiles,” says he, “ in their flight are act- and having fixed into it an iron bar with a socket at its ed upon by the power of gravity, the deflection of a bul- extremity, in which the piece was to be laid. The piece let from its primary direction supposes that deflection to itself was of a common length, and bored for an ounce - 1 • . • .• i , ivoii r*- T.rae each time loaded w'ith a ball of 1/ to the be upwards or downwards in a vertical plane ; because, in the vertical plane, the action of gravity is compounded and entangled with the deflective force. And for this reason my experiments have been principally directed to the examination of that deflection which carries the bul¬ let to the right or left of that plane in which it began to move. For if it appears at any time that the bullet has shifted from that vertical plane in which the motion began, this will be an incontestible proof of what we have advanced. Now, by means of screens of exceeding thin ball. It was pound, so that the windage was extremely small, and with a quarter of an ounce of good powder. The screens were made of the thinnest tissue paper; and the resistance they gave to the bullet (and consequently their probabi¬ lity of deflecting it) was so small, that a bullet lighting one time near the extremity of one of the screens, left a fine thin fragment of it towards the edge entire, which was so very weak that it was difficult to handle it without breaking. These things thus prepared, five shots were paper, placed parallel to each other at proper distances, made with the piece rested in the notch above mentioned , this deflection in question may be many ways investi- and the horizontal distances between the first shot, whidi gated. For by firing bullets which shall traverse the was taken as a standard, and the four succeeding ones, screens, the flight of the bullet may be traced ; and it both on the first and second screen, and on toe wall, mea- may easily appear whether they do or do not keep invaria- sured in inches, were as follows . bly to one vertical plane. This examination may proceed First Screen, on three different principles, which I shall here separate- 1 to 2 T75 R. ly explain. 3 10 L. “ For, first, an exactly vertical plane may be traced out 4 T25 L. upon all these screens, by which the deviation of any sin- 5 2’15 L. gle bullet may be more readily investigated, only by mea- c< Here suring the horizontal distance of its trace from the verti¬ cal plane thus delineated; and by this means the absolute quantity of its aberration may be known. Or if the de- Second Screen. 3- 15 R. 15-6 L. 4- 5 L. 5- 1 L. Wall. 16-7 R. 69-25 L. 15-0 L. 19-0 L. the letters R and L denote that the shot in question went either to the right or left of the first. “ If the position of the socket in which the piece was placed be supposed fixed, then the horizontal distances scription of such a vertical plane should be esteemed a measure(i above on the first and second screen, and on matter of difficulty and nicety, a second method may be the wal]) ht t0 be in proportion to the distances of the followed, which is that of resting the piece in some fixed first screenj the second screen, and the wall, from the notch or socket, so that though the piece may have some socket- But by on]y looking over these numbers, it ap- little play to the right and left, yet all the lines in which g that n0neof them are in that proportion ; the hori- digtance of the first and third, for instance, on the the bullet can be directed shall intersect each other in the centre of that fixed socket: by this means, if two dif¬ ferent shots are fired from the piece thus situated, the horizontal distances made by the two bullets on any two screens ought to be in the same proportion to each other as the respective distances of the screens from the socket in which the piece was laid. And if these horizontal dis¬ tances differ from that proportion, then it is certain that one of the shots at least has deviated from a vertical plane, although the absolute quantity of that deviation cannot hence be assigned, because it cannot be known what part of it is to be imputed to one bullet, and what to the other. “ But if the constant and invariable position of the notch or socket in which the piece w-as placed be thought too hard an hypothesis in this very nice affair, the third method, and which is the simplest of all, requires no more than that two shot be fired through three screens with¬ out any regard to the position of the piece each time : for in this case, if the shots diverge from each other, and both keep to a vertical plane, then, if the horizontal dis- wall being above nine inches more than it should be by this analogy. “ If, without supposing the invariable position of the socket, we examine the comparative horizontal distances according to the third method described above, we shall in this case discover divarications still more extraordinary ; for by the numbers set down it appears that the horizon¬ tal distances of the second and third shot on the two screens, and on the wall, are as under. First Screen. Second Screen. Wall. 11-75 18-75 83-95 Here, if, according to the rule given above, the distance on the first screen be taken from the distances on the other two, the remainder will be 7 and 72-2; and these num¬ bers, if each shot kept to a vertical plane, ought to be in the proportion of 1 to 5; that being the proportion of the distances of the second screen, and of the wall, from the first: but the last number 72-2 exceeds what it ought to be by this analogy by 37-2; so that between them there 56 GUNNERY. Theory. is a deviation from the vertical plane of above thirty-seven inches, and this too in a transit of little more than eighty yards. “ But farther, to show that these irregularities do not depend on any accidental circumstance of the balls fitting or not fitting the piece, there were five shots more made with the same quantity of powder as before, but with smaller bullets, which ran much looser in the piece. And the horizontal distances being measured in inches from the trace of the first bullet to each of the succeeding ones, the numbers were as under. 1 to 2 3 4 5 First Screen. 15-6 R. 6’4 L. 4-7 R. 12-6 R. Second Screen. 31*1 R. 12-75 L. 8-5 R. 240 R. Wall. 94-0 R. 23-0 L. 15-5 R. 63-5 R. Here, again, on the supposed fixed position of the piece, the horizontal distance on the wall between the first and third will be found above fifteen inches less than it should be if each kept to a vertical plane ; and like irregularities, though smaller, occur in every other experiment. And if they are examined according to the third method set down above, and the horizontal distances of the third and fourth, for instance, are compared, those on the first and second screen, and on the wall, appear to be thus. First Screen. Second Screen. Wall. 1M 21-25 38-5 “ And if the horizontal distance on the first screen be taken from the other two, the remainders will be 10-15 and 27-4 ; where the least of them, instead of being five times the first, as it ought to be, is 45-35 short of it; so that here is a deviation of forty-five inches. “ From all these experiments, the deflection in ques¬ tion seems to be incontestibly evinced. But to give some farther light to this subject, I took a barrel of the same bore with that hitherto used, and bent it at about three or four inches from its muzzle to the left, the bend making an angle of three or four degrees with the axis of the piece. This piece thus bent was fired with a loose ball, and the same quantity of powder hitherto used, the screens of the last experiment being still continued. It was natural to expect, that if this piece was pointed by the general di¬ rection of its axis, the ball would be canted to the left of that direction by the bend near its mouth. But as the bullet, in passing through that bent part, would, as I con¬ ceived, be forced to roll upon the right-hand side of the barrel, and thereby its left side would turn up against the air, and would increase the resistance on that side, I predicted to the company then present, that if the axis on which the bullet whirled did not shift its position after it was separated from the piece, then, notwithstanding the bend of the piece to the left, the bullet itself might be expected to incurvate towards the right; and this, upon trial, did most remarkably happen. For one of the bul¬ lets fired from this bent piece passed through the first screen about 1-g- inch distant from the trace of one of the shots fired from the straight piece in the last set of ex¬ periments. On the second screen, the traces of the same bullets were about three inches distant; the bullet from the ciooked piece passing on both screens to the left of the other; but comparing the places of these bullets-on the wall, it appeared that the bullet from the crook¬ ed piece, though it diverged from the track on the two screens, had now crossed that track, and was deflected considerably to the right of it; so that it was obvious, that though the bullet from the crooked piece might first be canted to the left, and had diverged from the track of the other bullet with which it was compared, yet by de¬ grees it deviated again to the right, and a little beyond the second screen crossed that track from which it before diverged, and on the wall was deflected fourteen inches, as I remember, on the contrary side. And this experi¬ ment is not only the most convincing proof of the reality of this deflection here contended for; but is likewise the strongest confirmation that it is brought about in the very manner and by the very circumstances which we have all along described. “ I have now only to add, that as I suspected the consi¬ deration of the revolving motion of the bullet, compounded with its progressive one, might be considered as a subject of mathematical speculation, and that the reality of any de¬ flecting force thence arising might perhaps be denied by some computists, upon the principles hitherto received of the action of fluids, I thought proper to annex a few expe¬ riments, with a view of evincing the strange deficiency of all theories of this sort hitherto established, and the unex¬ pected and wonderful varieties which occur in these mat¬ ters. The proposition which I advanced for this purpose being, that two equal surfaces meeting the air with the same degree of obliquity, may be so differently resisted, that though in one of them the resistance is less than that of a perpendicular surface meeting the same quantity of air, yet in another it shall be considerably greater. “ To make out this proposition, I made use of the ma¬ chine already described ; and having prepared a pasteboard pyramid, whose base was four inches square, and whose planes made angles of 45° with the plane of its base, and also a parallelogram four inches in breadth, and 5| in length, which was equal to the surface of the pyramid, the globe P was taken off from the machine, and the pyramid was first fixed on ; and 2 lb. being hung at M, and the py¬ ramid so fitted as to move with its vertex forwards, it per¬ formed twenty revolutions after the first ten were elapsed in 33". Then the pyramid being turned so that its base, which was a plane of four inches square, went foremost, it now performed twenty revolutions with the same weight in 38|". After this, taking off the pyramid, and fixing on the parallelogram with its longer side perpendicular to the arm, and placing its surface in an angle of 45° with the horizon by a quadrant, the parallelogram, with the same weight, performed twenty revolutions in 431". “ Now here this parallelogram and the surface of the pyramid are equal to each other, and each of them met the air in an angle of 45° ; and yet one of them made twenty revolutions in 33", whilst the other took up 431". And at the same time it appears that a flat surface, such as the base of a pyramid, which meets the same quantity of air perpendicularly, makes twenty revolutions in 38^", which is the medium between the other two. “ But to give another and still more simple proof of this principle, there was taken a parallelogram four inches broad and 8^th long. This being fixed at the end of the arm, with its long side perpendicular thereto, and being placed in an angle of 45° with the horizon, there was a weight hung on at M of 3^ lb. with which the parallelo¬ gram made twenty revolutions in 40f". But after this, the position of the parallelogram was shifted, and it was placed with its shorter side perpendicular to the arm, though its surface was still inclined to an angle of 45° with the horizon ; and now, instead of going slower, as might have been expected from the greater extent of part of its surface from the axis of the machine, it went round much faster ; for in this last situation it made twenty revolutions in 35|", so that there were 5" difference in the time of twenty revolutions ; and this from no other change of cir¬ cumstance than as the larger or shorter side of the oblique plane was perpendicular to the line of its direction.” In the seventy-third volume of the Philosophical Trans¬ actions, several experiments on this subject, but upon a larger scale, are related by Lovell Edgeworth, Esq. They Theorr. GUNNERY. 57 r eory. confirm the truth of what Mr Robins advances, but no- 'I- thing is said to explain the reason of it. ^ These are the principal experiments made by Mr Robins in confirmation of his theory, and which not only far ex¬ ceed every thing that had been previously done, but point out the only method by which the art ol gunnery may be still further improved. It must be observed, however, that in this art it is impossible we should ever arrive at ab¬ solute perfection; that is, it can never be expected that a gunner, by any method of calculation whatever, can be enabled to point his guns in such a manner that the snot shall hit the mark if placed any where within its range. Aberration which can by no means be either foreseen or prevented, will take place from a great number of different causes. A variation in the density of the atmosphere, in the dampness of the powder, or in the figure of the shot, will cause variations in the range of the bullet, which can¬ not by any means be reduced to rules, and consequently must render the event of each shot very precarious. The resistance of the atmosphere simply considered, without any of those anomalies arising from its density at different times, is a problem which, notwithstanding the labours of Mr Robins and others, has not been completely solved ; and indeed if we consider the matter in a physical light, avc shall find that without some other data than those which are yet obtained, an exact solution of it is impossible. An objection has been made to the mathematical phi¬ losophy, to which in many cases it is most certainly lia¬ ble, that it considers the resistance of matter more than its capacity of giving motion to other matter. Hence, if in any case matter acts both as a resisting and a moving power, and the mathematician overlooks its effort towards motion, founding his demonstrations only upon its proper¬ ty of resisting, these demonstrations will certainly be false. It is to an error of this kind that we are to attribute the great differences already noticed between the calcula¬ tions of Sir Isaac Newton, with regard to the resisting force of fluids, and what actually takes place upon trial. These calculations were made upon the supposition that the fluid through which a body moved could do nothing else but resist it; yet it is certain that the air (the fluid with which we have to do at present) proves a source of motion, as well as resistance, to all bodies which move in it. To understand this matter fully, let ABC (fig. 16) repre¬ sent a crooked tube made of any solid matter, and a, Z>, two pistons which exactly fill the cavity. If the space between these pistons be full of air, it is plain they cannot come into contact with each other, on account of the elasticity of the included air, but will remain at some certain distance, as represented in the figure. If the piston b be drawn up, the air which presses in the direction C6 acts as a resisting power, and the piston will not be drawn up with such ease^ as if the whole was in vacuo. But though the column of air pressing in the direction C6 acts as a resisting power on the piston b, the column pressing in the direction Aa will act as a moving power upon the piston a. It is therefore plain, that if b be moved upwards till it comes to the place marked d, the other will descend to that marked c. Now, if we suppose the piston a to be removed, it is plain that when b is pulled upwards to d, the air descending through the leg AaCB will press on the under side of the piston b, as strongly as it would have done upon the upper side of the piston a, had it been present. Therefore, though the air passing down through the leg CB resists the motion of the piston b when drawn upwards, the air pressing down through the leg AB forwards it as much; and accordingly the pis¬ ton b may be drawn up or pushed down at pleasure, and with very little trouble. But if the orifice at A be stopped, so that the air can only exert its resisting power on the piston b, it will require a considerable degree of strength to move the piston from b to d. VOL. XI. If now we suppose the tube to be entirely removed Theory, (which indeed answers no other purpose than to render the action of the air more evident), it is plain that if the piston be moved either up or down, or in any other direc¬ tion we can imagine, the air will press as much upon the back part of it as it resists it on the fore part; and conse¬ quently a ball moving through the air with any degree of velocity, ought to be as much accelerated by the action of the air behind, as it is retarded by the action of that before. Here then it is natural to ask, If the air accelerates a mov¬ ing body as much as it retards it, how comes it to make any resistance at all? Yet certain it is that this fluid does resist, and that very considerably. To this it may be an¬ swered, that the air is always kept in some certain state or constitution by another power which rules all its motions, and it is this power undoubtedly which gives the resistance. It is not to our purpose at present to inquire what that power is, but we see that the air is often in very different states; one day, for instance, its parts are violently agitat¬ ed by a storm, and another perhaps they are comparative¬ ly at rest in a calm. In the first case, nobody hesitates to own that the storm is occasioned by some cause or other, which violently resists any other pow er that would prevent the agitation of the air. In a calm the case is the same; for it would require the same exertion of power to excite a tempest in a calm day as to allay a tempest in a stormy one. Now it is evident that all projectiles, by their mo¬ tion, agitate the atmosphere in an unnatural manner, and consequently are resisted by that power, whatever it is, which tends to restore the equilibrium, or bring back the atmosphere to its former state. If no other power besides that above mentioned acted upon projectiles, it is probable that all resistance to their motion would be in the duplicate proportion of their velo¬ cities ; and accordingly, as long as their velocity is small, we find that generally it is so. But when the velocity comes to be exceedingly great, other sources of resistance arise. One of these is a subtraction of part of the moving power, which, though not properly a resistance, or opposing an¬ other power to it, is an equivalent thereto. This subtrac¬ tion arises from the follow ing cause: The air, as wre have already observed, presses upon the hinder part of the mov¬ ing body by its gravity, as much as it resists the fore part of it by the same property'. Nevertheless the velocity with which the air presses upon any body by means of its gra¬ vity is limited ; and it is possible that a body may change its place with so great velocity that the air has not time to rush in upon the back part of it in order to assist its progressive motion. When this happens to be the case, there is in the first place a deficiency of the moving pow er equivalent to fifteen pounds on every square inch of surface, at the same time that there is a positive resistance of as much more on the fore part, owing to the gravity of the atmosphere, which must be overcome before the body can move forward. This deficiency of moving power, and increase of resist¬ ance, do not only take place when the body moves with a very great degree of velocity, but in all motions whatsoever. It is not in all cases perceptible, because the velocity with which the body moves frequently bears but a very small proportion to the velocity with which the air presses in be¬ hind it. Thus, supposing the velocity with which the air rushes into a vacuum to be 1200 feet in a second, if a body moves wdth a velocity of 40 or 50 feet in a second, the force with which the air presses on the back part is but gJjth at the utmost less than that which resists on the fore part of it, which will not be perceptible ; but if, as in the case of bul¬ lets, the velocity of the projectile comes to have a consider¬ able proportion to the velocity wherewith the air rushes in behind it, then a very perceptible and otherwise unac¬ countable resistance is observed, as we have seen in the H 58 GUNNERY. Theory, experiments already related by Mr Robins. Thus, if the — air presses in with a velocity of 1200 feet in a second, and if the body changes its place with a velocity of 600 feet in the same time, there is a resistance of fifteen pounds on the fore part, and a pressure of only 7-| on the back part. The resistance therefore not only overcomes the moving power of the air by 7^ pounds, but there is a deficiency of other 7£ pounds owing to the want of half the pressure of the at¬ mosphere on the back part, and thus the whole loss of the moving power is equivalent to 15 pounds ; and hence the exceeding great increase of resistance observed by Mr Ro¬ bins beyond what it ought to be according to the common computations. The velocity with which the air rushes into a vacuum is therefore a desideratum in gunnery. Mr Ro¬ bins supposes that it is the same with the velocity of sound ; and that when a bullet moves with a velocity greater than that of 1200 feet in a second, it leaves a perfect vacuum be¬ hind it. Hence he accounts for the great increase of resist¬ ance to bullets moving with such velocities ; but as he does not take notice of the loss of the air’s moving power, the ano¬ malies of all lesser velocities are inexplicable on his princi¬ ples. Nay, he even tells us that Sir Isaac Newton’s rule for computing resistances may be applied in all velocities less than 1100 or 1200 feet in a second, though this is expressly contradicted by his own experiments already mentioned. Though for these reasons it is evident how great diffi¬ culties must occur in attempting to calculate the resistance of the air to military projectiles, we have not yet even dis¬ covered all the sources of resistance to these bodies when moving with immense velocities. Another power by which they are opposed, and which at last becomes greater than any of those hitherto mentioned, is the air’s elasticity. This, however, will not begin to show itself in the way of resist¬ ance till the velocity of the moving body becomes consi¬ derably greater than that by which the air presses into a vacuum. Having therefore first ascertained this velocity, which we shall suppose to be 1200 feet in a second, it is plain that if a body moves with a velocity of 1800 feet in a second, it must compress the air before it; because the fluid has neither time to expand itself in order to fill the vacuum left behind the moving body, nor to rush in by its gravity. This compression it will resist by its elastic power, which thus becomes a new source of resistance, in¬ creasing, without any limit, in proportion to the velocity of the moving body. If now we suppose the moving body to set out with a velocity of 2400 feet in a second, it is plain that there is not only a vacuum left behind the body, but the air before it is compressed into half its natural space. The loss of motion in the projectile therefore is now very considerable. It first loses 15 pounds on every square inch of surface on account of the deficiency of the mov¬ ing power of the air behind it, then it loses 15 pounds more on account of the resistance of the air before it; again, it loses 15 pounds on account of the elasticity of the compressed air ; and, lastly, it loses another 15 pounds on account of the vacuum behind, which takes off the weight of the atmosphere, that would have been equiva¬ lent to one half of the elasticity of the air before it. The whole resistance therefore upon every square inch of sur¬ face moving with this velocity is 60 pounds, besides that which arises from the power tending to preserve the gene¬ ral state of the atmosphere, and which increases in the du¬ plicate proportion of the velocity, as already mentioned. If the body is supposed to move with a velocity of 4800 feet in a second, the resistance from the elasticity of the air will then be quadrupled, or amount to 60 pounds on the square inch of surface, which, added to the other causes, will pro¬ duce a resistance of 105 pounds upon the square inch ; and thus the resistance from the elasticity of the air would go on continually increasing, till at last the motion of the projec¬ tile would be as effectually stopped as if it were fired against a wall. This obstacle therefore we are to consider as really insuperable by any art whatsoever, and therefore it is not advisable to use larger charges of powder than what will project the shot with a velocity of 1200 feet in a second. To this velocity the elasticity of the air will not make great resistance, if indeed it makes any at all; for though Mr Ro¬ bins has conjectured that air rushes into a vacuum with the velocity of sound, or between 1100 and 1200 feet in a se¬ cond, yet we have no decisive proof of the truth of this sup¬ position. At this velocity, indeed, according to Mr Robins, a very sudden increase of resistance takes place; but this is denied by Mr Glenie, in his History of Gunnery (p. 48, 50), who supposes that the resistance proceeds gradually ; and indeed it seems to be pretty obvious that the resistance cannot very suddenly increase, if the velocity be only in¬ creased in a small degree. Yet it is certain that the swift¬ est motions with which cannon-balls can be projected are very soon reduced to the standard ; for Mr Robins informs us, that “ a 24-pound shot, when discharged with a velocity of 2000 feet in a second, will be reduced to that of 1200 feet in a second in a flight of little more than 500 yards.” In the seventy-first volume of the Philosophical Transac¬ tions, Count Rumford has proposed a new method of deter¬ mining the velocities of bullets, by measuring the force of the recoil of the piece. As in all cases action and re-action are supposed to be equal to one another, it appears that the momentum of a gun, or the force of its recoil back¬ wards, must always be equivalent to the force of its charge ; that is, the velocity with which the gun recoils, multiplied into its weight, is equal to the velocity of the bullet mul¬ tiplied into its weight; for every particle of matter, whether solid or fluid, that issues out of the mouth of a piece, must be impelled by the action of some power, which power must re-act with equal force against the bottom of the bore. Even the fine elastic invisible fluid which is generated from the pow¬ der in its inflammation cannot put itself in motion without at the same time re-acting against the gun. Thus we see pieces, when they are fired with powder alone, recoil as well as when their charges are made to impel a weight of shot, though the recoil is not in the same degree in both cases. It is easy to determine the velocity of the recoil in any given case, by suspending the gun in an horizontal po¬ sition by two pendulous rods, and measuring the arc of its ascent by means of a ribbon, as mentioned under the arti¬ cle Gunpowder ; and this will give the momentum of the gun, its weight being known, and consequently the mo¬ mentum of its charge. But in order to determine the ve¬ locity of the bullet from the momentum of the recoil, it will be necessary to know how much the weight and velo¬ city of the elastic fluid contribute towards it. That part of the recoil which arises from the expan¬ sion of the fluid is always very nearly the same, whether the powder is fired alone, or whether the charge is made to impel one or more bullets, as has been determined by a great variety of experiments. If therefore a gun, sus¬ pended according to the method prescribed, is fired with any given charge of powder, but without any bullet or wad, and the recoil is observed, and if the same piece is afterwards fired with the same quantity of powder, and a bullet of a known weight, the excess of the velocity of the recoil in the latter case, over that in the former, will be proportional to the velocity of the bullet; for the dif¬ ference of these velocities, multiplied into the weight of the gun, will be equal to the weight of the bullet multi¬ plied into its velocity. Thus, if W is put equal to the weight of the gun, U = the velocity of the bullet when fired with a given charge of powder without any bullet; Y = the velocity of the recoil when the same charge is made to impel a bullet; B zr the weight of the bullet, . . (V — U) W and v — its velocity; it will be v =; —. Theory. '"’-‘V'O GUNN ieory. To determine how far this theory agreed with practice, an experiment was made with a charge of 165 grains of powder, without any bullet, which produced a recoil of 5-5 inches; and in another, with a bullet, the recoil was 5‘6 inches, the mean of which is 5*55 inches, answering to a velocity of 1T358 feet in a second. In five experi¬ ments with the same charge of powder, and a bullet weigh¬ ing 580 grains, the mean was 14‘6 inches; and the velo¬ city of the recoil answering to the length just mentioned, is 2-9880 feet in a second; consequently V — U, or 2-9880 — 1*1358, is equal to 1-8522 feet in a second. But as the velocities of recoil are known to be as the chords of the arcs through which the barrel ascends, it is not necessary, in order to determine the velocity of the bullet, to compute the velocities V and U; but the quan¬ tity V — U, or the difference of the velocities of the re¬ coil when the given charge is fired with and without a bullet, may be computed from the value of the difference of the chords by one operation. Thus the velocity an¬ swering to the chord 9-05 is that of 1-8522 feet in a se¬ cond, which is just equal to V — U, as was before found. In this experiment the weight of the barrel with its carriage was just 47^ pounds, to which ^ths of a pound were to be added on account of the weight of the rods by which it was suspended; thus making W = 48 pounds, or 336,000 grains. The weight of the bullet was 580 grains; whence B is to W as 580 to 336,000, that is, as 1 to 579*31 very nearly. The value of V — U, answer¬ ing to the experiments before mentioned, was found to be T8522; consequently the velocity of the bullet = v, was 1*8522 X 579*31 = 1073 feet, which differs only by 10 from 1083, the velocities found by the pendulum. The velocities of the bullets may be found from the re¬ coil by a still more simple method. For the velocities of the recoil being as the chords measured upon the ribbon, if c is put equal to the chord of the recoil expressed in English inches, when the piece is fired with powder only, and C — the chord when the same piece is charged with a bullet; then C — c will be as V — U; and consequent¬ ly as which measures the velocity of the bul¬ let, the ratio of W to B remaining the same. If therefore we suppose a case in which C — c is equal to one inch, and the velocity of the bullet is computed from that chord, the velocity in any other case, wherein C — c is greater or less than one inch, will be found by multiplying the difference of the chords C and c by the velocity answer¬ ing to the difference of one inch. The length of the parallel rods by which the piece was suspended being 64 inches, the velocity of the recoil, z= C — c = 1 inch mea¬ sured upon the ribbon, is 0-204655 parts of a foot in one second, which in this case is also the value of V — U; the velocity of the bullet, or v, is therefore 0-204655 X 579-31 — 118-35 feet in a second. Hence the velocity of the bullet may in all cases be found by multiplying the difference of the chords C and c by 118-35, the weight of the barrel, the length of the rods by which it is suspend¬ ed, and the weight of the bullet, remaining the same ; and this whatever the charge of powder made use of may be, and however it may differ in strength and goodness. The exactness of this second method wdll appear from the following experiments. On firing the piece with 145 grains of powder and a bullet, the mean of three sets of experiments was 13*25, 13*15, and 13-2; and with the same charge of powder without a bullet, the recoil was 4-5, 4-3, or 4-4. C — c therefore was 13-2 — 4-4 = 8-8 inches ; and the velocity of the bullets, = 8 8 X 118*35 B R Y. 59 = 1045 feet in a second ; the velocities by the pendulum Theory, coming out 10*40 feet in the same space of time. In the far greater number of experiments to determine the comparative accuracy of the two methods, a surpris¬ ing agreement was found between the last-mentioned one and that by the pendulum ; but in some few the differences were very remarkable. Thus, in two where the recoil was 12*92 and 13*28, the velocity, by computation from the chords, is 1030 feet per second; but in computing by the pendulum it amounted only to 900 ; in these, however, some inaccuracy was suspected in the experiment with the pendulum, and the computation from the recoil was most to be depended upon. In another experiment, the velocity by the recoil exceeded that by the pendulum by no less than 346 feet; the former showing 2109, and the latter only 1763 feet in a second. In two others the pen¬ dulum was also deficient, though not in such a degree. In all these it is remarkable, that w-here the difference was considerable, it was still in favour of the recoil. The de¬ ficiency in these experiments appears to have been some¬ what embarrassing to our author. “ It cannot be sup¬ posed,” says he, “ that it arose from any imperfection in Mr Jlobins’s method of determining the velocities of bul¬ lets ; for that method is founded upon such principles as leave no room to doubt of its accuracy; and the practi¬ cal errors that occur in making the experiments, and which cannot be entirely prevented, or exactly compen¬ sated, are in general so small, that the difference in the velocities cannot be attributed to them. It is true, the effect of those errors is more likely to appear in experi¬ ments made under such circumstances as the present; for the bullet being very light,1 the arc of the ascent of the pendulum was but small; and a small mistake in measur¬ ing the chord upon the ribbon would have produced a very considerable error in computing the velocity of the bullet. Thus a difference of one tenth of an inch, more or less, upon the ribbon, in that experiment where the difference was greatest, would have made a difference in the velocity of more than 120 feet in a second. But, in¬ dependent of the pains that were taken to prevent mis¬ takes, the striking agreement of the velocities in so many other experiments affords abundant reason to conclude, that the errors arising from those causes were in no case very considerable. But if both methods of determining the velocities of bullets are to be relied on, then the dif¬ ference of the velocities, as determined by them in these experiments, can only be accounted for by supposing that it arose from their having been diminished by the resist¬ ance of the air in the passage of the bullets from the mouth of the piece to the pendulum; and this suspicion will be much strengthened, when we consider how great the re¬ sistance of the air is to bodies that move very swiftly in it; and that the bullets in these experiments were not only projected with great velocities, but were also very light, and consequently more liable to be retarded by the resistance on that account. “ To put the matter beyond all doubt, let us see what the resistance was that these bullets met with, and how much their velocities were diminished by it. The weight of the bullet in the most erroneous experiment was 90 grains, its diameter 0*78 of an inch, and it was projected with a velocity of 2109 feet in a second. If now a com¬ putation be made according to the law laid down by Sir Isaac Newton for compressed fluids, it will be found, that the resistance of this bullet was not less than 8^ pounds avoirdupois, which is something more than 660 times its own weight. But Mr Robins has shown by experiment, that the resistance of the air to bodies moving in it with 1 They were made of lead, enclosing in a nucleus of Paris plaster. 60 GUNNERY. Theory, very great velocity, is near three times greater than Sir Isaac has determined it; and as the velocity with which this bullet was impelled is considerably greater than any in Mr Robins’s experiments, it is highly probable that the resistance in this instance was at least 2000 times greater than the weight of the bullet. “ The distance from the mouth of the piece to the pen¬ dulum was 12 feet; but, as there is reason to think that the blast of the powder, which always follows the bullet, continues to act upon it for some sensible space of time after it is out of the bore, and, by urging it on, counter¬ balances, or at least counteracts, in a great measure, the resistance of the air, we will suppose that the resistance does not begin, or rather that the motion of the bullet does not begin to be retarded, till it has got to the dis¬ tance of two feet from the muzzle. The distance, there¬ fore, between the barrel and the pendulum, instead of 12 feet, is to be esteemed at 10 feet; and as the bullet took up about ~Y~cf~2 Part a second in running over that space, it must in that time have lost a velocity of about 335 feet in a second, as will appear upon making the computation ; and this will very exactly account for the apparent dimi¬ nution of the velocity in the experiment; for the differ¬ ence of the velocities, as determined by the recoil and the pendulum 2109 — 1763 ~ 346 feet in a second, is extremely near 335 feet in a second, the diminution of the velocity by the resistance as here determined. “ If the diminution of the velocities of the bullets in the two subsequent experiments be computed in like manner, it will turn out in one 65, and in the other 33, feet in a se¬ cond ; and, making these corrections, the comparison of the two methods of ascertaining the velocities will stand thus: Velocities by the pendulum 1763 1317 1136 Resistance of air to be added 335 65 33 Velocity by the recoil. 2098 1382 1169 .2109 1430 1288 Difference after correction + 11 -{-48 + 119 “ It appears, therefore, that notwithstanding these cor¬ rections, the velocities as determined by the pendulum, particularly in the last, were considerably deficient. But the manifest irregularity of the velocities in those instances, affords abundant reason to conclude, that it must have arisen from some accidental cause, and therefore that lit¬ tle dependence is to be put upon the result of those ex¬ periments. I cannot take upon me to determine positive¬ ly what the cause was which produced this irregularity; but I strongly suspect that it arose from the breaking of the bullets in the barrel by the force of the explosion: for these bullets, as has already been mentioned, were formed of lead, enclosing lesser bullets of plaster of Paris; and I well remember to have observed at the time several small fragments of the plaster which had fallen down by the side of the pendulum. I confess I did not then pay much attention to this circumstance, as I naturally con¬ cluded that it arose from the breaking of the bullet in pe¬ netrating the target of the pendulum ; and that the small pieces of plaster I saw upon the ground had fallen out of the hole by which the bullet entered. .But if the bullets were not absolutely broken in pieces in firing, yet if they were considerably bruised, and the plaster, or a part of it, were separated from the lead, such a change in the form might produce a great increase in the resistance, and even their initial velocities might be affected by it; for their form being changed from that of a globe' to some other figure, they might not fit the bore ; and a part of the force of the charge might be lost by the windage. That this actually happened in the experiment last mentioned seems very probable, as the velocity with which the bullet was projected, as it was determined by the recoil, was consi¬ derably less in proportion in that experiment than in many others which preceded and followed it in the same set. “ As allowance has been made for the resistance of the air in these cases, it may be expected that the same should be done in all other cases ; but it will probably appear, upon inquiry, that the diminution of the velocities of the bullets on that account was so inconsiderable, that it might safely be neglected : thus, for instance, in the experiments with an ounce of powder, when the velocity of the bullet was more than 1750 feet in a second, the diminution turns out no more than 25 or 30 feet in a second, though we suppose the full resistance to have begun so near as two feet from the mouth of the piece ; and in all cases where the velocity was less, the effect of the resistance was less in a much greater proportion ; and even in this instance there is reason to think, that the diminution of the velo- citjf, as we have determined it, is too great; for the flame of gunpowder expands with such amazing rapidity, that it is scarcely to be supposed but that it follows the bullet, and continues to act upon it more than two feet, or even four feet, from the gun ; and when the velocity of the bullet is less, its action upon it must be sensible at a still greater distance.” As this method of determining the velocities of bullets by the recoil of the piece did not occur to Count Rum- ford till after he had finished his experiments with a pen¬ dulum, and taken down his apparatus, he had it not in his power to determine the comparative strength of the recoil with and without a bullet; and consequently the velocity with which the flame issues from the mouth of a piece. He is of opinion, however, that every thing relat¬ ing to these matters may be determined with greater ac¬ curacy by the new method than by any other formerly practised; and he very justly remarks, that the method of determining the velocity by the recoil, gives it origi¬ nally as the bullet sets out; whilst that by the pendulum shows it only after a part has been destroyed by the re¬ sistance of the air. In the course of his remarks, he cri¬ ticises a part of Mr Robins’ theory, that when bullets of the same diameter, but of different weights, are dis¬ charged from the same piece by the same quantity of powder, their velocities are in the subdupiicate ratio of their weight. This theory, he observes, is manifestly de¬ fective, as being founded upon a supposition, that the ac¬ tion of the elastic fluid generated from the powder is always the same in any and every given part of the bore when the charge is the same, whatever may be the weight of the bullet; and as no allowance is made for the expendi¬ ture of force required to put the fluid itself in motion, nor for the loss of it by the vent. “ It is true,” says he, “ Dr Hutton in his experiments found this law to obtain with¬ out any great error; and possibly it may hold good with sufficient accuracy in many cases; for it sometimes hap¬ pens that a number of errors or actions, whose operations have a contrary tendency, so compensate each other, that their effects when united are not sensible. But when this is the case, if any one of the causes of error is re¬ moved, those which remain will be detected. When any given charge is loaded with a heavy bullet, more of the powder is inflamed in any very short space of time than when the bullet is lighter, and the action of the powder ought upon that account to be greater; but a heavy bul¬ let takes up longer time in passing through the bore than a light one, and consequently more of the elastic fluid generated from the powder escapes by the vent and by windage. It may happen that the augmentation of the force, on account of one of these circumstances, may be just able to counterbalance the diminution of it arising from the other; and if it should be found upon trial that this is the case in general, in pieces as they are now con¬ structed, and with all the variety of shot that are made Theory. •actice. use of in practice, it would be of great use to know the —s-***' fact; but when, with Mr Robins, concluding too hastily from the result of a partial experiment, we suppose, that because the sum total of the pressure of the elastic fluid upon the bullet, during the time of its passage through the bore, happens to be the same when bullets of different weights are made use of, that therefore it is always so, our reasonings may prove very inconclusive, and lead to very dangerous errors.” In the prosecution of his subject Count Rumford proves mathematically, as well as by actual experiment, that the theory laid down by Mr Robins in this respect is errone¬ ous. The excess is in favour of heavy bullets, which ac¬ quire a velocity greater than they ought to do according to Mr Robins’s rule; and so considerable are the errors, that in one of Count Rumford’s experiments the differ¬ ence was no less than 2042 feet in a second. When the weight of the bullet was increased four times, the action of the powder was found to be nearly doubled ; for in one experiment, when four bullets were discharged at once, the collective pressure was as one ; but when only a single bullet was made use of, it was no moi’e than 0-5825; and upon the whole he concludes, that the velocity of bullets is in the reciprocal subtriplicate ratio of their weights. Our author observes also, that Mr Robins is not only mis¬ taken in the particular just mentioned, but in his conclu¬ sions with regard to the absolute force of gunpowder com¬ pared with the pressure of the atmosphere; the latter being to the force of gunpowder as one to 1000 according to Mr Robins, but as one to 1308 according to Count Rumford. II. PRACTICE OF GUNNERY. With regard to the practical part of gunnery, which ought to consist in directing the piece in such a manner as always to hit the object against which it is pointed, there can be no certain rules given. The following maxims are laid down by Mr Robins as of use in practice. 1. In any piece of artillery whatever, the greater the quantity of powder it is charged with, the greater will be the velocity of the bullet. 2. If two pieces of the same bore, but of different lengths, are fired with the same charge of powder, the longer will impel the bullet with a greater celerity than the shorter. 3. If two pieces of artillery different in weight, and form¬ ed of different metals, have yet their cylinders of equal bores and equal lengths ; then with like charges of powder and like bullets they will each of them discharge their shot with nearly the same degree of celerity. 4. The ranges of pieces at a given elevation are no just measures of the velocity of the shot; for the same piece fired successively at an invariable elevation, with the pow¬ der, bullet, and every other circumstance as nearly the same as possible, will yet range to very different distances. 5. The greater part of that uncertainty in the ranges of pieces which is described in the preceding maxim, can only arise from the resistance of the air. ' 6. The resistance of the air acts upon projectiles in a twofold manner ; for it opposes their motion, and thus continually diminishes their celerity ; and it besides diverts them from the regular track they would otherwise follow ; whence arise those deviations and inflections already treat¬ ed of. 7. That action of the air by which it retards the motion of projectiles, though much neglected by writers on artil¬ lery, is yet, in many instances, of an immense force ; and hence the motion of these resisted bodies is totally differ¬ ent from what it would otherwise be. 8. This retarding force of the air acts with different de¬ grees of violence, according as the projectile moves with a 61 greater or less velocity; and the resistances observe this Practice, law, that to a velocity which is double another, the resist- ance within certain limits is fourfold ; to a treble velocity, ninefold ; and so on. 9. But this proportion’ between the resistances to two different velocities does not hold if one of the velocities be less than that of 1200 feet in a second, and the other great¬ er ; for in that case the resistance to the greater velocity is nearly three times as much as it would come out by a comparison with the smaller, according to the law explain¬ ed in the last maxim. 10. To the extraordinary power exerted by the resist¬ ance of the air it is owing, that when two pieces of differ¬ ent bores are discharged at the same elevation, the piece of the largest bore usually ranges farthest, provided they are both fired with fit bullets, and the customary allotment of powder. 11. The greater part of military projectiles will at the time of their discharge acquire a whirling motion round their axis, by rubbing against the insides of their respective pieces ; and this whirling motion will cause them to strike the air very differently from what they would do had they no other than a progressive motion. By this means it may happen that the resistance of the air is not always directly opposed to their flight, but frequently acts in a line oblique to their course, and thereby forces them to deviate from the regular track they would otherwise describe. And this is the true cause of the irregularities described in maxim 4. 12. From the sudden trebling the quantity of the air’s resistance, when the projectile moves swifter than at the rate of 1200 feet in a second (as has been explained in maxim 9), it follows, that whatever be the regular range of a bullet discharged with this last-mentioned velocity, that range will be but little increased, how much soever the velocity of the bullet may be still farther augmented by greater charges of powder. 13. If the same piece of cannon be successively fired at an invariable elevation, but with various charges of pow¬ der, the greatest charge being the whole weight of the bullet in powder, and the least not less than the fifth part of that weight; then if the elevation be not less than eight or ten degrees, it will be found, that some of the ranges with the least charge will exceed some of those with the greatest. 14. If two pieces of cannon of the same bore, but of dif¬ ferent lengths, are successively fired at the same elevation with the same charge of powder ; then it will frequently happen that some of the ranges with the shorter piece will exceed some of those with the longer. 15. In distant cannonadings the advantages arising from long pieces and large charges of powder afe but of little moment. 16. In firing against troops with grape-shot, it will be found that charges of powder much less than those gene¬ rally used are the most advantageous. 17. The principal operations in which large charges of powder appear to be more efficacious than small ones, are the ruining of parapets, the dismounting of batteries cover¬ ed by stout merlins, or battering in breach ; for, in all these cases, if the object be but little removed from the piece, every increase of velocity will increase the penetra¬ tion of the bullet. 18. Whatever operations are to be performed by artil¬ lery, the least charges of powder with which they can be effected are always to be preferred. 19. Hence the proper charge of any piece of artillery is not that allotment of powder which will communicate the greatest velocity to the bullet, as most practitioners formerly maintained ; nor is it to be determined by an in¬ variable proportion of its weight to the weight of the ball; GUNNERY. 62 GUNNERY. Practice, but, on the contrary, it is such a quantity of powder as wiH produce the least velocity for the purpose in hand ; and, instead of bearing always a fixed ratio to the weight of the ball, it must be different according to the different business which is to be performed. 20. No field-piece ought at any time to be loaded with more than ^th, or at the utmost jth, of the weight of its bullet in powder, nor should the charge of any battering piece exceed ^d of the weight of its bullet. 21. Although precepts very difterent from those we have here given have often been advanced by artillerists, and have been said to be derived from experience, yet is that pretended experience altogether fallacious; since, from our doctrine of resistance established above, it follows that every speculation on the subject of artillery, which is only founded on the experimental ranges of bullets discharged with considerable velocities, is liable to great uncertainty. The greatest irregularities in the motion of bullets are, as we have seen, owing to the whirling motion on their axis, acquired by the friction against the sides of the piece. The best method hitherto known of preventing these is by the use of pieces with rifled barrels. These pieces have the insides of their cylinders cut with a number of spiral chan¬ nels ; so that it is in reality a female screw, varying from the common screws only in this, that its threads or rifles are less deflected, and approach more to a right line ; it being usual for the threads with which the rifled barrel is indented, to take little more than one turn in its whole length. The numbers of these threads are different in each barrel, according to the fire of the piece and the fancy of the workman ; and in like manner the depth to which they are cut is not regulated by any invariable rule. The usual method of charging these pieces is this: When the proper quantity of powder is put down, a leaden bullet is taken, a small matter larger than the bore of the piece was before the rifles were cut; and this bullet being laid on the mouth of the piece, and consequently too large to go down of itself, it is forced by a strong rammer im¬ pelled by a mallet, and by repeated blows is driven home to the powder ; and the softness of the lead giving way to the violence with which the bullet is impelled, that zone of the bullet which is contiguous to the piece varies its cir¬ cular form, and takes the shape of the inside of the barrel; so that it becomes part of a male screw exactly answering to the incidents of the rifle. In some parts of Germany and Switzerland, however, an improvement is added to this practice, especially in the larger pieces which are used for shooting at great distances. This is done by cutting a piece of very thin leather, or of thin fustian, in a circular shape, somewhat larger than the bore of the barrel. This circle being greased on one side, is laid upon the muzzle with its greasy side downwards ; and the bullet being then placed upon it, is forced down the barrel with it, by which means the leather or fustian en¬ closes the lower half of the bullet, and, by its interposition between the bullet and the rifles, prevents the lead from being cut by them. It must be remembered, however, that in the barrels where this is practised, the rifles are generally shallow, and the bullet ought not to be too large. But as both these methods of charging at the mouth take up a good deal of time, the rifled barrels which have been made in Britain are contrived to be charged at the breach, where the piece is for this purpose made larger than in any other part. The powder and bullet are put in through the side of the barrel, by an opening, which, when the piece is loaded, is then filled up with a screw. By this means, when the piece is fired, the bullet is forced through the rifles, and acquires the spiral motion already described; and perhaps something of this kind, though not in the man¬ ner now practised, would be, according to Robins, the most perfect method for the construction of these kinds of barrels. From the whirling motion communicated by the rifles, Practice, it happens, that when the piece is fired, the indented zone of the bullet follows the sweep of the rifles, and thereby, besides its progressive motion, acquires a circular motion round the axis of the piece ; which circular motion will be continued to the bullet after its separation from the piece, and thus a bullet discharged from a rifle barrel will revolve round an axis coincident with the line of its flight. By this rotation on its axis, the aberration of the bullet, which proves so prejudicial to all operations in.gunnery, is almost totally prevented. The reason of this may be easily un¬ derstood from considering the slow motion of an arrow through the air. For example, if a bent arrow, with its wings not placed in some degree in a spiral position, so as to make it revolve round its axis as it flies through the air, were shot at a mark with a true direction, it would constantly deviate from it, in consequence of be¬ ing pressed to one side by the convex part opposing the air obliquely. Let us now suppose this deflection in a flight of 100 yards to be equal to ten yards. Now, if the same bent arrow were made to revolve round its axis once every two yards of its flight, its greatest deviation would take place when it had proceeded only one yard, or made half a revolution; since at the end of the next half revolution it would again return to the same direc¬ tion it had at first; the convex side of the arrow having been once in opposite positions. In this manner it would proceed during the whole course of its flight, constantly returning to the true path at the end of every two yards; and when it reached the mark, the greatest deflection to either side that could happen would be equal to what it makes in proceeding one yard, equal to part of the former, or 3*6 inches, a very small deflection when com¬ pared with the former one. In the same manner, a can¬ non-ball which revolves not round its axis, deviates greatly from the true path, on account of the inequalities on its surface ; which, although small, cause great deviations by reason of the resistance of the air, at the same time that the ball acquires a motion round its axis in some uncer¬ tain direction occasioned by the friction against its sides. But by the motion acquired from the rifles, the error is perpetually corrected in the manner just now described; and accordingly such pieces are much more to be depend¬ ed on, and will do execution at a much greater distance, than the other. The reasons commonly alleged for the superiority of rifle-barrels over common ones, are, either that the inflam¬ mation of the powder is greater, by the resistance which the bullet makes by being thus forced into the barrel, and that thereby it receives a much greater impulse; or that the bullet, by the compounding of its circular and revolv¬ ing motions, as it were bores the air, and thereby flies to a much greater distance than it would otherwise have done ; or that by the same boring motion it makes its way through all solid substances, and penetrates into them much deeper than when fired in the common manner. But these views Mr Robins has proved to be altogether erroneous, by a great number of experiments made with rifle-barrelled pieces. “ In these experiments,” says he, “ I have found that the velocity of the bullet fired from a rifled barrel was usually less than that of the bullet fired from « common piece with the same proportion of powder. Indeed it is but reasonable to expect that this should be the case ; for if the rifles are very deep, and the bullet is large enough to fill them up, the friction bears a very consider¬ able proportion to the effort of the powder. And that in this case the friction is of consequence enough to have its effects observed, 1 have discovered by the continued use of the same barrel. For the metal of the barrel being soft, and wearing away apace, its bore by half a year’s use was considerably enlarged, and consequently the depths of its GUNNERY. 63 lactiee. rifles diminished; and then I found that the same quan- tity of powder would give to the bullet a velocity near a tenth part greater than what it had done at first. And as the velocity of the bullet is not increased by the use of rifled barrels, so neither is the distance to which it flies, nor the depth of its penetration into solid substances. In¬ deed these two last suppositions seem at first sight too chimerical to deserve a formal confutation. But I cannot help observing, that those who have been habituated to the use of rifled pieces are very excusable in giving way to these prepossessions. For they constantly found, that with them they could fire at a mark with tolerable suc¬ cess, though it were placed at three or four times the dis¬ tance to which the ordinary pieces were supposed to reach. And therefore, as they were ignorant of the true cause of this variety, and did not know that it arose only from preventing the deflection of the ball; it was not unnatu¬ ral for them to imagine that the superiority of effect in the rifled piece wras owing either to a more violent im¬ pulse at first, or to a more easy passage through the air. “ In order to confirm the foregoing theory of rifle-bar¬ relled pieces, I made some experiments by which it might be seen whether one side of the ball discharged from them uniformly keeps foremost during the whole course. To examine this particular, I took a rifled barrel carrying a bullet of six to the pound; but instead of its leaden bul¬ let, I used a wooden one of the same size, made of a soft springy wood, which bent itself easily into the rifles with¬ out breaking. And firing the piece thus loaded against a wall at such a distance as the bullet might not be shiver¬ ed by the blow, I always found, that the same surface which lay foremost in the piece continued foremost, with¬ out any sensible deflection during the time of its flight. And this was easily to be observed by examining the bul¬ let, as both the marks of the rifles, and the part that imping¬ ed on the wall, were sufficiently apparent. Now, as these wooden bullets were but the sixteenth part of the weight of the leaden ones, I conclude, that if there had been any unequal resistance or deflective power, its effects must have been extremely sensible upon this light body, and consequently, in some of the trials I made, the surface which came foremost from the piece must have been turned round into another situation. “ But again, I took the same piece, and, loading it now with a leaden ball, I set it nearly upright, sloping it only three or four degrees from the perpendicular, in the direc¬ tion of the wind; and firing it in this situation, the bullet generally continued about half a minute in the air, it rising by computation to near three quarters of a mile perpen¬ dicular height. In these trials I found that the bullet commonly came to the ground to the leeward of the piece, and at such a distance from it as nearly corre¬ sponded to the angle of its inclination, and to the effort of the wind; it usually falling not nearer to the piece than 100, nor farther from it than 150 yards. And this is a strong confirmation of the almost steady flight of this bul¬ let for about a mile and a half: for were the same trial made with a common piece, I doubt not but the deviation would often amount to half a mile, or perhaps consider¬ ably more ; though this experiment would be a very diffi¬ cult one to examine, on account of the little chance there would be of discovering where the ball fell. “It must be observed, however, that though the bullet impelled from a rifle-barrelled piece keeps for a time to its regular track with sufficient nicety, yet if its flight be so far extended that the track becomes considerably in- curvated, it will then undergo considerable deflections. This, according to my experiments, arises from the angle at last made by the axis on which the bullet turns, and the direction in which it flies; for that axis continuing nearly parallel to itself, it must necessarily diverge from the line of the flight of the bullet, when that line is bent Practice, from its original direction : and when it once happens that the bullet whirls on an axis which no longer coincides with the line of its flight, then the unequal resistance formerly described will take place, and the deflecting power hence arising will perpetually increase, as the track of the bullet, by having its range extended, becomes more and more in- curvated. This matter I have experienced in a small rifle- barrelled piece, carrying a leaden ball of near half an ounce weight; for this piece, charged with one dram of pow¬ der, ranged about 550 yards at an angle of twelve degrees with sufficient regularity; but being afterwards elevated to an angle of twenty-four degrees, it then ranged very irregularly, generally deviating from the line of its direc¬ tion to the left, and in one case not less than 100 yards. This apparently arose from the cause above mentioned, as was confirmed from the constant deviation of the bullet to the left; for, by considering how the revolving motion was continued with the progressive one, it appeared that a deviation that way was to be expected. “ The best remedy I can think of for this defect is the making use of bullets of an egg-like form instead of sphe.- rical ones. For if such a bullet hath its shorter axis made to fit the piece, and it be placed in the barrel with its smaller end downwards, then it will acquire by the rifles a rotation round its larger axis; and its centre of gravity lying nearer to its fore than its hinder part, its longer axis will be constantly forced by the resistance of the air into the line of its flight; as we see that by the same means arrows constantly lie in the line of their direction, how¬ ever that line be incurvated. “ But besides this, there is another circumstance in the use of these pieces, which renders the flight of their bul¬ lets uncertain when fired at a considerable elevation. For I find by my experiments, that the velocity of a bullet fired with the same quantity of powder from a rifle barrel, varies much more from itself in different trials than when fired from a common piece. This, as I conceive, is owing to the great quantity of friction, and the impossibility of rendering it equal in each experiment. Indeed, if the rifles are not deeply cut, and if the bullet is nicely fitted to the piece, so as not to require a great force to drive it down, and if leather or fustian well greased is made use of between the bullet and barrel, perhaps, by a care¬ ful attention to all these particulars, great part of the in¬ equality in the velocity of the bullet may be prevented, and the difficulty in question be in some measure obviat¬ ed ; but till this be done, it cannot be doubted that the range of the same piece, at an elevation, will vary consi¬ derably in every trial, although the charge be each time the same. And this I have myself experienced, in a num¬ ber of diversified trials, with a rifle-barrelled piece load¬ ed at the breech in the English manner. For here the rifles being indented very deep, and the bullet so large as to fill them up completely, 1 found, that though it flew with sufficient exactness to the distance of 400 or 500 yards ; yet when it was raised to an angle of about twelve degrees (at which angle, being fired with one fifth of its weight in powder, its medium range is nearly 1000 yards) ; in this case, I say, I found that its range was variable, al¬ though the greatest care was taken to prevent any inequa¬ lities in the quantity of powder, or in the manner of charg¬ ing. And as, in this case, the angle was too small for the first-mentioned irregularity to produce the observed ef¬ fects, they can only be imputed to the different velocities which the bullet each time received by the unequal ac¬ tion of the friction.” Thus we see that it is in a manner impossible entirely to correct the aberrations arising from the resistance ot the atmosphere ; as even the rifle-barrelled pieces cannot be depended upon for more than one half of their actual 64 GUNNERY. Practice, range at any considerable elevation. It becomes there- fore a problem very difficult of solution to know, even with¬ in a very considerable distance, how far a piece will carry its ball with any probability of hitting its mark, or doing any execution. The best rules hitherto laid down on this subject are those of Mr Robins. The foundation of all Ins calculations is the velocity with which the bullet flies off from the mouth of the piece. Mr Robins himself had not opportunities of making many experiments on the ve¬ locities of cannon balls, and the calculations from smaller ones cannot always be depended upon. In the sixty- eighth volume of the Philosophical Transactions, Dr Hut¬ ton has recited a number of experiments made on cannon carrying balls from one to three pounds weight. His ma¬ chine for discovering the velocities of these balls was the same with that of Mr Robins, only of a larger size. His charges of powder were two, four, and eight ounces ; and the results of fifteen experiments, which seem to have been the most accurate, are as follow : Velocity with Velocity with Velocity with two ounces. four ounces. eight ounces. 702 feet in 1" 1068 feet in 1" 1419 feet in 1" 682 1020 1352 695 948 1443 703 973 1360 725 957 1412 3507 4966 6986 Mean 701 993 1397 In another course, the mean velocities, with the same charges of powder, were 613, 873, 1162. “ The mean velocities of the balls in the first course of experiments (says Dr Hutton) with two, four, and eight ounces of powder, are as the numbers 1, 1*414, and 1*993 ; but the subduplicate ratio of the weights (two, four, and eight) give the numbers 1, 1*414, and 2, to which the others are sufficiently near. It is obvious, however, that the great¬ est difference lies in the last number, which answers to the greatest velocity. It will still be a little more in de¬ fect if we make the allowance for the weights of the balls ; for the mean weights of the balls with the two and four ounces is 18f ounces, but of the eight ounces it is 18f-; diminishing therefore the number 1*993 in the reciprocal subduplicate ratio of 18f- to 18f, it becomes 1*985, which falls short of the number 2 by *015, or the 133d part of itself. A similar defect was observed in the other course of experiments ; and both are owing to three evident causes, viz. 1. The less length of cylinder through which the ball was impelled; for with the eight-ounce charge it lay three or four inches nearer to the muzzle of the piece than with the others. 2. The greater quantity of elastic fluid which escaped in this case than in the others by the windage. This happens from its moving with a greater velocity; in consequence of which, a greater quantity escapes by the vent and windage than in smaller veloci¬ ties. 3. The greater quantity of powder blown out unfired in this case than in that of the lesser velocities; for the ball which was impelled with the greater velocity would be sooner out of the piece than the others, and the more so as it had a less length of the bore to move through ; and if powder fire in time, which cannot be denied, though indeed that time is manifestly very short, a greater quan¬ tity of it must remain unfired when the ball with the greater velocity issues from the piece, than when that which has the less velocity goes out, and still the more so as the bulk of powder which was at first to be inflamed in the one case so much exceeded that in the others. “ Let us now compare the corresponding velocities in both cases. In the one they are 701, 993, 1397 ; in the other, 613, 873, 1162. Now the ratio of the first two num¬ bers, or the velocities with two ounces of powder, is that Practice, of 1 to T1436, the ratio of the next two is that of 1 to 1*1375, and the ratio of the last is that of 1 to T2022. But the mean weight of the shot for two and four ounces of powder was 28^ ounces in the first course, and 18^ in this ; and for eight ounces of powder it was 28f in the first, and 18f in this. Taking therefore the reciprocal subduplicate ratios of these weights of shot, we obtain the ratio of 1 to 1*224 for that of the balls which were fired with 2 ounces and four ounces of powder, and the ratio of 1 to T241 for the balls which were fired with eight ounces. But the real ratios above found are not greatly different from these; and the variation of the actual velocities from this law of the weights of shot inclines the same way in both courses of experiments. “ We may now collect into one view the principal in¬ ferences that have resulted from these experiments. 1. It is evident from them that powder fires almost instantane¬ ously. 2. The velocities communicated to balls or shot of the same weight with different quantities of powder, are nearly in the subduplicate ratio of these quantities ; a very small variation in defect taking place when the quantities of powder become great. 3. When shot of different weights are fired with the same quantity of powder, the velocities communicated to them are nearly in the reciprocal subdu¬ plicate ratio of their weights. 4. Shot which are of differ¬ ent weights, and impelled by different quantities of powder, acquire velocities which are directly as the square roots of the quantities of powder, and inversely as the square roots of the weights of the shot nearly.” The velocities of the bullets being thus found as nearly as possible, the ranges may be found by the following rules laid down by Mr Robins. 1. “ Till the velocity of the projectile surpasses that of 1100 in a second, the resistance may be reckoned to be in the duplicate proportion of the velocity, and its mean quan¬ tity may be reckoned about half an ounce avoirdupois on a 12-pound shot, moving with a velocity of about twenty-five or twenty-six feet in a second. 2. “ If the velocity be greater than that of 1100 or 1200 feet in a second, then the absolute quantity of the resist¬ ance in these greater velocities will be near three times as great as it should be by a comparison with the smaller ve¬ locities. Hence then it appears, that if a projectile begins to move with a velocity less than that of 1100 feet in 1", its whole motion may be supposed to be considered on the hypothesis of a resistance in the duplicate ratio of the velo¬ city. And if it begins to move with a velocity greater than this last mentioned, yet if the first part of its motion, till its velocity be reduced to near 1100 feet in 1", be consi¬ dered separately from the remaining part in which the ve¬ locity is less than 1100 feet in 1", it is evident that both parts may be truly assigned on the same hypothesis ; only the absolute quantity of the resistance is three times greater in the first part than in the last. Wherefore, if the mo¬ tion of a projectile on the hypothesis of a resistance in the duplicate ratio of the velocity be truly and generally as¬ signed, the actual motions of resisted bodies may be there* by determined, notwithstanding the increased resistances in the great velocities. And, to avoid the division of the motion into two, I shall show how to compute the whole at one operation, with little more trouble than if no such increased resistance took place. “ To avoid frequent circumlocutions, the distance to which any projectile would range in a vacuum on the hori¬ zontal plane at 45° of elevation, I shall call the potential random of that projectile; the distance to which the pro¬ jectile would range in vacuo on the horizontal plane at any angle different from 45°, I shall call the potential range of the projectile at that angle; and the distance to which a projectile really ranges, I shall call its actual range. GUNNERY. 65 dice. “ If the velocity with which a projectile begins to move is known, its potential random and its potential range at any given angle are easily determined from the common theory of projectiles; or more generally, if either its origi¬ nal velocity, its potential random, or its potential range, at a given angle, are known, the other two are easily found out. “ To facilitate the computation of resisted bodies, it is necessary, in the consideration of each resisted body, to as¬ sign a certain quantity, which I shall denominate F, adapt¬ ed to the resistance of that particular projectile. To find this quantity F to any projectile given, we may proceed thus : First find, from the principles already delivered, with what velocity the projectile must move, so that its resist¬ ance may be equal to its gravity. Then the height from whence a body must descend in a vacuum to acquire this velocity is the magnitude of F sought. But the most con¬ cise way of finding this quantity F to any shell or bullet is Practice, this. If it be of solid iron, multiply its diameter measured in inches by 300, the product will be the magnitude of F expressed in yards. If, instead of a solid iron bullet, it is a shell or a bullet of some other substance ; then, as the spe¬ cific gravity of iron is to the specific gravity of the shell or bullet given, so is the F corresponding to an iron bullet of the same diameter to the proper F for the shell or bullet given. The quantity F being thus assigned, the necessary computation of these resisted motions may be dispatched by the three following propositions, always remembering that these propositions proceed on the hypothesis of the resistance being in the duplicate proportion of the velocity of the resisted body. How to apply this principle, when the velocity is so great as to have its resistance augmented beyond this rate, shall be shown in a corollary to be annex¬ ed to the first proposition. Actual ranges expres¬ sed inF. 0-01 0-02 0-04 0-06 0-08 0-1 0-12 014 0-15 0-2 0-25 0-3 0-35 0-4 0-45 0-5 0-55 0-6 Corre¬ sponding potential ranges ex¬ pressed in F. 0-0100 0-0201 0-0405 0-0612 0-0822 0-1034 0-1249 0-1468 0-1578 0-2140 0-2722 0-3324 0-3947 0-4591 0-5258 0-5949 0-6664 0-7404 Actual i-anges expres¬ sed inF. 0-65 0-7 0-75 0-8 0-85 0-9 0-95 10 1-05 1-1 M5 1-2 1-25 1-3 1-35 1-4 1-45 1-5 Corre¬ sponding potential ranges ex¬ pressed in F. 0-8170 0-8964 0-9787 1-0638 1-1521 1-2436 1-3383 1-4366 1-5384 1-6439 1-7534 1-8669 1- 5845 2- 1066 2-2332 2-3646 2-5008 2-6422 Actual Correspond- ranges ing potential expres- i ranges ex- sed in F. pressed in F. 1-55 1-6 1-65 1-7 1-75 1-8 1-85 1-9 1- 95 2- 2-05 2-1 2-15 2-2 2-25 2-3 2-35 2-4 2-7890 2- 9413 3- 0994 3-2635 3-4338 3.6107 3-7944 3- 9851 4- 1833 4-3890 4-6028 4- 8249 5- 0557 5-2955 5-5446 5- 8036 6- 0728 6-3526 Actual ranges expres¬ sed in F. Correspond¬ ing potential ranges ex¬ pressed in F. 2-45 2-5 2-55 2-6 2-65 2-7 2-75 2-8 2-85 2-9 2- 95 3- 0 3-05 3-1 3-15 3-2 3-25 3-3 6-6435 6- 9460 7- 2605 7-5875 7- 9276 8- 2813 8- 6492 9- 0319 9-4000 9-8442 10-2752 10- 7237 11- 1904 11- 6761 12- 1816 12- 7078 13- 2556 13-8258 Actual ranges expres¬ sed in F. pressed in F. 3-35 3-4 3-45 3-5 3-55 3-6 3-65 3-7 3-75 3-8 3-85 3-9 3- 95 4- 0 4-05 4-1 4-15 14- 4195 15- 0377 15- 6814 16- 3517 17- 0497 17- 7768 18- 5341 19- 3229 20- 1446 21- 0006 21- 8925 22- 8218 23- 7901 24- 7991 25- 8506 26- 9465 28-0887 Correspond- Actual ing potential ! ranges ranges ex- expres- ~ sed in F. 4-2 4-25 4-3 4-35 4-4 4-45 4-5 4-55 4-6 4-65 4-7 4-75 4-8 4-85 4-9 4-95 50 Correspond¬ ing potential ranges ex¬ pressed in F. 29- 2792 30- 5202 31- 8138 33- 1625 34- 5686 36- 0346 37- 5632 39- 1571 40- 8193 42-4527 44-3605 46-2460 48-2127 50-2641 52-4040 54-6363 56-9653 “ Prop. I. Given the actual range of a given shell or bullet at any small angle not exceeding 8° or 10° ; to deter¬ mine its potential range, and consequently its potential random and original velocity. “ Solution. Let the actual range given be divided by the F corresponding to the given projectile, and find the quote in the first column of the preceding table: then the corresponding number in the second column multiplied into F will be the potential range sought: and thence, by the methods already explained, the potential random and the original velocity of the projectile is given. “ Exam. An 18-pounder, the diameter of whose shot is about five inches, when loaded with two pounds of pow¬ der, ranged at an elevation of 3° 3(f to the distance of 975 yards. “ The F corresponding to this bullet is 1500 yards, and the quote of the actual range by this number is 65; cor¬ responding to which, in the second column, is "817; whence, 817 F, or 1225 yards, is the potential range sought; and this, augmented in the ratio of the sine of tv/ice the angle of elevation to the radius, gives 10,050 yards for the potential random : whence it will be found ’that the velocity of this projectile was that of 984 feet in a second. . “ Cor. 1. If the converse of this proposition be desired; that is, if the potential range in a small angle be given, and thence the actual range be sought; this may be solv- VOL. XI. ed with the same facility by the same table; for if the given potential range be divided by its correspondent F, then opposite to the quote sought in the second column there will be found in the first column a number which, multiplied into F, will give the actual range required. And from hence it follows, that if the actual range be given at one angle, it may be found at every other angle not exceeding 8° or 10°. “ Cor. 2. If the actual range at a given small angle be given, and another actual range be given, to which the angle is sought; this will be determined by finding the potential ranges corresponding to the two given actual ranges; then the angle corresponding to one of those po¬ tential ranges being known, the angle corresponding to the other will be found by the common theory of projectiles. “ Cor. 3. If the potential random deduced from the actual range by this proposition exceeds 13,000 yards, then the original velocity of the projectile was so great as to be affected by the treble resistance described above ; and consequently the real potential random will be great¬ er than what is here determined. However, in this case, the true potential random may be thus nearly assigned. Take a fourth continued proportional to 13,000 yards, and the potential random found by this proposition, and the fourth proportional thus found may be assumed for the true potential random sought. In like manner, when the true potential random is given greater than 13,000 yards, GUNNERY. 66 Practice, we must take two mean proportionals between 13,000 and this random; and the first of these mean proportionals must be assumed instead of the random given, in every operation described in these propositions and their corol¬ laries. And this method will nearly allow for the in¬ creased resistance in large velocities, the difference only amounting to a few minutes in the angle of direction of the projected body, which, provided that angle exceeds two or three degrees, is usually scarce worth attending to. “ Of this process take the following example:—A 24- pounder fired with 12 pounds of powder, when elevated at 7° 15', ranged about 2500 yards. Here the F being near 1700 yards, the quote to be sought in the first co¬ lumn is 147, to which the number corresponding in the second column is 2-556 ; whence the potential range is near 4350 yards, and the potential random thence result¬ ing 17,400. But this being more than 13,000, we must, to get the true potential random, take a fourth continued proportional to 13,000 and 17,400; and this fourth pro¬ portional, which is about 31,000 yards, is to be esteemed the true potential random sought; whence the velocity is nearly that of 1730 feet in a second. “ Scholium. This proposition is confined to small an¬ gles, not exceeding 8° or 10°. In all possible cases of prac¬ tice, this approximation, thus limited, will not differ from the most rigorous solution by so much as what will often intervene from the variation of the density of the atmo¬ sphere in a few hours’ time; so that the errors of the ap¬ proximation are much short of other inevitable errors, which arise from the nature of this subject. “ Prop. II. Given the actual range of a given shell or bullet at any angle not exceeding 45° ; to determine its potential range at the same angle, and thence its poten¬ tial random and original velocity. “ Solution. Diminish the F corresponding to the shell or bullet given in the proportion of the radius to the cosine of fths of the angle of elevation. Then, by means of the preceding table, operate with this reduced F in the same manner as is prescribed in the solution of the last propo¬ sition, and the result will be the potential range sought; whence the potential random, and the original velocity, are easily determined. “ Exam. A mortar for sea-service, charged with thirty pounds of powder, has sometimes thrown its shell, of 12|th inches diameter, and of 231 lb. weight, to the distance of two miles, or 5450 yards. This at an elevation of 45°. “ The F to this shell, if it were solid, is 3825 yards; but as the shell is only |-ths of a solid globe, the true F is no more than 3060 yards. This, diminished in the ratio of the radius to the cosine of fths of the angle of elevation, becomes 2544. The quote of the potential range by this diminished F is 1*384; which, sought in the first column of the preceding table, gives 2-280 for the corresponding number in the second column; and this multiplied into the reduced F, produces 5800 yards for the potential range sought, which, as the angle of elevation was 45°, is also the potential random; and hence the original velocity of this shell appears to be that of about 748 feet in a se¬ cond. “ Cor. The converse of this proposition, that is, the de¬ termination of the actual range from the potential range given, is easily deduced from hence by means of the quote of the potential range divided by the reduced F; for this quote, searched out in the second column, will give a cor¬ responding number in the first column, which, multiplied into the reduced#F, will be the actual range sought. “ Also, if the potential random of a projectile be given, or its actual range at a given angle of elevation ; its ac¬ tual range at any other angle of elevation, not greater than 45°, may hence be known. For the potential ran¬ dom will assign the potential range at any given angle; and thence, by the method of this corollary, the actual Practice, range may be found. “ Exam. A fit musket-bullet fired from a piece of the standard dimensions, with |-th of its weight in good pow¬ der, acquires a velocity of near 900 feet in a second; that is, it has a potential random of near 8400 yards. If now the actual range of this bullet at 15° was sought, we must proceed thus: “ From the given potential random it follows, that the potential range at 15° is 4200 yards; the diameter of the bullet is fths of an inch; and thence, as it is of lead, its proper F is 337-5 yards, which, reduced in the ratio of the radius to the cosine of fths of 15°, becomes 331 yards. The quote of 4200 by this number is 12-7 nearly; which being sought in the second column, gives 3-2 nearly for the corresponding number in the first column; and this multiplied into 331 yards (the reduced F) makes 1059 yards for the actual range sought. “ Exam. 2. The same bullet, fired with its whole weight in powder, acquires a velocity of about 2100 feet in a se¬ cond, to which there corresponds a potential random of about 45,700 yards. But this number greatly exceeding 13,000 yards, it must be reduced by the method describ¬ ed in the third corollary of the first proposition, when it becomes 19,700 yards. If now the actual range of this bullet at 15° be required, we shall from hence find, that the potential range at 15° is 9850 yards; which, divided by the reduced F of the last example, gives for a quote 2975; and thence following the steps prescribed above, the actual range of this bullet comes out 1396 yards, ex¬ ceeding the former range by no more than 337 yards; whereas the difference between the two potential ranges is above ten miles. Of such prodigious efficacy is the re¬ sistance of the air, which hath been hitherto treated as too insignificant a power to be attended to in laying down the theory of projectiles. “ Schol. I must here observe, that as the density of the atmosphere perpetually varies, increasing and diminishing often by ^yth part, and sometimes more, in a few hours; for that reason, I have not been over rigorous in forming these rules, but have considered them as sufficiently exact when the errors of the approximation do not exceed the in¬ equalities which would take place by a change of ^th part in the density of the atmosphere. With this restriction, the rules of this proposition may be safely applied in all pos¬ sible cases of practice. That is to say, they will exhibit the true motions of all kinds of shells and cannon-shot, as far as 45° of elevation, and of all musket bullets fired with tht-ir largest customary charges, if not elevated more than t/0°. Indeed, if experiments are made with extraordinary quat ies ^ powder, producing potential randoms greatly surpassing the usual rate, then in large angles some far¬ ther modifications may be necessary. And though, as these cases are beyond the limits of all practice, it may be thought unnecessary to consider them; yet, to enable those who are so disposed to examine these uncommon cases, I shall here insert a proposition which will deter¬ mine the actual motion of a projectile at 45°, how enor¬ mous soever its original velocity may be. But as this pro¬ position will rather relate to speculative than practical cases, instead of supposing the actual range known, thence to assign the potential random, I shall now suppose the potential random given, and the actual range to be thence investigated. “ Prop. III. Given the potential random of a given shell or bullet; to determine its actual range at 45°. Solution. Divide the given potential random by the F corresponding to the shell or bullet given, and call the quo¬ tient q, and let l be the difference between the tabular lo¬ garithms of 25 and of q, the logarithm of 10 being suppos¬ ed unity; then the actual range sought is 3-4 Fz+z2/F — ' actice. GUNNERY. 67 — F, where the double sine of 2ZF is to be thus under- 10 stood ; that if q be less than 25, it must be — 2ZF; if it be greater, then it must be -h 2/F. In this solution q may be any number not less than 3, nor more than 2500. “ Cor. Computing in the manner here laid down, we shall find the relation between the potential randoms, and the actual range at 45°, within the limits of this proposi¬ tion, to be as expressed in the following table. Potential Randoms. 3 F 6 F 10 F 20 F 30 F 40 F 50 F 100 F 200 F 500 F 1000 F 2500 F Actual Range at 45°. 1-5 F 2-1 F 2*6 F 3-2 F 3-6 F 3-8 F 4-0 F 4-6 F 5-1 F 5-8 F 6-4 F 7-0 F. Whence it appears, that, when the potential random is increased from 3 F to 2500 F, the actual range is only in¬ creased from li- F to 7 F; so that an increase of 2497 F in the potential random produces no greater an increase in the actual range than b\ F, which is not its th part; and this will again be greatly diminished on account of the increased resistance which takes place in great velo¬ cities. So extraordinary are the effects of this resistance, which we have been hitherto taught to regard as incon¬ siderable. “ That the justness of the approximation laid down in the second and third propositions may be easier examin¬ ed, I shall conclude these computations by inserting a table of the actual ranges, at 45°, of a projectile which is resisted in the duplicate proportion of its velocity. This table is computed by methods different from those hither¬ to described, and is sufficiently exact to serve as a stan¬ dard with which the result of our other rules may be compared. And since whatever errors occur in the ap¬ plication of the preceding propositions, they will be most sensible at 45° of elevation, it follows, that hereby the ut¬ most limits of those errors may be assigned. Potential Randoms. •1 F •25 F •5 F •75 F 1-0 F 1- 25 F 1*5 F 1*75 F 2- 0 F 2*5 F 3- 0 F 3- 5 F 4- 0 F 4-5 F Actual Range at 45°. -0963 F -2282 F -4203 F -5868 F -7323 F -860 F -978 F 1-083 F 1-179 F 1-349 F 1-495 F 1-624 F 1-738 F 1-840 F Potential Randoms 5-0 F 5- 5 F 6- 0 F 6- 5 F 7- 0 F 7- 5 F 8- 0 F 8- 5 F 9- 0 F 9-5 F 10- 0 F 11- 0 F 13-0 F 15-0 F 20-0 F 25-0 F 30-0 F 40-0 F 50-0 F It now only remains to consider very shortly that part of practical gunnery which relates to the construction of guns, the proportional length, weight, calibre, and charge of the different kinds of ordnance, the methods of pointing and elevating them, and the purposes to which they are applied. Formerly guns were made of great length, and upon that account were found extremely troublesome and unmanage¬ able. The error in this respect was first discovered by acci¬ dent; for some cannon which had been cast by mistake two feet and a half shorter than the common standard, were found to be equally efficacious in service with the com¬ mon ones, and much more manageable. This soon pro¬ duced very considerable alterations in the form of artil¬ lery throughout Europe ; but in no country have greater improvements in this respect been made than in our own 1 Guns are made either of iron or of brass. Those formed of iron are better adapted for continued and heavy firing than those made of brass; they also last longer, but this depends chiefly upon the purity of the metal. Brass guns, when frequently fired, droop at the muzzle, and become quite useless ; but being lighter than iron guns, they are better adapted for service. The guns mounted on the works of San Sebastian were of brass, and towards the end of the siege they became quite useless ; whilst the :— guns of the besiegers, though much oftener fired, and considerably enlarged at the vents or touch-holes, still continued serviceable. An iron gun, if overcharged or over! :ated, bursts and flies in pieces, which a brass one does not. The best length for field-guns has been found to be about seventeen calibres, that is, seventeen times the dia¬ meter of the bore. Long guns are more easily pointed than short ones, and will to a certain extent throw shot farther with equal charges.2 There are also a great many guns of the same weight, but of different lengths. This is oc¬ casioned by the several classes of vessels, &c. for which they are intended requiring an equal weight of shot, but different lengths of guns. Very long guns are found to be disadvantageous, as it Actual Range at 45° 1-930 F 2-015 2-097 2-169 2-237 2-300 2-359 2-414 2-467 2--511 2-564 2-651 2-804 2-937 3-196 3-396 3-557 3-809 3-998 Practice. F F F F F F F F F F F F F F F F F F. 1 In the article on Cannon-Making, we have explained the process of casting guns, whether of iron or other metal, and the com¬ position of the metal commonly called brass. In the same article there are tables exhibiting the dimensions of, and various particu¬ lars relating to, the guns employed by Britain and by France. 2 It is a maxim of Mr Robins, that neither the distance to which a bullet flies, nor its force at the end of its flight, are much in¬ creased by very great augmentations of the velocity with which it is impelled; and, therefore, that in distant cannonade, the advan¬ tages arising from long guns and great charges are but of little moment. Sir Howard Douglas, however, contends that this maxim relates only to random ranges, and overlooks the advantages arising from the superior accuracy of long guns at moderate distances; that comparing the powers of the long 24-pounder, length 9^ feet, with those of the short 24, length 6 feet 6 inches, though the ex¬ treme ranges be nearly the same, yet for practice at 300 yards, the long gun might be laid point-blank, whilst the shorter one would require nearly half a degree of elevation ; and that, at 1000 yards the former would only require an elevation of two degrees, which, with the short gun, would only give a range of about 800 yards. 68 GUNNERY. Practice, is useless to project shot at a greater velocity than four- teen, or at the most sixteen hundred feet per second, since air cannot rush in with greater rapidity than at the rate of 1340 feet per second to fill up the vacuum caused by the ball. In the case of a higher velocity, the air in front would be considerably compressed, and the increased re¬ sistance thus occasioned would soon reduce that velocity. It is therefore useless to augment the charge beyond a certain limit.1 * The charge of powder commonly used in practice is, for heavy guns id, for light guns ^th, and for carronades j^th the weight of the shot. The thickness of metal for a 42- pounder is 1 calibre at the breach, for a 32-pounder ly^th calibre, for a 24-pounder ly^-ths calibre ; at the muzzle the thickness of metal is one half that of the base ring. The proportion of the weight of the metal in a gun is to that of the shot, in heavy guns 2 cwt. to 1 lb., in me¬ dium guns 1^ cwt. to 1 lb., and in light guns 1 cwt. to 1 lb. Practice. - The Length, Weight, Calibre, and Charge of the various pieces of Ordnance, and the Purposes to which they are applied. a 3 iJ3 12 in. 10 in. 10 in. 8 in. 42 pr. 32 pr. 24 pr. 18 pr. 12 pr. 9 pr. 6 pr. 4 pr. 8 4 8 4 7 6 6 8 10 0 9 6 9 7 9 6 8 0 8 0 5 0 9 6 9 0 8 0 7 6 7 6 5 10 9 0 8 0 9 0 8 6 8 6 6 0 0 0 ^ 'r- taS VO 10 9 10 17 16 10 10 90f 621 57f 50 8 65 64 55 50 48 25 50 47 43 42 40 18-2- 42 37 34 33 29 31 29 25 23 17 12 C5 3 HO3 .2 O 'p O -Sf-S CL. 0J g o 11 to 112 1 to 95 1 to 92 1 to 173 1 to 195 1 to 175 Inches. 12 10 10 8-05 7-018 6-41 6-3 5-823 3- 7 5-292 4- 623 4-2 3-668 3-284 0) ^ 153 r*, .2 Inches. 11-37 9- 9- 7-95 6-795 6-207 5-639 5-124 4-476 4-T 3*5*52 3*i*04 2 ^ o 2 c3 03 S Inches. 11- 7-85 6-729 6-147 5-584 5-074 4-432 4-06 3-532 3-053 O -3 tc O lbs. oz. 12 0 8 0 3 0 6 0 4 0 3 0 2 0 10 lbs. oz. 18 0 8 0 14 0 7 0 14 0 7 0 14 0 10 10 14 0 4 0 9 0 13 0 6 12 15 0 12 0 9 0 4* *0 1829 1828 1828 1828 1826 1827 1810 1825 1812 1810 1810 1825 1790 Purposes to which applied. T The naval service, to carry •< hollow shot. Constructed by Geo. Miller. Do. do. Do. do. Do. having a solid 68 lb. shot Nearly obsolete; a few re¬ main in some garrisons Lower deck of 80-gun ships Lower deck of line-of-battle ships, and coast batteries f Not used; only six in the | arsenal. Main deck of 80-gun ships 5Carronade gun in place of 32-pounder gun; quarter- deck of ships. T Fortresses and battering < guns; also in some first and fourth rates. 1 Portresses and battering guns ; also in some second and fourth rates. / Not used ; only a hundred in ( the arsenal. Congreve’s carronade guns, f Bloomfield; appropriated to upper deck of the Donegal, f Carronade gun; proposed in- stead of the 24-pounder carronades. Garrison, battering train; upper deck 74-gun ship. Garrison, battering train; decks of 46 and 42 gun frigates. Chase guns of line-of-battle ships. Quarter-deck of line-of-bat¬ tle ship; garrisons. Garrison,and battering trains. Garrisons, &c. Do. Chase guns of frigates. Garrisons ; but little used. Chase guns, sloops. Not used. 1 The increased resistance of the air, occasioned by an increase of velocity in the projectile, has been fully treated of in the pre¬ ceding part of this article, under the Theory of Gunnery actice. v GUNNERY. -The Length, Weight, Calibre, and Charge of the various pieces of Ordnance, fyc.—continued. 69 Practice. O « 68 pr. 42 pr. 32 pr. 24 pr. 18 pr. 10 pr. 6 pr. 12 pr. 9 pr. 6 pr. S *- 9 bcjj £ as 9 O =3 3 pr. 1 pr. 24 pr. 12 in. 5£ in. in- 10 in. 8 in. 51 in. 51 in. 13 in. 13 in. 10 in. 10 in. 8 in. 51 in. 5^- in. 4g- in. Ft. In 3 2 4 4 4 0 3 0 3 8 5 10 3 3 2 8 2 8 6 6 5 0 6 0 7 0 5 0 6 0 4 0 3 0 5 0 4 9 3 3 2 8 1 10 5 0 4 0 3 6 3 10 4 15 4 5 3 9 2 4 1 10 n 7 S o 3 .2-0 § a> +-> c > o 10 10 10 10 1 3 1 0 Cwt. 30 221 71 17 25 13 181 10 6 18 12 131 13 12 6 3 21. gfJ 121 62 10 21 39* 30* 15 T2 1 82 36 41 8 8 1* 200 tS tD 2 £ § 55 Inches. 8-05 6-84 6-25 5-68 5-7 5-16 4-52 3«6 4-623 4- 2 3- 663 2-913 2-019 5- 72 4- 58 5- 62 4- 52 10- 8- 5- 62 13*” 10- ’ 8- 5-62 4-52 Inches. 7-95 6-795 6-207 5-639 5-124 4-476 3- 568 4- 476 4*1 £ G & S cc 0 Inches. 7-85 6-729 6-147 5-584 5-074 4-432 3- 532 4- 432 4-06 3-568 3-532 2-833 1-995 5-62 4- 47 5- 62 4- 57 9-88 7-95 5- 62 12-88 9-80 7-95 6- 62 4-476 2-803 1-923 5-57 4- 43 5- 57 4- 43 9-8 7-85 5- 57 12-8 9-8 7-85 5-57 4-432 lbs. oz. 3 10 3 8 2 10 4 0 2 0 4 0 1 8 1 0 0 12 4 0 3 0 2 0 1 8 1 0 3 6 2 8 1 8 2 0 0 8 7 0 4 0 C a* So Purposes to which applied. lbs. oz. 13 0 9 0 8 0 9 0 6 0 9 0 4 0 3 0 1 8 5 0 3 8 3 0 2 0 1 8 1 0 3 0 1 8 3 0 0 8 14 0 3 0 20 12 9 0 4 0 2 0 0 7 0 5 1778 1825 1773 1825 1788 1799 1806 1773 1782 1788 1810 1812 1820 1820 1825 1800 1810 1786 1790 1780 1780 1810 Two on the lower deck of line-of-battle ships. Upper decks of fourth rates. Quarter-decks and forecas¬ tles generally. Carronade guns, in place of the old 32-pounder car¬ ronade. Mostly used in arming boats; in fortresses for flanks. Carronade gun, with trun¬ nions ; in place of old 24- pounder carronade. Main-deck of small sloops, and in boats. For small cutters, and boats ; also in fortresses, for flank ing. For king’s and revenue cut- j ters. ( f Medium 12-pounder; an ex- ^ cellent gun. Light 12-pounder. J Much used for field service; | an excellent gun. f Long and heavy 6-*pounder ; ^ throws a shot with great ') accuracy, but inconveni- ent in the field. T Good for horse artillery; d cutters have two for chase l guns. Heavy or long 3-pounder. Colonial service. For mountain service. For colonial service. For field service; usually attached to 12 or 9 pounder batteries. Do. to 6-pounder batteries f Formerly used for field ser- \ vice, now only for garri- \ son; about to be discon- tinued. J For colonial or mountain ser ^ vice. ( For battering trains and gar ^ risons. Do. do. do. J For garrisons and flanking ( fire. Do. do. do. For bomb ships. Do. do. For land service. Do. do. f 8 inch, or royal mortar, and 1 in the attack of places 70 GUNNERY. General Construction of Iron Guns.1 Fig. 1. AB, length of the gun, 24-pounder. AC, first reinforce, f ths of AB ; 9 feet; weight 47 cwt. AD, distance from hinder part of the base ring to centre of trunnions D fths of AB, AL ^d of AC, rings and as¬ tragal included. CE, second reinforce, fth of AB + 1 calibre, fillets £th AC. EF, chace, f ths EB; fillets £th of their rings, ogee at B £th of its ring. FB, muzzle, J-th EB; NB = 4th of FB; muzzle mould¬ ings £d NB. Trunnions § iv — \ calibre, [diameter zr tv. 5?-sl 6 . . = 3r (/- 12 i Cascabel, Fillet a If calibre, Neck b 1 calibre, Diameter c, fillet a, GH the thickness of metal. Pounders. 42 1 calibre.'] 32 24 GH=f calibre, sixteenths. IK = f GH. Im = GH. •1* 18. 12. 9. 6. •If* -1* •Mr J IK = 4 GH. General Construction of Brass Guns. Fig. 2. Guns. 17 calibres. 18 do. 6 pr. 5 feet. 3 pr. 6 feet. 1 pr. 5 feet. mn. 1 cal. do. 1 cal. do. op. f(7 do. .5 3 ¥ do. Iladius. Ah 6 I O 16 do. do. 64 1G To X 1 2 2 do. do. Pounder. 12 9 6 ~ L 3 (24 « J 18 2 ( 12 6 3 1 Feet. 6 5 5 4 6 5 5 5 6 5 Inches. 6 11 2 1 3 8 0 l) 0 0 Cwt. 18 134 9 H 24 18 12 5 10 21 Breech. 18, 12, 9, 6, 3 pounders, of 17 calibres 4 24, 18, 12 do. of 13 do | 6 do. light, 5 feet, 6 cwt [4 1 do. of 9 feet f 3 do. of 6 feet f Distance CD in these guns, half a calibre. Muzzle. 1 3 Pointing and Elevating a Gun. By pointing a gun is understood the placing it in such a position that the axis of the piece shall be exactly in a line with the object aimed at; and by elevating a gun is understood the placing it at such an angle above the hori¬ zontal line as will counteract the force of gravity, and may strike the object aimed at. When a gun is both pointed and elevated, it is said to be laid. The line-of-metal is a visual line extending from the base-ring to the swell of Practice, the muzzle : its position is ascertained by placing the trun- nions perfectly horizontal, and then finding the highest point both on the base-ring and the swell of the muzzle, when the line joining those two points will be the line-of- metal. But in consequence of the conical shape of guns, this line has an inclination to the axis of about one degree, which is called the dispart. In pointing a gun, the line- of-metal is first laid in a line with the object; then, if the trunnions are horizontal, the axis of the piece and object will be in the same vertical plane; but if the trunnions are not perfectly so, on account of the dispart, the con¬ tinuation of the line-of-metal will cross that of the axis of the piece, and the shot will be thrown considerably to that side of the object on which the lowest trunnion is. In order to counteract this, a dispart sight is placed on the muzzle, which makes it of the same diameter as the breech; and then, however much one trunnion may be lower than the other, the shot cannot be thrown more than the thickness of metal to the right or left. A gun is said to be point blank when the axis of the piece is in a line with the object fired at, without having any elevation, or when the axis is parallel to the horizon. The elevation required to strike any object is found by ascertaining its distance. Sets of tables have been constructed from ac¬ tual practice (see Tables II. III. IV. and V.), by which the different sorts of shot and shells may be projected with the greatest accuracy. A scale made of brass, and called a tangent scale, being marked with the different lengths of the tangents for the several degrees, slides up and down in the breech. By means of this the elevation may be given without any re¬ ference to the difference betw een the level of the gun and the object fired at, and it may be elevated and pointed at the same time. In guns which have disparts, the tangent scale only comes into use at a greater angle than that of the dispart of the gun. Degrees are therefore marked upon the base-ring, beginning at the quarter sight, by means of which the gun maybe elevated at any less angle than that of the dispart. The ‘21 of an inch is the tangent of one degree to every foot of the gun’s length, from the base-ring to the swell of the muzzle; and therefore, if the distance in feet be¬ tween those two points be multiplied by *21, the product will be the tangent of 1°, which, when the dispart is sub¬ tracted from it, will give the length of the tangent scale above the base-ring at one degree of elevation for that particular gun. If the scale be applied to the quarter sight of the gun, of course the dispart need not be subtracted. Elevating guns at sea has always been attended with difficulty and uncertainty. To effect this, the following method has been proposed : Let the trunnion of a gun be divided by lines passing through its centre, parallel and perpendicular to the axis of the piece, and the lower limb be divided into degrees, &c.; a plumb suspended from the centre of the trunnion will cut the degree of elevation or depression the gun is pointed at, which of course is al¬ ways varying, from the motion of the ship. If the axis of the piece therefore be parallel with the deck, the degree of the inclination of the deck and gun will at the same time be ascertained, and the gun will be fired at the mo¬ ment when the plumb-line cuts the proper degree mark¬ ed upon the lower ring of the trunnion. Great accuracy may thus be attained at sea.2 A scale has of late years been used for iron guns, marked with the number of yards instead of degrees; and this has 1 This is descriptive of the 24 and-9-pounders, Plate CCLXXIV. figs. 1, 2. 2 “ It is not usual (at sea) to discharge cannon-shot at great elevations, on account of the uncertainty of such practice ; nor indeed is it practicable to do so. This is only practised with mortars.” (See Major-General Sir Howard Douglas’s Treatise on Naval Gun- nenj, art. 115.) GUNNERY. 71 ] dice, been found very useful to men who might not perhaps un- ^ ' derstand the tangent scale. When it is required to fire continually at the same ob¬ ject, for instance a breach, the best way is, after discharg¬ ing a few rounds, to observe some object which the gun points to when at the proper elevation, and always point at that object. This is called pointing at a false object. The fire of artillery may be divided into three classes; the direct, the ricochet, and the vertical. The direct fire is that used in the field or at sieges, where the gun is discharged directly at the object with a full charge. The ricochet fire is not confined to any particular charge or elevation; each must vary according to the distance and level of the object to be fired at, and particularly the spot on which it is intended it shall make the first bound. Firing en ricochet was first invented by Marshal Vauban, at the siege of Ath; and it is principally used in sieges for enfilading the face of a work, by sweeping or bounding along it. A work is said to be enfiladed when the enemy place a gun on the prolongation of a line of works, so as to fire along it. Vertical fire is that which is thrown from mortars, howitzers, or guns, at elevated angles. This was much used at the siege of the Citadel of Antwerp in 1832. By the assistance of good tables of practice, and of am¬ plitudes, sines, tangents, and secants, all cases in gunnery in a non-resisting medium are easily solved ; and perhaps the solution may be sufficiently correct for practice, if the initial velocity of the projectile be not so great as to make the resistance of the air considerable. ( Vide Tables II. III. IV. and V.) The following rules maybe observed: 1. The greatest range is at 45 degrees nearly; 2. The ranges with differ¬ ent elevations at the same charge, are as the double sines of elevation ; 3. Any angle and its complement give the same range nearly; 4. The times of flight are as the sines of the angles of elevation ; 5. The altitude of the curve, at any elevation, is found by this proportion :—as radius : tangent of angle of elevation :: altitude : range. 6. The time of flight at 45° is equal to the square root of the range in feet, divided by 4; or, more nearly, = V quotient of the range in feet, divided by T61, or the space that would be passed through in the first second by the force of gravity alone. Having the first graze of shot, with a given charge and elevation, to determine the charge for any other first graze and elevation. Multiply the known charge and elevation into the proposed first graze; also the proposed elevation into the known first graze ; and divide the first product by the last, for the charge required. Mortars are generally placed in fortified places, at some distance from the parapet; and in the attack in batteries with high parapets, so that from the mortar itself, the ob¬ ject or place to be fired at can seldom be seen, two ramrods are stuck in the superior slope of the battery, in line with the object; the centre of metal is then taken on the mortar, and chalked; the officer next lays the naortar by placing the centre of metal thus found, in the direction of the ramrods, by means of a plumb-line, and he ascertains that the elevation is correct by the gunner’s quadrant. The distance being ascertained, the following rules are to be observed. General Rules for Mortar Practice. In a 13-inch mortar, 3 lbs. of powder give a range of 1100 yards ; whilst every ^ lb. of increase adds 100 yards ; every ^ lb. of decrease diminishes 150 yards. In a 10-inch, Practice, half the quantity calculated for a 13-inch is used ; in an'8- inch, one-third the quantity for the 10-inch ; and in a Si- inch, a charge of 1 oz. 8 dr. gives 150 yards. The following table shows the weights of the different kinds of mortars, empty and filled:— Empty. Filled. 13-inch 189 lbs. 0 oz. 200 lbs. 10 — 85 — 6 — 92 — 8 — 42 — 8 — 45 — 5i— 14 — 12 — 16 — , 8r" A shell is a hollow globe of iron filled with powder, which will burst at any intended distance by means of a fuze which has been cut to a certain length, and commu¬ nicates to the powder within the shell. The fuze is a wooden tube made to fit the hole in the shell, and filled with a composition of sulphur, saltpetre, and mealed powder; it burns about -2 of an inch in a second. The time of flight of a shell being known, the length of fuze, and consequently the bursting of the shell, are easily as¬ certained. Shells are generally made to burst just as they would strike the ground; sometimes the fuzes are cut rather long, so that a shell may fall into a house, or a breach, and, by its exploding under ground, act as a small mine. Shrapnell shells, or, as they were called by the inven¬ tor, spherical case shot (a name whjch they still retain), are filled with a quantity of musket-balls, which, when the shell explodes, are projected about 150 yards further. These shells are fired from guns, mortars, and howitzers, and have been found most efficient, especially against skirmishers or working parties. A six-pounder spherical case contains twenty-seven musket-balls, which, when the shell explodes, do as much injury as the same number of muskets (besides the splinters of the exploded shell), at a distance far beyond the range of musketry.1 * * * * Case and grape-shot are also fired from guns. They take their names, the one from having a number of small balls confined in a tin case, and the other from having the balls tied or quilted together in a manner resembling a bunch of grapes. They are not calculated for long ranges, but are very efficacious, at three or four hundred yards, against advancing troops, or in the flanks of a fortification for firing along the ditch. The common shot is a solid sphere of iron, designated according to its weight, and is something less than the diameter of the bore, to allow for windage, which in Eng¬ lish guns is gnth of the <. » , so that, in this way, be¬ tween tjd and ^tb of the lorcc is lost. Great changes have recency bee., made in howitzers by General Miller of the royal artillery. He has superseded the useless light 5i-inch howitzer by a piece of ordnance which, from its weight of metal and length of bore, au¬ thorizes such charges as, with the diminished windage, will produce due velocity and effect. In Plate CCLXXIV. figs. 3 and 4 represent a 12-pounder brass howitzer, and a 10-inch iron howitzer. During the siege of Cadiz the French fired shells into the town from two large mortars at a distance of4000 yards. Their calibre was much the same as that of our 13-inch mortars, but in their internal construction they differed materially; the largest took forty pounds of powder for its charge, and was nearly eight feet in length. A great deal of lead was run into the shells; they seldom burst, and 1 This invention, which has hitherto been imperfectly comprehended by some, even in our own service, had absolutely baffled the inquiries of the French ; but it is understood that Captain Glunder, of the Hanoverian service, has recently published a minute ac¬ count of it in a Continental military journal. In future wars, therefore, it is probable that Shrapnell shells will be pnzed by us than they have hitherto been, because they will be adopted by our enemies, and we shall then practically feel their eltett. taee United Service Journal for 1834, part ii. p. 398.) GUNNERY. 72 Practice, when they did so their explosion was inconsiderable. One of these mortars is to be seen on the parade of the Horse Guards, St James’s Park. The mmwaefe, invented, or rather improved, by Mr Gas¬ coigne, was in June 1779 instituted as a standard navy- gun, and ten of them were appointed to be added to every ship of war. The carronade is made so short that it is worked with its carriage in the ship’s port. It is correctly bored; and the shot being perfectly round, fills the cali¬ bre with such exactness, that the least possible impulse of the powder escapes upon explosion, between the cylinder and the shot, which last is also thereby more truly di¬ rected in its flight. The bottom of the cylinder is a he¬ misphere, to which the end of the cartridge is not liable to stick, and in which the smallest charge of powder en¬ velopes the shot, exhausting upon it nearly the whole of its impelling force. There are sights cast upon the vent and muzzle, to point the gun quickly to an object at 250 and 500 yards distance; and there is a ring cast upon the cascabel, through which the breechin-rope is reeved, the only rope used about these guns. This gun has many advantages over the others of light construction. It is so extremely light, that the smallest ships can carry almost any weight of shot (the 12-poun¬ der weighing under five hundredweight, and the other calibres in proportion), and that without being attended with the inconveniences imputed generally to light guns, since it cannot injure its carriage, or jump out of its sta¬ tion in the port upon recoil; and it never becomes heated. Though the carronade cannot, strictly speaking, throw its shot to an equal distance with a longer gun, yet, from the adaptation of the shot to its cylinder, the powers of this gun will greatly surpass the expectations of such as are not intimately acquainted with the effects of the elastic force of fired powder; since, with a charge one twelfth part of the weight of its ball, at very small eleva¬ tions, it will project its shot to triple the distance at which ships usually engage, with sufficient velocity for the great¬ est execution, and with all the accuracy in its direction that can be attained with guns of greater lengths.1 There have been two seeming disadvantages imputed to this gun, which it does not merit, viz. the nicety of fit¬ ting the shot to the bore of the gun, and its incapacity to admit more than two shot at one charge. But as seamen have few opportunities of confirming themselves in just opinions by experiments made on shore, and cannot, in that case, be fully conversant with the subject, the fol¬ lowing hints may be useful towards removing these objec¬ tions. It is an axiom in projectiles, that a shot cannot be impelled from a gun to any distance in a direction truly parallel to the axis of the cylinder of the piece, or what is commonly called •point blank, arising from several well- Practice, known causes. For, however just may be the cylinder, and however perfect and smooth may be the sphere of its corresponding shot, and admitting that the impulse of the powder acts through the centre of gravity of the shot, and that the shot consequently leaves the piece in a di¬ rection parallel to the axis of its cylinder ; yet the shot is no sooner discharged, than it becomes more or less inflect¬ ed by its gravity, and deflected, according to its velocity, by the resistance of the air and wind. But these irregu¬ larities are oflittle importance in close sea-fights; and be¬ ing the effect of physical causes, they are common to all. The deviation of a shot from its true direction, however, is further augmented by the windage between the cylinder and the ball; but the greatest uncertainty in the flight of a shot, making allowance for the action of its gravity, and the resistance of the air, is occasioned by the defects of the shot itself. If the direction of the flight of a shot to its object, then, is affected by so many seeming trivial causes, the result must be much more uncertain when two or more shots are discharged together from one gun; for the shot next the powder being impelled with more celerity than that im¬ mediately before it, strikes against it after the discharge, sometimes shivers itself to pieces, and never fails to change obliquely the direction of both ; and this happens with round and double-headed shot, and with all double charges, which, from their various figures, cannot reach an ob¬ ject at the same elevations with the round shot; espe¬ cially when these other shots are of greater weight than the round, which is often the case. However frightful a broadside with double charges may appear at sea, more confusion is created by them, and more time lost, within board, by the strain and excessive recoil, than real damage done without board by the additional charge; for upon a trial on shore, where the effect can be traced, it will be found, that at one hundred yards distance, more shot will take place within a small compass by single than by dou¬ ble charges; and the charges will be oftener repeated in a given time, without heating the gun. The other pieces of artillery commonly made use of are mortars, royals, and howitzers. The mortars are a kind of short cannon of a large bore, with chambers for the pow¬ der, and they are made either of brass or of iron. Their use is to throw hollow shells filled with powder, which fall¬ ing on any building, or. into the works of a fortification, burst, and with their fragments destroy every thing near them. Carcases, which are a sort of shells with five holes, filled with pitch and other materials, in order to set build¬ ings on fire, are also discharged from mortars. Mortars are chiefly distinguished by the dimensions of their bore; for example, a 13-inch mortar is one the dia- 1 At the same time, viewing the matter purely as an artillery question, there is little doubt that, in the armament of some ships a pre¬ ference should he given to long guns. Sir Howard Douglas recommends (Naval Gunnery, art. 89) that a frigate which cannot carry eight-feet 24-pounders, should be fitted with long 18-pounders rather than with six or six and a half feet 24-pounders, or indeed with any kind of carronade exclusively. “The chief objection that maybe made to this,” says he, “ is, that short 24-pounders are more easily worked. This I admit; but surely, with a good strong crew, the difference would be very inconsiderable ; and, at all events, not worth the sacrifice of vast superiority of power and practice at long ranges. Perhaps, also,” he adds, “ expedients may be devised to lessen this, the only disadvantage that can be objected to long guns, for vessels that can receive them.” Sir Howard ad¬ mits that at close quarters carronades are very formidable ; but he contends that, at long ranges, they are no match for long guns, and that any vessel fitted exclusively with this description of ordnance, might be destroyed or captured by a vessel of very inferior rate, mounting long guns, if her commander knew how to avail himself of the great superiority of his weapons. “ The very mortifying si¬ tuation,” says he, “ in which the gallant Sir James Yeo found himself, in September 1813, on Lake Ontario, shows the danger of the carronade system of armament. Sir James states, in his letter of the 12th September, ‘the enemy's fleet of eleven sail, having a par¬ tial wind, succeeded in getting within range of their long 24 and 32-pounders ; and having obtained the wind of us, I found it impossible to bring them to close action. We remained in this mortifying situation five hours, having only six guns in the fleet that would reach the enemy. Not a carronade was fired. At sunset a breeze sprung up from the westward, when I manoeuvred to oblige the enemy to meet us on equal terms. This, however, he carefully avoided.’ ” Captain Barclay, in a letter also dated the 12th September 1813, makes a similar statement. “ The other brig of the enemy,” says he, “ apparently destined to engage the Queen Charlotte, support¬ ed in like manner by two schooners, kept so far to windward as to render the Queen Charlotte’s 24-pounder carronades useless, whilst she and the Lady Prevost were exposed to a heavy and destructive fire from the Caledonian, and four other schooners, armed •with long and heavy guns." GUNNERY. p ctice. meter of whose bore is 13 inches, and so of the rest. The v- y-*-' land mortars are those used in sieges and in battles. 1 hey are mounted on beds, and both mortar and bed are trans¬ ported on block carriages. English mortars are generally fixed to an angle of 45 degrees. This custom, however, does not appear to have any foundation in reason. On the contrary, when shells are thrown upon magazines, or any other buildings, the mortars should be elevated as high as possible, that the shells may acquire a greater force in their fall, and consequently do more execution. The chamber in mortars is the place where the powder is lodged. They are of different forms, and made variously by different na¬ tions ; but the cylindrical seems to be preferable to any other form. Royals are a kind of small mortars, which throw a shell whose diameter is 5*5 inches. They are mounted on beds in the same way as other mortars. The howitzer is a kind of mortar mounted on a field- carriage like a gun ; and it differs from the common mortar in having the trunnions in the middle, whereas those of the mortar are at the end. The construction of howitzers is as various and uncertain as that of mortars, excepting that the chambers are all cylindrical. They are distinguished by the diameter of their bore ; for instance, a 10-inch howitzer is that which has a bore of ten inches diameter, and so of others. They were much more lately invented than mortars, and indeed are plainly derived from them. The canons a bombes, or d la Paixhans, are howitzers of greater length of bore than ordinary, having the shells appropriated to them cast concentric, instead of a eulot, or reinforcement of metal opposite the fuse-hole. The bomb-cannon are, in fact, only an application of a princi¬ ple incontestibly proved by Mr Robins and Dr Hutton, and well exemplified in the case of carronades ; namely, that the velocities of shot are increased by diminishing the windage. Colonel Paixhans has acknowledged (Force et Faiblesse de la France, pp. 396, 415) that the most effec¬ tive proof of the value of his improvement against fortifi¬ cations was the practice carried on by Sir Alexander Dickson in 1824, with carronades and howitzers, at a range of four and five hundred yards, against Carnot’s wall, covered by his counterguard, and strengthened for about twenty feet with an additional buttress at each end of four feet square. But this practice has nothing to boast of, or to record, in a treatise like the present. “ Certainly it would never have been spoken of as extraordinary in the British service, that the charge and elevation should be so apportioned to ordnance as to pitch their projectiles over a counterguard, securing their effect against, and, as it prov¬ ed, in three hours and a half firing, causing a practicable breach, with eight 68-pounder carronades, and six 10-inch howitzers, in a wall of the same height with the counter¬ guard, and ninety feet from it; but it was asserted at the time, by foreign officers of distinction, that the wall could not be breached, and that it had been attempted in vain by the artillery of the principal powers of Europe.”1 “ The'propositions of Colonel Paixhans,” says another writer in the same journal, “ have been some years before the public; and his ideas as to the construction of guns by which to project shells horizontally have been noticed and acted upon by most if not all the maritime powers of Europe. In England we have guns constructed on his plan by Gene¬ ral Miller, but after all it appears to be little more than applying to ordnance with trunnions the well-known prin¬ ciple applied to carronades, that of diminishing the windage to increase the initial velocity, thereby affording an op¬ portunity of reducing the charge. M. Paixhans’ new guns, as well as our own, may be best described as iron howit- 73 zers, the bore being longer than usual, and the windage Practice, decreased; the construction of the gun is, however, of little consequence compared to its application. Now the prac¬ tice made by the French marine at Brest against a ship of the line at different periods, proves that an eighty- pounder, the hollow shot of which is 8-4 in diameter, may, by a single discharge, cause the destruction of a ship of the first class, and that such result may be produced, ei¬ ther from the bursting of the shell, and the instantaneous injury thereby caused, or from fire; and it further shows, that in every case in which a shell struck the vessel, the injury sustained was very important. The committee of naval and artillery officers, in the report of M. Paix¬ hans’ eighty-pounder, observes, 4 II est evident que 1’effet produit a ete terrible, et tel qu’on pense qu’une ou deux bombes de cette espece, eclatant dans un batterie, y causeraient un desordre capable de faire abandonner, du moins de comprometre, la defense du batiment atteint.’ 44 In our own service, a twelve-inch gun of ten diameters, windage *15 inches, charge eleven pounds, elevation 1°, range 400 yards, was fired six times against the section of a ship’s side, the fac-simile of a ship of war. Four shells struck the section, and produced an effect such as to con¬ vince every body present that no vessel could have floated with such injuries ; the whole of the interior was covered with splinters, one weighing fifty pounds was picked up at a considerable distance; the knees of the vessel were bro¬ ken to pieces, one shot alone broke several; the knees pro¬ truding beyond the ship’s sides, and leaving a tremendous opening. As to the range of these projectiles, it appears, that notwithstanding the reduced charges, it exceeds that or¬ dinarily obtained with the common guns of the largest ca¬ libre, and with a charge equal to one-third the weight of the shot.” The largest mortar ever employed against the defences of a place was the iron 24-inch mortar used at the siege of the Citadel of Antwerp in 1832. The dimensions of this 44 monster,” stated in French weights and measures, are as follow: Diameter of the shell 24 inches. Thickness, exclusive of eulot 2^ — Weight of empty shell 916 lbs. Powder contained in shell 99 — Weight of shell, full charge 1015 — Calibre, massive 1666 — Weight of mortar metal 14*700 — bed (wood) 16*000 — Powder in chamber (full) 30 — 44 The monster mortar hitherto appears remarkable only for the extremely bad shells which were cast for it, and the time taken in loading it. Our thirteen-inch shells stand the explosion of twenty or thirty peunds of powder, whilst the monster was served with only twelve and a half. It is remarkable that Colonel Paixhans’ guns were not used at Antwerp, particularly as the attack appears to have been carried on for display, and to have been spun out, particularly in the attack of the Lunette, as a siege du poly gone'.' As illustrative of the practice at the siege of the Cita¬ del of Antwerp, and in the Peninsular war, and also as serving to show generally the effects of artillery, we sub¬ join some remarks extracted from the journal above re¬ ferred to. 44 The lieutenant-general (Neigre) commanding this arm, pertinaciously adhered to the principle that it is at point- blank that a cannon fire is most efficacious, and that nothing VOL. xi. 1 United Service Journal for 1834, part ii. p. 398. 74 GUNNERY. Practice, is gained by that of mortars at a close range; that is, that the impetus of the former does not increase by reducing the distance between the point-blank and a given object; and were it not for glacis and intervening objects, revetements could as easily be breached at full point-blank as at fifty yards, whilst, in regard to the latter, their execution is rendered less certain by the necessity of diminishing the charge and fuse. “ By full point-blank appears to be intended that which the French term le but en blanc, distinguished from the but en blanc primitif ou naturel, which the English term the line of metal elevation, namely, the elevation of the axis of the bore resulting from the dispart of the gun ; a plane passing over and touching the superior part of the breech and muzzle being coincident with the object at which the gun is laid. If the definition now to be assumed be ad¬ mitted to convey the phrase point-blank, as applied to the opinions of General Neigre, the distance in question will be, when referring to a 24-pounder English, about 700 yards, such being its line of metal range. “ Now, at this distance, it is very certain that a breach may be effected against an ordinary revetement, if not co¬ vered by any intervening object, without any difficulty. Sir John May, of the royal artillery, in his memoir of the sieges in the Peninsula, remarks, that at Ciudad Rodrigo, breaches of 130 feet in extent were rendered practicable at ranges of from 500 to 700 yards, in thirty-two and a half hours, the greatest number of guns employed being thirty 24-pounders and two 18-pounders. Sir John Jones, royal engineer, says, ‘ at Badajoz the extent of the front of the three breaches open was about 500 feet, the greater part of which was as good as can be formed.’ This was effected at distances of from 600 to 700 yards with fourteen 18- pounders and twelve 24-pounders, in 104 hours; firing, on the average, nine rounds in the hour. At St Sebastian, twenty 24-pounders caused a practical breach 100 feet in extent in thirty-three hours; and these guns rendered a smaller breach at the same siege practicable in fifteen hours and a half; on an average, twenty rounds a gun were fired in an hour. “ Thus, at these three sieges, assuming the data they af¬ ford, and supposing fifty guns employed, a breach of 100 feet might have been effected at a range of from 600 to 700 yards; at Ciudad Rodrigo in fourteen hours twelve minutes, at Badajoz in ten hours, at St Sebastian in twelve hours fifty- six minutes; and the time might have been reduced to ten hours, as it has been proved that English battering guns will admit, without injury, twenty-four rounds in an hour.” With reference to the opinion that “ nothing is gained by the fire of mortars at a close range,’’ and that the exe¬ cution is rendered less certain by the necessity of redu¬ cing the charge and fuse, we are of opinion that, if the primary object of mortar batteries be to force through bomb proofs, and to spring the arches of magazines, the distant mortar may be more efficient than one more near. Practice. The greatest penetrating effect of a vertical projectile must's-‘'■v'w obviously be obtained by projecting it to such a height as would be requisite, in its descent, by gravity, to attain its terminal, that is, its greatest velocity; but as with the heaviest projectiles the altitude necessary to generate the terminal velocity is such as can only be produced at protracted ranges, or at elevations above 45°, the princi¬ ple must be modified, so that in endeavouring to procure the greatest momentum for the shell, too much may not be surrendered in point of accuracy of fire. The altitude to produce this terminal velocity with an eight-inch shell, is 2678 feet, with a ten-inch, 3335, with a thirteen-inch, 4340, and with the Antwerp “ monster,” 6030 feet, suppos¬ ing its diameter to be twenty-four inches, and the corres¬ ponding solid to weigh 2447 lbs. English; but these alti¬ tudes require, at 45° elevation, ranges to which shells can¬ not be thrown with great accuracy. Very satisfactory practice may, however, be made with thirteen and ten- inch mortars at 800 and 1000 yards, the ranges of the principal mortar batteries at Antwerp. Therefore we may say, that decreasing these distances would lessen the efficiency against permanent works, in a degree not com¬ pensated by the superior accuracy of the fire. If the intention of the mortar battery be to annoy troops or working parties, much less velocity is required; and as the accuracy of the practice would increase by lessening the range, it would be desirable to do so. It is highly probable that the great effect of the verti¬ cal fire in destroying the shelter of the garrison in the bombardment at Antwerp, is attributable to the distance of the mortar batteries. The French use brass guns for their battering trains, perhaps “ because they have no iron founderies to com¬ pare to that of Carron, or indeed to many English esta¬ blishments.” Still it is remarkable that, with the experi¬ ence they must have had of the comparative inefficiency of guns made of this metal, the French should still adhere to them. If the rate of firing at Antwerp in 1832 be com¬ pared with that at any of the Peninsular sieges, as stated by Sir John Jones, the great superiority of iron guns will be at once perceived. The French iron is no doubt very inferior to ours; but, in a matter of so much importance, one would imagine that the interests of a monopoly would not outweigh those of the service. In the British service, the practice writh the Paixhans guns has not been carried to an equal extent as in the French; but with the twelve-inch gun of 90 cwt. 8 qrs. 4 lbs., weight of hollow shot about 125 lbs., windage T5 inches, charge 12 lbs. only, a range of 1300 yards has been the result. The number of men employed with the guns of Colonel Paixhans was fifteen, being that required for a thirty-six pounder. The English gun mounted on board ship was worked by six men with ease; and it re¬ coiled from four and a half to five feet.” II.— Charges, Range, 8$c. with the under-mentioned Iron Ordnance. Nature. 42 Pr. 32 24 18 12 9 Weight. Cwt. 58 55 50 42 34 31 Q,rs. 1 2 Charge. Elevation. 14 0 10 11 8 0 6 0 4 0 3 0 PB. H Range. 400 500 600 700 800 900 1000 Elevation. 3 Range. 1100 1200 1250 1300 1350 1400 1450 Elevation. 3| 4 5 6 7 2 Range. 1500 1550 1600 1800 1980 2148 4000 GUNNERY. ractice. 75 Practice. HI.— Calculation to fire Spherical Case Shot with Service Charges. Medium 12-Pounder. Eleva¬ tion. Degree. *4 2l 93 si 3| 5 5f el Fuse. 1 Oths. 2 3 4 5 6 7 8 9 10 II Range from to Long 6 and 9-Pounder. Eleva¬ tion. Y ards 660 820 960 1080 1195 1305 1415 1520 1620 1720 Yards. Degree. 966 1110 1230 1340 1445 1545 1645 1740 1830 1920 ]4 If 34 4f 5f el F use. lOths. 2 3 4 5 6 7 8 9 10 11 Range from to Yards Yards, 640 800 930 1050 1160 1260 1360 1455 1555 1640 920 1060 1180 1290 1390 1480 1570 1655 1700 1820 Light 6-Pounder. Eleva¬ tion. Degree. If 1 i si ^4 3 7T 4f 4 5f Fuse. lOths. 2 3 4 5 6 7 8 9 10 11 12 Range from to Yards Yards. 570 720 845 955 1060 1160 1255 1345 1430 1510 1585 800 930 1040 1145 1240 1330 1415 1500 1580 1655 1725 IV. Ranges with the under-mentioned Brass Ordnance. Round Shot Deg. PB. 1 H 1 H 2 2* 2f 3 £ c o pu r« ‘"S ^ w bC cn Yds. 200 300 400 500 600 650 700 750 800 850 900 950 1000 = £ tc c J fcco V c cl, e used to determine its purity. Thus it may be ascertained whether, in a new sample, the nitre is in sufficient proportion, and whether it has been well pu¬ rified ; and in a damaged one, whether the injury has arisen from fresh or from salt water. It only remains to examine the proportions of the charcoal and sulphur; a task, how¬ ever, which is less easy, but which is, at the same time, less necessary, as the manufacturers are under no great temptation to assume a wrong proportion of these, although the joint quantity of the whole may be in excess. This mixture, being dried and weighed, must be exposed to a moderate heat, as long as any sulphur can be sublimed. But as the last portions are inseparable in this manner, it is necessary at length to have recourse to other means. Among those that have been tried, there is none more con¬ venient than boiling in a solution of pure alkali, by which a sulphuret is formed, and the weight of the dried charcoal thus completes the analysis. Analysis of Gunpowder after Explosion. To a certain extent, at least, an analysis of gunpowder after explosion is necessary, for the purpose of procuring data whence its force may, a priori, be calculated. The rest is only matter of curiosity, and w e have borrowed the determination from the experiments of the late Mr Cruik- shank, a name known to chemists as that of the discoverer of carbonic oxide. As far as this analysis may differ from that of others, it must be recollected that the separation of mixed gases is not a very easy problem. The mere collec¬ tion of the total gaseous products is easy ; and had the same method been followed by Robins and others, less difficulty would have been found in their computations. Had Count Rumford, and a numerous party of speculators on this sub¬ ject, adopted so simple an expedient, they would not have vol. xr. had recourse to the expansive force of steam, or of the air Gun- contained within the charge, for an explanation of the powder, cause and nature of the force. ”r_v^w By ramming a hundred grains of powder into a narrow" metallic tube, furnished with a long handle, it is easily caused to burn under water, as the combustion is slow and safe when it is thus condensed; and this quantity is suffi¬ cient for any purpose of experiment. The tube being plunged under the water with its mouth downwards, under the bell-glass of the pneumatic apparatus, the powder may be lighted without any loss. This is done by introducing, into that part of the tube above the charge, which is pur¬ posely left empty, a crooked wire heated to redness. After the hot ware and the tube in this position are immersed under the bell, the former is brought into contact with the charge. To prevent the water from absorbing any portion of the carbonic acid, sulphuric acid may be added to it, as well as many other matters too obvious to mention ; or else it may be heated. Thus the gaseous product may be col¬ lected and examined at leisure, by the means which che¬ mistry furnishes, and which our limits will not permit us to detail. To collect the solid product, it is most convenient to use a glass vessel, on account of the certainty of obtaining the produce, which is, in great part, carried up in smoke, and adheres to the receptacle in which the powder is burnt. But we need not describe the numerous modes in which this object can be attained; and shall only add, that to di¬ minish the hazard, the powder employed for this purpose may be wetted without affecting the results. The following statement, then, contains the gaseous pro¬ duce of 100 grains, made of the proportions 75 nitre, 10 sulphur, 115 charcoal; the measure and weight being both included. The temperature is reduced to 65, and the ba¬ rometric pressure to 29‘5. The total gaseous produce mea¬ sured 91 cubic inches, and the total weight 50 grains. Thus, about half the weight of the powder becomes con¬ verted into gas, and the remainder forms the solid produce. Grains. Inches. Azote Carbonic acid Carburetted hydrogen.. Nitrous gas Sulphuretted hydrogen. 13*24 28-77 2*70 3*25 2*03 49*99 42 30 9 6 4 91 The solid produce, however, appeal’s in excess, possibly from being imperfectly dried; or else from some other un¬ noticed errors in the experiment. It is as follows: « Grains. Subcarbonate of potash Sulphate of potash Charcoal Sulphur 54*5 40 11 3 0*5 It is not difficult to account for these various products, and it is evident that the carbonic acid and the azote are the principal causes of the explosion. The decomposition of the acid, and the combustion of the charcoal, form the basis of the elastic force. It may be imagined that the hy¬ drogen is the produce of contained water; but we consider that it is principally derived from the charcoal and from x. GUNPOWDER. 82 Gun- the sulphur. The two combinations which it forms are powder, such as might be expected, and the nitrous gas requires no remark. Respecting the solid produce, the produce of the subcarbonate and sulphate of potash is a matter of course; and it is only necessary to point out the excess, of charcoal principally, of sulphur slightly. It is evident that more nitre would be required to consume them; but, as we formerly remarked, it is held expedient that there should be an excess in this way rather than in the other. We need not, however, dwell longer on this analysis ; since, as far as the effects of gunpowder are concerned, it is the quantity, not the quality, of the produce that is an object of interest. On the Sizes and Forms of the Grains in Gunpowder. The variety in the effects of gunpow der, arising from differences in the sizes and forms of the grains, has been an object of much inquiry. The conditions of the problem are somewhat complicated. Within certain limits, which gunpowder made of nitre cannot exceed, rapidity of in¬ flammation is essential to the production of a full effect. Not to inquire into other causes, without this property, a part of the charge is rendered useless by being blown out unburned; an accident not uncommon on ordinary occa¬ sions. This may also happen from the form of the piece and that of the charge; it w ill occur in a long charge or in a short piece, or, most of all, when both are united. Hence variations in the effect of gunpowder, wdiich are in¬ dependent of its quality, and which will render computa¬ tions founded on that circumstance alone deceptive. As we have not room to dwell on this subject as it deserves, we must refer our readers to Robins and others who have written on it. Now, this rapidity of inflammation may be attained, in some measure, in two ways; by intense heat, and by fa¬ cility of transmission of the flame. But if a charge is con¬ siderable, no intensity of heat can compensate for the ab¬ sence of the second condition. To put an extreme case: If the eight-pound battering charge of a 24-pounder were a single grain, it requires little thought to perceive that the shot would have quitted the gun before the charge w as half burned. Hence granulation is as necessary for en¬ suring the full effect as it is for convenience. And thus, also, we are led to the cause of the bad consequences of hard ramming. A charge very thoroughly rammed, and lighted at the anterior end, wTould burn like a fuse or a squib ; if lighted by a touch-hole, it will be blown out like a shot. Thus the rapidity of the inflammation is secured by multiplying as much as possible the intervals for the passage of the flame, or by diminishing the size of the grains. Yet there is a limit even to this; and as that can only be determined by experiment, it is from such trials that the grain for the smallest charges has been fixed. As the charge, however, increases in dimension, the volume of flame and the intensity of the heat produced admit of a grain of greater bulk, or one containing, in a given dimen¬ sion, a smaller number of intervals. Much refinement on this subject being, however, unnecessary, one size is used for all ordnance ; whilst an inferior size is made for muskets, and one still less for pistols. The powder manufactured for fowrling-pieces is also of the smallest size. But there is a further element concerned in this ques¬ tion ; and that is, the different specific gravities of the dif¬ ferent sizes of powder, or, what is especially to the purpose here, the different spaces occupied by the different sizes. The same measure which contains 172 grains of the small¬ est, contains 180 of the medium, and 195 of the largest. If powder be measured instead of weighed, it is evident that there will be one ninth more of the large than of the small-grained in a given charge. If weighed, the larger will occupy about one ninth less space. In either case the greater force will be excited by the large-grained, presum- Gun- ing that the inflammation is perfect. When it is weighed, powder, as is the correct practice, it will not be very difficult to cal- culate the difference; as the force of the expanding fluid is in a certain inverse ratio of the space in which it is confined. To increase the rapidity of inflammation, the French have manufactured spherical powder. The details of the process are such as would exceed the limits allotted to this article; but the principle may be understood by saying, that it is similar to that used by confectioners in making comfits. Angular grains are rolled in machinery adapted to that purpose, in powder dust slightly moistened; and thus small globules are formed. This grain is less liable to wear in travelling, from the absence of angles; but it is at the same time more tender, and less able to bear pressure, than pressed powder. Nor do the French expe¬ riments, either by the eprouvettes or the tables of practice, prove its superiority; on the contrary, the average results of its comparison with ordinary powder are unfavourable; and this also was observed in our own trial. Hence it has not been adopted in Britain. Proving of Gunpowder. To ascertain, by practical trials, the strength of gunpowr- der, is not merely a matter of curiosity, but of absolute ne- cesssity. As the force in battering ordnance, and the range in mortar and how itzer practice, are regulated by the quantity of the charge, it is obvious that no regular prac¬ tice in the field, or consistent results, will be obtained, un¬ less the standard of strength in the powder is both known and invariable. This is particularly the case with mortar practice against small works or redoubts, or against the enemy’s trenches ; and also with howitzer practice against moving columns in the field. An invariable standard is, unfortunately, impossible; but it is always something to approximate to it. In military arrangements, a proof is also requisite, for the most obvious reasons, when powder is purchased from merchant manufacturers ; not only that a minimum standard of strength may be fixed, but that, as far as is possible, the various qualities furnished may be re¬ duced by mixture to an uniform standard. It is usual, in the first place, amongst the w orkmen, as well as the merchants, to form a judgment of the quality of gunpowder by the aspect and firmness of the grain; and the latter, indeed, is a quality which is indispensable, if it is to be exposed to much land-carriage. The nicety of tact required for this is, however, only to be attained by practice, as in all other species of sampling. The mois¬ ture is judged of by weighing, and by subsequent drying and comparison. The quantity of this is a question of pro¬ fit and loss in the purchase. But it is more important to ascertain its hygrometrical powers, by exposure to mois¬ ture after drying. That is the best which gains least weight by this operation; nor, in any case, should the absorption of water amount to ^ per cent. It is also a common prac¬ tice to try it by what is texmeA. flashing; but this only serves to show whether it has been thoroughly ground; if not, the charcoal w ill produce sparks. The trial of force is made by eprouvettes of different constructions, or else by practice. The most common eprouvette is a short chamber, provided with a gun-lock, the orifice of which is closed by a cover, connected with a graduated and ratchet wheel and spring. The quantity of the wheel’s revolution is the esteemed measure of the force. But, often as this machine has been varied and im¬ proved, the results are so irregular, that it may fairly be considered as useless. Various other instruments for this purpose have been invented and tried; but, without figures, we could not render their constructions intelligible. Reg- nier’s does not materially differ from the preceding in its GUNPOWDER. 83 un. principles; and the results are equally unsatisfactory. His hydrostatic one appears to be still worse. We may say the same of that described by Saint-Remy, and of ano¬ ther recommended by the Chevalier d Arcy; and, of tlm whole, we would remark that the leading fault is want of simplicity. In a case like the explosion of gunpowder, where so many disturbing forces are always at hand to vi¬ tiate the true results, we cannot be too careful in eliciting all unnecessary causes of disturbance. If there is any one class of machinery in which simplicity is indispensable, it is that which belongs to gunpowder, under any of its rela- tions. We, however, consider that, as an eprouvette, Dr Hut¬ ton’s pendulum is as free from exception as any machine can be. The disturbing forces are nothing, or as little as possible; the charging and firing admits of great unifor¬ mity ; and, on trial, the consistency of the results justifies the expectations formed from its simplicity. In this pen¬ dulum, the barrel is fixed upon the bob, and the force of the gunpowder is therefore measured, not, as in Robins’, by the impulse of a shot, but by the recoil. The indica¬ tion of the extremity of the arc of vibration is made by a hand continuous with the pendulum rod, which moves an index furnished with a spring sufficiently strong to re¬ tain it at that point of a graduated arc where it was left by the movement of the hand. The barrel used for this pur¬ pose is an inch in diameter, and is charged with two ounces of powder put in loosely, without wradding or ball. In this, as in all other cases of eprouvettes, the standard of strength is arbitrary ; and, for service, is assumed from the best ave¬ rage of gunpowder manufactured by government. The goodness of particular specimens is estimated by their agreement, or otherwise, with this standard. Notwithstanding, however, the apparent accuracy of this method, artillery officers, both in France and in Eng¬ land, are not satisfied with it as a method of proving pow¬ der for service. It is perhaps right that practical men should, in a matter of so much importance, rely only upon such a method of proof as agrees best with the particular objects for which the material is intended. It et it should also be recollected, that all Robins conclusions respect¬ ing the force of gunpowder were drawn from experiments made on his balistic pendulum, and that the much more accurate ones of Dr Hutton, on which we now rely, were the results of the practice with that pendulum which we have just described. The method of proving, then, adopted both in France and England, consists in real practice from a mortar at short ranges. In France a mortar is used of which the diameter is 0T91 metres, or nearly eight inches Eng¬ lish, and that of the touch-hole somewhat less than two lines. The diameter of the ball is 0T895 metres, and the windage consequently is ‘OOlo. The weight of the ball is about sixty pounds. A troublesome verification of the diameter of the bore, of the vent, and of the shot, is made for each day’s practice. The mortar is condemned when the diameter is enlarged to 0T92, or if that of the vent becomes -0005 more than it ought to be. A differ¬ ence of windage, amounting to ‘0002 metres more than what is allowed, condemns the shot, or, as it may hap¬ pen, the whole apparatus. All these verifications are so tedious, and the wear of the mortar, the vent, and the shot, so rapid, that it be¬ comes inconvenient and impossible to follow them so nice¬ ly in practice when there is much business. It is, there¬ fore, found more convenient to make a standard trial for each day’s proof, and to refer all the others to this one ; instead of trying to preserve what becomes impossible in practice, an absolute and invariable range. The English proof-mortar, therefore, nearly corresponds with the French, it being of the eight-inch calibre, and of brass. The shot is turned and polished so as to be true, and to have at the commencement the least practi¬ cable windage. During the progress of use, as the wind¬ age increases from the wear both of the bore and of the shot, the range becomes contracted ; a circumstance which also follows from the enlargement of the vent, in conse¬ quence of which a greater proportion of the generated air escapes at that aperture. But, trom the practice adopt¬ ed with us, these variations are of no moment, till the range becomes contracted so as to render it expedient to replace the shot or the mortar, or both. The quantity of powder that is used is four ounces, and the mortar being elevated to forty-five degrees, the range is measured in each trial. If the standard range for the day is 225 yards, the powder that gives a range of only 200 is rejected. The chief precautions requisite to pro¬ cure fair results in this comparative method, are, to take, care that the level of the platform and the elevation of the mortar are subject to no accidents ; that the powder be fairly placed in the chamber; that the priming tube always reaches to the same depth within the charge; and that the mortar be brought to the same temperature at each experiment. For this purpose, it is to be cooled with water. Musket powder is submitted to a different species of proof, founded on the same views of rendering the proof for each kind as nearly corresponding as possible with the purposes for which they are designed. A barrel fitted with a turned steel ball, and with as little windage as pos¬ sible, is used for this purpose. The ball is discharged at the distance of a few yards only, against a compound butt, made of elm planks an inch thick,-soaked in water, and separated at a short distance from each other. The extent of the penetration is the proof of the strength of the powder; and the trials in this case also are referred to a standard experiment made each day. Before con¬ cluding this subject, we must add, that trials are also made for the purpose of ascertaining the hygrometrical property of the powder to be purchased or issued. This is done by exposing a quantity for a given time in a box perforated with holes, and in a damp room, and then sub¬ mitting it to the same proof. Gun¬ powder. Powder from Oxymuriate of Potash. To increase the strength of gunpowder has been a fa¬ vourite project with inventors at all times ; most of them forgetting that the same end can be attained, as far as it is attainable, by augmenting the charge, and that neither the one nor the other is practicable without an entire re¬ formation of the whole system of artillery. Could the force of powder be increased one half, for example, it would be necessary to condemn almost every gun in use; and not only every gun, but every carriage, breeching, ringbolt, nay, we might almost add, every ship in the ser¬ vice. And supposing a new species of ordnance invented, to suit the new powder, it would require at least one half as much more of weight in guns and mortars; the same in gun-carriages, with additional strength in every object concerned about them. In the field, in the same manner, an increased number of horses would be required. This view presumes that the object is, what in fact it always has been with the herd of inventors on this subject, to gain additional force or range. If the purpose is only that of being enabled to reduce the quantity, and thus diminish the bulk and trouble of transportation, it is so trifling an object as scarcely to be worth attaining. With regard to the main intention, or that of gaining greater range and force, it is only necessary to say, that the pow¬ der is already too strong for the artillery. As soon as the oxymuriate of potash was known, it be¬ came obvious that it would not answer the same purpose GUNPOWDER. Gun- as nitre, but, from its more energetic action, produce a powder, more rapid combustion. It was first proposed and made —'■'r''—^ by M. Berthollet in 1786 ; but an accident having hap¬ pened from it at Essone, by which many people lost their lives, it was abandoned. The proportions used were 80 oxymuriate, 5 sulphur, and 15 charcoal. Afterwards they attempted to make a modified compound, by using only a proportion of it with the nitre ; but after various trials of this kind, the whole project was abandoned. We have repeated Berthollet’s method, at different times, and on a very large scale, without accidents; but we consider that the'proportion of oxymuriate is too large, or at least that it is larger than is necessary. A better proportion appears to be 75 oxymuriate, 5 sulphur, and 20 charcoal. As this compound is very easily exploded by friction, it is necessary to be extremely cautious through¬ out the whole process, particularly in the granulations ; nor is it safe to make more than one pound at a time. Of course, it may be mixed in wooden mortars, as it requires no large apparatus. The great objection to its use is the facility with which it is inflamed by friction, or by a hard blow. The expense, indeed, would alone be an insuperable one, were there no other ; as the price of this salt is more than twenty times that of nitre. It also corrodes the barrels very quickly. In fowling-pieces it is, however, of use ; being the detonat¬ ing priming of Forsyth’s and Manton’s gun-locks. We may add, that very good powder may be made from this salt and charcoal alone, in the proportion of eighty to twenty; but the grain is not very compact, and it is sub¬ ject to the same faults as the former. The action of this powder on the shot in a charge is very capricious, and far from intelligible. In the French trials, it was found to give ranges sometimes double and sometimes triple those of common powder, using the same weights. In various experiments made in this country, the ranges were double in a majority of comparisons, when moderate charges were used. But, by increasing the charges beyond this, the ranges, instead of increasing in the same ratio, began to contract; double the quantity producing but a moderate increase in the range, and a third proportion making an addition still less than the preceding. This, however, agrees with Robins’ experi¬ ments on common gunpowder; and he has accounted for it by what he calls the triple resistance ; proving, as he thinks, that whenever the initial velocity exceeds 1142 feet in the second, a vacuum is formed behind the shot, which, by increasing the resistance before it, speedily reduces the velocity to what it would have been with a smaller charge. We need say no more respecting a com¬ pound, the use of which is not likely to be ever extended beyond its application to the detonating gun-locks. Keeping and Restoration of Powder. Powder for service, whether by sea or land, is kept in barrels, containing each one cwt. the size of which is nearly that of a ten-gallon cask, and they are hooped with copper. It being difficult to keep dry casks water-tight, as indeed it was not thought necessary that they should be so, much powder was always rendered useless on service by wet. Lately copper linings have been very properly introduced, and the casks are now water-tight. As great quantities of powder, however, always have been, and always must be, returned unserviceable, it is an important object to be able to restore it, or render it useful, in the most economi¬ cal manner. Sometimes the grain is merely adhering, and can be shaken loose again ; and this effect is not unfrequent even in magazines on shore. Such powder, when dried by re¬ storing, appears sufficiently perfect; but it will be found that it is increased in bulk, and has become spongy and ten¬ der. On examination by the magnifying glass, it will also Gun. be perceived that the nitre is partially separated. Powder powder, which has once undergone this change is deteriorated, yet is still fit for all ordinary purposes. It is not strong enough, however, to bear travelling; and should it be required for that purpose, it ought to be remilled, and granulated over again. When the casks have been opened on service, before being returned, it is necessary to examine carefully whe¬ ther they do not contain nails, or other foreign matters, an accident not uncommon. In such a case it is unsafe to commit them to the mill, and they must be reserved for extraction. When the powder has been so wetted as to be nearly formed into lumps, it is first necessary to examine, by the test of nitrate of mercury, whether the damage has been done by fresh or salt w ater. If by the latter, it must also be sent to the extracting house. If it has been very thoroughly wetted, even by fresh water, it will often be found that some of the saltpetre has been washed away. In this case it must be analyzed, so far at least as to determine the proportion of saltpetre wanting, which must be added to it in the mill. In the process of extracting, nothing more is necessary than to boil the powder in pure water, and to filter the solution through thick w oollen bags. The crystals are purified exactly as in the case of rough nitre. This is a wasteful process, however, and, in all cases where it is possible, remilling is to be preferred. On Accidental Explosions in Powder Manufactories. This is a subject which deserves far more attention than it has yet received ; and we can only regret that our re¬ searches do not enable us tO'add more to the present suspi¬ cions as to the causes of these, than the little wdiich follows. That want of sufficient care is the general source of these disasters is, how'ever, certain ; as certain merchants’ mills have been celebrated for them, whilst in others, as well as in those belonging to the government, they have been extremely rare. Such accidents may take place in any part of the works; but they are most frequent, as well as least injurious, when they happen in the mills, the quantity of powder in these never exceeding fifty lbs. It ought at least to be an invariable rule to remove each charge to the pressing-house as soon as it is completed. We have already hinted at the cause of the explosions in the mills, wdien they happen at the time of removing the powder from beneath the stones. As stamping-mills are not used in this country, it may be thought superfluous to remark, that, in these cases, this accident sometimes hap¬ pens from attempting to remove, by a mallet and chisel, the lumps of powder which adhere to the pestles. It is one of the inconveniences attached to that mode of grind¬ ing. But it is also proper to observe, that the mills are sometimes blown up whilst working ; and, from some exa¬ minations which we have made, we have little doubt that this has arisen from fragments of the stones falling off, and being bruised together with the pow^der. We indeed con¬ sider metallic rollers as every wray safer than stone ones ; since they can only produce fire in case of friction in contact during the removal of the charge. If iron be held objec¬ tionable, it is easy to face them with a sheet of copper; but it is proper to recollect that even thus the chances of explosion from friction are not removed. It is a great mistake to suppose that the absolute hardness of any metal is indispensable to the production of explosion in gunpow¬ der. A blow sufficiently pow erful, or friction caused by sufficient weight and rapidity, will compensate for the ab¬ sence of this, in very soft metals, as well as in many other substances which do not readily give fire. Limestone we consider as a very objectionable substance. Excepting that of Carrara, we know of none, either primary or secon¬ dary which does not contain much silica; often, indeed, GUNPOWDER. ( n- particles of quartz sand. In the secondary calcareous rocks pc ler. it is universal, nor is even the finest white marble of Car- —• rara always exempt, as is well known to statuaries. But the softness even of the purest limestones is no defence; as the friction between these is still more capable of set¬ ting fire to gunpowder than that of iron. I he readiest way of putting these different substances to the test is by experiments in fulminating silver (that of Howard); as the irritability of this substance enables us to ascertain the facts with a moderate and convenient force. We know of no explosions in the stove, except in one noted instance, when it was pretty well ascertained to have been produced by a workman, who had determined on sui¬ cide in this manner. In the steam stove it can never hap¬ pen from overheating; but as the floor must necessarily be dry when the workmen enter to remove the powder, in¬ stead of being wet, as it always is in the other houses, it requires additional care respecting the feet of the people employed. The only method that is quite safe, in all houses and magazines, is to oblige the workmen to labour barefooted. The heavy leather slippers in common use are far from safe; as, from not fitting well, they are fre¬ quently dragged along ; in which way they may easily en¬ tangle particles of sand. It ought to be known to all pow¬ der-makers, that the breaking of a fragment of quartz, or the sufficient friction of two grains between copper, or even wood, is capable of igniting gunpowder. This is more par¬ ticularly the case when the finer charcoals are used; as it is this which is the susceptible ingredient. Explosions in the pressing and granulating house have happened much too often, nor have the causes been ascer¬ tained. As there is a considerable quantity of powder al¬ ways present here, these are of a very serious nature. It would be proper that these two buildings should always be separated, and, in the usual way, by a work of earth. The old granulating houses are far from safe, as the cranks and other parts of the moving machinery are contained within the house, which is always filled with the dust of the pow¬ der. It is trusting too much to the attention of persons, whom practice renders habitually careless, to expect that they will always keep the parts oiled. It is easy to reme¬ dy this evil by entirely separating the working machinery from the granulating engine, which may be suspended and steadied by ropes, so as to avoid all chance of friction. In the pressing house there seem to be two sources of danger, both of which may be obviated. It is easy for powder to become entangled among the threads ot the screw; and the consequence of this must be obvious. This would be remedied by adopting Bramah’s press. We also think that the sudden condensation of air entan¬ gled among the fragments in the pressing box may be suf¬ ficient to produce fire. W hether this be the case or not, it will always be prudent to make the first pressure as slowly as possible, that the air may be allowed to escape. • We have observed three other causes for accident, though neither of them belong properly to the manufac¬ turing houses. It is, nevertheless, very important that they should be generally known. Charcoal, in certain cases, is liable to take fire spontaneously, and that even in the lump. This is a case exactly analogous to the pyro- phorus of Homberg ; and it unquestionably arises from the same cause, namely, the presence of a portion ol potassium. It is an accident which, we imagine, can only happen to charcoal made in retorts; as, in the pit method, the potas¬ sium could scarcely be expected to escape combustion. The precautions hence requisite, respecting the stowage of charcoal, and the place of the distilling houses, must be evident. When in a state of powder, and under pressure, it also has been known to inflame ; and, possibly, from the same cause. We are not aware that it is usual to keep many waggons 85 and powder-cart tilts about powder magazines ; but we do Gun- know that this has happened, and with the effect of pro- powder, ducing fire. It ought to be generally known, for many other reasons, that fresh painted canvass, stowed close, is subject to spontaneous combustion. Lastly, it has frequently been observed that fire was struck in closing up the powder barrels, as well on board ships as in magazines ; an accident which was supposed im¬ possible, since both copper hoops and hammers are exclu¬ sively used. We at length discovered that this accident had arisen from using cast rivets, in the surface of which the sand of the mould had become entangled. Hence the obvious necessity of using none but forged copper rivets; and since the adoption of these in the government stores, this accident has been unknown. On the Force of Gunpowder when Fired. It remains to inquire, whether there are any means, a priori, of determining the explosive force of gunpowder, and of discovering what that is or ought to be. Many cal¬ culations have been made on this subject, and some of them, we need scarcely say, are deserving of great regard, although by no means in accordance with each other. Many, on the contrary, proceed on principles so often gratuitous or false, as to be entitled to no consideration. When we consider the reputation of some of the authors of these speculations, and the real knowledge of the true cause of explosion which was then in existence, the his¬ tory of these opinions, and thus of the deduced results, is not a little curious. Lemery, Wolf, Papin, and some others, considered that the cause of the explosion was to be sought in the rarefac¬ tion of air contained in the interstices of the powder; for¬ getting, that in a rocket, which can contain none, the pro¬ duction of air was sufficient to communicate and maintain a considerable velocity during the whole time of the com¬ bustion. John Bernoulli imagined that this air contributed an eighth part of the force only, and that the remainder arose from water contained in the saltpetre. Muschenbroeck, Stahl, Beaume, and Macquer, again, considered the whole effect as produced by the conversion of the water of the nitre into steam; an error quite unpardonable in the two last chemists, who ought to have known that nitre contain¬ ed little or no water of crystallization; and still more so in Count Rumford, who has followed them in this theory. Lombard, attempting to improve on it, adds to the expan¬ sion of steam that of the nitric acid. The Abbe Nollet al¬ lows the water but a share in the explosion. But, not to enumerate more of these hypotheses, we shall only men¬ tion further, that of those who have attributed the expan¬ sive force to the conversion of latent into tree or radiant caloric, as they have thought fit to term it. It would have been much more easy and correct to have put this question to the test of experiment, when' the real cause would have immediately appeared. It was sufficient¬ ly unpardonable, in the greater number of these persons, not to have inquired what had been done before them ; since Boyle, Hales, Hawksbee, and others, were aware that the combustion of gunpowder produced a permanently elastic fluid ; although their mode of obtaining it in an ex¬ hausted receiver was not a very accurate one. Hawksbee found that one grain of powder, when fired in vacuo, pro¬ duced a cubic inch of a permanently elastic fluid, and that the same result was obtained in air. Hence, though not acquainted with modern chemistry so as to be aware of the nature of the generated gas, he knew well that it could not have arisen from the expansion either ol air or water contained in the powder. The inaccuracy of Count Rumford’s views, and the extraordinary results of his numerous and laborious experiments, exceed, however. 86 GUN Gun- all that has been done on this, or perhaps on any subject powder in modern experimental philosophy. ,, 'J The history of opinions respecting the explosive force 'J!- gunP0Wder, and all alike pretending to be deduced from experiments, is scarcely less amusing than the hypothesis respecting the cause, although rendered much more mar¬ vellous by their extraordinary discrepancy. John Ber¬ noulli considered the initial force as equal to 100 times the pressure of the atmosphere; whilst Daniel Bernoulli made it 10,000. Bracehus determines it at 450, D’An- tone as lying between 1400 and 1900, and Ingenhouz at 2276. According to Dulacy it is 4000, by Amontons it is estimated at 5000, and by Lombard it is stated at 9215. After this there is a rapidly increasing estimate among other experimenters ; Monsieur le General de la Martil- liere representing it at 43,600, Count Rumford at 54,750; and Monsieur Gay de Vernon, who outdoes all his com¬ petitors, stating it as making from 30,000 to 80,000. Amongst the French, Gilot’s experiments appear the only tolerably accurate ones, as he states the produce of 100 lbs. of powder in gas to be 463 cubic feet. This, how¬ ever, is considerably under the truth, at least in the pre¬ sent French powder, as well as in our own. Of course, this is not meant to represent the total force; but he has not given any statement of the increase of volume pro¬ duced by the temperature on firing. The coincidence be¬ tween Robins’ and Gilot’s results is, however, considera¬ ble ; but the French philosopher is beyond the truth. According to Robins, from experiments made in an ex¬ hausted receiver, the produce of gas from a given quanti¬ ty of powder, bulk for bulk, is 236 ; or one cubic inch of powder produces 236 inches of elastic fluid at the mean temperature and pressure. If the powder be rammed in¬ to the smallest possible space, the produce is doubR, or 472 inches of air; as it may be condensed, by hard ram¬ ming, into half the space which it occupies when loose. But we must beware of assuming this as an element in the computation of the initial force, however true a repre¬ sentation it is of the fact, abstractedly considered. In practice, powder would produce no corresponding effect in this state, because the ball would have quitted the piece before it was half burned. Now, Mr Robins’ experi- G U N ments tally very nearly with our own, as formerly stated; Gun. the produce from rammed powder being about 520 on an powder average of trials, which, being reduced in the proper ratio II for powder as it is fired, gives 260 instead of 236. It is Gl1I?ters not impossible but that our powder may have been supe- ^lne' rior to his. Thus much for the permanent produce. But there is another important element required, before the expansive force of the powder at the time of firing can be determin¬ ed, and the initial velocity calculated. This is the aug¬ mentation of bulk produced by the elevated temperature which results from the combustion. According to Robins, that is such as to render the pressure, or force of the ge¬ nerated fluid at the moment of explosion, equal to 1000 atmospheres. Dr Hutton, more justly, states this at 2000; a force far short of the imaginary ones which we have quoted above. \\ e should have proceeded to examine the experiments on which this determination was founded, and to compare the calculations with the results of practice. But our li¬ mits warn us that we must draw this article to a close; and we shall therefore refer our readers to the writings of Robins, Euler, and Hutton, on this subject, as alone deserving of attention. \et we cannot conclude, without suggesting the only method, a method yet untried, by which the true force of the explosion may be discovered a priori; or, at least, the real bulk of any given quantity of the generated gas, at the moment of inflammation, may be ascertained. It is a heat which cannot be conjec¬ tured, and to which no true approximation has been made by any method yet used. By firing the given charge of gunpowder under a given quantity of water or mercury, it is easy to measure the temperature to which it is raised. Hence, recurring to the difference of capacity for heat between either of these substances and the generated gas, to their relative quan¬ tities, and to the law for the expansion of gaseous fluids by heat, as determined by Gay-Lussac, the problem may be solved, for that ease at least; as we are fully sensible that no rule truly applicable to all cases can be establish¬ ed, when the numerous variations to which, in practice, the conditions are liable, are considered. GuN-Smithery, the business of a gun-smith, or the art of making fire-arms of the smaller sort, as muskets, fowling-pieces, pistols, and the like. See Gun-Making. GUNSBURG, a bailiwick of the circle of the Upper Danube, in the kingdom of Bavaria, extending over 130 square miles. It contains two cities, two market-towns, and forty-eight villages, with 18,620 inhabitants. It is a fertile district, productive of corn, cattle, hops, flax, and timber. The capital is a city of the same name, situated at the point where the Guntz falls into the Danube. It con¬ tains 596 houses, and 3460 inhabitants, and has considera¬ ble trade bv inland navigation. Long. 10. 11. E. Lat. 48. 27. N. GUNTER, Edmund, an excellent English mathemati¬ cian and astronomer, was born in Hertfordshire in 1581, and studied at Westminster-school, whence he removed to Oxford, where he took the degree of master of arts in 1606, and afterwards entered into holy orders. In 1615 he took the degree of bachelor of divinity; but being pe¬ culiarly eminent for his knowledge in the mathematics, he had two years before been chosen professor of astronomy in Gresham College, London, where he distinguished him¬ self by his lectures and writings. He invented a small portable quadrant; and also the line of proportions which, after the inventor, is called Gunters scale. He likewise published Canon Triangulorum ; and a work on the sec¬ tor, cross-staff, and other instruments. This last was published, with an English translation of the Canon Tri- angulorum, in 4to, by Samuel Poster, professor of Gre¬ sham College. Mr Gunter died at that college in 1626. Gutters Line, a logarithmic line, usually graduated upon scales, sectors, and the like. It is also called the line of lines and line of numbers ; being only the logarithms gi aduated upon a ruler, which therefore serves to solve pioblems instrumentally in the same manner as logarithms do arithmetically. It is usually divided into 100 parts, every tenth of which is numbered, beginning with 1 and ending with 10; so that it the first great division, marked 1, stand for one tenth of any integer, the next division, marked two, will stand for two tenths, 3 for three tenths, and so on; and the intermediate divisions will in like manner represent hundredth parts of the same integer. It each of the great divisions represent 10 integers, then will the lesser divisions stand for integers; and if the greater divisions be supposed to be each 100, the subdi¬ visions will be each 10. Use of Gunter s Line. 1. To find the product of two numbers. From 1 extend the compasses to the multiplier ; and the same extent, applied the same way from the mul¬ tiplicand, will leach to the product. Thus if the product °f 4 and 8 be required, extend the compasses from 1 to 4, and that extent laid from 8, the same will reach to 32, G U R Gu er’s their product. 2. To divide one number by another. The Qui rant extent from the divisor to unity will reach fi'om the divi¬ dend to the quotient. Thus, to divide 36 by 4, extend (in ah. tjie c0mpasses from 4 to 1, and the same extent will reach ^ from 36 to 9, the quotient sought. 3. To three given num¬ bers, to find a fourth proportional. Suppose the numbers 6, 8, 9 : extend the compasses from 6 to 8; and this ex¬ tent, laid from 9 the same way, will reach to 12, the fourth proportional required. 4. To find a mean proportional be¬ tween any tioo given numbers. Suppose 8 and 32 : extend the compasses from 8, in the left-hand part of the line, to 32 in the right; then bisecting this distance, its half will reach from 8 forward, or from 32 backwards, to 16, the mean proportional sought. 5. To extract the square- root of any number. Suppose 25. Bisect the distance between 1 on the scale and the point representing 25; then the half of this distance, set oft' from 1, will give the point representing the root 5. In the same manner the cube root, or that of any higher power, may be found by dividing the distance on the line between 1 and the given number into as many equal parts as the index of the power expresses ; then one of those parts, set from 1, will find the point representing the root required. Gunter s Quadrant, an instrument made of wood, brass, or other substance, containing a kind of stereographic projection of the sphere, on the plane of the equinoctial; the eye being supposed to be placed in one of the poles. Gunter's Scale, called by navigators simply the Gunter, is a large plain scale, generally two feet long, and about an inch and a half broad, with artificial lines delineated on it, of great use in solving questions in trigonometry, navigation, &c. GUNTOOR, one of the districts in Hindustan, on the western side of the Bay of Bengal, called the Northern Circars. It is situated principally between the sixteenth and seventeenth degrees of north latitude, and lies imme¬ diately north of the Carnatic, and south of the river Kist- nah or Krishnah, which separates it from Condapilly. It is the most southerly of the Northern Circars, and com¬ prehends an area of about 2500 square miles, exclusively of the mountainous district on the west. This district was the jaghire of Bassalut Jung, the brother of the nizam, when Lord Clive obtained, in 1765, the Northern Circars from the Mogul, on which account he was allowed to re¬ tain it during his life; but after this it was to devolve to the Company. He died in 1782, but the country was not taken possession of by their agents till 1788. It is a low, flat country, better calculated for growing rice than the more valuable grains. Its principal sea-port is Mootapilly, and its principal towns are Guntoor, Condavir, Bellum- condah, and Nizampatam. With the addition of Palnaud, the Guntoor territory now forms one of the districts un¬ der the Madras presidency, into which the Northern Cir¬ cars were divided when the present Bengal judicial and revenue system was established. Guntoor is the capital. Long. 80. 20. E. Lat. 16. 12. N. GUNWALE, or Gunnel, is the uppermost wale of a ship, or that piece of timber which reaches on either side from the quarter-deck to the forecastle, being the up¬ permost bend which finishes the upper works of the hull, in that part in which are put the stanchions that support the waste trees. GURDAIZ, a town in the Afghan territories, in the province of Cabul, thirty-nine miles east by south from Ghizni. Long. 68. 53. E. Lat. 33. 31. N. GURRAH, a town of Hindustan, in the province of Malwah, in a district of the same name. It had formerly a mint. It lies a hundred and forty miles north by east from Nagpoor. Long. 80. 15. E. Lat. 23. 10. N. The district is situated about the twenty-third degree of north latitude. It was formerly the seat of a considerable Hin- G U R 87 du principality, but was conquered by the troops of the Gurrum- Emperor Akbar, and afterwards by Aurungzebe. It has condah been estimated to contain 25,000 square miles of high, Qur^vaj mountainous, and unproductive territory. The principal towns are Gurrah, Panagur, and Mundlah; whilst the Ner- buddah, which has its source on the eastern frontier to¬ wards Gundwanah, is the chief river. It is a thinly po¬ pulated and imperfectly cultivated district, though many parts of it are remarkably fertile. GURRUMCONDAH, a strong-built fort and town, the capital of a district of the same name, a hundred and twenty-five miles west-north-west from Madras. Long. 78. 40. E. Lat. 13. 45. N. It was besieged in 1791 by the nizam’s ajmy, assisted by a small detachment of the British, but was afterwards taken by Hyder Sahib, Tip- poo’s son. The district, which is situated between the thirteenth and fourteenth degrees of north latitude, is of a mountainous surface, abounding in strong positions, and is now comprehended in the collectorship of Cuddapah. GURUDWARAH, an extensive village of Northern Hindustan, in the province of Serinagur. It is noted for a handsome temple erected by Ram Roy, the founder of the Sikks; also for a great annual fair held at the vernal equinox, and numerously attended by pilgrims from La¬ hore and the western countries. The surrounding district is remarkably fertile, but much oppressed by the heavy exactions of the Nepaulese government. GURWAL, a province of Northern Hindustan, situated at the foot of the Himalaya Mountains, principally be¬ tween the thirtieth and thirty-first degrees of north lati¬ tude. The great Himalaya range separates it from Thibet on the north ; on the south it has the plain of the Ganges ; to the east the Dauli, Alacananda, and Ramgunga rivers; and to the west the Jumna. It comprehends an area of 9000 square miles. This country formerly included the pro¬ vince of Kemaon ; and in 1814 the Ghoorkhas had posses¬ sion of the whole tract which extended northward to the dependencies of China. Since the country was con¬ quered by the British, it has been divided into two dis¬ tinct portions, the British government having retained possession of the Deyrah Doone, the passes of the Gan¬ ges and Jumna, at either extremity of that valley, as also all the country to the eastward of the Alacananda and Bha- girathi, which last tract has been annexed to Kemaon, and the remainder restored to the expatriated rajah. The present boundaries, therefore, of his territories are the Alacananda, from Rudraprayag until its conjunction with the Bhagirathi, and thence to the plains by the united streams of the Ganges, and above Rudraprayag, where the Alacananda receives the Mandakini by the latter river. The territory to the east of that line has been permanent¬ ly annexed to Kemaon. This country being the com¬ mencement of the Himalaya Mountains, presents to the southward, towards Lolldong, an assemblage of hills jum¬ bled together in many forms and directions; sometimes in chains lying parallel to each other, but of no great ex¬ tent, and often connected at their termination by narrow ridges running across the valleys at right angles. The summits of all are usually narrow, and of various shapes, and the distance between each other short; and so con¬ fined are the valleys, that it is scarcely possible within their narrow limits to accommodate a corps of 1000 men. These ranges are occasionally covered with trees; others are naked and stony, aftbrding shelter for neither birds nor beasts. On the eastern borders of this province, amongst the lower ranges of the mountains, are extensive forests of oak, holly, horse-chestnut, and fir; and beds of strawberries are also seen (denoting the temperate na¬ ture of the climate), which equal in flavour those of Eu¬ rope. From Lolidong to the Ganges the country forms, with very little interruption, a continued chain of woody 88 G U S GUY Gunzen- hausen Gustavus hills, which extend eastward to an indefinite extent. The elephant abounds in these forests, but is greatly inferior in size and strength to the Chittagong elephant, on which account it is seldom domesticated. On the eastern bor¬ ders there are hill pheasants among the mountains, which seldom, however, venture into the valleys, unless compel¬ led by heavy falls of snow. A small portion of the coun¬ try is only cultivated, a great proportion being left in the undisturbed possession of the wild animals. Gurwal is tolerably well watered by the head streams of the Ganges. The Bhagirathi and Alacananda, whose junction forms this great river, are the largest streams in the country. The Bilhang, which falls into the Bhagirathi, the Mandakini, the Pinden, the Mandaioki, the Birke, and+the Dauli, all of which join the Alacananda, maybe considered as streams of the second order. Most of these streams have their sources in the Himalaya Mountains ; the Dauli penetrates these mountains, and is the remotest source of the Ganges. None of them are fordable ; and they are crossed by rope and platform bridges, at the most convenient points of communication, the rocks and stones which encumber their channel preventing the use of boats. The roads are merely foot-paths, carried along the slope of a moun¬ tain in the direction of the principal streams and water¬ courses. Those leading to Bhadrinath are annually re¬ paired for the accommodation of pilgrims, wdm congre¬ gate in great numbers at this sacred resort; but they are almost impracticable for cattle. This province abounds with celebrated places of worship, which have been held sacred for many ages, although the conversion of the in¬ habitants to the Brahminical faith is not of any very an¬ cient date. Four of the five places noted for the holy junctions of rivers, and celebrated for their sanctity, are within the limits of this province. Gurwal was a dependent province on some of the neigh¬ bouring and more powerful hill states until the reign of Mohiput Shah, who declared himself independent, and built Serinagur, where he resided. His son was his suc¬ cessor, and he was succeeded by his uncle’s son, w'ho con¬ siderably extended the Gurwal territories to the north, penetrating into Thibet, and exacting a tribute from the rajah of Deba, which continues to the present day. Gur¬ wal was subdued by the Nepaulese about the year 1803. The rajah sold the family throne for 150,000 rupees, and retired into the British territories, where, having raised some troops, he returned and fought a battle with the in¬ vaders of his territories, in which he was defeated and slain. After the country was conquered by the British in 1814, part of his dominions, with a revenue of 40,000 rupees, was restored to the rajah. But Serinagur, the chief town, is within the territory reserved by the British. The rajah has consequently fixed his residence at Bara- haut, where the details of his civil government are con¬ ducted by his own officers, and he is under the protec¬ tion of the British government. The district over which he rules was estimated by the Nepaulese, when they were in possession of the country, to contain 25,720 inhabit¬ ants; a very scanty population for so extensive, and in many places so fertile, a tract of country. (See Bucha¬ nan’s Travels, Hamilton’s Description of Hindustan, &c.) GUNZENHAUSEN, a bailiwick in the circle of the Rezat, in the kingdom of Bavaria, extending over eighty- eight square miles. It contains one city, one market- town, and fifty-two villages, with 14,670 inhabitants. It is generally a light sandy soil, but well cultivated by a pros¬ perous peasantry. The capital, of the same name, is a city situated on the river Altmuhl. It is walled, and has three churches, 298 houses, and 1864 inhabitants, of whom many are tanners. GUSTAVUS I. king of Sweden, was son of Eric de Vasa, duke of Gripsholm. Christian II. king of Denmark, having made himself master of the kingdom of Sweden, con- Gustavus fined Gustavus at Copenhagen; but the latter making his es- || cape, wandered for a long time in the forests, till the cruel- Ouy, , ties of the tyrant having occasioned a revolution, he was first declared governor of Sweden, and then in 1513 elected king. This prince introduced Lutheranism into his domi¬ nions, which in a little time spread itself all over the king¬ dom. He died in 1560 ; having made his kingdom here¬ ditary, which was before elective. See Sweden. Gustavus Adolphus, surnamed the Great, king of Swe¬ den, was born at Stockholm in 1594, and succeeded his father Charles in 1611. He espoused the cause of the Protestants in Germany, who were oppressed and almost entirely ruined by the Emperor Ferdinand. He was a great warrior, and gained many victories, but fell at last in the battle of Lutzen. See Sweden. GUSTROW, a duchy of the dominion of Mecklen- burg-Schwerin, which came to that dukedom in 1695. It is an extensive district, containing 140,000 inhabitants. The city of Gustrow is a large old town, and its walls have been converted into pleasant walks and gardens. It contains 823 houses, with 8264 inhabitants. There is a large palace, said to have been built by the Austrian ge¬ neral Wallenstein, but now' used as a prison. The chief trade is brewing and distilling. GUTPURBA, a small river of Hindustan, which takes its rise in the Western Ghauts, and, after a short course, falls into the river Kistnah, near the village of Almady. Long. 76. 5. E. Eat. 16. 37. N. GUTTA, a Latin term for what in English we call drop. Gutta Serena, a disease in which the patient, without any apparent fault in the eye, is deprived of sight, Gutta, in Architecture, an ornament in the form of a little cone, used in the Doric corniche, or on the archi¬ trave underneath the triglyphs, representing a sort of drop or bell. GUTTURAL, a term applied to letters or sounds pro¬ nounced or formed as it were in the throat. GUTTY, in Heraldry, a term used when any thing is charged or sprinkled with drops. In blazoning, the co¬ lour of the drops is to be named; as gutty of sable, of gules, and so forth. GUY, Thomas, an eminent bookseller, founder of the hospital for sick and lame in Southwark which bears his name, was the son of Thomas Guy, lighterman and coal-deal¬ er in Horsley-down, Southwark. He was put as apprentice, in 1660, to a bookseller in the porch of Mercer’s Chapel; and set up trade with a stock of about L.200, in the house which formed the angle between Cornhill and Lombard Street. The English bibles being at that time very badly printed, Mr Guy engaged with others in a scheme for printing them in Holland, and importing them ; but this being put a stop to, he contracted with the university of Oxford for their privilege of printing them, and car¬ ried on a trade in bibles for many years to a considerable advantage. The bulk of his fortune, however, was ac¬ quired by purchasing seamen’s tickets during Queen Anne’s wars, and by South-Sea stock in the memorable year 1720. To show what great events spring from tri¬ vial causes, it is asserted that the public owe the dedica¬ tion of the greater part of his immense fortune to chari¬ table purposes, to the indiscreet officiousness of his maid¬ servant in interfering with the mending of the pavement before his door. Guy, it seems, had agreed to marry her, and, preparatory to his nuptials, had ordered the pavement before his door, which was in a neglected state, to be mended, as far as a particular stone which he pointed out. The maid, whilst her master was out, innocently looking on the paviers at work, observed a broken place they had not repaired, and mentioned it to them ; but they told her GUY GUY -89 uy that Mr Guy had directed them not to go so far. Vv ell, i II said she, “ do you mend it; tell him I bade you, and I know C yon. he wjn not be angry.” It happened, however, that the poor girl presumed too much on her influence over her careful lover, with whom a few extraordinary shillings of expense turned the scale totally against her. I he men obeyed ; Guy was enraged to find his orders exceeded ; his matrimonial scheme was renounced; and, instead of marrying, he built hospitals in his old age. In the year 1707 he built and furnished three wards on the north side of the outer court of St Thomas’s Hospital in Southwark, and gave L.100 to it annually for eleven years preceding the erection of his own hospital; and, some time before his death, he erected the stately iron gate, with the large houses on each side, at the expense of about L.3000. He was seventy-six years of age when he formed the design of building the hospital which bears his'name, contiguous to that of St Thomas’s ; and he lived to see it roofed in, having died in the year 1724. The charge of erecting this vast pile amounted toL.18,793, and he left L.219,499 to endow it; a much larger sum than had ever before been dedicated to charitable uses by any one man in this kingdom. He erected at Tamworth in Staffordshire, the place of his mother's nativity, and of which he had been representative in parliament, an alms-house, with a library, for fourteen poor men and women ; and for their pensions, as well as for putting out poor children as apprentices, he bequeathed L. 125 a year. Lastly, he bequeathed L. 1000 to every one who could prove himself related to him in any degree, however remote. Guy, a rope used to keep steady any weighty body whilst it is hoisting or lowering, particularly when the ship is shaken by a tempestuous sea. Guy is likewise a large slack rope, extending from the head of the main-mast to the head of the fore-mast, and having two or three large blocks fastened to the middle of it. " This is chiefly employed to sustain the tackle used to hoist in and out the cargo of a merchant ship, and is accordingly removed from the mast-head as soon as the vessel is laden or delivered. Guy’s Cliff, in Warwickshire, a great cliff on the west side of the Avon and the north side of Warwick, where in the time of the Britons there was an oratory, and in that of the Saxons an hermitage, and where Guy, earl of Warwick, is said to have retired after being fatigued with the toils and pleasures of the world, to have built a cha¬ pel, and cohabited with the hermit. This hermitage was kept up till the reign of Henry VI. when Richard Beau¬ champ, earl of Warwick, established there a chantry, which derived its name from the king-maker, and, in me¬ mory of the famous Guy, erected a large statue in the chapel, eight feet in height, at the same time raising a roof over the adjacent springs. GUYON, Jeanne Bouviers de la Motte, a French lady, memorable for her writings, and for her sufferings in the cause of quietism, was descended from a noble fa¬ mily, and born at Montargis in 1648. She was daughter of Claude Bouvier, seigneur of La Motte-Vergonville, and master of requests. At a very early age she exhibited extraordinary symptoms of illumination, and tried to take the veil before she was of age to dispose of herself; but her parents obliged her to marry a gentleman to whom she had been betrothed in nonage. She was a widow at the age of twenty-eight; when, distinguishing herself in the way of contemplation and prayer, and making many converts to quietism, complaints were made of her spiri¬ tualism, and she was by order of the king confined for eight months. At the end of this period she was discharg¬ ed; but being afterwards involved in the persecution of the Archbishop of Cambrai, she was thrown into the Bas¬ tille, where she underwent many examinations; but no- VOL. XI. thing being made out against her, she once more obtain-Guyton de ed her liberty, and lived in private till her death, which Morveau. happened in 1717. Madame Guyon spent her latter years in mystical reveries; covering her tables, ceilings, and every part of her residence, with the sallies of a visionary imagination. It is by no means proved that the Vie de Madame Guy¬ on, ecritepar elle-meme, which was printed after her death, is entirely of her composition. It seems indeed to have been composed from different memoirs furnished by herself, first, to the official or judge of the bishop’s court, Che- ron, and then to the Bishop of Meaux at the time of the conferences of Issy. These materials, collected by a re- dacteur still more mystical than herself, appeared at Co¬ logne, 1720, in three vols. 12mo. The verses of Madame Guyon, or at least those which are attributed to her, were collected and published at Amsterdam, 1689, in five vols. 8vo, under the title of Recueil de Poesies Spirituelles; a collection which was freely translated into English by William Cowper. This lady is also believed to have been the author of Cantiques Spirituels, ou Emblemes surl’Amour divin, in five volumes ; and La Bible traduite en Franqais, avec des Explications et des Reflexions qui regarde la Vie interieure, Cologne, 1715, in twenty vols. 8vo. Her trea¬ tise on Spiritual Torrents, after having been long circu¬ lated in manuscript, was printed, for the first time, in her Opuscules Spirituels, Cologne, 1704, in 12mo, with a preface describing her person. Besides these, her Lettres Spirituelles form four vols. in 8vo; so that her works ex¬ tend in all to thirty-nine volumes, which, however,^are scarcely read now-a-days, except from curiosity. (See the article Fenelon.) GUYTON DE MORVEAU, Baron Louis Bernard, a celebrated chemist, known also as an advocate of emi¬ nence, and less advantageously, in his political character, as a regicide, was the son of Antony Guyton de Morveau and Margaret de Saulle his wife, and born at Dijon, on the 4th of January 1737. His father was of a respectable family, and filled the si¬ tuation. of professor of the civil law in the university of Dijon. He was fond of building; and, from the artificers who were frequently employed about his house, young Guyton appears to have derived, almost in his infancy, a taste for mechanical pursuits, which led to an astonishing development of premature talent. For when he was only seven years old, he prevailed on his father to purchase, for his amusement, a clock which was greatly out of repair, and, as is said, he actually put it together and remedied its defects, without any assistance, so effectually, that it con¬ tinued to go extremely well for fifty or sixty years afterwards. The next year he was equally successful in cleaning and repairing a watch belonging to his mother. But, notwith¬ standing these remarkable exertions of ingenuity, it does not appear that they depended on any particular bent of the genius to the cultivation of the mechanical arts ; at least no such bias was ever exhibited in any of his subsequent pur¬ suits. His education was conducted in the ordinary man¬ ner at a provincial school or college, which he left at six¬ teen. Upon his return home he applied, for a short time, to botany, and he was soon afterwards admitted as a student of law in the university of Dijon, where he remained for three years, and then removed to Paris, in order to continue his studies at the bar. In 1756, he paid a visit to Voltaire at Ferney ; and he seems to have imbibed from this person¬ age a taste for satirical poetry, which he soon afterwards displayed, upon the occurrence of a trifling accident, in a ceremony relating to a popular Jesuit of the day. Amongst his posthumous papers, he also left some unfinished sketches of tragedies, which are said not to have been deficient in poetical merit. At the age of twenty-four, when he made some progress M GUYTON DE MORVEAU. 90 Guyton de in the practice of his profession as an advocate, his father Morveau. procured for him, at the price of 40,000 francs, the ap- pointment of advocate-general of the parliament at Dijon, so that he had no farther solicitude for the acquisition of an income adequate to his competent subsistence. His health was then considered as delicate ; but the fears which w^ere entertained for it proved to be completely ground¬ less. In January 1764, he was made an honorary member of the Academy of Sciences at Dijon, then lately established under the patronage of the Prince of Conde. 1 his occur¬ rence seems to have had considerable influence on the pur¬ suits which occupied his leisure hours ; and he soon became by far the most distinguished ornament of the academy which had paid him this compliment. His particular ap¬ plication to chemistry arose in a great measure out of an accidental emulation with Dr Chardenon, who afterwards very liberally undertook to assist him in the cultivation of this branch of science. He studied the works of Macquer and of Beaume, and he was furnished by the latter with the materials necessary for the establishment of a small la¬ boratory for his own use. With regard to the more general cultivation of literature and science, he displayed considerable talent in a memoir on public instruction, together with a plan for a college, which he presented to the parliament of Burgundy, insist¬ ing, with great force and success, in opposition to Diderot, on the importance of early education in modelling the cha¬ racter of the human mind. About the same time he also wrote a prize essay, an Encomium on Charles V. of France, surnamed the Wise, which was afterwards inserted in the collection of his Discourses, published in three volumes. In July 1767, he visited Paris with a view to the ad¬ vancement of his scientific pursuits, and excited the admi¬ ration of the most celebrated chemists of the day, by the facility which he had acquired in the manipulation of his experiments. He entered, after his return, into the inves¬ tigation of the great question respecting the oxidation of metals, though he did not succeed in removing the diffi¬ culties which then embarrassed it. In 1769, he pronounced, at the opening of the parliament, an elegant oration upon morals. He was soon afterwards engaged in some expe¬ riments respecting the communication of heat to different substances, the results of which, though not published, were of some importance to the theory of temperature. At the request of his friend Dr Durande, he undertook to inquire into the nature of biliary calculi, which he found to be readily soluble in ether ; and it appears that a combination of ether and oil of turpentine proved of advantage to seve¬ ral of Dr Durande’s patients, who were suffering from these concretions. In the year 1773 he was employed in an interesting in¬ vestigation of the mutual adhesion of the surfaces of solids and fluids, a class of phenomena of which the mathemati¬ cal theory was never at all understood, until the publica¬ tion of an essay on the Cohesion of Fluids in the Philoso¬ phical Transactions, soon after the beginning of this cen¬ tury, in which the laws of capillary action are extended to a complete analogy with all the experiments of M. de Mor¬ veau, as well as those of Taylor and Achard of a similar nature. He succeeded, about the same time, in discover¬ ing a mode of destroying the contagious vapours of pesti¬ lential diseases, by fumigation with the muriatic acid gas ; he afterwards found the oxymuriatic acid, or pure chlorine, still more effectual; and it does not appear that the nitric acid, since proposed in England, has any advantages over either of these substances. M. de Morveau’s anxious desire to co-operate in the pro¬ motion of chemical knowledge induced him to make a new exertion in its favour, by undertaking, in 1776, to deliver a public and gratuitous course of lectures as a regular pro¬ fessor of the science, authorized by the approbation and Guytons, encouragement of his brother magistrates at Dijon. He Morveau, soon afterwards wTrote some essays on the peculiar charac- ters of the carbonic acid ; and he strenuously combated the popular prejudice which prevailed, against the introduc¬ tion of conductors, for preserving buildings from lightning. He established a large manufactory of nitre, which was afterwards conducted by M. Courtois, the father of the M. Courtois who discovered iodine. From chemistry he naturally diverged into the study of mineralogy; in 1777 he made a tour through the province of Burgundy, with a view to the examination of all its productions; and he ac¬ tually discovered a rich lead mine, though, for want of coal, it was impossible to derive much benefit from it. He also found a white variety of the emerald in the same province, as well as some combinations of barita, and he invented a new method of obtaining the pure barita from its sulphate. He had long been intimately acquainted with the Count de Buffon and with Malesherbes, both persons distinguish¬ ed by elegance of taste, the one in science, the other in general literature. In 1779 and 1780 he enlarged his con¬ nections among the men of letters resident at Paris ; and he was induced by Panckoucke, the bookseller, to undertake the chemical department of the Encyclopedic Methodique; but it wras six years before the Dictionary of Chemistry ap¬ peared ; the articles relating to pharmacy and metallurgy were supplied by Maret and Duhamel. In the progress of this work he found himself compelled to disbelieve the ex¬ istence of phlogiston as a distinct principle of inflammabi¬ lity, though at the beginning he had defended the doc¬ trines of the old school. But he soon became one of the most zealous advocates of the new theory ; and he contri¬ buted very much to its general introduction by the active part which he took in the arrangement of a new nomen¬ clature. His proposals were at first thought objectionable by many of the members of the Academy of Sciences ; but they soon became generally adopted throughout Europe; and the system was without doubt of great use for a time, as far as it assisted the memory and the imagination in re¬ taining the discoveries and comprehending the theories which had so much of novelty to make them interesting. Among the original matter contained in the Dictionary, were some researches on the nature of steel, which coin¬ cided in their results with those of Monge, Vandermonde, and Berthollet, made about the same time, but published somewhat earlier. The. whole volume was received in the most flattering manner by all the lovers of chemistry; but it was not till 1791 that the author’s ambition was gratified by the award of the Academy of Sciences, adjudging him a prize of two thousand francs, which had been allotted to the most useful work which should appear in the course of the year. The prize, however, he begged to offer to the exigencies of the state, which were then very urgent. The Dictionary was afterwards ably continued by M. de Four- croy. In the mean time he condescended to appear as the trans¬ lator of the Opuscula of Bergman, which he illustrated by notes. The example was followed by Madame Picafdet, and by others of his friends, who were zealous for the pro¬ motion of science; so that the French chemists were by these means speedily made acquainted with the labours of all their contemporaries in different parts of the world. In the year 1787, M. de Morveau applied his speculations to a practical purpose, in establishing a manufactory of soda from common salt, exposed to the atmosphere, with a large proportion of lime, the soda slowly efflorescing as a carbo¬ nate. It was in the same year that, having published his Collection of Pleadings, he finally resigned his office at the bar, in order that the whole of his time might be devoted to the pursuit of science. His next undertaking was of a more adventurous na- GUYTON DE MORVEAU. 91 Gi ondeture; for, in April 1784, he ascended with the President M reau. de Virly in a balloon ; and he repeated the experiment in the month of June, hoping to be able to direct his aerial course at pleasure. The balloon appears to have been about thirty feet in diameter ; and, when we consider the action of the wind upon a surface of such extent, we must be aware that every attempt to oppose or modify it must have been perfectly futile. He was visited soon afterwards by the ingenious and lamented Mr Tennant, who went to Dijon purposely to become acquainted with him, and who had an opportunity of performing some original experi¬ ments in his laboratory. He was made a member of the Royal Academy of Medicine at Paris in 1786, as a compli¬ ment to the merits of his labours for the preservation of the public health. He received a visit, in the succeeding year, at once from Lavoisier, Berthollet, and Fourcroy, together with Monge and Vandermonde ; and our coun¬ tryman, Dr Beddoes, who was then travelling in France, had the good fortune to join this interesting party, all of them deeply engaged in the discussion of the great chemi¬ cal questions which were then undecided. In April 1788, M. de Morveau was placed on the list of the foreign mem¬ bers of the Royal Society of London ; and the same mark of respect was also paid him at different times by almost all the scientific societies of Europe. In September 1791 he was unfortunately elected a mem¬ ber of the Legislative Body ; and having also been made solicitor-general of his department, he could no longer con¬ tinue the chemical lectures which he had delivered with¬ out intermission for fifteen years, and he resigned his chair to Dr Chausier. It must not be omitted by an impartial biographer, that, on the 16th of January 1793, he thought himself compelled to vote with the majority, for the death of the king; and it is a poor compensation for this fatal error that, in the same year, he resigned a pension of two thousand francs a year, in favour of that republic to which he had already sacrificed the best feelings of humanity. He afterwards became a commissary of the assembly attached to the army of the Netherlands. In this capacity, besides many other instances of personal courage, he is said to have rendered essential service to his countrymen, by the construction of a balloon, in which he ascended, together with some of the staff of General Jourdan, in order to ob¬ serve the motions of the enemy during the battle of Fleu- rus. After his return to Paris he was appointed professor of chemistry in the Ecole Poly technique, and he was an effective co-operator in the first establishment of that use¬ ful institution. In 1795 he was again chosen a member of the Council of Five Hundred; and he was appointed by the government one of the forty-eight members of the Na¬ tional Institute, then recently embodied. He had for some time been a correspondent, but was never a member, of the Academy of Sciences. His political engagements terminated in 1797, when he resolved once more to de¬ vote himself exclusively to science. In 1798, he fulfilled the duties of director of the Ecole Polytechnique during the absence of Monge, who was in Egypt, and for whom he insisted that the salary should be reserved. The follow¬ ing year, Bonaparte, then first consul, made him a general administrator of the mint. He received the cross of the Legion of Honour in 1803, and obtained, two years after¬ wards, still higher rank in the order, particularly as an ac¬ knowledgment for the public benefits which had been de¬ rived from his methods of fumigation. In 1811, he was elevated to the dignity of a baron of the French empire. From 1798 to 1813, he continued his labours as pro¬ fessor of chemistry in the Polytechnic School; he then obtained leave to retire, but he survived only a few years, and died of a paralytic affection, or rather of a total decay of strength, the 21st of December 1815, at a period when he would shortly have had to encounter the effects of a re¬ tribution, which would have been very severely felt at so Guyton de advanced an age. In stature he was rather below than Morveau. above the middle size; his conversation was animated and copious, his manners courteous and obliging ; he was full of anecdote, and always ready to communicate whatever information he possessed. He married, late in life, Madame Picardet, the widow of an academician of Dijon, whose tastes and pursuits were congenial with his own, and who had distinguished herself by translating several works of science and of literature from the different languages of the north of Europe. As to his numerous publications, a bare catalogue of these will be amply sufficient to show the extent of his researches and the variety of his pursuits. It is the more necessary to do justice to his diligence and per¬ severance, as we cannot easily point out any one import¬ ant discovery or invention that can be considered as com¬ mensurate to the high promise of his early infancy. The article Acid of the Dictionary, and the Methodical No¬ menclature, must be ranged as the best of his productions ; but the character of both these is rather useful than splen¬ did. 1. Le Rat Iconoclaste, poeme heroi-comique, 12. Di¬ jon, 1763. 2. Memoire sur llnstruction publique, 12. Dijon, 1764. 3. Eloge du President Jeanin, Paris, 1766. 4. On the effect of air in combustion; Mem. Acad. Dij. i. 1769, p. 416. 5. Maniere d’eprouver les charbons de pierre, Dijon, 1769. 6. Reflexions sur la boussole a double aiguille, Dijon, 1771. 7. Hauteurs barometriques, Dijon, 1771. 8. Consultation juridico-chimique sur le charbon fossile, Dijon, 1771. 9. Plaidoyer sur lepoque de demence d’un testateur, Dijon, 1772. 10. Digressions Academiques, 12. Dijon, 1772. 11. On a cold efferves¬ cence ; Mem. Ac. Dij. ii. 1771, p. 183. 12. On the displace¬ ment of a wood, and on a cavern, p. 225. 13. Defense de la volatilite du phlogistique, 12. Paris, 1772. 14. Re¬ flections sur le parallele du phlogistique et du causticum, Dijon, 1773. 15. On the coal of Montcenis in Burgundy ; Journ. Phys. ii. p. 445. 16. On platina, and its alloy with steel, vi. p. 193. 17. Discours Publics, 3 vols. Dijon and Paris, 1775. 18. On a fossil tooth; Journ. Phys. vii. p. 414; Mem. Ac. Dij. 1785, i. p. 102. 19. On the crystalliza¬ tion of iron ; Journ. Phys. viii. p. 348, ix. p. 303; Mem. Sav. Etr. ix. p. 513. 20. Elemens de Chimie theorique et pratique, 4 vols. 12. Dijon, 1777 ; a clear and elegant compendium. 21. On metallic crystallizations ; Journ. Phys. xiii. p. 90. 22. On a singular petrifaction, xv. p. 89. 23. On some properties of manganese, xvi. p. 156. 24. On the red selenite of Montolier, xvi. p. 443. 25. Opuscules de Bergman, 2 vols. 8. Dijon, 1780, translated, with notes. 26. On simple earths, especially absorbents; Journ. Phys. xvii. p. 216, xviii. p. 68. 27. On the improve¬ ment of colours used in painting; Mem. Ac. Dij. 1782, p. 1. 28. On the congelation of sulphuric acid, p. 68. 29. On some ores of copper, p. 100. 30. On barita, p. 159; Journ. Phys. xviii. p. 299. 31. On biliary concretions, in Du- rande’s Memoir; Mem. Ac. Dij. 1782, i. p. 199, p. 26. 32. On the manufacture of nitre, p. 1, 16. 33. On an ore of lead, p. 41. 34. Lettre a M. J. Z. sur 1’influence de 1’- education publique, Dijon, 1782. 35. On a sulphuret of zinc; M. Ac. Dij. 1783, i. p. 37. 36. On an incombusti¬ ble coal, p. 76. 37. On a spirit lamp for experiments, p. 159. 38. On the acetate of bismuth, p. 187. 39. On the karabic or succinic acid, ii. p. 1. 40. On an areometer for sugar boilers, p. 52. 41. On a meagre limestone of Brion, p. 90, fit for terras. 42. On the mephitic gas contained in water, 1784, i. p. 85. 43. On the alteration of gold boiled in nitric acid, ii. p. 133. 44. On the natural dis¬ solution of quartz; Swed.Trans. 1784; Mem. Ac.Dij. 1785, i. p. 46, 60. 45. On sugar and its acid, p. 90. 45. De¬ scription de I’aerostat de i’Academie, Dijon, 1784. 46. Plaidoyers sur plusieurs questions importantes, 4. Dijon, 92 GUYTON DE MORVEAU. Guyton de 1785. 47. On the conversion of iron into steel, and on Morveau. plumbago; Journ. Phys. 1786, 308. 48. Encyclopedic Methodique, chimie, vol. i. 4, Paris, 1786, with Maret and Duhamel, noticed Ann. Chim. vii. p. 24. 49. Methode de Nomenclature chimique, 8. Paris, 1787, by de Morveau, Lavoisier, Berthollet, and De Fourcroy. 50. On the re¬ duction of an oxyd ; Ann. Chim. i. p. 106. 51. On ada¬ mantine spar, p. 188. 52. On the expansion of gases, p. 256. 53. On adhesion, vii. p. 32. 54. On the affinity of mercury with metals, p. 42. 55. On some pneumatic ap¬ paratus, p. 50. 56. On the alteration of solutions heated in glass vessels, ix. p. 3. 57. On saturation and supersa¬ turation, x. p. 38. 58. On a gravimeter, xxi. p. 3. 59. On a French hyacinth, p. 72, containing zirconia. 60. Notice of a scientific institution at Erfurt, xxii. p. 81. 61. Extract of a work on the agriculture and arts of Spain, p. 310. 62. Report of the labours of the society at Rouen, p. 320. 63. Notice of Nicholson’s Journal, xxxiii. p. 173. 64. On a native sulphate of strontia, p. 216. 65. On the saltpetre of commerce, p. 225, xxv. 231. 66. On the acid and ores of tin, xxiv. p. 127. 67. Extract from Nichol¬ son, p. 156. 68. On basaltic prisms, p. 160. 69. On a micaceous ore of iron, p. 161. 70. Notes on Nicholson, p. 175. 71. On the manufactory of soap, p. 199. 72. On pumice stone, p. 200. 73. On obtaining fire and wa¬ ter for chemical experiments, p. 310. 74. On platina, xxv. p. 3. 75. On sugar, p. 37. 76. Note from Nicholson, p. 69. 77. On the combustion of the diamond, p. 76. 78. On alcarrazas, or cooling jars, p. 167. 79. On the water of Caldas, p. 180. 80. On nomenclature, p. 205. 81. On the composition of salts, from Kirwan, with tables, p. 282, 292, 296. 82. On the conducting power of charcoal for heat, xxvi. p. 225. 83. On the action of fused nitre on gold, silver, and platina, xxvii. p. 42. 84. On temper¬ ing steel, p. 186. 85. On odorous emanations, p. 218. 86. On the precipitation of silica by lime, xxvii. p. 320. 87. On iron and cast steel, from Clouet’s experiments, xxviii. p. 19. 88. On the natural productions of Spain, from Fernandes, p. 311. 89. On the succinic acid, xxix. p. 161. 90. On the destruction of contagious matter, p. 209. 91. On artificial coolings, p. 291. 92. On the ap¬ plication of gas to wounds, p. 305. 93. On the fusibility of mixed earths, and on their mutual action, p. 320. 94. On a peculiar crystallization of quartz, xxx. p. 117. 95. On the action of metallic substances on vegetable colours, and on lacs, p. 180. 96. On the combustion of a diamond, xxxi. p. 72. 97. Notice of Reuss’s mineralogical dictio¬ nary, p. 177. 98. On the affinities of the earths, p. 246. 99. Note on the silica found by Davy in the epidermis of vegetables, p. 276. 100. On the conversion of iron into cast steel by a diamond, p. 328; the diamond weighed thirteen grains. 101. On the conversion of diamond into charcoal, and on the disoxigenization of sulphur, xxxii. p. 62. 102. Comparison of the French and German weights, p. 225. 103. Extract of Thenard’s memoir on antimony, p. 257. 104. Chemical news, p. 328. 105. Account of Libes’s theory of elasticity, xxxiii. p. 110. 106. On the colouring principle of the lapis lazuli, xxxiv. p. 54, supposed to be a sulphuret of iron combined with earth. 107. Note on adhesion, p. 199. 108. On the theory of crystallization, Journal de 1’Ec. Polyt. i. p. 278. 109. Analysis of a chalcedony, p. 287. 110. On the composi¬ tion and proportions of salts, M. Inst. Sc. ii. p.326. 111. On anomalies in affinities, p. 460, v. p. 55. 112. On the composition of the alcalis, iii. p. 321; supposing them to contain lime. 113. On a metal proper for small coins, vii. ii. p. 80. 114. On the measurement of high temperature, and on expansion, ix. ii. p. i.; a thermometer of platina. 115. On the tenacity of ductile metals, and on the differ¬ ent densities of lead, x. p. 267 ; Extract Ann. Chim. Ixxi. p. 189. To return to the Annales de Chimie, in which he continued to be an active co-operator to the Guyton if close of his life, we find a multiplicity of his essays and Murveau. abstracts in the latter volumes. 116. On lime and mor- tar, xxxvii. p. 253. 117. Report on the tartaric acid, xxxviii. p. 30. 118. On a lamp, p. 135. 119. On Wood- house’s opinion of phlogiston, p. 272. 120. On a cold com¬ bustion of the carbonic oxyd, xxxix. p. 18. 121. Traite des moyens de desinfecter fair ; Extr. Annales Chimie, xxxix. p. 74. Dutch, by Luitschius, noticed Ann. Chim. xlvi, p. 105. 122. On the analysis and synthesis of earths, p. 171. 123. On a stove, xli. p. 79. 124. On bell-metal, p. 167. 125. On an instrument for examining gold coin, xlii. p. 23. 126. On Burkitt’s apparatus for distillation, p. 191. 127. Note on propolis, p. 195. 128. Extract from Nicholson, p. 205. 129. On Davy’s eudiometer, p. 301. 130. On some alloys of iron, xliii. p. 47. 131. On the dilatation of gases, p. 153, 154, 156. 132. On prussic precipitates, p. 185. 133. On colcothar for polishing, p. 331. 134. Extract from Nicholson, xliv. p. 21. 135. On Mitchell’s nomenclature, p. 305. 136. On fumigation, p. 286; xlvi. p. 113 ; li. p. 311 ; lii. p. 347 ; Ivi. p. 103, 114 ; Ixii. p. 113 ; Ixiv. p. 183. 137. On a pyrometer of platina, xlvi. p. 276. 138. On a native carbonate of magnesia, xlvii. p. 85. 139. Extract of a vocabulary, p. 93. 140. Italian novelties, p. 203, xlviii. p. 98, 186. 141. On a ve- rificator for louis d’ors, xlvii. p. 291. 142. On an alloy of gold and platina, p. 300. 143. Extract from Win- terl, p. 312. 144. From Chenevix on the eye, xlviii. p. 74. 145. On a sulphate of magnesia, p. 79. 146. On a proposal for washing with sea water, p. 108. 147. Note of Hatchett’s memoir on alloys, 1. p. 113. 148. Extract from Christobafs chemistry of the arts, liii. p. 115. 149. Report on the effect of disagreeable odours on the health, liv. p. 86 ; not necessarily noxious. 150. Report on chim- nies, Iv. p. 5. 151. On a sculptured flint, Iviii. p. 75. 152. On filtering stones, and on specific gravities, lx. p. 121. 153. Extract on Galvanism, Ixi. p. 70. 154. On a supposed antique emerald, p. 260. 155. On nitrous ether, p. 282. 156. On the qualities of glass, Ixii. p. 5. 157. Extract on pottery, p. 213. 158. On Galvanism, as affect¬ ing minerals, Ixiii. p. 113. 159. On chimnies, Ixiv. p. 113. 160. Extract on diamond, Ixv. p. 84. 161. On a hygro¬ meter for gases, Ixviii. p. 5. 162. On oxydation in a va¬ cuum, Ixix. p. 261. 163. On carbonate of potass as a me¬ dicine, Ixx. p. 32. 164. On a crystallization of the dia¬ mond, p. 60. 165. Oh Curaudau’s pyrotechny, Ixxi. p. 70. 166. On glass making, Ixxiii. p. 113. 167. On an ore of platioa from St Domingo, p. 334. 168. On pyro- metry, Ixxiv. p. 18, 129. 169. On potass and magnesia as medicines, Ixxv. p. 204. 170. On laminated platina, Ixxvii. p. 297. 171. On oxymuriatic acid as a medicine, p. 305. 172. On the effects of continued heat on pyro- metrical bricks,Ixxviii. p. 73. 173. On the pseudacorus as a substitute for coffee, p. 95 ; Ixxxvi. p. 63. 174. On coffee as a substitute for bark, Ixxviii. p. 203. 175. Official in¬ structions for preventing contagion, Ixxxii. p. 205. 176. On a lime wash for walls, Ixxxiii. p. 285. 177. On the diamond, Ixxiv. p. 20, 233. 178. On the non-existence of sugar in diabetes, p. 225. 179. On an indigenous tea, p. 333. 180. On Reid’s pendulum, Ixxxv. p. 183. 181. On sugar boiling, p. 192. 182. On the diamond, Ixxxvi. p. 22. 183. On chemical police, p. 105 ; xc. p. 101. 184. On measures of zinc, Ixxxvi. p. 113. 185. On a meagre lime, Ixxxviii. p. 19. 186. On biliary calculi, p. 84. 187. On the solution of calculi in the bladder, Ixxxix. p. 92. 188. On phosphorescent urine, p. 182. 189. On album graecum, p. 325. 190. On pyrometry, xc. p. 113, 225. 191. On magnesia as a medicine, xci. p. 224, 285. 192. On tempering steel, xcii. p. 85. 193. On putrefaction, p. 160. 194. On poisons, from Brodie, xciii. p. 5. 195. On the oxalic acid as a poison, p. 199. 196. On the effect GYM lisarof the phosphoric acid upon turmeric, xciv. p. 223; like that of other acids. 197. On fumi-’Vs tion, however, these exercises were no doubt equally rude and inartificial with those of the Indian tribes to which we have alluded ; but, in progress of time, when their impor¬ tance began to be fully perceived, areas and edifices were allotted for their practice, masters were appointed to in¬ struct the youth, and prizes, contended for in the presence of assembled nations, were awarded to the victors in the different contests, with all the pomp and solemnity of a re¬ ligious celebration. The exercises of the Greek athletae, namely, running, wrestling, boxing, throwing the discus and the javelin, equitation, and charioteering, are known to every classical scholar, and need not therefore be parti¬ cularly described. These were instituted originally with the view, no doubt, of preparing the citizens, by a syste¬ matic course of training, for undergoing the toils and fa¬ tigues of w ar. But, by degrees, the natural vanity of ex¬ celling in that which all more or less cultivated, fostered by the preposterous adulation bestowed on the victors in the Olympic games, introduced the habit of cultivating one exercise alone, instead of seeking to develope equally all the bodily powers. A good wrestler, an expert boxer, or one capable of carrying an immense weight, became in some degree an article of luxury, or a subject of specula¬ tion. Persons of this description were kept and fed like game-cocks, and destined for purposes of equal dignity and importance. The object originally contemplated by the patrons of the athletic exercises was completely lost sight of; the real soldier learned to despise the bully of the gym¬ nasium and the palaestra ; gymnastics lost repute by being at once perverted and degraded ; and the sarcastic remark of the great Theban commander decided their fate. Rome was from the first a species of camp, and war the principal occupation of her people. The youth wrere train¬ ed to hardihood and exertion, but it was chiefly in actual service, and as members of a great body, which moved as if animated by only one soul. To act in concert and uni¬ son, to afford mutual support, to give simultaneous impe¬ tus to the charge, to preserve order in retreat, and in all circumstances to observe the law of a stern discipline; such was the great object of their study. Their exercises were intended not so much to train the individual as to form the mass; not to encourage isolated efforts, but to produce unity and mobility. But when, in process of time, the military became a distinct profession ; when the army was composed of praetorian bands, and legionary soldiers drawn from the conquered countries; Rome, having no efficient academy for training her citizens to active exer¬ cises, began to decline. The ancient discipline gradually relaxed; and her sons, instead of breasting the Tiber in armour, or riding and hurling the javelin in the Campus Martius, sought the cruel and debasing amusement of wit¬ nessing the massacre of slaves, or the combats with wild beasts in the amphitheatre. Of the gymnastic exercises practised by the Teutonic nations who overthrew the Roman empire no satisfactory account has reached us. But some of the later historians of Rome speak with consternation of the manner in which the Germans, by the aid of \heix framece, bounded over the pikes of the foremost ranks, or sprung upon the hostile bat¬ tlements ; and Tacitus alludes to certain games in which the German youth, naked and unarmed, danced amidst pointed spears and drawn swords, displaying wonderful quickness of eye, elasticity of limb, and fearlessness of dis¬ position. During the middle ages, the peculiar mode of warfare introduced by the northern nations rendered it of the utmost importance that the knights and men-at-arms should be subjected to a system of severe physical training. Hence they wrere taught to sustain during the heat of the GYM ;G*I ias- day a heavy load of armour, to caiTy huge burdens, to run 4 J!- for a length of time, to climb tall ladders by the aid of their 'H! arms alone, to swim, to ride the great horse, and to run with a spear against a target so arranged that he who miss¬ ed or struck foul received in return a blow from a pole at¬ tached to it. But when the organization and movement of armies had been reduced to system, when the art of war became a sub¬ ject of arithmetical calculation, and when the invention of powder rendered bodily superiority in a great measure un¬ availing, athletic exercises were less insisted on than for¬ merly ; and the evil was increased, partly by the separation of the military as a distinct class, and partly also by the increasing sedentary habits of civilians. In short, physi¬ cal education was neglected in proportion as every other bi’anch became more widely diffused and more zealously cultivated; without considering the intimate connection be¬ tween the body and the mind, the former was suffered to degenerate, whilst indolent and luxurious habits engender¬ ed nervous irritability, with a consequent predisposition to mental disorders. Rousseau, in his Emile, was the first to raise his voice against this degeneracy; and although the world laughed at the ludicrous contradiction between his practice and his precepts, yet the latter insensibly prevail¬ ed, and in time a more rational regard began to be paid to the preservation of a firm and robust habit of body. In all countries the manly amusements of an earlier age had in some degree survived amongst the peasantry ; in some, the pleasures of the chase had stimulated even the higher classes to cultivate habits of hardihood and exertion. By degrees, athletic exercises became once more fashionable ; and then was invented that system of gymnastics which is now taught in the military and other schools. This system derives its immediate origin from the wide¬ ly-ramified confederacy which diffused throughout Germa¬ ny a spirit of disaffection to the French, and prepared the people of that country to co-operate in shaking off the yoke which had been imposed on them. Convinced from the first that the deliverance of Germany could only be effect¬ ed by the sword, the leaders of this confederacy directed their attention to the grand object of secretly training and preparing soldiers for the approaching struggle. With this view, whilst Von Stein was communicating to almost every individual in the Prussian territories some notion of mili¬ tary discipline, and labouring to impress them with a no¬ tion of its importance, Jahn and his followers were esta¬ blishing gymnastic areas (turn-pldtze) throughout the whole of Germany. The youth of different ages were en¬ couraged and incited to attend. They were taught to take pleasure in their exercises; a spirit of emulation was sedu¬ lously cherished ; peals of laughter and merriment resound¬ ed in each area; and national songs, sung in chorus by the friendly antagonists as they repaired to or returned from the turn-pldtze, served at once to excite and sustain the ge¬ neral enthusiasm. In addition to the usual routine of run¬ ning, wrestling, and leaping, a series of exercises with poles, bars, ropes, and ladders, was devised and introduced into the turn-pldtze. In these areas, the youths were pre¬ pared for the toils and labours of the field ; and, when the grand crisis arrived, the means were found adequate to the end contemplated. For some time after the overthrow of Napoleon, these exercises continued to be patronised by the governments of Germany, and taught in all the public schools. But the spirit which it had been found so easy to raise against the dominion of Napoleon, and in support of the old hereditary governments, did not so readily vanish when its immediate task was accomplished. In adversity and in dan¬ ger promises had been made, the performance of which was evaded in the hour of triumph; and, as some of the chief patrons of physical education were amongst the loudest in denouncing the faithlessness of their governments, the GYM 95 German rulers gravely alleged that gymnastic exercises Gymnas- necessarily engendered democratical principles; and on this "tics, ingenious pretence all the public institutions for their promo- tion were at once suppressed. A few private establishments are still winked at, and, in some states, the military receive regular instructions; but the day of gymnastics is for the present over in Germany. In other countries, however, the political logicians have not yet discerned any necessary connection between gym¬ nastics and republicanism ; and accordingly those exercises which have been anathematised in Germany as generative of democracy, have been warmly patronized in France and Switzerland, and are now steadily making their way even in Britain, where innovations of all kinds, especially in education, are most cautiously entertained. The propriety of employing training to develope the powers of the body is beginning in many parts to be as readily acknowledged, as the necessity of education to cultivate the faculties of the mind. But nothing is privileged from abuse ; and em¬ piricism, which has brought so many other things into dis¬ repute, has unluckily fastened upon gymnastics. In the Encyclopedic Moderne we find the subject divided into, 1. Gymnastique civile et industrielle ; 2. Gymnastique mi- litaire, terrestre et maritime; 3. Gymnastique medicale; and, 4. Gymnastique scenique ou funambulique. Nor is this all. Each of these divisions is subdivided into four or five branches, as if the subject, forsooth, admitted of the most systematic arrangement. Thus, under the head of Gymnastique medicale, are included, first, Gymnastique hygienique ou prophylactique, pour conserver une sariti ro- buste; secondly, Gymnastique therapeutique, pour le trait- ment des maladies; thirdly, Gymnastique analeptique, ou des convalescens; fourthly, Gymnastique orthopedique, qui a pour but la guerison des deformites. This affectation of method is exceedingly absurd, inasmuch as it confounds with the exercises themselves certain hypothetical uses, and as¬ sumes as the very basis of the classification residts which have not been satisfactorily ascertained. But however this may be, the importance of gymnastics, in another point of view, cannot possibly be disputed. If persevered in, they are calculated to develope every muscle of the trunk, arms, and legs to its utmost extent; they give the student the most perfect command of his whole bodily frame ; they are the best preparatives for the elegant and manly accom¬ plishment of fencing, whether with the small or the broad sword ; and they afford excellent training for the amateurs of running, leaping, wrestling, and sparring. Nor are the advantages derived from such exercises confined to the soldier or the sailor ; their usefulness is experienced in ma¬ ny other situations of life. But their importance can only be fully known when we are called upon in emergencies of unexpected danger ; amidst fire, shipwreck, the destruction of bridges, or the fall of buildings; to evince the superio¬ rity resulting from that presence of mind, and fertility of resources, which are conferred by the consciousness of phy¬ sical strength and nerve, and by the habit of acting and moving where other men would be instantly paralysed. Lastly, clear heads and light hearts, the natural concomi¬ tants of health, are the untailing rewards of a judicious and moderate prosecution of gymnastics. The elementary exercises in gymnastics are performed by means of the horizontal pole, the parallel bars, the masts or poles, the ropes, the triangle and trapezium, the ladder, the wooden horse, the inclined plane, and the flying course or giant’s steps. The pupils, after being prepared by a course of comparatively gentle but active exertion, proceed to take lessons on the horizontal pole; the principal use of which is to develope the strength of the hands and arms, though many other exercises are performed on it. The parallel bars are usually made circular, and vary from six to eight feet in length, and from three to four inches in dia.- 96 GYM GYM Gymnas- meter; they are fixed about two feet apart, and placed at a and healthy exertion, increasing the elasticity of the limbs, Gymnosr ^ tics. height of from three to four feet from the ground. Cap- improving the play of the lungs, and giving a firmness on P isk tain Clias gives sixteen movements in this apparatus, and the legs and a power in the arms not otherwise attainable. , Colonel Amoros thirty-eight; but it is obvious that the Quickness of eye, and accuracy in measuring distances, are lessons are susceptible of great variety, and that the inte- also acquired by the practice of boxing, by which, be it rest may be increased by fixing the bars occasionally at observed, we mean sparring, as practised by gentlemen, the height of six or seven feet from the ground, ihe ex- that graceful imitation battle, which differs as widely from ercises on the masts or poles are varied by the latter being the brutalising exhibitions of prize-fighting, as the cestus placed in'different positions, either vertically or angularly, with which Dares dashed out the teeth of Entellus differs and by the introduction of rope-ladders or knotted ropes, from the well-stuffed gloves of Mr Roland. _ 3d, Riding, The Topes are used sometimes plain, sometimes with large walking, and running, are exercises requiring strength, knots in them, and sometimes with a bar across. They are perseverance, and activity; and, as a nation, our recorded placed vertically, horizontally, and angularly, to give variety equestrian and pedestrian feats may challenge Europe, to the exercises, which is also increased by loosening and We have, indeed, heard of three Frenchmen, Gervois, tightening them. The triangle and trapezium are two of Labat, and Stumon, who are said to have run a French the most amusing instruments in modern gymnasiums, and, league in ten minutes, an exploit which surpasses any from the lightness of their construction, and their being thing in our sporting annals; but the story is too impro- constantly in motion, give an appearance of ease and grace bable to be admitted without strong confirmation. 4th, to all the revolutions performed on them. The invention Archery, one of our most ancient and manly recreations, of the triangle has been claimed by Captain Clias, though is still kept up in many parts of England and Scotland; of right it belongs to the mountebanks of Italy, wdio em- and although its champions would no doubt cut but a sorry ployed it to amuse the public long before this celebrated figure in competition with the Lockesley of Ivanhoe, or gymnast was heard of; the trapezium owes its origin, or even with him whose grandsire “ drew a good bow at at least its introduction into the schools, to Colonel Amo- Hastings,” yet the spirit of emulation has produced no ros. The wooden ladder is usually fixed firmly between mean degree of excellence in this graceful and healthy two walls, with the lower end just high enough for the pu- exercise. 5th, Cricket, a noble game, is so indisputably pils to reach it with both hands. Sometimes it is also our own, that nothing need be said upon the subject, ex- placed perpendicularly with one end resting on the ground; cept that it is yearly becoming a greater favourite in Scot- but the exercises admit of more variety when it is placed land, where formerly it was seldom played. 6th, Single- in the position first described. The distance between the stick has now but a small number of admirers, and its pro¬ bars in the perpendicular ladder is commonly from eight fessors are of course still more limited ; in fact, it is seldom to twelve inches ; but when its position is inclined the practised except from motives which few are willing to spaces should always be wide enough to admit of the pupil avow. 7th, Rutting the stone and throwing the hammer fall passing easily through them. The rope ladder is suscep- more appropriately under the head of Scottish gymnastics, tible of still greater variety of position, and the bars are In the Highlands of Scotland there are instances of cele- usually placed closer together, as few movements beyond brity in throwing the hammer descending from father to the different modes of ascending and descending are prac- son for generations, as a family characteristic. This is tised upon them. The wooden horse, although extremely most graphically described in the account given by Sir interesting from the number of exercises practised on it, Walter Scott, of the contest between Norman nan Ord both in vaulting and leaping, and in feats of actual strength, and Hal o’ Wynd, who is represented as a perfect prince appears as yet to be but little known in the small gymna- amongst the gymnasts of an age when such accomplish- siums of this country. It is necessary that there should be ments were in the highest repute. It may be added, that, a graduated succession of seizes, to suit the height and pro- at the present day, the Scottish national games are kept gress of the different classes. The inclined plane is ordi- up with great spirit, and that clubs have been instituted narilyan unpolished boai-d of pine, varying from twenty-five in various parts of the country, ibr the purpose of encou- to thirty feet in length, and about two feet in breadth ; it raging them, by awarding medals, and other honorary dis- admits of some highly useful exercises, and has been recom- tinctions, to such as excel in these pastimes. (See Ro- mended by medical men as tending to strengthen the hands, land’s Gymnastics, Edinburgh, 1831, in 8vo.) (a.) arms, chest, abdomen, legs, and feet. The same observation GYMNOSOPHISTS, a set of Indian philosophers, fa- applies to the inclined pole. The flying course, or giant’s mous in antiquity. The word is formed from the Greek, steps, is amusing to young people; but it affords no advan- yvyvotoipierqg, a sophist or philosopher who goes naked, tages which are not fully attained by the apparatus already This name was applied to the Indian philosophers, whom described. For the detail of the exercises performed, with the excessive heat of the country obliged to go naked; as figures illustrative of the different positions, we refer to the that of Peripatetics was given to those who philosophised works of Clias, Amoros, and Roland. walking. The Gymnosophists, however, did not go abso- Almost all the advantages which are generally supposed lutely naked, but only clothed themselves no further than to result from gymnastic exercises, may be attained by the modesty required. There were some of these sages^ in practice of our own national games, which, if not in every Africa ; but the most celebrated were those of India. The case British in their origin, are peculiarly so by their African Gymnosophists dwelt upon a mountain in Ethiopia, adoption and continued improvement. They merit notice, near the Nile, and did not form themselves into societies, therefore, first, by reason of their nationality, and because, like those of India ; but each had his private recess, where for the most part, they require in an eminent degree the he studied and performed his devotions by himself. If union of strength, perseverance, and courage. 1st, Wrest- any person had by chance killed another, he applied to ling, though conspicuously introduced into all foreign works these sages for absolution, and submitted to whatever pen- on the present system of gymnastics, is little more than ances they enjoined. They observed an extraordinary fru- theoretically known on the Continent; whereas, in some of gality, and lived only upon the fruits of the earth. Lucan the English counties, the practical wrestlers are unrivalled, ascribes to these Gymnosophists several new discoveries in We therefore claim this as one of our national games, and astronomy. venture to affirm that its champions will not hesitate to As to the Indian Gymnosophists, they dwelt in the woods, enter into competition with any foreign gymnasium. 2d, where they lived upon the wild products of the earth, and ne- Boxing is an exercise which brings the body into active ver either drank wine or married. Some of them practised GYP ’um physic, travelled from one place to another, and were particu¬ larly famous for their remedies against barrenness. Others Oy| es> pretended to practise magic, and to foretell future events. In general, however, the Gymnosophists were wise and learned men ; for their maxims and discourses, recorded by historians, do not in the least savour of a barbarous education, but are plainly the result of great sense and deep thought. They kept up the dignity of their character to such a de¬ gree, that they never waited upon any one, not even upon princes. They believed the immortality and transmigra¬ tion of the soul; they placed the chief happiness of man in a contempt of the goods of fortune and of the pleasures of sense ; and they gloried in having given faithful and dis¬ interested counsels to princes and magistrates. It is said, tliat when they became old and infirm, they threw them¬ selves into a pile of burning wood, in order to prevent the miseries of advanced age. One of them, named Calanus, burned himself in the presence of Alexander the Great. Apuleius thus describes the Gymnosophists : “ They are all devoted to the study of wisdom, both the older masters and the younger pupils; and what to me appears the most amiable thing in their character is, that they have an aver¬ sion to idleness and indolence. Accordingly, as soon as the table is spread, before a bit of victuals be brought, the youths are called together from their several places and offices, and the masters examine them what good they have done since the sunrise. Here one relates something he has discovered by meditation; another has learned something by demonstration ; and as tor those who have nothing to allege why they should dine, they are turned out to work fasting.” GYNAICEUM, amongst the ancients, the apartment of the wromen, a separate room in the inner part of the house, where they employed themselves in spinning, weaving, and needle-work. GYISLECOCRACY denotes the government of women, or that state where women are capable of the supreme command. GYNiECOCRATUMENI, an ancient people of Sar- matia Europaea, inhabiting the eastern banks of the river Tanais, near its opening into the Pains Maeotis, and so called, because they had no women among them, or rather, perhaps, because they were under the dominion of women. The word is formed from yai/jj, woman, and jegarca/tsi'o;, the participle of xgzrew, I overcome. GYONGIOS, a large market-town of Hungary, in the circle of the Hither Theis, with a Catholic university, and 800 inhabitants, who trade largely in wine, fruit, corn, and the other internal products. Long. 20. 17. E. Lat. 47. 47. N. GYPSIES, or Egyptians, a strange kind of common¬ wealth of wandering impostors and jugglers, who made their first appearance in Germany about the beginning of the sixteenth century. Munster, it is true, who is follow¬ ed and relied upon by Spelman, fixes the time of their first appearance in the year 1417 ; but as he owns that the first time he ever saw them was in 1529, it is probably an error of the press for 1517 ; especially as other historians inform us, that when Sultan Selim conquered Egypt in the year 1517, several of the natives refused to submit to the Turkish yoke, and revolted under one Zinganeus, whence the Turks call them Zinganees ; but being at length surrounded and banished, they agreed to disperse in small parties all over the world, where their supposed skill in the black art gave .them an universal reception in that age of superstition and credulity. In the space of a very few years they gained such a number of idle proselytes (who imitated their lan¬ guage and complexion, and betook themselves to the same arts of chiromancy, begging, and pilfering), that they be¬ came troublesome, and even formidable, to most of the states of Europe. Hence they were expelled from France VOL. XI. GYP 97 in the year 1560, and from Spain in the year 1591. But Gypsies, the government of England took the alarm much earlier ; for in 1530 they are described by statute 22 Henry VIII. c. 10, as “ an outlandish people calling themselves Egyp¬ tians, using no craft nor feat of merchandise, who have come into this realm, and gone from shire to shire, and place to place, in great companies, and used great, subtle, and crafty means to deceive the people ; bearing them in hand that they by palmistry could tell men’s and women’s fortunes ; and so many times by craft and subtility have deceived the people of their money, and also have commit¬ ted many heinous felonies and robberies.” They are, therefore, directed to avoid the realm, and not to return under pain of imprisonment, and forfeiture of their goods and chattels ; and it is further declared, that upon their trials for any felony which they may have committed, they shall not be entitled to a jury de medietate lingua. And afterwards it was enacted, by statutes 1st and 2d Philip and Mary, c. 4, and 5th Eliz. c. 20, that if any such per¬ sons shall be imported into the kingdom, the importer shall forfeit L.40. And if the Egyptians themselves remain one month in the kingdom, or if any person being fourteen years old, whether natural-born subject or stranger, who has been seen or found in the fellowship of such Egyptians, or having disguised him or herself like them, shall remain in the same one month at one or several times, it is felony without benefit of clergy. And Sir Mathew Hale informs us, that at one Suffolk assizes no less than thirteen persons were executed upon these statutes a few years before the restoration. But, to the honour of our national humanity, there are no instances more modern than this of carrying these laws into practice ; and the last sanguinary act itself was repealed by 23 Geo. III. c. 54. In Scotland they seem to have enjoyed some share of in¬ dulgence ; for a writ of privy seal, dated in 1594, supports John Faw, lord and earl of Little Egypt, in the execution of justice on his company and folk, conform to the laws of Egypt, and in punishing certain persons therein named who had rebelled, robbed him, absconded, and refused to return home. James’s subjects are commanded to assist in apprehending the fugitives, and in assisting Faw and his adherents to return home. There is another writ in his favour from Mary queen of Scots, 1553, and in 1554 he obtained a pardon for the murder of Nunan Small; so that it appears he had remained long in Scotland, and perhaps spent some time in England. From him this kind of stroll¬ ing people received the name of the Faw Gang, which they still retain among the common people. A very circumstantial account of this singular race has been given in a German treatise by Grellman, which has been translated into English by Mr Raper, and published in a quarto volume. It is incredible to think how tins regular swarm of banditti has spread itself over the face of the earth. They wander about in Asia, and in the interior parts of Africa, and have overrun most of the European nations. In the reigns of Henry VIII. and Queen Elizabeth, they were set up as a mark of general persecution in England ; yet their numbers do not appear to have much diminished in consequence. They are scattered, though not in great numbers, throughout Germany, Denmark, Sweden, and Russia ; but their chief population is in the south-east parts of Europe. For nearly four centuries they have wander¬ ed through the world ; and in every region, and amongst every people, whether barbarous or civilized, they have continued equally unchanged by the lapse of time, the va¬ riety of climate, or the force of example. Their singular physiognomy and particular manners are the same in every country. Their swarthy complexion receives no darker shade from the burning sun of Africa, nor any fairer tinc¬ ture from the temperate climes of Europe ; they contract no additional laziness in Spain, nor acquire any new indus- N 98 GYP Gypsies, try in England; in Turkey they behold the mosque and the crescent with the same indifference as they do the Ca¬ tholic and the Reformed church in Europe. In the neigh¬ bourhood of civilized life they continue barbarous ; and, be¬ holding around them cities and settled inhabitants, they live in tents or holes in the earth, and wander from place to place as fugitives and vagabonds. They are passionately fond of ornaments, in which how¬ ever they consult neither propriety nor consistency ; for they will wear an old laced coat, whilst the rest of their garments scarcely hang together. In Hungary and Tran¬ sylvania their summer habitations are tents; their winter re¬ sidences holes dug ten or twelve feet deep in the earth, ex¬ cept such as keep inns or exercise trades. They are fond of plate, particularly silver cups, which they bury under the hearth for security. Their principal occupations are, smith’s-work, or tinkering, wooden ware, and horse-deal¬ ing ; and in Hungary and Transylvania they are execu¬ tioners of criminals, flayers of dead beasts, and washers of gold. The women deal in old clothes, prostitution, wan¬ ton dances, and fortune-telling. Notwithstanding these occupations, the majority of this people are lazy, beggars, and thieves. They bring up their children to their own professions, and are very fond of them. The gypsies have, at least in T ransyl vania, a sort of regular government, rather nominal than real or effective. They have their leaders of chiefs, whom they distinguish by the Sclavonian title waywode. To this dignity every person is eligible who is of a family descended from a former waywode; but the preference is generally given to those who have the best clothes and the most wealth, or who are of a large stature, and not past the meridian of life. Of religion, however, they have no sense ; though, with their usual cunning and hypocrisy, they profess the esta¬ blished faith of every country in which they live. They also speak the languages of the respective countries, yet have a language of their own, though whence derived au¬ thors are by no means agreed. It seems to be a sort of linguafranca, formed out of fragments and corruptions of many tongues. The only science which they have attain¬ ed is music. Their poetry is ungrammatical and inde¬ cent rhyme. The origin of this people, as we have seen, has been generally believed to be Egyptian ; and that belief is as old as their existence in Europe. This theory, however, according to Grellman, is without foundation. The Egyp¬ tian descent of these people, he thinks, is not only desti¬ tute of proofs, but the most positive evidence is found to contradict it. Their language differs entirely from the Coptic ; and their customs are very different from those of the Egyptians. They are indeed to be found in Egypt; but they wander about there as strangers, and form a dis¬ tinct people, as in other countries. The expressions of Bellonius are strong and decisive: “ No part of the world, GYP I believe, is free from those banditti, wandering about in Gyy i troops, whom we by mistake call Egyptians and Bohemu ^ I ans. When we were at Cairo, and in the villages border¬ ing on the Nile, we found troops of these strolling thieves sitting under palm trees ; and they are esteemed foreign¬ ers in Egypt as well as among us.” The Egyptian descent of the gypsies being rejected, our author next endeavours to show that they came originally ( from Hindustan. The same opinion is maintained by Mr ^ Marsden, in a paper on this subject in the seventh volume of the Archceologia. Mr Grellman does not insist on the similarity of colour between the two people, nor on the cowardice common to both, nor on the attachment of the Indians to tents, or letting their children go naked, all these being traits to be met with in other nations ; but he dwells on the word Polgar, the name of one of the first gypsy leaders, and of the Hindustanee god of marriage ; also on the correspondence between the travelling smiths among the two people, who carry two pairs of bellows, the Indian’s boy blowing them in India, the wife or child of the gypsy.in Europe; as if every travelling tinker, in every nation where tinkers travel, had not the same jour¬ neymen. In lascivious dances and chiromancy the two people agree ; nor are these uncommon in other parts of the globe. The excessive loquacity of both is produced as another coincidence ; as if no other nations in the world were loquacious. The fainter resemblances are, a fond¬ ness for saffron, and the intermarrying only with their own people. The last position in the author’s theory is, that the gypsies are of the lowest class of Indians, namely, Pariahs, or, as they are called in Hindustan, Sudras. He compares the manners of this class with those of the gypsies, and enumerates many circumstances in which they agree ; but some of the comparisons are frivolous, and prove nothing. The objections, however, to which this learned author’s theory is liable, are such as only show that it is not con¬ clusive, but do not prove that it is wrong. It may pos¬ sibly be right; and upon this supposition the cause of their emigration from their country, he conjectures, not without probability, may have been the war of Timour Beg in In¬ dia. In the years 1408 and 1409 this conqueror ravaged India; and the progress of his arms was attended with horrid devastation and cruelty. All who offered resist¬ ance were destroyed ; and those who fell into the enemy’s hands were made slaves, of whom, however, one hundred thousand were put to death. As on this occasion an uni¬ versal panic took place, what could be more natural than that a great number of terrified inhabitants should endea¬ vour to save themselves by flight ? In the last place, the author endeavours to trace the route by which the gypsies came from Hindustan to Europe ; but here he franldy ac¬ knowledges that all that can be said on the subject is mere surmise. 99 ^ j TT the eighth letter and sixth consonant in our alpha- I Xl that this writ should be immediately obey- Habeas Corpus Act is the famous act of 31 Car. II. ed, without waiting for any alias or pluries writ; otherwise c. 2, which is frequently considered as another magna an attachment will issue. By these admirable regulations, charta of the kingdom. It enacts, 1. That the writ oi ha- judicial as well as parliamentary, the remedy is now com- beas corpus shall be returned, and the prisoner brought up, plete for removing the injury of unjust and illegal confine- wit un a unite time according to the distance, not ex- ment; a remedy the more necessary, because the oppres- ceeding in any case twenty days. 2. That such writs shall sion does not always arise from the ill-nature, but some- be indorsed, as granted in pursuance of this act, and signed times from the mere inattention, of government. For it by the person awarding them. 3. That on complaint frequently happens in foreign countries, and hashappen- and request in writing by or on behalf of any person com- ed in England during the temporary suspension of the mitted and charged with any crime, unless committed for statute, that persons apprehended upon suspicion have treason or felony expressed in the warrant, or for suspicion suffered a long imprisonment, merely because they were of the same, or as accessary thereto before the fact, or forgotten. convicted or charged in execution by legal process, the HABELSCHWERT, a city of the Prussian province Lord Chancellor, or any of the twelve judges in vacation, of Silesia, in the district of the same name, situated on upon viewing a copy of the warrant, or affidavit that a copy the river Neisse. It is fortified, and stands in a very de¬ ls denied, shall, unless the party has neglected for two fensible situation. It contains 324 houses, and 3124 in¬ terms to apply to any court for his enlargement, award a habitants, mostly manufacturers of linens and woollens. habeas corpus \ox such prisoner, returnable immediately Long. 16. 36. 10. E. Lat. 50. 14. 45. N. before himself or any other of the judges ; and upon the HABERDASHER, in commerce, a seller of hats and return made shall discharge the party, if bailable, upon other wares. giving security to appear and answer to the accusation in HABERGION, or Haubergeon, Habergetum, a H A B i bit coat of mail, or ancient piece of defensive armour, in form || of a coat, descending from the neck to the middle, and Hi burg, formed of little iron rings, or meshes, linked into each '»• other. It is also written haberge, hauberge, havbere, hau- bert, hautber, hautbert, and hauberk. Spelman derives it from the ancient French hault, high, and berg, armour or covering; as serving to defend the upper part of the body. Du Cange and Skinner derive it from the Belgic hah, or Teutonic haltz, neck, and bergen, to cover; that is, a de¬ fence for the neck. Others conceive that it is formed of al, alia, meaning all, and bergen, to cover ; as importing a cover for the whole body. In Scripture it seems to signi¬ fy an offensive weapon. “ The sword of him that layeth at him cannot hold ; the spear, the dart, nor the haber¬ geon.” (Job, xli. 26.) HABIT, an aptitude or disposition either of mind or body, acquired by frequent repetition of the same act. Habit is also employed to signify a dress or garb, or the composition of garments, with which a person is cover¬ ed. The principal part of the dress worn by the Jew's and Greeks was the )ga.nov and the •^truv. The i/xanov was an upper garment, consisting of a loose square piece of cloth wrapped round the body; the was an under gar¬ ment, or tunic, which was fastened round the body and embraced it closely, falling down to the mid thigh. It is proper to observe, however, that a person divested of this upper garment or tfiunov is, in the language of the east, styled naked; and in this sense David danced naked be¬ fore the ark. Habit is particularly used to signify the uniform gar¬ ments of the religious orders, conformably to the rule of which they make profession ; as the habit of St Benedict, of St Augustin, St Francis, St Dominic, and the like. In this sense we say absolutely, such a person has taken the habit, meaning he has entered upon a noviciate in a certain order. So he is said to quit the habit when he renounces the order. The habits of the several religious orders are not supposed to have been calculated for singu¬ larity or novelty. The founders of the orders, who were at first chiefly inhabitants of deserts and solitudes, gave their monks the habit usual amongst the country people. The primitive habits of St Anthony, St Hilarion, St Be¬ nedict, and others, are described by the ancient writers as consisting chiefly of sheep skins, the common dress of the peasants, shepherds, and mountaineers of that time ; and the same they gave to their disciples. The orders established in and about cities and inhabited places took the habit worn by other ecclesiastics at the time of their institution. Thus, St Dominic gave his disciples the ha¬ bit of regular canons, which he himself had always worn to that time. The same thing may be said of the Jesuits, Barnabites, Theatins, Oratorians, and others, who took the common habit of the ecclesiastics at the time of their foundation. And what makes them differ so much from each other, as well as from the ecclesiastical habit of the present times, is, that they have always kept invariably to the same costume ; whereas the ecclesiastics and laics have been changing their mode on every occasion. HABSAL, a circle of the Russian province of Estho- nia, in the Gulf of Finland, extending over 1536 square miles, partly on the continent, but comprehending the islands Dagoe and Worms. It contains two towns, thir¬ teen parishes, and 113 noble estates, with 41,500 inha¬ bitants. The capital, of the same name, is situated in a bay protected by the island of Worms. It contains only 148 houses, but the security of the harbour brings some ships to it. Long. 23. 30. 55. E. Lat. 58. 56. 30. N. HABSBURG, a small district of Switzerland, in the canton of Lucerne, on the lake of that name. It is only remarkable as the barony, once the family seat, of that house which has long given emperors to Germany, and HAD 101 now fills the throne of Austria. The chateau is a vene- Habur rable heap of ruins, but of no great extent. 1|. HABUR, a small island in the Red Sea, six miles from * atoning" the Arabian shore. Lat. 16. 45. N. HACKET, John, bishop of Litchfield and Coventry, was born in the year 1592. In 1623 he was made chap¬ lain to James I. and prebendary of Lincoln ; and soon afterwards he obtained the rectory of St Andrew’s, Hol- born, with that of Cheam in Surrey, his patron observing, that he intended Holborn for wealth, and Cheam for health. In 1642 he was presented to a prebendary and residen¬ tiary ; but he was deprived of the enjoyment of them, as well as of St Andrew’s, by the ensuing troubles. He then lived retired at Cheam, until he recovered his preferments at the restoration of Charles II. by whom he was prefer¬ red to the see of Litchfield and Coventry in 1661. Find¬ ing the beautiful cathedral of Litchfield almost battered to the ground, he in eight years finished a complete church superior to the former one, at an expense of L.20,000, excepting L.1000 which he received from the dean and chapter, with what he could procure from private bene¬ factors. He laid out L.1000 on a prebendal house, his palaces at Litchfield and Eccleshall having been demo¬ lished during the civil wars; and, besides these acts of munificence, he left several other benefactions at his death, which took place in 1.670. He published, before he en¬ tered into orders, a comedy entitled Loyola, which was twice acted before King James I. After his death there appeared a Century of his Sermons on several Remark¬ able Subjects, in folio ; and The Life of Archbishop Wil¬ liams, also in folio, which was abridged by Ambrose Philips in 1700. HACKNEY, a large parish of the hundred of Osulton, in the county of Middlesex. It is one of those villages which, from a collection of scattered hamlets and a few' houses round the parish church, have, in the course of a century, so increased as to be more than equal to many continental cities, and even to several capitals. Being within three miles of London, the more wealthy of the middle class of traders have fixed their residences in it. It comprehends several hamlets, as they are still called, though they have also become towns. These are Upper and Lower Clapton, Dalston, Shackelwill, and Homerton. A new parish church of appropriate size has been built; and there are several chapels belonging to the establish¬ ed church, and places of worship for almost every descrip¬ tion of the sectaries of the kingdom. By the increase of buildings in both directions, Hackney nearly joins the parish of Shoreditch and of Spitalfields, so as to be in ap¬ pearance part of the capital. The schools of various kinds, from the classical to those for elementary instruction of the low'est grade, are very numerous. The most remark¬ able object is a nursery ground botanically arranged upon a large scale, which contains a stupendous building cover¬ ed with glass and filled with all the forest trees of the tro¬ pical climates, in full growth. The population of this parish amounted in 1801 to 12,730, in 1811 to 16,771, in 1821 to 22,494, and in 1831 to 31,047. Hackney Coaches, those exposed in the streets of Lon¬ don, and some other great cities, to be hired at rates fixed by authority. See Coach. HADDINGTON, a royal burgh of Scotland, and ca¬ pital of the county of the same name. It is situated on the left bank of the river Tyne, on the great road be¬ tween Edinburgh and London, about sixteen and a half miles from the former capital. Haddington is a place of considerable antiquity, but the exact date of its origin is unknown. In records which belong to the twelfth century, it comes into notice as a demesne of David L, who occu¬ pied it as his burgh, with a church, a mill, and other apur- tenants of a manor. Ada, the wife of Henry, son and heir r, -/> I H > 102 HAD Hadding- of this monarch, came into possession of the town, and was ton. very attentive to its interests, founding here in 1178 a convent of Cistertian nuns, which she endowed with the , lands of Clerkington. Other lands, and several churches, likewise belonged to the nuns of this place ; but these were of course confiscated at the reformation. There was also a monastery of Franciscan or Grey Friars at Haddington. The choir of the church, which is now in ruins, wras an¬ ciently called the Lamp of Lothian (Lucerna Laudonice), because of its beautiful structure, and from its being kept constantly lighted, and thus rendered visible by night at a considerable distance. On the east of what is called the Nungate are the ruins of a chapel dedicated to St Mar¬ tin. Alter the death of Ada above mentioned, the town became the property of her son William the Lion, whose son Alexander II. was born here. For some time Had¬ dington seems to have been exempt from the miseries of war ; but in 1216 it was burned by king John of England. In 1244, and again about two hundred years ago, it suffer¬ ed a similar fate ; but these were accidental occurrences. By the overflowings of the Tyne, it has likewise been re¬ peatedly inundated. So late as 1775, the suburb of the Nungate was overwhelmed, and the whole town was sub¬ merged beneath the waters of the river, which had risen to seventeen feet above their ordinary level. Haddington was formerly surrounded by strong walls, which were pro¬ vided with gates and ports, and also fortified. It was taken possession of by the English after the battle of Pinkie, and in the year following endured a siege by the Scotch, which makes some figure in history. Little, however, now re¬ mains of the ancient defences of this place ; and although, as we have said, it was a royal residence, the only relics which tradition points to as those of a palace or castle, are found at a short distance from the western port of Haddington, within the walls, on the site of which the county buildings or court-house was recently erected. The town at present consists of a main or High Street, which stretches in a direction from east to wTest, and forms a portion of the road from London to Edinburgh. It is a spacious and handsome street, and possesses some elegant buildings. Pa¬ rallel to it, on the north, runs the Back Street, having two cross streets at their eastern extremity. The town-house is a respectable fabric, provided with a handsome spire 150 feet in height. Connected with this edifice are the depart¬ ments used as a jail for the town and county. The town is connected with the ancient suburb of Nungate, by a bridge • of four arches thrown over the Tyne. The old Franciscan church is a fine Gothic building, although partly dilapidat¬ ed. It is 210 feet in length, and is surmounted by a square tower ninety feet in height, and of handsome architecture. Some years ago the chancel, or west end of the cross, was repaired, and now forms a handsome parish church. Had¬ dington, being situated in the midst of a rich and populous agricultural district, serves as the depot of inland trade, and by this means its prosperity has been greatly advanced. The market, which is held on Friday, is a favourite place of resort for the sale and purchase of grain by the East Lothian farmers, and corn-dealers from different quarters. The town possesses no manufactories of any importance, if we except a few tan-works ; and there are two distilleries and two breweries ; but a number of extensive trades are also carried on. For facilitating business, branches of tw o bank¬ ing establishments are here settled. As a royal burgh, the civic government of Haddington is vested in a provost, two merchant-bailies, a trades-bailie, a dean of guild, a trea¬ surer, and twelve councillors. Since the passing of the burgh reform act, the deacons no longer sit as councillors, the distinction between merchant and trades-councillors having ceased to exist. The county courts of the sheriff are held here every Thursday during session time, and a sheriff small debt court every alternate Thursday. There H A D is also a justice of peace court held at various times during Haddi j the year. Haddington is the seat of a presbytery ; and, be- ^nshii sides the parish church, there are several chapels and meet- ing-houses, where dissenting bodies assemble. There is here an excellent academy, under the patronage of the magistrates, a parochial school, and several private educa¬ tional establishments. There is also a school of arts insti¬ tution, connected with which is a library, and a collection of philosophical apparatus. Besides a number of benefit and friendly societies, there have been recently established in Haddington The United Agricultural Society of East Lothian, and the East Lothian Horticultural Society. The population of the burgh and parish of Haddington amount¬ ed in 1821 to 5255, and in 1831 to 5883. HADDINGTONSHIRE, or, as it is frequently called, East Lothian, a county in Scotland, situated between 55° 47' and 56° 5' north latitude, and between 2° 25' and 3° 2' west longitude from Greenwich. Its boundaries are the Frith of Forth and German Ocean on the north and east, Berwickshire on the south, and Edinburghshire or Mid Lothian on the west. From west to east its ex¬ treme length is about twenty-five miles, and its greatest breadth from north to south seventeen ; but from the ir¬ regularity of its boundaries, the area is computed to be only 272 square miles, or 174,080 English acres, of w’hich about four fifths may be in tillage, or fit for cultivation, and the remaining fifth, consisting of hills or moorish ground, in its natural state, covered with heath and the coarser grasses. Of this last description is the greater part of the Lammermuir Hills, which bound the county in a direction from south-west to north-east, where they terminate in the bold promontory of St Abb’s Head. From this range of hills on the south, Haddingtonshire appears, when viewed from some commanding eminence at a distance, to slope gradually to the Frith of Forth and the German Ocean ; but, upon a nearer survey, the accli¬ vity from the sea is found to consist of nearly parallel ridges, running from west to east, most of which com¬ mence near the western extremity of the county, and run throughout the greater part of its length. At the termina¬ tion of these ridges on the east, there is a most fertile and extensive plain, which has the Lammermuir Hills on the south, and North Berwick Law on the north. Some of the hills in the low country, though of no great elevation, are very conspicuous objects, owing to their rising sud¬ denly from a flat surface, and being exposed to view on all sides, surrounded by low grounds. North Berwick Law on the coast, 940 feet high, Traprane Law, 700, and the Garleton Hills, almost in the centre, not only them¬ selves hold a prominent place in the landscape, but afford from their heights a view of some of the richest and most beautiful scenery in Britain. The Lammermuir range on the south, which, when viewed from the Garleton Hills, appear to rise in the form of a vast amphitheatre, as if to protect and shelter the lower part of the county, present in their dark and rugged surface a striking contrast with the highly cultivated plains below. Over these plains, from the same station, the eye takes in the ports of Dun¬ bar, North Berwick, Prestonpans, and Cockenzie, with the Bass Rock, the Isle of May, and others on the coast, and the shipping in the Frith of Forth ; whilst nearer and all around lies an extensive tract of the most fertile land in the island, covered, if seen in a fine evening early in au¬ tumn, with rich crops of every hue, and studded with ha¬ bitations of great variety, from the princely mansion, in¬ distinctly traced through the variegated foliage of its woods, to the cottage of the peasant, sending up its slen¬ der column of smoke in the rays of the setting sun. Almost every variety of soil known in Britain is to be found here ; but it appears from the Agricultural Survey that clay and loam, nearly in equal proportions, though HAD HAD 103 tej ding- each of various qualities, extend over about two thirds of u hire, the county; yet a great deal of both descriptions is not ^ naturally very fertile, much of the clay, in particular, being shallow, and incumbent on a wet bottom. Tracts of moorish soil are also found interspersed among the lower grounds. The climate, though as various as the soil, is, in an agricultural point of view, perhaps the best in Scotland, especially for the growth of corn. In the east¬ ern parts, very little rain falls during the summer months, a circumstance to which is ascribed the superior quality of the grain. Here also harvest commences ten days ear¬ lier than upon the coast lands on the north, though on these last it is still earlier by three weeks or a month than upon the hills. In the Lammermuir district, snow in some seasons covers the ground entirely for three months, and lies on the north sides of the hills till after midsummer, though they are only thirteen or fourteen miles from the sea, whilst upon the coast it commonly dissolves as it falls. From December to May, the winds are chiefly from the east and north ; in summer, when the weather is dry, from the east; and in autumn, from west to south and south-east, the last often accompanied with rain and fogs. The north-west brings storms in winter; and from the same quarter, and also from the south-west, come the high gales which are sometimes so injurious in autumn. Haddingtonshire, though it has a number of streams, sufficient, perhaps, for the common purposes of its popu¬ lation, possesses no lakes of any magnitude. There is, however, a beautiful sheet of water at Pressmenon, in the midst of the most beautiful scenery ; and also Danskine Loch, which is of much less magnitude and importance, unless for the great number of wild ducks which fre¬ quent its waters. The Tyne is the largest river, but it is inconsiderable, and enjoys no internal navigation nor fresh-water fishery. The Tyne, which springs from the Moor of Middleton in Edinburghshire, enters this coun¬ ty on the west, near Ormiston, and flowing nearly due east, passes Haddington, the county town, and falls into the sea beyond Tyningham, the seat of the Earl of Had¬ dington, after receiving Coalstone and a few other rills from the south. Yet it has sometimes swelled to a great height, and occasioned much damage. In 1775 the whole suburb of Haddington called Nungate, and more than half the town, were laid under water. A small stream called the Peffer crosses part of the county from east to west, in a very level swampy district. In one part of its course so flat is the county, that one part of the stream takes a westerly course, and empties itself into Aberlady Bay, whilst another part takes an easterly direc¬ tion, and discharges itself into the sea about two miles north from the Tyne. A number of brooks and rivulets take their rise amongst the Lammermuir Hills, and run in a south-east direction. The most conspicuous of these are the Dye, the Fasney, the Whitadder, Bothwell Wa¬ ter, and Moneynut Water. This county is not less fortunate in its mineral produc¬ tions than in its soil and climate. Coal, which has been wrought here since the beginning of the thirteenth cen¬ tury, is found in great abundance in the western parts of it, from the borders of Lammermuir to the sea; parti¬ cularly in the parishes of Tranent, Ormiston, Gladsmuir, and Pencaitland. Hardly any part of the district is dis¬ tant six miles from limestone; several extensive parishes rest on a bed of this rock. Marl is also found in different parts, though, since the use of lime became so general, it is not raised to a great extent. ^Sandstone or freestone, which prevails very generally throughout the county, is wrought, of an excellent quality, near Barra, and in Pen¬ caitland and Tranent. On the west side of the harbour of Dunbar there is a remarkable promontory, resembling the Giant’s Causeway in Ireland, composed of a red stone, apparently a very hard sandstone. It runs out to the Hadding- north about a hundred yards, and is twenty yards wide, tonshire. having the sea on each side on the flow of the tide. The diameter of its columns is from one to two feet, and their length at low water thirty, inclining a little to the south. Ironstone has been found in the parishes of Humbie, Keith, Oldhamstocks, and Tranent; and mineral springs at several places, some of which were once much resorted to, but are in little repute at present. Near the place where the Fasney joins the Whitad¬ der are to be found masses of.granite and other primitive rocks, which have afforded much scope for geological spe¬ culation. At the termination of the granitic formation a seam of copper has been discovered. Both in the high and low districts of the county, the remains of numerous old encampments may be traced, and also ancient castles and other places of defence or retreat. Amongst the Lammermuir Hills circles are frequently to be seen formed of stones placed on end. It is a curious fact that the number of these stones is either six or nine. Within their enclosure vessels have occasionally been found, which are supposed to be urns containing the ashes of the dead. The county of Haddington was in 1811. divided into 183 estates, of which twenty-three were above L.2000 Scots of valuation, fifty-two above L.500, and 133 below L.500. The valuation of the whole is L.168,873. 10s. 8d. Scots, of which L.1305. 4s. 3d. belonged to corporations, and LAG,257.3s. to estates held under entail. And in the same year the real rent of the lands, as returned under the property-tax act, was L.180,654. 5s. 9d. sterling, and of the houses, L.6780. 15s. 2d. sterling. Thus the land-rent of the whole county, the Lammermuir Hills included, was almost a guinea an acre. Since 1811 the rent of land has in many instances been much reduced, and in gene¬ ral it has been converted from money into grain, the quan¬ tity of which varies according to the soil, situation, and other circumstances. At present the highest rent in the county is about fifteen bushels three pecks of wheat per acre, calculated at the second fiars, and the lowest is about four bushels, estimated at the same rate. The no¬ bility who have seats in the county are the Duke of Rox¬ burgh, the Marquis of Tweeddale, the Earls of Hadding¬ ton, Wemyss, Hopetoun, Lauderdale, and Dalhousie ; the Lords Sinclair, Blantyre, and Elibank. Several other proprietors have elegant mansions, which tend greatly to ornament the districts in which they are situate. The farms are not generally what in some other parts of Britain would be called large. Their average size may be from 300 to 500 English acres over the whole of the arable land, but smaller on the best soils, and larger, per¬ haps, on the inferior. On land of a medium quality, 300 acres are not considered as a small farm. All the farms are held on leases, commonly for nineteen or twenty-one years, which do not often contain any covenants that are not equitable and liberal; except that here, as throughout the rest of Scotland, the tenant is seldom allowed to sublet his farm or assign his lease, or even bequeath it by testa¬ ment, the heir-at-law succeeding td the farm as a mat¬ ter of course, though not to the stock or crop upon it. This arrangement has often been complained of by both parties, though in few cases has it been set aside by mu¬ tual agreement. The landlord, on the one hand, would wish to oblige the tenant to leave to his heir-at-law a stock sufficient for the cultivation of the farm ; and the tenant, on the other, desires that he should be left at li¬ berty to dispose of his lease, and the capital he may have invested in the improvement of his farm, without any other condition than that the possessor shall become bound to the landlord for the performance of all the obli¬ gations he had himself come under. Agriculture is the chief employment of the people of 104 HAD Hadding- this district, which has long been celebrated for yielding tons iire^ a „rea^er produce and higher rents than perhaps any other tract of corn land of the same extent in any part of Bri¬ tain ; whilst, at the same time, the farmer and the labourer, each in his own'condition, have long maintained a high character for knowledge and industry; the one enjoying the fair profits of his skill and capital, and the other the reward of his useful services, in a degree of independence and comfort which is perhaps far from having been so ge¬ neral in other parts of the island. The principal object on the low grounds, in many situations almost the exclu¬ sive object, is the growing of corn ; the dryness of the climate being thought to be less favourable to grazing and cattle crops. Latterly, however, grazing has been more generally practised, from the land being exhausted by frequent croppinsr. The farmers have found this a more profitable speculation, whilst at the same time it enriches the soil. The general rule by which the course of crop¬ ping is regulated, is not to take two crops of corn succes¬ sively, but to interpose peas or beans, with cultivated herb¬ age, commonly rye-grass and clover, on the clays; and turnips, with the same sort of herbage, on dry loams and sandy soils. On strong clays, a clean fallowonce in four, six, or eight years, is considered as indispensable. In a six years’ course on clays, a third of the land is under wheat, which is almost universally taken after the fallow, and also after the beans ; the order being fallow, wheat, herbage, oats, beans, and wheat. On inferior clays a fallow is made every fourth year, and only a fourth of the land is usual¬ ly under wheat. On the best dry loams wheat, in a few instances, may be taken ever}' second year, in the order of turnips, wheat sown in winter and spring, herbage, and wheat. But this severe course, if it be in any case profit¬ able for a number of years, can only be adopted in situa¬ tions where more manure can be applied than is made from the produce of the farm itself. As there are no towns of any size in the county, and few or no consider¬ able manufactories, an extra supply of manure could only be procured from the lime-works, if it were not that much of the coast land is plentifully supplied with sea-weed. This article, as well as lime, is therefore used to a great and most beneficial extent, and affords a degree of faci¬ lity in the cultivating of corn, without deteriorating the soil, which does not exist in many other districts. Bone dust is used to a great extent in raising turnips, and is considered as the cheapest manure, particularly in inland districts, on account of the cheapness of the carriage. Tile draining has now been substituted for that effected by stones, and it has been found to answer remarkably well. Spade husbandry, or trenching, has lately been par¬ tially introduced. On well-managed soils, though not of the first quality, the produce may be about thirty bushels of wheat, forty-eight of oats, forty of barley, twenty-seven of beans, and from one and a half to two tons of hay at one cutting the English acre. The farm-servants are, with very few exceptions, mar¬ ried ; they live in cottages on the farms, and for a long time were paid altogether, or nearly so, in produce, each having a cow kept for him throughout the year. An at¬ tempt, however, has been made to pay the servants with money alone ; but this is not likely to succeed, the plan being much opposed by the servants themselves. The oc¬ casional labourers reside in the villages which are scat¬ tered over the county; a much better situation for men who depend upon several employers, than if they were set down on particular farms. By this arrangement, which is common to several other parts of Scotland, the labour¬ ing classes in agriculture possess all the advantages as¬ cribed to cottage farms, without being exposed to those evils which both theory and experience assure us that a general system of cottage farms is calculated to produce. HAD The breeding of live stock is almost confined to the Haddi Lammermuir district, which is stocked chiefly with sheep tonsh of the Linton or black-faced breed. On the low grounds, it is thought to be more profitable to buy the animals at a proper age than to rear them ; horses from the west of Scotland, cattle from the north, and sheep from the hills of Tweeddale and Roxburghshire. Generally speaking, cattle are kept only in such numbers as to convert the straw into manure, getting a few turnips along with it, and are commonly sold in spring for the pastures of the south ; and, in summer, the clovers, excepting that part of them which is wanted for hay, are fed off, as well as their turnips in winter, with sheep. The dairy is no¬ where an object of consideration beyond the supply of their own domestic wants. Haddingtonshire has taken the lead in several import¬ ant rural improvements. Lords Belbaven and Hadding¬ ton, early in the last century, wrote useful treatises on husban.dry and forests. In 1750 the first turnpike act for Scotland was obtained for repairing the post-road through it. Wight, one of its farmers, who, like Arthur Young, made tours for collecting agricultural information, contri¬ buted much, by his publications, to improve the practices of this and other parts of Scotland ; and Meigle, an inge¬ nious mechanic, first brought the thrashing-mill into an effective state. Where water-power cannot be obtained, the steam-engine has been introduced, and almost totally superseded the use of horses or windmills. Some defects may be pointed out in the management of agricultural matters ; but as improvements are always being introduced, it is likely that the former will soon disappear. The drill system, which is had recourse to in sowing wheat, barley, and oats, is considered as a great improvement, since by this means the soil is more effectually cleared of its annual growth of weeds. In the neighbourhood of Dunbar there is a common consisting of about 4000 acres, which seems condemned to perpetual sterility. It was formerly claim¬ ed by the burgesses of Dunbar, but the right being disput¬ ed by the neighbouring proprietors, a division took place, by which arrangement a very small part of it fell to the share of the royal burgh. The principal towns in Haddingtonshire are, the county town of Haddington, Dunbar, and North Berwick. In these places the principal manufactures are carried on. See the articles Haddington and Dunbar. The villages are, Tranent, where there is a market for the sale of corn in bulk; Prestonpans, noted for its salt-works and potteries, and formerly for an oyster fishery ; Ormiston, Gladsmuir, Gifford, Saltoun, Aberlady, Cockenzie, Linton Bridge, Dirleton, and a few others. The Bass, Craigleith, Fidra, Lamb, and Idris, are islets on the coast. The most noted of these is the Bass, a rock about a mile from the shore, a mile in circuit, and inacces¬ sible on all sides, except the south-west. It has a spring of fresh water near the summit, affords pasture for a few sheep, and is frequented by great numbers of solan-geese and other sea birds. The situation of this small island oc¬ casioned its being at different times a military station, a state prison, and a place of resort for pirates, down to so late a period as the Revolution. Haddingtonshire has produced men of eminence in va¬ rious departments, amongst whom the names of Cockburn, Fletcher, Dalrymple, and several members of the Mait¬ land or Lauderdale family, are conspicuous. Dunbar, the poet, was born at Saltoun in the year 1465 ; Burnet, the historian, was five years rector of the same parish. Blair, author of the Grave, and John Home, author of the tra¬ gedy of Douglas, were both ministers of the parish of Athelstaneford. George Heriot, the founder of the noble hospital in Edinburgh which bears his name, was born in the parish of Gladsmuir; and here Robertson composed H A E Hieln his History of Scotland. John Knox, the reformer, one of the most extraordinary men whom any age or nation has ■i " produced, was born in the suburbs of Haddington, in 1505. R The house, the place of his birth, which, with a few acres of land adjoining, belonged, till lately, to a family of his name, is still pointed out to strangers. A very conspicuous monument to the memory of the late Earl of Hopetoun has been erected on Garleton Hills, solely at the expense of the tenants on the Hopetoun estate. There are twenty-four parishes in this county, of which twenty-three belong to the presbyteries of Haddington and Dunbar, and one to the presbytery of Dalkeith. These presbyteries constitute part of the synod of Lothian and Tweeddale. The poor are for the most part relieved by voluntary contributions ; and where assessments have been found necessary, they have seldom exceeded two and a half per cent, on the real rent, and this is paid in equal moie¬ ties by the landlord and tenant. There is a charitable es¬ tablishment for the education of boys at Preston, which H A F 105 wras founded by James Schaw, the proprietor of that estate, Ilaemor- who died in the year 1784 ; and another at Saltoun, for the rhagy same and other objects, the work of Bishop Burnet, who >1 in 1711 bequeathed 20,000 merks for its support. J The county of Haddington sends one member to parlia- ment, and the three burghs of Haddington, Dunbar, and North Berwick, join with Jedburgh and Lauder in electing another. In 1755, the population, according to the returns made to Dr Webster, was 29,709 ; and, in 1811, it w'as 31,164, being an increase of about four and a half per cent, in a period of fifty-six years. The numbers given by the writers of Sir John Sinclair’s Statistical Account of Scot¬ land denote a decrease, between 1755 and the years 1790- 1797, of 743, the population at the latter periods being only 28,966. We annex an abstract of the census taken in 1811, 1821, and 1831. (See Somerville’s Survey of East Lothian ; Beauties of Scotland, vol. i.; General Report of Scotland; Playfair’s Description of Scotland, vol. i.; and Chalmers’s Caledonia, vol. ii.) YEAR. 1811 1821 1831 HOUSES. 5882 6230 6561 By how many Fa¬ milies oc¬ cupied. 7407 7934 8080 500 379 388 OCCyPATlONS. Families chiefly em¬ ployed in Agricul¬ ture. 3180 3009 2811 Families chiefly em¬ ployed in Trade, Ma¬ nufactures, or Handi¬ craft. 2355 2947 2627 All other Families not com¬ prised in the two preceding classes. 1922 1978 2642 Males. 14,232 16,828 17,397 Females. 16,932 18,299 18,748 Total of Persons. 31,164 35,127 36,145 HADELN, a district of the kingdom of Hanover, ex¬ tending over 232 square miles of rich marsh land, near the mouth of the Elbe. It contains two market-towns and twelve parishes, wuth 15,670 prosperous inhabitants. It is chiefly remarkable for the privileges it enjoys of a very slight fixed taxation, and a freedom from the quartering of troops, which have been granted on account of the great expenditure incurred by erecting and keeping up dikes, to prevent the irruption of the sea. It produces abundant crops of corn, beans, rapeseed, flax, and garden fruits, and fattens many oxen. The chief town is Altenbruck, which contains 2450 inhabitants. HADERSLEBEN, a city of Denmark, the capital of the bailiwick of the same name, in the province of Sles- wick. The harbour has within a few years been nearly choked up, and cargoes are discharged by boats. It con¬ tains 400 houses, with about 3600 inhabitants. Long. 9. 25. E. Lat. 55. 15. N. HADES, in the Scriptures, is used in a variety of senses. Sometimes it signifies the invisible regions of the dead, sometimes the place of the damned, and sometimes the grave. In the Greek authors it is in general used to sig¬ nify the regions of the dead. HADID A, a town of Syria, on the Euphrates, consist¬ ing of 300 houses, surrounded with fruit gardens. It is about thirty miles south-east of Anna. HADIE, a town of Yemen, in Arabia, situated on an eminence, sixteen miles east of Beit El Fakieh. HADLEIGH, a market-towm of the county of Suffolk, in the hundred of Cosford, sixty-five miles from London. It was formerly a borough and a trading place, but it has lost its charter; and the trade, which was chiefly in spin¬ ning, has given way to machinery. It has a market, which is held on Monday. The population amounted in 1801 to 2332, in 1811 to 2592, in 1821 to 2929, and in 1831 to 3425. HAERLEBEKE, a town of the Netherlands, in the von. XI. province of West Flanders, and circle of Courtray. It stands on the right bank of the Lys, and on the chaussee from Cambray to Ghent. It contains 3280 inhabitants. HiEMORRHAGY (compounded of od/Aa, blood, and {nyiufu, or fasu, to break, rend, ox force asunder), in medicine, a flux of blood at any part of the body, arising either from a rupture of the vessels, as when they are too full or too much pressed, or from an erosion of the same, as when the blood is too sharp and corrosive. The haemor- rhagy, properly speaking, as understood by the Greeks, w as only a flux of blood at the nose ; but the moderns extend the name to any kind of bloody flux, whether from the nose, mouth, lungs, stomach, intestines, fundament, matrix, or any other part. HiEMORRHOIDAL, an appellation given by anato¬ mists to the arteries and veins running to the intestinum rectum. HAEMORRHOIDS, or Piles, an haemorrhage or issue of blood from the haemorrhoidal vessels. HiEMUS, Emineii Dag, or Balcan, a lofty chain of mountains separating Thrace from Moesia, and running from the sources of the Hebrus towards the east of the Black Sea. From its summit, it was said, the Euxine, the Adriatic, the Danube, and the Alps, could be seen at one view ; and it was with the intention of beholding this magnificent pros¬ pect that Philip king of Macedon ascended the mountain. (Liv. xl. 21 ; Polyb. xxxiv. 10, 15; Strab. vii. 313.) H^ERETICO Comburendo, a wTit which anciently lay against an heretic, who, having once been convicted of heresy by his bishop, and having abjured it, but afterwards falling into it again, or into some other, is thereupon com¬ mitted to the secular power. HAFAR, a considerable river-canal in the province of Irak Arabi. It proceeds from the river Karoon, which, after its confluence with the Abzal at Bandikeel, and be¬ fore its separation, contains a greater body of waters than either the Tigris or the Euphrates. On its arrival at o 10« HAG H A I Hagarens Sabla, a ruined village, thirty miles east of Bassora, it dis- I! unites, and the largest division, taking the name of Ha- Hagiogra- farj after a course of fourteen or fifteen miles, again sepa- , rates. The greater proportion of the waters continue their course in an oblique direction to the east; but the name of Hafar is still given to a canal which flows west¬ ward, and joins the Euphrates by an artificial cut three miles in length. This canal is of sufficient depth to ad¬ mit vessels of any size to pass at high water HAGARENS, the descendants of Ishmael. They were also called Ishmaelites and Saracens, and lastly by the ge¬ neral name of Arabians. As to the Hagarens, they dwelt in Arabia Felix, according to Pliny. Strabo joins them with the Nabathaeans, and Chavlotasans, whose habitation was rather in Arabia Deserta. But others think that their capital was Petra, otherwise Agra, and consequently that they should be placed in Arabia Petraea. The author of the eighty-third psalm joins them with the Moabites ; and in the Chronicles (1 Chron. v. 10), it is said that the sons of Reuben, in the time of Saul, made war against the Haga¬ rens, and became masters of their country eastward of the mountains of Gilead. This therefore was the true and an¬ cient country of the Hagarens. When Trajan entered Arabia, he besieged the capital of the Hagarens, but did not succeed in taking it. The sons of Hagar valued them¬ selves of old upon their wisdom, as appears by Baruch HAGEN, a town of Prussia, the capital of a circle of the same name in the Arensberg division of the province of Westphalia. It contains 329 houses, and 2540 inhabi¬ tants, who are employed in making hats, hosiery, linen goods, and small wares. HA GENA U, a city of the department of the Lower Rhine, in the arrondissement of Strasbourg, in France. It is situated on the navigable river Motter, which near it joins the Rhine. It is fortified, but not strongly, and is well built. It contains 900 houses and 7694 inhabitants. There are many small manufactures carried on, and it is a great corn market. Long. 7. 42. E. Lat. 48. 48. N. HAGGAI, the tenth of the small prophets, was supposed to have been born at Babylon in the year of the world 3457, and to have returned thence with Zerubbabel. It was this prophet who by the command of God (Ezra, v. 1, 2, &c.) exhorted the Jews, after their return from the cap¬ tivity, to finish the rebuilding of the temple, which they had intermitted for fourteen years. His remonstrances had the desired effect; and to encourage them to proceed in the work, he assured them from God, that the glory of this lat¬ ter house should be greater than the glory of the former ; which was accordingly fulfilled when Christ honoured it with his presence. We know nothing certain of Haggai’s death. The Jews pretend that he died in the last year of the reign of Darius, at the same time with the prophets Zechariah and Malachi, and that thereupon the spirit of prophecy ceased amongst the children of Israel. Epipha- nius affirms that he was buried at Jerusalem amongst the priests. The Greeks keep his festival on the 16th of De¬ cember, and the Latins on the 4th of July. HAGIOGRAPHA, a name given to part of the books of Scripture, called by the Jews Ketuvim. The word is compounded of uyiog, holy, and ygoupu, I write. The name is very ancient. St Jerome makes frequent mention of it, and, before him, St Epiphanius called these books simply Tgapzia. I he Jews divide the sacred writings into three classes: the Law, which comprehends the five books of Moses ; the Prophets, which they call Neviim ; and the Ketuvim, D'DinD, called by the Greeks Hagiographa, com¬ prehending the books of Psalms, Proverbs, Job, Daniel, Ezra, together with the books of Nehemiah, Chronicles, Canticles, Ruth, the Lamentations, Ecclesiastes, and Es¬ ther. The Jews sometimes call the books the Writings, by way of eminence, as being written by immediate inspi¬ ration of the Holy Spirit. This is stated by Kimchi in % his preface to the Psalms, Maimonides in More Nevoch II and Elias Levita in his Thisbi, under the word ana. ThevHain'! distinguish the hagiographers, however, from the prophets, in this, that the authors of the former did not receive the matters contained in them by the way called prophecy which consists in dreams, visions, whispers, ecstacies and the like, but by the immediate inspiration and direction of the Spirit. HAGUE, a large city, formerly denominated a village, in the province of Holland, in the Netherlands, about ten miles from Leyden, and thirty from Amsterdam, and three miles from the sea-shore. It is the chief seat of govern¬ ment, the residence of the king, and the place of assem¬ bly for the states-general and the several boards of the executive administration. It is situated amono-st rich meadows, intersected by canals, used both as roads and for the conveyance of heavy goods. The streets are straight, broad, and clean, the public buildings magnificent, and the private houses commodious and handsome. It has a few squares, and a beautiful park joined to the city, with groves of trees and excellent promenades. Within the town the canals have lime trees on their banks. The royal palace is a handsome old building, and in the stadt- house there is a very fine collection of paintings. It con¬ tains fourteen churches, two synagogues, a poor-house and orphan-house, and other institutions of beneficence, with about (in 1831) 56,105 inhabitants. It is not a place of trade beyond the preparation of gold and silver ar¬ ticles and jewellery, and of such other articles as the luxury of a capital requires. Long. 4. 11. 20 E Lat 52. 3. 5. N. ' HAIL, in Meteorology, a meteor generally defined fro¬ zen rain, but differing from it in this, that the hailstones are not formed of single pieces of ice, but of many little spherules agglutinated together. Neither are these sphe¬ rules all of the same consistence; some of them being hard and solid like perfect ice, others soft, and mostly like snow hardened by a severe frost. Sometimes the hailstone has a kind of core of this soft matter; but more frequently the core is solid and hard, whilst the outside is formed of a softer matter. Hailstones assume various figures, being sometimes round, sometimes pyramidal, crenated, angular, thin, and flat, and sometimes stellated, with six radii like the small crystals of snow. See Me¬ teorology. HAILSHAM, a market-town of the county of Sussex, in the rape of Pevensey, and hundred of Dill, fifty-seven miles from London, with a small market, which is held on Wednesday. The population amounted in 1801 to 897, in 1811 to 1029, in 1821 to 1278, and in 1831 to 1445. HAINAN, or Hainam, a large island in the China Sea, situated at the southern extremity of that empire, and subject to its authority. It lies between the eigh¬ teenth and twentieth degrees of north latitude, and is about 196 miles in length by seventy in average breadth. Although placed so near the tract of ships bound to Can¬ ton, very few particulars respecting this island are known. On the south coast are several fine bays, affording good anchorage and shelter from the north-east monsoon ; these have been occasionally visited by ships which have met with disasters in the China Seas. Captain Krusenstern mentions that the Ladrone pirates who infest the China Seas have obtained possession of this island. HAINBURG, a city of Austria, on the river Danube. It was burnt down in 1827, but has been since rebuilt. It is the seat of the greatest imperial tobacco and snuff ma¬ nufactory in the empire. The town-house is remarkable for a Roman altar and a Roman tower, wlfich commands a vast and fine prospect over the surrounding country. The city now contains 2700 inhabitants. H A I H A I 107 r. HAIR, small filaments issuing out of the pores of the skins of animals, and serving most of them as a tegument or covering. Though the external surface of the body is the natural place of hairs, we have instances of these being found also on the internal surface. Amatus Lusitanus mentions a person who had hair upon his tongue. Pliny and Vale¬ rius Maximus assure us that the heart of Aristomenes the Messenian was hairy. Cselius Rhodiginus relates the same of Hermogenes the rhetorician; and Plutarch, of Leonidas the Spartan. Hippocrates is of opinion, that the glandular parts are the most subject to hair ; but bundles of hair have been found in the muscular parts of beef, and in such parts of the human body as are equally firm. By the Jews the hair was wTorn naturally long, just as it grew; but the priests had theirs cut every fortnight whilst they were in waiting at the temple ; they made use of no razors, however, but of scissors only. The Na- zarites, whilst their vow continued, were forbidden to touch their heads with a razor. The hair of both Jewish and Grecian women engaged a principal share of their at¬ tention, and the Roman ladies seem to have been no less curious respecting theirs. They generally wore it long, and dressed it in a variety of ways, bedecking it with gold, silver, pearls, and other ornaments. On the contrary, the men amongst the Greeks and Romans, and amongst the Jews at a later period, wore their hair short, as may be collected from books, medals, statues, and other monu¬ ments or remains. This formed a principal distinction in dress between the sexes. Amongst the Greeks, both sexes, a few days before marriage, cut off and consecrated their hair as an offering to their favourite deities. It was also customary amongst them to hang the hair of the dead on the doors of their houses previous to interment. They likewise, when mourning for their deceased relations or friends, tore, cut off, and sometimes shaved their hair, which they laid upon the corpse, or threw into the pile, to be consumed along with the body. The ancients ima¬ gined that no person could die till a lock of hair was cut off; and this act they supposed was, performed by the invisible hand of death, or some other messenger of the gods. The hair, thus cut off, it was supposed, conse¬ crated the person to the infernal deities, under whose ju¬ risdiction the dead were supposed to be placed. It was a sort of first fruits, which sanctified the whole. Whatever was the fashion with respect to the hair in the Grecian states, slaves were forbidden to imitate the freemen. The hair of the slaves was always cut in a particular manner, which they no longer retained after they procured their freedom. It was esteemed a distinguished honour amongst the ancient Gauls to have long hair, and hence came the ap¬ pellation Gallia Comata. For this reason Julius Caesar, upon subduing the Gauls, made them cut off their hair as a token of submission. It was with a view to this, that those who afterwards quitted the world to go and live in cloisters had their hair shaven off, to show that they bade adieu to all earthly ornaments, and made a vow of perpe¬ tual subjection to their superiors. Gregory of Tours assures us, that in the royal family of France it was a long time the peculiar mark and privi¬ lege of kings and princes of the blood to wear long hair, artfully dressed and curled, every body else being obliged to be polled, or cut round, in token of inferiority and obe¬ dience. Some writers assure us, that there were differ¬ ent cuts for all the different qualities and conditions ; from the prince who wore it at full length, to the slave or vil¬ lein who was quite cropt. To cut off the hair of a son of Irance, under the first race of kings, was to declare him excluded from the right of succeeding to the crown, and reduced to the condition of a subject. In the eighth century it was the custom of people of quality to have their children’s hair cut the first time by persons they had a particular honour and esteem for, and who, in virtue of this ceremony, were reputed as a sort of spiritual parents or godfathers. This practice appears to have been more ancient, inasmuch as we read that Constantine sent to the pope the hair of his son Hera- clius, as a token that he desired him to be his adoptive father. The parade of long hair became still more and more obnoxious in the progress of Christianity, as something utterly inconsistent with the profession of persons who bore the cross. Hence numerous injunctions and canons to the contrary were published. Pope Anicetus is com¬ monly supposed to have been the first who forbade the clergy to wear long hair; but the prohibition is of older standing in the churches of the East, and the letter in which the decree in question is written is of a much later date than this pope. The clerical tonsure is, according to Isidore, of apostolical institution. Long hair was anciently held so odious, that there is a canon still extant of the year 1096, importing, that such as wore long hair should be excluded from church whilst living, and not be prayed for when dead. There is a fu¬ rious declamation of Luitprand against the Emperor Pho- cas, for wearing long hair, after the manner of the empe¬ rors of the East; excepting Theophilas, who being bald, enjoined all his subjects to shave their heads. The French historians and antiquaries have been very exact in recording the capillary honours of their several kings. Charlemagne wore his hair very short, his son shorter, Charles the Bald had none at all. Under Hugh Capet it began to appear again ; but this the ecclesiastics took in dudgeon, and excommunicated all who let their hair grow. Peter Lombard expostulated so warmly with Charles the Young on the subject, that the latter cut off his hair, and his successors for some generations wore it very short. A professor of Utrecht, in 1650, wrote ex¬ pressly on the question, whether it be lawful for men to wear long hair ; and concluded in favour of the negative. Another divine, named Reves, who had written in sup¬ port of the affirmative, replied to him. The ancient Britons were extremely proud of the length and beauty of their hair, and they were at much pains in dressing and adorning their heads. Some of them car¬ ried their fondness for and admiration of their hair to an extravagant height. It is said to have been the last and most earnest request of a young warrior, who had been taken prisoner and condemned to be beheaded, that no slave might be permitted to touch his hair, which was remarkably long and beautiful, and that it might not be stained with his blood. Not contented with the natural colour of their hair, which was commonly fair or yellow, they made use of certain washes to render it still brighter. One of these washes was a composition of lime, the ashes of certain vegetables, and tallow. They also employed various arts to make the hair of their heads grow thick and long; which last was not only esteemed a great beauty, but was considered as a mark of dignity and no¬ ble birth. Boadicea, queen of the Iceni, is described by Dio as having long hair, flowing over her shoulders, and reaching down below the middle of her back. The Bri¬ tons shaved all their beards except their upper lips; the hair of which they, as well as the Gauls, allowed to grow to a very inconvenient length. In after times the Anglo-Saxons and Danes also con¬ sidered fine hair as one of the greatest beauties and or¬ naments of their persons, and were at no small pains in dressing it to advantage. Young ladies before marriage wore their hair uncovered and untied, flowing in ringlets over their shoulders; but as soon as they were married Hair. 108 H A I Hair, they cut it shorter, tied it up, and put on a head-dress of some kind or other, according to the prevailing fashion. To have the hair entirely cut off was so great a disgrace, that it formed one of the most severe punishments inflict¬ ed on those women who had been guilty of adultery. The Danish soldiers who were quartered upon the English, in the reigns of Edgar the Peaceable and of Ethelred the Unready, were the beaux of those times, and were parti¬ cularly attentive to the dressing of the hair, which they combed at least once every day, and thereby captivated the affections of the English ladies. The clergy, both secular and regular, were obliged to shave the crowns of their heads, and keep their hair short, which distin¬ guished them from the laity; and several canons were made against their concealing their tonsure, or allowing their hair to grow long. The shape of this clerical ton- sure was the subject of long and violent debates between the English clergy on the one hand, and those of the Scots and Piets on the other; amongst the former it was circular, amongst the latter only semicircular. It appears, indeed, that long flowing hair was universally esteemed a great ornament; and the tonsure of the clergy was con¬ sidered as an act of mortification and self-denial, which many of them submitted to with reluctance, and endea¬ voured as much as possible to conceal. Some of them who affected the reputation of superior sanctity inveighed with great bitterness against the long hair of the laity ; and laboured earnestly to persuade them to cut it short, in imitation of the clergy. Thus the famous St Wulstan, bishop of Worcester, is said to have declaimed with great vehemence against luxury of all kinds, but chiefly against long hair as the most criminal and most universal. “ The English,” says William of Malmsbury in his life of St Wul¬ stan, “ were very vicious in their manners, and plunged in luxury, through the long peace which they had enjoyed in the reign of Edward the Confessor. The holy prelate Wulstan reproved the wicked of all ranks with great bold¬ ness ; but he rebuked those with the greatest severity who were proud of their long hair. When any of those vain people bowed their heads before him to receive his bless¬ ing, before he gave it, he cut a lock of their hair with a little sharp knife, which he carried about him for that purpose; and commanded them, by way of penance for their sins, to cut all the rest of their hair in the same manner. If any of them refused to comply with this command, he denounced the most dreadful judgments upon them, reproached them for their effeminacy, and foretold, that as they imitated women in the length of their hair, they would imitate them in their cowardice when their country was invaded, which was accomplished at the landing of the Normans.” Phis continued long to be a topic of declamation amongst the clergy, who even represented it as one of the greatest crimes, and most certain marks of reprobation. Anselm, archbishop of Canterbury, went so far as to pronounce the sentence of excommunication against all who wore long hair ; and for this pious zeal he was very much commend¬ ed. Serlo, a Norman bishop, acquired great honour by a sermon which he preached before Henry I. in the year 1104, against long and curled hair, with which the king and all his courtiers were so much affected that they con¬ sented to resign their flowing ringlets, of which they had been so vain. The prudent prelate gave them no time to change their minds, but immediately pulled a pair of shears out of his sleeve, and performed the operation with his own hand. Another incident happened about twenty-five years thereafter, which gave a temporary check to the prevailing fondness for long hair. It is thus related by a contemporary historian : “ An event hap¬ pened in the year 1129, which seemed very wonderful to our young gallants ; who, forgetting that they were men, H A J had transformed themselves into women by the length of Hair their hair. A certain knight, who was very proud of II his long luxuriant hair, dreamed that a person suffocated him with its curls. As soon as he awoke from his sleep, he cut his hair to a decent length. The report of this spread over all England, and almost all the knights redu¬ ced their hair to the proper standard. But this reforma¬ tion was not of long continuance; for in less than a year all who wished to appear fashionable returned to their former wickedness, and contended with the ladies in length of hair. Those to whom nature had denied that orna¬ ment supplied the defect by art.” Hair, or Down, of plants, a general term expressive of all the hairy and glandular appearances on the surface of plants, to which these are supposed by naturalists to serve the double purpose of defensive weapons and vessels of se¬ cretion. These hairs are minute threads of greater or less length and solidity; some of them being visible to the naked eye, whilst others are rendered so only by the help of glasses. Examined by a microscope, almost all the parts of plants, particularly the young stalks or stems, appear covered with hair s. Hairs on the surface of plants present themselves under various forms ; in the leguminous plants, they are general¬ ly cylindric ; in the mallow tribe, they terminate in a point; in agrimony, they are shaped like a fish-hook; in nettle, they are awl-shaped and jointed ; and in some compound flowers wdth hollow or funnel-shaped florets, they termi¬ nate in two crooked points. Probable as some experiments have rendered it, that the hairs on the surface of plants contribute to some organical secretion, their principal use seems to be to preserve the parts in which they are lodged from the effect of violent friction, from winds, from extremes of heat and cold, and such like external injuries. M. Guettard, who, from the form, situation, and other circumstances of the hairy and glandular appearances on the surface of plants, established a botanical method, has demonstrated, that these appearances are generally con¬ stant and uniform in all the plants of the same genus. The same uniformity seems likewise to characterise all the dif¬ ferent genera of the same natural order. The different sorts of hairs which form the down upon the surface of plants were imperfectly distinguished by Grew in 1682, and by Malpighi in 1686. M. Guettard was the first who examined the subject both as a botanist and a phi¬ losopher. His observations were published in 1747. HAJYGUNGE, a town of Hindustan, in the province of Bengal, pleasantly situated on the south bank of the Ganges, which is here a mile broad, and in the rainy sea¬ son runs with great rapidity. It is twenty-nine miles south- west of Dacca. Long. 89. 53. E. Lat. 23. 31. N. The name Hajji is the Arabic for pilgrim, and is prefixed to a number of towns in Mahommedan countries. HAJYKAN, a large district within the Afghan territo¬ ries, situated along the western bank of the Indus, between the 29th and 31st degrees of north latitude. It is chiefly a stripe of land, bounded by the Indus on the east, and a ridge of mountains on the west. Under a regular govern¬ ment it might be rendered fertile and productive ; but it is chiefly inhabited by predatory tribes of Afghans and Bal- voches, who neglect agriculture. The country has been imperfectly explored, and its limits have never been very distinctly defined. The great majority of the inhabitants are of the Soonee sect of Mahommedans. HAJYPOOR, a district of Hindustan, in the province of Bahar, situated principally between the 25th and 26th degrees of north latitude. It is fertile and well cultivated, and produces a quantity of opium and saltpetre} the greater part of the company’s investment being manufac- HAL HAL 109 H e Ha r- st t. tured in this country, and in the adjacent territory of Sarun. The farmers breed a number of horses ; and at Hajypoor, or Hurryhurchitter, an annual fair is held for the sale of these animals, the breed of which has been much improv¬ ed by the English. The principal towns are, Hajypoor, Singhea, and Mowah. Hajypoor is the principal town, situated on the north-east side of the Ganges, at its con¬ fluence with the Gunduck, nearly opposite to Patna. It was founded by Hias Hajy, the second independent Mahom- medan king of Bengal. In 1574 it was taken by the troops of the Emperor Akbar, after a gallant resistance. Long. 85. 21. E. Eat. 25. 41. N. Hajypoor is also the name of a small town in the Sikk territories, in the province of La¬ hore, situated on the north side of the Beyah river, which is here a hundred yards broad. Sixty-live miles south-east from Lahore. Long. 74. 51. E. Lat. 26. 20. N. HAKE, the English name of a fish, common in the Eng¬ lish and some other seas, and called by authors the mer- lucius, or lucius marinus. This fish was used of old dried and salted. Hence the proverb in Kent, As dry as a hake. HAKLUYT, Richard, a celebrated naval historian, descended from an ancient family at Eton or Yetton, in Herefordshire, is supposed to have been born in London about the year 1553. He was educated at Westminster School; and thence, in 1570, he removed to Christ Church College, Oxford, where he applied himself particularly to the study of cosmography, and read public lectures in that science. When Sir Edward Stafford w^as sent ambassador to France in 1583, Mr Hakluyt attended him, probably in the capacity of chaplain. He was at this time master of arts and professor of divinity. In 1585 he obtained the royal mandate for the next vacant prebend of Bristol, to which preferment he succeeded during his residence at Paris. Constantly attentive to his favourite cosmographi- cal inquiries, Hakluyt, in searching the French libraries, found a valuable manuscript history of Florida, which had been discovered about twenty years before by Captain Lou- doniere and others; and this he caused to be published in the French language, at his own expense. Soon afterwards he revised and republished Peter Martyr’s book De Orbe Novo, with marginal notes, a commodious index, and a map of New England and America. After five years residence in France, Hakluyt returned to England in 1588 ; and in 1605 he was appointed prebendary of Westminster, which, with the rectory of Wetheringset in the county of Suffolk, seems to have been the summit of his preferment. He died in 1616, and was buried in Westminster Abbey. Hakluyt was an indefatigable and faithful historian, and his various collections are equally curious, instructive, and interesting. His works are, 1. A collection of Voyages and Discoveries, in one small volume; 2. History of Flo¬ rida ; 3. The principal Navigations, Voyages, and Discove¬ ries of the English Nation, made by Sea or over Land to the farthest distant Quarters of the Earth, at any time within the compass of these 1500 years, in three vols. folio ; 4. The Discoveries of the World, from the first Original to the year 1555, w'ritten in the Portugal tongue by Antonio Galvano, corrected, much amended, and translated into English, by Richard Hakluyt; 5. Virginia richly valued, by the Description of the Main Land of Florida, her next neighbour, written by a Portugal gentleman of Elvas, and translated by Richard Hakluyt. Besides these, he left seve¬ ral manuscripts, which were printed in Purchas’s collection. HAL, or Halle, a city of the Netherlands, in the pro¬ vince of South Brabant. It is situated on the river Senne, ten miles from Brussels; and has extensive breweries, dis¬ tilleries, salt-refineries, paper-mills, and tanneries, with 700 houses, and 4612 inhabitants. 11ALBERSTADT, a city, the capital of a circle of the same name, of the province of Saxony, in Prussia, and si¬ tuated on the river Plolzemmte. It is wulled, and contains nine churches, six hospitals, 1861 houses, and 14,670 inha¬ bitants, with some establishments for education. It was formerly a manufacturing place, but has for some years , been gradually on the decline. Long. 10. 58.11. E. Lat. 51. 53. 55. N. HALBERT, or Halbard, in war, a well-known wea¬ pon, formerly carried by the serjeants of foot and dragoons. It was a sort of spear, the shaft of which was about five feet long, and made of ash or other wood. Its head was armed with a steel point, not unlike the point of a two- edged sword. Besides this sharp point, which was in a line with the shaft, there was a cross piece of steel, flat, and pointed at both ends, but generally with a cutting edge at one extremity, and a bent sharp point at the other; so that it served equally to cut down or to push withal. It was also useful in determining the ground between the ranks, and adjusting the files of a battalion. The word is formed from the German hal, hall, and bard, an hatchet. Vossius derives it from the German hallebaert, a compound of hel, clarus, splendens, and baert, axe. The halbert was anciently a common weapon in the army, where there were companies of halberdiers. It is said to have been used by the Amazons, and afterwards by the Rhaetians and Vinde- licians about the year 570. It was called the Danish axe, because the Danes carried a halbert on the left shoulder. From the Danes it passed to the Scotch, from the Scotch to the English Saxons, and from them to the French. HALCYON, the ancient name of the alcedo or king’s fisher. Halcyon Days, in Antiquity, a name given to seven days before and as many after the winter solstice; be¬ cause, at this season, the halcyon, invited by the calmness of the weather, laid its eggs in nests built in the rocks, close by the brink of the sea ; and hence halcyon days is a phrase expressive of times of peace and tranquillity. HALDE, John Baptist du, was born at Paris on the 1st of February 1674, and having entered into the society of Jesus, he was at length appointed to succeed Father Legobien, who had been intrusted with the duty of col¬ lecting and arranging the letters which they received from different quarters of the globe. He was also for some time secretary to the famous Father Letellier, confessor to the king of France. Towards the close of his life he was attacked with acute spasms, which he endured with exemplary resignation, and died on the 18th of August 1743. Duhalde is represented as a man,of mild and ami¬ able character, and as remarkable alike for his unaffected piety and unwearied industry. He was the author of some Latin poems, which do not evince any superior de¬ gree of excellence ; but the productions for which he is principally distinguished are, 1. Lettres Edifiantes et Cu- rieuses ecrites des Missions Etrangeres, which he edited with great ability from the ninth to the twenty-sixth vo¬ lume inclusively, and which have been translated into Eng¬ lish and German; 2. Description Geographique, Histo- rique, Chronologique, Politique, et Physique, de 1’Empire de la Chine et de la Tartaric Chinoise, Paris, 1735, in four volumes large folio, with figures and an atlas by D’Anville. This work, the first in which China is described with so much exactness and detail, is at the same time a beautiful monument of French typography. The description con¬ tained in this work and in the Lettres Edifiantes has fur¬ nished materials to almost all the modern writers who have treated of that vast empire, and has contributed ma¬ terially to advance the science of geography. (a.) H ALDUBARRY, a town of Hindustan, in the district of Purneah, Bengal, situated on the east bank of the Ma- hanuddy river, fifty-five miles north-east from Purneah. Long. 87. 59. E. Lat. 26. 20. N. HALE, Sir Matthew, the lord chief justice of the King’s Bench in the reign of Charles II., was the son of Halbert II Hale. 110 HAL Hale. Robert Hale, Esq. a barrister of Lincoln’s Inn, and was born in 1609. He was educated at Oxford, where he made considerable progress in learning ; but he was afterwards diverted from his studies by the levities of youth. From these, however, he was recalled by Mr John Glanvill, ser¬ jeant-at-law ; and having applied to the study of the law, he entered himself of Lincoln’s Inn. Noy the attorney- general took early notice of him, and directed him in his studies. Selden also distinguished him; and it was this acquaintance which first led Hale to a more enlarged pur¬ suit of learning, having before confined his studies to his own profession. During the civil wars he behaved so well as to gain the esteem of both parties. Fie was employed in practice by all the king’s party ; and he was also appointed by the parliament as one of the commissioners to treat with the king. The murder of King Charles gave him very sen¬ sible regret. However, he took the engagement, and vras appointed, with several others, to consider of the reforma¬ tion of the law. In 1653 he was by writ made serjeant- at-law, and soon afterwards appointed one of the justices of the Common Pleas. Upon the death of Oliver Crom¬ well, he refused to accept of the new commission offered him by Richard, his successor. He was returned as one of the knights of Gloucestershire in the parliament which recalled Charles II. Soon afterwards he was made lord chief baron of the Exchequer ; but he declined the honour of knighthood, till Lord Chancellor Hyde, sending for him upon business when the king was at his house, told his majesty that there was his modest chief baron ; upon which he was unexpectedly knighted. He was one of the principal judges who sat in Clifford’s Inn about settling the difference between landlord and tenant, after the fire of London; in which capacity he behaved to the satisfac¬ tion of all parties concerned. As chief baron he likewise acted with inflexible integrity. A peer of the highest rank went once upon a time to his chamber, and told him, that having a suit in law to be tried before him, he was then to acquaint him with it, that he might the better understand it when it should come to be tried in court. Upon this the lord chief baron interrupted him, and said that his grace (for he was a duke) did not deal fairly to come to his cham¬ bers about such affairs, for he never received information of such causes but in open court, where both parties were to be heard alike. His grace then went away not a little dissatisfied, and complained of it to the king as a rudeness which was not to be endured; but his majesty bid him content himself that he was not worse used, add¬ ing, that he verily believed Hale would have used him no better if he had gone to solicit him in any of his own causes. Another remarkable incident happened in one of his circuits. A gentleman who had a tidal at the assizes had sent him a buck for his table. When Judge Hale heard his name, he asked if he was not the same person who had sent him the venison ; and being answered in the affirmative, told him that he could not suffer the trial to go on till he had paid him for his buck. The gentle¬ man answered, that he never sold his venison, and that he had done nothing to him which he did not do to every judge who had gone that circuit; which was confirmed by several gentlemen present. The lord chief baron, however, would not suffer the trial to proceed till he had paid for the present, upon which the gentleman withdrew the record. This upright judge was in 1671 advanced to be lord chief justice of the King’s Bench ; but about four years after this promotion his health declined, and he resigned his high office in February 1676, and died in December following. This excellent man, who was an ornament to the bench, to his country, and to human na¬ ture, was the author of, 1. An Essay touching the Gravi¬ tation or Non-Gravitation of Fluid Bodies; 2. Difficiles Nuga, or Observations on the Torricellian Experiment; HAL 3. Observations on the Principles of Natural Motion ; 4. Hales Contemplations Moral and Divine ; 5. An English Trans- S,^Y> lation of Nepos’s Life of Pomponius Atticus ; and, 6. The Primitive Origination of Mankind. At the time of his de¬ cease he also left other works, which were afterwards published, viz. 1. Judgment of the Nature of True Reli¬ gion ; 2. Several Tracts, including a Discourse of Reli¬ gion, under three heads; 3. A Letter to his Children; 4. A Letter to one of his Sons on his recovery from the small-pox ; 5. A Discourse of the Knowledge of God and of Ourselves, first, by the Light of Nature, and second¬ ly, by the Sacred Scriptures. All these, under the title of Hale’s Moral and Religious Works, were published by Thirlwall in 1805, in two volumes 8vo, with a life of the author by Bishop Burnet. Of his Law Tracts one only ap¬ peared in his lifetime, viz. London Liberty, or an argu¬ ment of Law and Reason, 1650, reprinted in 1682. Af ter his death were published, 1. Pleas of the Crown, or a Me¬ thodical. Summary, 1678, in 8vo, continued by Jacob, and reprinted in 1716 ; 2. Treatise on the enrolling and regis¬ tering of all Conveyances of Land, 1694, in 4to, reprint¬ ed with additions in 1756 ; 3. Tractatus de successionibus apud Anglos, or a Treatise on Hereditary Descents, 1700 and 1735, in 8vo ; 4. A Treatise on the original Institu¬ tion of Parliaments, 1707, republished by Hargrave in 1796, 4to ; 5. Analysis of the Law, without date ; 6. His¬ tory of the Common Law of England, in twelve chapters, 1713, in 8vo; 7. Historia Placitorum Cor once, or History of the Pleas of the Crown, 1739, in two volumes folio, edited by Emelyn. There are a few other tracts and opi¬ nions of his, which have been published by Hargrave and succeeding writers on law in their collections. Sir Mat¬ thew Hale, by his will, bequeathed to the society of Lin¬ coln’s Inn his collection of manuscripts, which he had been nearly forty years in making, and on which he had spared neither labour nor expense. HALES, Stephen, a celebrated divine and philoso¬ pher, was born in the year 1677. He was the sixth son of Thomas Hales, the eldest son of Sir Robert Hales, creat¬ ed a baronet by King Charles II., and Mary, the heiress of Richard Langley of Abbotswood in Hertfordshire. In 1696 he was entered as a pensioner at Bennet College, Cambridge, was admitted a fellow in 1703, and became ba¬ chelor of divinity in 1711. Fie soon discovered a genius for natural philosophy ; but botany was his first study; and he used frequently to make excursions among Gogmagog Hills, in company with Dr Stukely, with a view of prose¬ cuting that study. In these expeditions he likewise col¬ lected fossils and insects, having contrived a curious in¬ strument for catching such of the latter as had wings. In conjunction with this friend he also applied himself to the study of anatomy, and invented a curious method of ob¬ taining a representation of the lungs in lead. They next applied themselves to the study of chemistry ; but in this science they did not make any remarkable discoveries. In the study of astronomy Mr Hales was equally assiduous. Having made himself acquainted with the New'tonian sys¬ tem, he contrived a machine for showing the phenomena, on much the same principles with that afterwards con¬ structed by Rowley, and, from the name of his patron, called an Orrery. About the year 1710 he was presented to the perpetual cure of Teddington, near Twickenham, in Middlesex; and he afterwards accepted the living of Porlock in Somerset¬ shire, which vacated his fellowship in the college, and which he exchanged for the living of Faringdon in Hamp¬ shire. Soon afterwards he married Mary, the daughter and heiress of Dr Newce, who was rector of Halisham in Sussex, but resided at Much-Haddam in Hertfordshire. On the 13th of March 1718, he was elected a member of the Royal Society ; and on the 5th of March in the year HAL H ?s. following, he exhibited an account of some experiments which he had recently made on the effect of solar heat in raising the sap in trees. This procured him the thanks of the society, who also requested him to prosecute the sub¬ ject. With this request he complied ; and on the 14th of I . June 1725 exhibited a treatise, in which he gave an ac¬ count of his progress. This production being highly ap¬ plauded by the society, he further enlarged and improved it; and in April 1727 he published it, under the title of Vegetable Statics. He dedicated the work to his majesty •King George II. who was then Prince of Wales; and he was the same year appointed one of the council of the Royal Society, Sir Hans Sloane being at the same an'nual election chosen their president. His book being well re¬ ceived, there wras published in 1731 a second edition, in which Mr Hales promised a sequel to the work, which he accordingly published in 1733, under the title of Stati¬ cal Essays. In 1732 he was appointed one of the trustees for establishing a new colony in Georgia. On the 5th of July 1733 the university of Oxford honoured him with a diploma, conferring the degree of doctor in divinity; a mark of distinction the more honourable, as it was not usual for one university to confer academical honours upon those who had been educated at another. In 1734, when the health and morals of the lower and middling class of people were subverted by the excessive drinking of gin, he published, though without his name, A Friendly Ad¬ monition to the Drinkers of Brandy and other Spirituous Liquors, which was twice reprinted. Towards the close of the same year, he published a sermon which he preach¬ ed at St Bride’s before the rest of the trustees for esta¬ blishing a new colony in Georgia. In 1739 he printed a volume in octavo, entitled Philosophical Experiments on Sea-water, Corn, Flesh, and other Substances. This work, which contained many useful instructions for voyagers, was dedicated to the lords of the admiralty. The same year he exhibited to the Royal Society an account of some further experiments towards the discovery of medi¬ cines for dissolving the stone in the kidneys and bladder, and preserving meat in long voyages; and for this he re¬ ceived the gold medal of Sir Godfrey Copley’s donation. The year following he published some account of experi¬ ments and observations on Stephen’s Medicines for dis¬ solving the Stone, in which their dissolvent power is in¬ quired into and demonstrated. In 1741 he read before the Royal Society an account of an instrument which he had invented, and called a. ven¬ tilator, for conveying fresh air into mines, hospitals, prisons, and the confined parts of ships. He had communicated it to his particular friends some months before; and it is very remarkable, that a machine of the same kind, for the same purpose, was in the spring of the same year invent¬ ed by one Martin Triewald, an officer in the service of the king of Sweden, for which the king and senate grant¬ ed him a privilege in October following, and ordered every ship of war in the service of that country to be furnished with one of them. A model of this machine was also sent into France, and all the ships in the French navy were in consequence ordered to have a ventilator of the same sort. It happened likewise, that about the same time one Sutton, who kept a coffee-house in Aldersgate Street, in¬ vented a ventilator of another construction, to draw off the foul air from ships by means of the cook-room fire; but poor Sutton had not interest enough to make mankind accept the benefit he offered them, though its superiority to Dr Hales’s contrivance was evident, and though Dr Mead and Mr Benjamin .Robins gave their testimony m its favour. The public, however, is not less indebted to the ingenuity and benevolence of Dr Hales, whose ventilators came more easily into use for many purposes of the greatest importance, particularly for keeping corn HAL m sweet, by blowing through it currents of fresh air; a prac- Hales, tice very soon adopted by France, where a large granary was constructed, under the direction of Duhamel, for the preservation of corn in this manner, with a view to render the practice general. In 1743, Dr Hales read before the Royal Society a de¬ scription of a method of conveying liquors into the abdo¬ men during the operation of tapping; and it was afterwards printed in their Transactions. In 1745, he published some experiments and observations on tar-water, which he had been induced to make in consequence of the publication of a work called Siris, in which Dr Berkeley, bishop of Cloyne, had recommended tar water as an universal medicine. On this occasion several letters passed between them on the subject, particularly with respect to the use of tar-water in the disease of the horned cattle. In the same year he com¬ municated to the public, in a letter addressed to the editor of the Gentleman!s Magazine, a description of a back-heav¬ er, calculated to winnow and clean corn much sooner and better than can be done by the common method. He also, at the same time, and by the same channel, communicat¬ ed to the public a cheap and easy way to preserve corn sweet in sacks; an invention of great benefit to farmers, especially to poor lessees, who want to keep small quanti¬ ties of corn for some time, but have no proper granary or repository for the purpose. He likewise the same year took the same method to publish directions how to keep corn sweet in heaps without turning it, and to sweeten it when musty. He published a long paper, containing an account of several methods to preserve corn by ventila¬ tors ; with a particular description of several sorts of ven¬ tilators, illustrated by a cut, so that the whole mechanism of them might be easily known, and the machine con¬ structed by a common carpenter. He published also in the same volume, but without his name, a detection of the fallacious boasts concerning the efficacy of the liquid shell in dissolving the stone in the bladder. In 1746 he com¬ municated to the Royal Society a proposal for bringing small passable stones soon, and with ease, out of the blad¬ der ; and this was also printed in the Transactions of that body. In the Gentlemans Magazine for July 1747 he published an account of an improvement of his back-heav¬ er, by which it was rendered capable of clearing corn of the small grain, seeds, blacks, smut-balls, and other im¬ purities, to such perfection, as to make it fit for seed-corn. In 1748 he communicated to the Royal Society a proposal for checking, in some degree, the progress of fires, occa¬ sioned by the great fire which happened that year in Corn- hill ; and the substance of this proposal was printed in the Transactions of the society. In the same year he also communicated to the society two memoirs, which are printed in their Transactions; one on the great benefit of ventilators, and the other on some experiments in electri¬ city. In 1749 his ventilators were fixed in the Savoy pri¬ son, by order of Henry Fox, then secretary at war, and afterwards Lord Holland ; and the benefit proved so great, that though previously fifty or a hundred in a year often died of the jail distemper, yet from the year 1749 till the year 1752 inclusive, not more than four persons died, though in the year 1750 the number of prisoners was two hun¬ dred and forty; and of those four, one died of the small¬ pox, and another of intemperance. In the year 1750 he published some considerations on the causes of earth¬ quakes, occasioned by the slight shocks felt that year in London. The substance of this work was also printed in the Philosophical Transactions. The same year he exhi¬ bited an examination of the strength of several purging waters, especially of the water of Jessop’s Well, which is printed in the Philosophical Transactions. Dr Hales had been several years honoured with the es¬ teem and friendship of Frederick prince of Wales, who 112 HAL Hales, frequently visited him at Teddington, from his neighbour- ing palace at Kew, and took pleasure in surprising him in the midst of those curious researches which almost inces¬ santly employed him. Upon the prince’s death, which happened this year, and the settlement of the household of the princess-dowager, he was, without his solicitation, or even knowledge, appointed clerk of the closet, or almoner, to her royal highness. In 1751 he was appointed by the Col¬ lege of Physicians to preach the annual sermon called Crowne’s Lecture ; Dr William Crowne having left a lega¬ cy for a sermon to be annually preached on “ the wisdom and goodness of God displayed in the formation of man.” Dr Hales’s text was, With the ancient is wisdom, and in length of days understanding (Job, xii. 12). This sermon, as usual, was published at the request of the college. In the latter end of the year 1752, his ventilators, worked by a windmill, were fixed in Newgate, with branching trunks to twenty-four wards ; and it appeared that the dispropor¬ tion of those who died in the jail before and after this es¬ tablishment was as sixteen to seven. He published also a further account of their success, and some observations on the great danger arising from foul air, exemplified by a narrative of several persons seized with the jail-fever by working in Newgate. Upon the death of Sir Hans Sloane, which happened in the year 1753, Dr Hales was elected a member of the Academy of Sciences at Paris i.i his room. The same year he published some further considerations about the means of expelling foul air from the sick-rooms of occasional army hospitals, and private houses in town. He also pub¬ lished many other curious particulars relative to the use and success of ventilators. The same year a description of a sea-gage, which he had invented to measure unfathomable depths, was communicated to the public. This paper was drawn up about the year 1732 or 1733, for Mr Colin Camp¬ bell ; and the latter employed Mr Hawksbee to make the machine it describes, which was tried in various depths, and answered with great exactness. It was however lost near Bermuda. In 1754 he communicated to the Royal Society some experiments for keeping water and fish sweet with lime-water, an account of which Avas published in the Philosophical Transactions. He also continued from this time till his death to enrich their memoirs with many use¬ ful articles, particularly a method of forwarding the distil¬ lation of fresh from salt water, by blowing showers of fresh air up through the latter during the operation. In 1757 he communicated to the editor of the GentlemarHs Maga¬ zine an easy method of purifying the air, and regulating its heat, in melon-frames and green-houses; also further im¬ provements in his method of distilling sea-water. His reputation and the interest of his family and friends might easily have procured him further preferment; but of this he was not desirous ; for being nominated by his majesty to a canonry of Windsor, he engaged the princess to request his majesty to recall his nomination. I hat a man so devoted to philosophical studies and employments, and so conscientious in the discharge of his duty, should not desire any preferment which might reduce him to the dilemma of either neglecting his duty, or foregoing his amusement, is not strange; but that he would refuse an honourable and profitable appointment, for which no duty was to be done that could interrupt his habits of life, can scarcely be imputed to his temperance and humility, with¬ out impeaching his benevolence. If he had no desire of any thing more for himself, a liberal mind would surely have been highly gratified by the distribution of so consi¬ derable a sum as a canonry of Windsor would have put in his power, in the reward of industry, the alleviation of distress, and the support of helpless indigence. He was, however, remarkable for the social virtues and sweetness of temper; his life was not only blameless, but exemplary in HAL a high degree ; he was happy in himself, and beneficial to Hales( others, as appears by this account of his attainments and II pursuits; whilst the constant serenity and cheerfulness of Hali< his mind, and the temperance and regularity of his life, concurred, with a good constitution, to preserve him in r health and vigour to the uncommon age of fourscore and four years. He died at Teddington in 1761, and was bu¬ ried under the tower of the parish church, which he had built at his own expense not long before his death. Her royal highness the Princess of Wales erected a monument to his memory in Westminster Abbey. HALESOWEN, a market-town of the county of Salop, in the hundred of Brimstrey, but partly in the county of Worcester, 127 miles from London. The market is held on Monday, but it is thinly attended. There are in the town some inferior branches of the iron manufacture. It is chiefly remarkable for the grounds of the house of the Leasowes, once the residence of the poet Shenstone, to whom a monument has been erected in the parish church, wdiich was'formerly an ancient monastery. The inhabi¬ tants amounted in 1811 to 6888, in 1821 to 8187, and in 1831 to 9765. HALESWORTH, a town of the county of Suffolk, in the hundred of Blything. It is situated on the river Blyth, 101 miles from London, and has a good market for corn on Tuesday, and a navigable canal to the sea at Southwold, about nine miles distant. Near to it is a mineral spring frequented by patients afflicted with diseases of the eyes. Halesworth had some trade in spinning w ool, which has nearly disappeared. It is a place of considerable antiquity, but of unknown date. The population amounted in 1801 to 1676, in 1811 to 1810, in 1821 to 2166, and in 1831 to 2473. HALF-WAY-ISLAND, a small island in the South Pacific Ocean, in Torres Strait, about a mile in circumfe¬ rence, and surrounded with coral reefs. It suffers from a want of fresh water. Long. 143. 18. E. Lat. 10. 8. S. HALFPENNY, a copper coin, the value of which is expressed by its name, in reference to the penny. HALI-BEIGH, first dragoman or interpreter at the Grand Signior’s court in the seventeenth century, was born of Christian parents in Poland; but having been taken by the Tartars when young, they sold him to the Turks, who brought him up in the Mahommedan religion in the seraglio. Flis name, in his native country, was Bobowski. He learned many languages, and Sir Paul Ricaut owns that he was indebted to him for several things which he relates in his Present State of the Ottoman Empire. He maintained a correspondence with the English, who persuaded him to translate some books into the Turkish language; and he proposed to return into the bosom of the Christian church, but died before he could accomplish the design. Dr Hyde published his book Of the Liturgy of the Turks, their Pil¬ grimages to Mecca, their Circumcision and Visiting of the Sick. He translated the catechism of the church of Eng¬ land and the bible into the Turkish language. The manu¬ script is lodged in the library of Leyden. He wrote like¬ wise a Turkish grammar and dictionary. HALICARNASSUS, a city of Caria, on the coast of Asia Minor, opposite to the island of Cos, founded by a colony of Trcezenians (Strab.), who were joined by a party of Argeians under the command of Melas and Ar- vanias (Vitruv. ii. 8). We are told by Herodotus (i. 144), that it originally belonged to the "Dorian confederacy, which consisted of six cities, and that it lost this privilege because Agasicles, one of its citizens, carried off the tri¬ pod, which had been adjudged to him in the games in honour of the Triopian Apollo, instead of dedicating it to the god, as had always been the custom. The other ci¬ ties, indignant at this breach of the law, met and declared Halicarnassus unworthy of participating in their privileges; HAL He 7. and from that time the Dorian confederacy consisted of *| five cities, and was called Pentapolis. We have no means of Ial]x- discovering at what period this event took place ; but about ^ ^ the year 500 b. c. we find it subject to Lygdamis, whose daughter, Artemisia, comrfianded a squadron of ships in the fleet of Xerxes, and behaved so nobly in the battle of Salamis, 480 b. c. (Herod, viii. 87.) It was probably during the reign of her son, called Lygdamis, that Hero¬ dotus, unwilling to witness the tyrannical acts of a despot, abandoned his native city and retired to Samos. (Suid.) A considerable period now elapses, in which we know no¬ thing of the history of Halicarnassus ; but about 350 b. c. we find it under princes of Carian extraction. Hecatom- nus is mentioned by Strabo (xiv. 656) as king of the Ca- rians; and he left three sons, Mausolus, Hidrieus, and Pixodarus, and two daughters, Artemisia and Ada, who were married to the two elder brothers. On the death of Mausolus, his wife and sister became queen, and is best known in history as the builder of that celebrated tomb to her husband, which she called from him mausoleum, (see Mausoleum), and which was reckoned one of the seven wonders of the world. She was succeeded by her second brother Hidrieus, whose sister and wife, Ada, was driven from the kingdom by her brother Pixodarus. At this period Alexander the Great arrived with his forces in Caria, and having razed Halicarnassus to the ground, restored Ada to the sovereignty of Caria. It seems to have been rebuilt, but never regained its former degree of splendour. Cicero speaks of his brother restoring Hali¬ carnassus (ad Q. Fr. i. 8), and Tacitus (Ann. iv, 55) tells us that the people of this place were anxious to erect a temple to Tiberius. It was the birthplace of Herodotus, and of Dionysius, author of the Roman Antiquities. Its ruins are still found at Bondroun, and are thus described by Captain Beaufort:—“ The spot where Halicarnassus was placed rises gently from a deep bay, and commands a view of the island of Cos and the southern shore of the Ce¬ ramic Gulf as far as Cape Krio. In front of the town a broad square rock projects into the bay, on which stands the citadel. The walls of the ancient city may be here and there discerned; and several fragments of columns, mutilated sculpture, and broken inscriptions, are scattered in different parts of the bazaar and streets. Above the town are the remains of a theatre.” (Karamania, p. 95-98.) HALICZ, a town of the circle Strey, in the Austrian kingdom of Gallicia, situated on the river Dniester. It contains a Catholic and a Greek church, and two syna¬ gogues, with 357 houses, and 3120 inhabitants, the greater part of whom are Jews of the Caramite sect. It has a con¬ siderable internal trade. HALIEUTICS, Halieutica, 'AXnvrixa, formed from a?usu£, fisherman, which again is derived from aX$, the sea, mean books treating of fishes, or the art of fishing. We have still extant the halieutics of Oppian. HALIFAX, a town and large parish in the wapentake ofMorley, of the west riding of the county of York, 196 miles from London. The town is situated in a valley, through which the river Calder runs in its course to join the Aire at Wakefield. It is an ancient borough, and once had criminal jurisdiction even in capital offences, the punishment of which was inflicted by a machine called the Maid of Halifax, which was copied in Scotland, and after¬ wards by Dr Guillotin in France, whose name it has since borne. As the town is the centre of the woollen trade of the whole extensive parish, a magnificent building, called the Piece Hall, for the sale of goods, has been erected, covering more than 10,000 square yards, and containing upwards of 300 separate rooms, in which individuals de- dispose of their goods. This, and a venerable church, distinguished by its size and its numerous monu- vol. XI. HAL 113 ments, are the only public buildings which merit notice. Halifax The streets are narrow, some of them steep, and have ra- II ther a gloomy appearance, though the houses, mostly of stone, are large and well built. The population amounted in 1801 to 8886, in 1811 to 9159, in 1821 to 12,628, and in 1831 to 15,382. The parish is nearly sixty miles in length, and has a me¬ dium breadth of seven miles. It contains twenty-three townships, whose population amounts to upwards of 100,000 persons, by whom are carried on extensive manufactures of woollen, and, latterly, of cotton goods, which commerce disperses over every country of the globe ; and the extent and value of the machinery by which the operations are executed are beyond calculation. By the law of 1832 Hali¬ fax was erected a borough, and elects two members. The number of voters is about 530. The population of the pa¬ rish amounted in 1821 to 92,050, and in 1831 to 109,899. FIalifax, the capital of Nova Scotia, in North America, and also of a county of the same name. It is situated on a peninsula near the centre of the eastern coast, and pos¬ sesses one of the finest harbours in the world, originally called Chebucto, on a bay sixteen miles in length. It was founded in 1749, by General Cornwallis, and has since car¬ ried on nearly the whole trade of the country. Halifax stands on the west side of the harbour, upon the declivity of a hill, and is laid out in oblong squares, the streets running parallel to each other at right angles. The government- house is one of the most splendid edifices in North Ame¬ rica. There is here a splendid royal dock-yard, which, during war, is an important naval station, being particular¬ ly well calculated for the shelter, repair, and outfit of fleets cruising on the American coast and in the West Indies. The harbour is at all times accessible, and is rarely imped¬ ed by ice. Ships generally anchor abreast of the town, where the harbour is rather more than a mile in width. After narrowing to about one fourth of that width, it sud¬ denly expands into a noble sheet of water called Bedford Basin, completely land-locked, with deep wrater throughout, and capable of containing the whole navy of Great Britain. There is a considerable fishery at Halifax; but the colo¬ nists are neither so enterprising nor so successful as the New Englanders. The principal trade of the town and province is with the West Indies, Great Britain, and the United States. To the former are exported dried and pickled fish, lumber, coals, grindstones, cattle, flour, butter, cheese, oats, potatoes, and other produce. The same arti¬ cles are exported to the southern parts of the United States, and gypsum to the eastern parts of New England. To Great Britain, are sent timber deals, whale, cod, and seal oil, furs, and other articles. The imports consist chiefly of colonial produce from the West Indies, all sorts of manufactured articles from Great Britain, and of flour, lumber, and other kinds of goods from the United States, principally for re-exportation to the West Indies. Go¬ vernment packets sail regularly once a month from Hali¬ fax to Falmouth; and recently packets to Liverpool have been established. There are two private banking compa¬ nies in this town. About one hundred large square-rigged vessels, and about the same number of large schooners, with several smaller craft, belong to Halifax. A canal across the country from this town to the basin of Minas, which unites with the bottom of the Bay of Fundy, has been commenced. It is expected, that when completed, this work will be of essential service to the trade of Hali¬ fax. The population, exclusive of the military, amount to about 18,000. Long 63. 28. W. Lat. 44. 36. N. Halifax, Earl of. See Saville. HALL, a city of the Austrian province of Tyrol. It is situated on the river Inn, which is thus far navigable for large vessels. It has a provincial mint, and a mining col¬ lege. Near to it is worked a large mine of rock-salt, 114 HAL Hall, which, when melted and refined, yields annually about 300,000 quintals of salt. It contains 460 houses, with 4290 inhabitants. Hall, or Suabian Hall, a city of the kingdom of Wir- temberg, in the circle of the Jaxt, the capital of a baili¬ wick of the same name, which extends over 153 square miles, and contains a population of about 24,000 inhabi¬ tants. The city is built on both banks of the river Kocher, and, including its suburbs, is surrounded with strong walls, defended by lofty towers and ditches. It has a beautiful town-hall, a Gothic cathedral, and six other churches, and contains 740 houses and 6950 inhabitants. Theie is a gymnasium with nine professors and a good library. It is Celebrated for its saline springs, from which, by thirty-two pans, nearly 100,000 quintals of culinary salt is annually made. Its chief trade consists in corn, wood, soap, starch, and cattle. Hall, a city of the Austrian province of the Tyrol, in the circle of the Valley of the Lower Inn, on the left bank of which river it stands, and by which it has the benefit of a water communication with Vienna. It is situated be¬ tween two picturesque mountains, and is surrounded with walls and adorned by a fine old Gothic church. In the city there is a very extensive salt work; the salt is made from a natural spring of brine, which is also used for salt-water bathing. The population consists of 4270 persons, some of whom are employed in spinning cotton, and in knitting hosiery goods. Hall, in Architecture, a large room at the entrance of a fine house and palace. Vitruvius mentions three kinds of halls ; the tetrastyle, with four columns supporting the platfond or ceiling ; the Corinthian, with columns all round let into the wall, and vaulted over; and the iEgyptian, which had a peristyle of insulated Corinthian columns, bearing a second order with a ceiling. Hall is also particularly used to signify a court of justice, or an edifice in which there is one or more tribunals. In Westminster Hall are held the great courts of England, viz. the King’s Bench, Chancery, Common Pleas, and Ex¬ chequer. In adjoining apartments is likewise held the high court of parliament. Hall, Joseph, an eminent prelate of the church of Eng¬ land, was born in 1574, and educated at Cambridge. He became professor of rhetoric in that university, and was then successively made rector of Halsted in Suffolk, pre¬ sented to the living of Waltham in Essex, made preben¬ dary of Wolverhampton, dean of Worcester, bishop of Exe¬ ter, and, lastly, bishop of Norwich. His works testify his zeal against Catholicism, and are much esteemed. He la¬ mented the divisions of the Protestants, and wrote con¬ cerning the means of putting an end to these schisms. In 1616, he accompanied the embassy of Lord Doncaster into France, and upon his return was appointed by his majesty one of the divines who should attend him into Scotland. In 1618 he was sent, with other divines, to the synod of Dort, and pitched upon to preach a Latin sermon before that assembly. But being obliged to return before the synod broke up, on account of his health, he was by the states presented with a gold medal. His works, con¬ sisting of Miscellaneous Epistles, Mundus alter et idem, a just Censure of Travellers, the Christian Seneca, Sa¬ tires, a Century of Meditations, and many other produc¬ tions, were published at various periods in folio, quarto, and duodecimo. They have, however, been collected in a hand¬ some, correct, and well-arranged edition, by the Reverend Josias Pratt, in ten vols. 8vo. As a moralist, Bishop Hall has been entitled the Christian Seneca. His knowledge of the world, depth of thought, and elegance of expression, place him nearer our own times than many of his contem¬ poraries ; whilst he adorned his own age by his learning, piety, and uniform exercise of all the Christian graces. UAL He died on the 8th of September 1656, in the eighty-se- Hall cond year of his age. "'•’V' Hall, Robert, a distinguished writer and preacher, was born at Arnsby, a small village about eight miles from Leicester, on the 2d of May 1764. His father, who had the pastoral charge of a Baptist congregation in this place, was a man of talents and piety, as well as an eloquent and successful preacher. Robert was the youngest of four¬ teen children ; and, whilst an infant, his health was so de¬ licate that slender hopes were entertained of his ever reach¬ ing manhood. A nurse was employed, whose duty it was to carry him about in the open air ; but in the discharge of her duty she used to loiter in a burying-ground which lay in the vicinity of his father’s house. It is worthy ot no¬ tice, that amidst the memorials reared to commemorate the dead, and which, by reminding man of his mortality, tend to fill the mind with sentiments of religious awe, the fu¬ ture orator should have learned to articulate that language in which he was afterwards, with the most powerful elo¬ quence, to bring home to the heart a conviction of the frail tenure by which we hold this life, and the certainty of that which is to come. The nurse, judging from the peculiar character and habits of the child, that he was desirous of knowing the meaning of the inscriptions and carved figures upon the tombstones, by their aid taught him the letters, and finally to speak and to read. This occurred before he had completed his third year ; and being naturally of an in¬ quisitive disposition, he was continually putting questions, and soon became a rapid talker, which he always continued to be. After receiving regular instructions from two fe¬ male teachers, he was at six years of age placed under the master of a village school situated about four miles from Arnsby. Previously to this arrangement, he had evinced an extraordinary thirst for knowledge, and had become a collector of books. He was in the habit of retiring to the church-yard with some favourite volume, spreading it out before him, and poring over it until the shades of evening reminded him of home. The course of instruction pur¬ sued at the village school was by no means extensive; and the ardent scholar found ample leisure to gratify his pas¬ sion for reading. The books which he selected were not those of mere amusement, but .such as required the exer¬ cise of deep and long-continued reflection. His favourite works were those of Jonathan Edwards on the Affections and on the Will, and Butler’s Analogy. Before he was nine years of age, he had repeatedly perused these productions, had written several essays upon religious subjects, and was in the habit of calling together a juvenile congregation to hear him preach. Such indications as these are not to be mistaken ; they indubitably presage future eminence. At eleven years of age, he was placed as a boarder at a school in the neighbouring town of Northampton, where he re¬ mained about a year and a half, and, according to his father’s account, made great progress in Latin and Greek. After having for some time studied divinity and other collateral subjects, principally under the guidance of his father, he was, in his fifteenth year, sent to the Bristol Education Society, or academy for the instruction of young men preparing for the ministerial office amongst the Baptists. The system of tuition at this seminary comprehended not merely the learn¬ ed languages and the rudiments of science, but a specific course of preparation for the ministerial office, including the writing of essays and the habit of public speaking* That the progress which young Hall made in his studies was rapid, is sufficiently attested by the fact, that on the 13th of August 1780, he was solemnly “ set apart to pub¬ lic employ” as a preacher of the gospel, in connection with the body of dissenters to which his father belonged. In about a year after this event, he was sent to King’s Col¬ lege, Aberdeen, w here, amongst other friendships, he made that of Mr, afterwards Sir James, Mackintosh. When H A . these eminent individuals became first acquainted, Sir James was in his eighteenth year, and Mr Hall about a year older. Notwithstanding some differences of taste as well as of intellectual pursuits, a strong and mutual friend¬ ship commenced between the two students. They were almost inseparable, and read together much of Xeno¬ phon, Herodotus, and Plato; but the arena in which they most frequently met was that of morals and metaphysics, subjects which afforded ample opportunities for disputa¬ tion. Many years afterwards, Sir James Mackintosh, in a letter to Mr Hall, thus alludes to their early attachment: “ On the most impartial survey of my early life, I could see nothing which tended so much to excite and invigorate my understanding, and to direct it towards high, though per¬ haps scarcely accessible objects, as my intimacy with you. Five-and-twenty years are now past (the letter is dated Bombay, 1805) since first we met, yet hardly anything has occurred since which has left a deeper or more agree¬ able impression on my mind. I now remember the extra¬ ordinary union of brilliant fancy with acute intellect, which would have excited more admiration than it has done, if it had been dedicated to the amusement of the great and the learned, instead of being consecrated to the far more noble office of consoling, instructing, and reforming the poor and the forgotten.” These distinguished individuals entertain¬ ed a mutual esteem and veneration, which continued una¬ bated till the close of life. In 1783, Mr Hall received an invitation from the church at Broadmead in Bristol, to associate himself with Dr Evans, as assistant pastor. This offer he accepted after much hesitation; and it was finally arranged, that dur¬ ing the interval between the college sessions of 1784 and 1785, Mr Hall should reside at Bristol, and then return to Aberdeen to complete his studies. In the course of his last session he applied himself with much assiduity, especially to the study of the Greek language, moral phi¬ losophy, and metaphysics in general, as w ell as to other branches of learning more immediately connected with the¬ ology. After completing his academical career, which was a bright one, and calculated to raise the highest expecta¬ tions, Mr Hall entered upon his pastoral avocations. The life of a divine situated as Mr Hall was, is little distin¬ guished by those incidents which give attraction to biography. The events are in general few in number, and possess a same¬ ness which deprives them of interest. From the commence¬ ment of his ministrations, Mr Hall’s preaching attracted an unusual degree of attention ; and if he was not listened to by such multitudes as surrounded Whitfield and Wesley, he found fit audience though few in the great and distinguished men of the day. His eloquence, remarkable alike for its brilliancy and its force, was a general theme of praise; and by his instructive and fascinating conversation in private he called forth equal admiration. Besides his clerical du¬ ties, he had to perform those of classical tutor in the Bris¬ tol Academy; an appointment which was conferred upon him shortly after his arrival in the place, and which he held for more than five years, labouring with active zeal and with commensurate success. At this period of his life, Mr Hall was distinguished for the dexterity with which he wielded the weapons of wit and raillery; and it would appear that the religious opinions he entertained, and which in private, though never in the pulpit, he professed to hold, were considered as somewhat latetudinarian by indivi¬ duals of the persuasion to which he belonged. Certain it is, indeed, that it was not until many years afterwards that his mind became fairly settled with regard to some of the most important doctrines of Christianity. On several momentous points he was considered as deviating considerably from the accredited standards of even moderate orthodoxy. In 1790, when he was on the eve of dissolving his connection with the church in Bristol, he addressed to his congregation a L L. frank exposition of his opinions; and, amongst other startling notions, he confessed that he held that of materialism. In a letter to his congregation, there is the following passage : “ My opinion however upon this head is, that the nature of man is simple and uniform; that the thinking powers and faculties are the result of a certain organization of matter; and that after death he ceases to be conscious until the resur¬ rection.To those who are acquainted with the general character of English dissenters, and their strict adherence to what are denominated the evangelical doctrines of Christianity, it will not be matter of surprise, that the in¬ dividual who entertained such notions, and who could sup¬ port them with such metaphysical acumen and powerful eloquence, was a pastor rather to be admired for his genius than implicitly relied on as a spiritual guide. It is not however to be inferred from this that he promulgated error from the pulpit; on the contrary, he was careful to exclude such doubtful speculations from his discourses: but it seems certain that they gave rise to vexations and perplexities, which, with other circumstances, induced him to accept of an invitation to take the pastoral charge of a church at Cambridge. He entered on the new scene of his labours in 1791. In the same year he lost his father, an event which made a deep impression upon his mind, and wrought a considerable change in him relative to some of his doctrinal sentiments. Amongst other things, he re¬ nounced materialism, which he often afterwards declared he had buried in his father’s grave. The congregation with which Mr Hall was now associ¬ ated had considerably declined from the orthodox stand¬ ard of their church with reference to some important doctrines of Christianity. Their former pastor, from the profession of orthodox opinions, had become more lax in his views, which gradually degenerated into Socinianism, if not for a time into infidelity itself. The contagion was • ;ommunicated to the members of the church, not a few of whom adopted the opinions of their spiritual guide. The faithfulness with which Mr Hall discharged his ministe¬ rial duties under such disadvantages, is sufficiently attest¬ ed by the fact, that in a short time he succeeded in re¬ claiming from their errors the greater proportion of his flock. About this period Mr Hall published a pamphlet entitled An Apology for the Freedom of the Press. The author’s object was a vindication of the principles maintained by the friends of liberty, especially by those who avowed evangelical sentiments; and although, in-a spirit of self-depreciation, in which Mr Hall always in¬ dulged with regard to his own writings, he did not place a very high value upon this production, it was received with marked favour by the public. Several editions were rapidly sold off, and it was largely quoted by the periodi¬ cals of the day. The celebrity which Mr Hall now en¬ joyed gave rise to inconveniences which interfered with the more solemn duties of his calling. It withdrew him from study, and induced individuals whose conduct and cha¬ racter he could not approve, to intrude on his retirement. He therefore resolved, without retracting his principles, to embark no more on the stormy element of political de¬ bate. His next publication was in more perfect keeping with the sacred office which he held, being a sermon, en¬ titled Modern Infidelity considered with respect to its Influence on Society. It appeared in the year 1800, and wras at once acknowledged as a masterpiece of eloquence and reasoning. It is a rare felicity of circumstances that a work which has excited unusual attention is allowed to enjoy popular favour without censure or interruption. The sermon on Modern Infidelity formed no exception to the general rule; and a controversy ensued, in which in¬ sidious attempts were made to misinterpret the motives of the author, and even to depreciate his character. Detract tion, however, originating with such individuals as now at- 116 H A Hall, tacked him had little effect, and the petty clamour was 1—' drowned in the general applause. The critical journals of the day were lavish of their praise, and some of the most distinguished men of the time paid their tribute of ap¬ probation to the author. The reputation of Mr Hall as a profound thinker and eloquent writer was now complete¬ ly established ; and his church became a place of fre¬ quent resort to many members of the university. His next production was a sermon entitled Reflections on War, which was preached on the occasion of a general thanksgiving for the peace of Amiens, celebrated on the 1st of June 1802. This suspension of arms, as is well known, was of short duration ; and war having been again declared in the following year, Mr Hall evinced his pa¬ triotism and love of country by publishing a sermon en¬ titled The Sentiments proper to the Present Crisis. It was preached on the 19th of October 1803, being the day appointed for a general fast. This sermon perhaps ex¬ cited still more universal admiration than any of the au¬ thor’s previous productions; and the latter part of it was considered by the most competent judges, amongst whom was Mr Pitt, as fully equal in genuine eloquence to any passage of the same length in ancient or modern orations. Mr Hall had been for some time afflicted with a pain in his back, and in 1803 it had increased to such a degree, that, in order to enjoy exercise, it was found advisable to remove to a place a few miles distant from Cambridge. This arrangement was not ultimately productive of bene¬ ficial results; on the contrary, a severe calamity which overtook him may in part be attributed to it. He had al¬ ways been remarkable for his love of solitary study, and frequently remained for more than twelve hours together wrapt in abstract thought. The effects of this violent in¬ fringement of the physical laws of our nature were in some measure alleviated at Cambridge, by the pretty regular habit which he had of spending his evenings in the society of the intelligent classes of his congregation. Such a source of relief from severe study was denied him in the place to which he had removed; and he was likewise cut off from the tender sympathies of his flock, by whom he was much beloved. The consequence was, that being left too much alone, and exposed to the morbid influences of a diseased body and an overwrought mind, the latter lost its equili¬ brium ; and he who had so long been the theme of uni¬ versal admiration now became the object of as extensive sympathy. This afflicting event occurred in November 1804 ; but it was of short duration ; for, by the assiduous care of his medical adviser, he was in about two months restored to mental and bodily health. About twelve months afterwards a recurrence of the same malady again laid him aside from public duty. He soon, however, re¬ covered ; but it was deemed essential to his complete restoration to health and vigour that he should resign his pastoral charge at Cambridge, abstain from preaching, and avoid as far as possible all strong excitement. It may be well believed that two visitations of a cala¬ mity so humiliating were calculated to make a powerful impression upon a mind so alive to religious influences as that of Mr Hall. Without dwelling upon this theme, it is sufficient to state in what light they were regarded by the sufferer himself. He was persuaded that, however strong his religious convictions, and however correct his doctrinal sentiments had hitherto been, yet that he had not undergone a thorough transformation of character until the first of these attacks. The permanent impres¬ sion upon his character was.hence exclusively religious. His piety assumed a more exalted tone, his habits be¬ came more strictly devotional, and his exercises more fervent and elevated, than they had ever hitherto been; and he watched with jealous care over the whole tenor of his conduct, as well as every movement of his heart. L L. For some time Mr Hall enjoyed in his native villase, Hal! and other places, an exemption from active duty, during which period his attention was engaged in biblical study, and in other pious and literary occupations, which could be abandoned or resumed at pleasure. He also preached occasionally, especially at Leicester; and from a church in this place he accepted of an invitation to become its stated pastor. Over this congregation he presided twenty years; a period undistinguished by any incident of par¬ ticular moment excepting his marriage, which took place in March 1808. This was a fortunate event for Mr Hall; for, whilst it called into livelier activity those sympathies with which his mind was richly fraught, and thus gave greater variety to the exercise of his mental powers, it likewise reclaimed him from those habits of abstract spe¬ culation, the indulgence in which had already proved so pernicious, and rendered him more familiar with the everyday events of life, and the common feelings, aims, and pursuits of human nature. The endearments of do¬ mestic life also served to compensate the physical pain to which he was doomed to be a martyr till the close of his career, whilst they deepened his impressions of tenderness, benevolence, and sympathy. In proof of this, his biogra- pher, Dr Olinthus Gregory, produces a beautiful instance. “ Not long after his marriage,” says he, “ when his own pecuniary resources were much restricted, he proposed to fast on certain days, that he might have it in his power to distribute more among the needy ; and he thought it wrong to have more than two coats, when so many per¬ sons around him were clothed in rags.” During his re¬ sidence at Leicester, Mr Hall gave to the world seve¬ ral valuable productions, which extended his fame and his influence over society. He occasionally appeared as a critic in the Eclectic Review and other periodicals, and published various sermons, of which that on the death of the Princess Charlotte in 1817 is allowed to surpass all that were produced upon the occasion, if not to stand un¬ rivalled as a model of pulpit eloquence. A controversy on what is called The Terms of Communion, engaged some share of his attention. The Baptists as a body were, and still are, very strict in their administration of the Lord’s Supper. Mr Hall, with his usual energy and eloquence, and with considerable success, advocated the principle of more open communion. In the year 1823 he engaged in a controversy of another description, ■with a Unitarian preacher, who had provoked him to the contest by delivering what are usually denominated challenge lec¬ tures. Mr Hall preached twelve lectures, which were serviceable in checking the diffusion of Socinianism. These compositions, however, were not published, although he was strongly urged to take this step ; but a concise outline of them has been given in his works. By his constitutional complaint Mr Hall was subjected to severe suffering, which increased so much with his growing years, that, to alleviate the pain, he was compelled to take copious draughts of laudanum. His mental vigour, how¬ ever, was but slightly impaired ; yet a little difference was discernible in his conversation, which had always been remarkable'for its brilliancy and vivacity. In 1825 Mr Hall received an invitation to assume the pastoral charge of the church at Broadmead, Bristol. This he accepted ; and after taking a touching farewell of his Leicester friends, he removed in 1826 to Bristol, the place where his ministerial career began, and where it was des¬ tined soon to come to a close. Reading and study, which had always been at once his bane and antidote, suffered no abatement on account of his increasing infirmities. His opinion was, that every species of knowledge might be rendered subservient to religion; and works of almost every description he laid under contribution. When above sixty years of age he commenced the study of the Italian ] 11. HALL. 117 language, of which he had been before ignorant, in order to settle a point of interest relative to the Divina Comedia of Dante. His pastoral duties were discharged with his usual faithfulness; but the decay of locomotive power, which age brought in the train of its infirmities, was a source of much uneasiness to his mind, as it prevented him from associating privately with his flock. Besides his old disease, indications of a plethoric habit of body became more and more apparent, until in 1830 he was compelled to try a change of air and scene. No ultimate benefit was derived from this treatment, and after suffer¬ ing severely from a complication of disorders, he departed this life on the 21st of February 1831. By his marriage Mr Hall had five children, of whom four, with their mo¬ ther, survived him. Mr Hall was not only the most distinguished ornament of the Christian body to which he belonged, but as a preacher his claims to pre-eminence were acknowledged by the ablest judges of every creed. Dr Parr has drawn his character in language strong, concise, and comprehensive. “ Mr Hall,” says he, “ has, like Bishop Taylor, the eloquence of an ora¬ tor, the fancy of a poet, the acuteness of a schoolman, the profoundness of a philosopher, and the piety of a saint.” “ As a preacher,” says Mr John Foster, who knew him in¬ timately, “ none of those contemporaries who have not seen him in the pulpit, or of his readers in another age, will be able to conceive an adequate idea of Mr Hall. His per¬ sonal appearance was in striking conformity to the structure and temper of his mind. A large-built, robust figure, was in perfect keeping with a countenance formed as if on purpose for the most declared manifestation of internal power; a power impregnable in its own strength, as in a fortress, and constantly, without an effort, in a state for action. That countenance was usually of a cool unmoved mien at the be¬ ginning of the public service; and sometimes, when he was not greatly excited by his subject, or was repressed by pain, would not acquire a great degree of temporary ex¬ pression during the whole discourse. At other times it would kindle into an ardent aspect as he went on, and toward the conclusion become lighted up almost into a glare.” His voice was somewhat feeble, but his articulation was distinct, although he spoke with great rapidity. At the commencement of his discourse attention was secured by the simplicity and solemnity of the speaker’s deportment; and as he advanced and became animated with his subject, such was the impression which he produced, that his auditors one by one rose from their seats, “ until,” says Dr Gregory, “ long before the close of the sermon, it often happened that a considerable portion of the congregation were seen stand¬ ing.” His mental endowments were of the highest order, and his excellency consisted not in the predominance of one, but in the exquisite proportion and harmony of all his powers. A mind naturally of great capacity had been enriched by a course of reading which extended nearly to the limits of human investigation, and he was thus enabled to draw his illustrations from an infinite variety of sources. He also possessed a wonderful ability for comprehensive reason¬ ing ; whilst his quickness of apprehension, his powers of analysing a subject, and seizing on the most essential points, and of placing in a clear, intelligible light, what was be¬ fore obscure or perplexed, were of the very highest order. His oratory was brilliant, but not unnecessarily showy, or encumbered with poetical images. The works of this great preacher display a union of elevation with elegance, to which it will be difficult to find a parallel amongst the works of divines. With high excursive powers of imagi¬ nation, and an equal talent for close reasoning and metaphy¬ sical speculation, he neither indulged in meretricious orna¬ ment or rhetorical flourishes, nor perplexed his hearers with subtile distinctions. No writer ever displayed more taste and discrimination in the choice of language, and he Hall, formed for himself an ideal standard of excellence which could not be reached. His style is at once clear and sim¬ ple ; and the construction of his sentences is characterised by ease, united with strength and compactness. There is no pomp of words in his most magnificent excursions of fancy, and he rises to the summit of eloquence without the least effort or appearance of straining after greatness. He is elaborately correct, yet perfectly inartificial, and free from antithesis; pregnant with weighty meaning, yet easily understood. In him are united richness with simplicity, transparency with depth, and symmetry with strength. The reader of his w orks frequently meets w ith passages of extraordinary beauty; but these will in no instance be found to have been introduced simply for effect; they are inse¬ parably connected with the subject, and, seeming to grow out of it, appear with all the appropriateness of a natural relation. “ He displayed in a most eminent degree,” says Mr Foster, “ the rare excellence of a perfect conception and expression of every thought, however rapid the succession. There w^ere no half-formed ideas, no misty semblances of a meaning, no momentary lapses of intellect into an utter¬ ance at hazard, no sentences without a distinct object, and serving merely for the contiguity of speaking; every senti¬ ment had at once a palpable shape, and an appropriate¬ ness to the immediate purpose.” If such was a charac¬ teristic of his preaching, part of which was extemporaneous, it is almost unnecessary to say that the same excellence distinguishes the sermons which he prepared for the press. He surpasses perhaps all preachers of modern times in hav¬ ing alw ays a definite purpose, a distinct assignable object in view in his discourses. Hence each of them affords afine spe¬ cimen of a comprehensive and perfect whole. The piety of Mr Hall w^as pure, sincere, exalted, and untainted by bigotry or intolerance. As a pastor he was zealous, affectionate, and indefatigable in the discharge of his duties. His fame as an orator receives additional lustre from the excellence of his moral nature. In him benevolence and humility were conspicuous, and his affections were as warm as his intellect was strong. In social life he was open, communicative, sin¬ cere, unostentatious. His conversation was on a level with his preaching, and displayed the same varied excellences. He had, however, an inclination to sarcasm, which in some of his earlier productions he allowed to poison the edge of his polemical weapon. Occasionally, also, he argued more perhaps for victory than for truth; but he never volun¬ tarily chose the wrong side of a question, or allowed him¬ self to tamper with the sanctities of religion. Mr Hall took the degree of A. M. at King’s College, Aberdeen ; and that of doctor in divinity was conferred on him unsolicited by Marischal College; but, either from his humility, or from some scruples as to propriety, he never assumed the title. Mr Hall’s works consist of, 1. Christianity consistent with the Love of Freedom, being an Answer to a Sermon by the Rev. John Clayton, 1791, 8vo; 2. Apology for the Freedom of the Press, and for general Liberty, with Re¬ marks on Bishop Horsley’s Sermon, preached 13th January 1793, 8vo; 3. Modern Infidelity considered with respect to its Influence on Society; a Sermon preached at Cam¬ bridge, 1800, 8vo ; 4. Reflections on War, a Sermon on June 1, 1802, being the Day of Thanksgiving for a Gene¬ ral Peace; 5. The Sentiments proper to the present Crisis, a Fast Sermon at Bristol, October 19, 1803 ; 6. The Effects of Civilization on the People in European States, 1805; 7. The Advantages of Knowledge to the Lower Classes, a Sermon at Leicester, 1810; 8. The Discouragements and Supports of the Christian Minister, an Ordination Sermon, 1812; 9. The Character of the late Rev. Thomas Robin¬ son, Vicar of St Mary’s, Leicester, 1813; 10. Address to the Public on an important Subject connected with the Renewal of the Charter of the East India Company, 1813; 118 H A L Hallage 11. An Address to the Rev. Eustace Carey, January 19, II 1814, on his Designation as a Christian Missionary to In- Haller. . jg. On Terms of Communion, with a particular view to the Case of the Baptists and the Paedo-Baptists, 1815; 13. The essential Difference between Christian Baptism and the Baptism of John more fully stated and confirmed; 14. A Sermon occasioned by the Death of the Princess Charlotte of Wales, preached at Leicester, 1817; 15. A Sermon on the Death of Dr Ryland, 1826. His collected works, with various posthumous productions, and a memoir of his life by Dr Gregory, were published in 1832, in six volumes 8vo. • (u. r. r.) HALLAGE, a fee or toll paid for cloth brought to be sold in Blackwell Hall, London. HALLAMAS, in our old writers, the day of all-hal- lows, or all-saints, viz. the 1st of November. It is one of the cross quarters of the year, which was computed, in ancient writings, from Hallamas or Candlemas. HALLE, a city, the capital of a district of the same name, in the province of Saxony in Prussia. It is situated on the river Saale, which divides above the town into seve¬ ral streams, and these form a number of islands, on which it is built, and which are connected by several bridges. It contains 2212 houses, and 21,570 inhabitants, including the university and the suburbs. The university is an an¬ cient institution, with a great number of professors, and about five hundred pupils. It has a botanical garden, a chemical laboratory, and an observatory, with a library of 50,000 volumes. It is highly esteemed as a school of surgery, medicine, and midwifery. There is also an or¬ phan-house with two hundred children. It is a manufac¬ turing town for coarse cloths, flannels, and friezes, and for hats and hosiery. Long. 11.53.40. E. Lat. 51. 29. 5. N. HALLEIN, a city of the circle of Salzach or Salzburg, in the Austrian province of the Upper Ens. It is situated on the river Salza, and is celebrated for its extensive salt¬ works, which employ upwards of two thousand workmen, partly in drawing the rock-salt from the mines, and partly in the subsequent process of refining it. As this place is close to the Bavarian frontier, that kingdom draws from thence 13,000 tons of culinary salt, and about 10,000 are furnished to the Austrian dominions. There are some manufactures of hosiery and of cotton goods. It con¬ tains three churches, 320 houses, and 4640 inhabitants. HALLELUJAH, a term of rejoicing, sometimes sung rehearsed at the end of verses on such occasions. The word is Hebrew, or rather it is composed of two Hebrew words; one of them nbbrr, hallelu, and the other rr, jah, an abridgment of the name of God mrr, Jehovah. * The first signifies laudate, praise ye, and the other, Domi- num, the Lord. St Jerome first introduced the word hallelujah into the church service. For a considerable time it was only used once a year in the Latin church, viz. at Easter ; but in the Greek church it was much more fre¬ quently employed. St Jerome mentions its being sung at the interments of the dead, which still continues to be done in that church, as also on some occasions in the Latin church, especially Lent. In the time of Gregory the Great, it was appointed to be sung all the year round in the Latin church, which raised some complaints against that pontiff, as giving too much in to the Greek form, and introducing the ceremonies of the church of Constantinople into that of Rome. But he excused himself by alleging that this had been the ancient usage of Rome, and that it had been brought from Constantinople at the time when the word hallelujah was first introduced under Pope Damascus. HALLER, Albert Van, an eminent physician, was born at Berne, on the 16th of October 1708. He was the son of an advocate of considerable eminence in his profession. His father had a numerous family, and Albert was the youngest of five sons. From the first period of HAL his education he showed a great genius for almost every Hal kind of literature. To forward the progress of his studies, ^ his father took into his family a private tutor, named Abraham Billodz; and such was the discipline exerted by this pedagogue, that the accidental sight of him at any future period of life excited in Haller great uneasiness, and renewed all his former terrors. According to the accounts which are given us, the progress of Flaller’s stu¬ dies, at the earliest periods of life, was rapid almost be¬ yond belief. When other children were beginning only to read, he was studying Bayle and Moreri; and at nine years of age he was able to translate Greek, and begin¬ ning the study of Hebrew. Not long after this, however, the course of his education was somewhat interrupted by the death of his father, an event which happened when he was in the thirteenth year of his age. After this he was sent to the public school at Berne, where he exhi¬ bited many specimens of early and uncommon genius. He was distinguished for his knowledge of the Greek and Latin languages; but he was chiefly remarkable for his poetical genius; and his essays in verse, published in the German language, were read and admired throughout the whole empire. In the sixteenth year of his age he be¬ gan the study of medicine at Tubingen, under Duvernoy and Camerarius ; and continued there for the space of two years, when the great reputation of Boerhaave attract¬ ed him to Leyden. Nor was this distinguished teacher the only man by whose superior abilities he had there an opportunity of profiting. Ruysch was still alive, and Al- binus was rising into fame. Animated by such examples, he spent all the day, and the greater part of the night, in the most intense study; and the proficiency which he made gained him universal esteem both amongst his teach¬ ers and his fellow students. From Holland he, in the year 1727, proceeded to England, where, however, his stay was but short; and, in fact, it was rather his intention to visit the illustrious men of that period, than to prose¬ cute his studies in London. But he formed connections with some of the most eminent persons of the time. He was honoured with the friendship of Douglas and Che- selden ; and he met with a reception proportioned to his merit from Sir Hans Sloane, president of the Royal So¬ ciety. After his visit to Britain he proceeded to France, and there, under Winslow and Le Dran, with the latter of whom he resided during his stay in Paris, he had oppor¬ tunities of prosecuting anatomy, which Ire had not before enjoyed. But the zeal of the young anatomist was great¬ er than the prejudices of the people at that period, even in the enlightened city of Paris, could tolerate. An in¬ formation being lodged against him to the police for dis¬ secting dead bodies, he was obliged to cut short his ana¬ tomical investigations, and effect a precipitate retreat. Still, however, intent on the further prosecution of his studies, he went to Basil, where he became a pupil of the celebrated Bernoulli. Ihus improved and instructed by the lectures of the most distinguished teachers of that period, by uncommon natural abilities, and by unremitting industry, he returned to the place of his nativity in the twenty-sixth year of his age. Not long after this he offered himself as a can¬ didate, first for the office of physician to an hospital, and afterwards for a professorship. But neither the character which he possessed before he left his native country, nor the fame which he had acquired and supported whilst abroad, were sufficient to combat the interest opposed to him. He was disappointed in both; and it was even with dif¬ ficulty that he obtained, in the following year, the appoint- ment of keeper of a public library at Berne. The exercise of this office was indeed by no means suited to his great abilities ; but it was agreeable to him, as it afforded him an opportunity for indulging that extensive reading by HAL ga r. which he has been so justly distinguished. The neglect ',21. ^ of his merit which marked his first outset, neither dimi¬ nished his ardour for medical pursuits, nor detracted from his reputation either at home or abroad. Soon afterwards he was nominated by King George II. a professor in the university of Gottingen. The duties of this important office he discharged with no less honour to himself than advantage to the public, for the space of seventeen years, and it afforded him an ample field for the exertion of those great talents which he possessed. Extensively ac¬ quainted with the sentiments of others respecting the economy of the human body, struck with the diversity of opinions which they held, and sensible that the only means of investigating truth was by careful and candid experiment, he undertook the arduous task of exploring the phenomena of human nature from the original source, viz. life. In these pursuits he was no less industrious than successful, and there was hardly any function of the body on which his experiments did not reflect either a new or a stronger light. Nor was it long necessary for him, in this arduous undertaking, to labour alone. The example of the preceptor inspired his pupils with the same spirit of in¬ dustrious exertion. Zinn, Zimmerman, Caldani, and many others, animated by a generous emulation, laboured with indefatigable industry to prosecute and to perfect the disco¬ veries of their master. The mutual exertion of the teacher and his students not only tended to forward the pro¬ gress of medical science, but placed the philosophy of the human body upon a surer and almost entirely new ba¬ sis. But the labours of Dr Haller, during his residence at Gottingen, were by no means confined to any one de¬ partment of science. He was not more anxious to be an improver himself, than to instigate others to similar pur¬ suits. To him the anatomical theatre, the school of mid¬ wifery, the chirurgical society, and the royal academy of sciences at Gottingen, owe their origin. Such distinguished merit could not fail to meet wuth a suitable reward from the sovereign under whose protection he then taught. The king of Great Britain not only honoured him with every mark of attention which he himself could bestow, but also procured him letters of nobility from the emperor. On the death of Dillenius, he had an offer of the professorship of botany at Oxford; the states of Holland invited him to fill the chair of the younger Albinus; and the king of Prussia was anxious that he should become the successor of Maupertuis at Berlin. Marshal Keith wrote to him in the name of his sovereign, offering him the chancellorship of the university of Halle, vacant by the death of the cele¬ brated Wolff. Count Orloff invited him to Russia, in the name of his mistress the empress, offering him a distin¬ guished place at St Petersburg. The king of Sweden con¬ ferred on him an unsolicited honour, by raising him to the rank of knight of the order of the polar star ; and the em¬ peror of Germany did him the honour of a personal visit, during which he passed some time with him in the most familiar conversation. Thus honoured by sovereigns, revered by men of learn¬ ing, and esteemed by all Europe, he had it in his power to have held the highest rank in the republic of letters. Yet, declining all the tempting offers which were made to him, he continued at Gottingen, anxiously endeavouring to extend the rising fame of that medical school. But af¬ ter seventeen years residence in that university, an ill state of health having rendered him less fit for the duties of the important office which he held, he solicited and obtained per¬ mission from the regency of Hanover to return to his na¬ tive city of Berne. His fellow-citizens, who might at first have fixed him amongst themselves, with no less honour than advantage to their city, were now as sensible as others of his superior merit. A pension was settled upon him for life, and he was nominated at different times to fill the HAL 119 most important offices in the state. These occupations, Halley, however, did not diminish his ardour for useful improve- ments. He was the fii'st president, as well as the greatest promoter, of the Economical Society at Berne ; and he may be considered as the father and founder of the orphan hospi¬ tal of that city. Declining health, however, restrained his exertions in the more active scenes of life, and for many years he was confined entirely to his own house. Even this, however, could not put a period to his utility ; for, with indefatigable industry, he continued his favourite employment of writing till within a few days of his death, which happened on the 12th of December 1777, in the seventieth year of his age. The works of Haller are, 1. Opuscula Botanica, Gottingen, 1749, in 4to ; 2. Historia Stirpium Helvetia indigenarum incoata, Berne, 1768, in three vols. folio; 3. Opera Minora, Lausanne, 1762-1768, in three vols. 4to ; 4. Elementa Physiologic, Lausanne, 1757-1766, in eight vols. 4to ; 5. Four Bibliothecce, con¬ taining chronological lists of every book of every age, coun¬ try, and language, which had come to his knowledge, re¬ specting medicine, with brief analyses and opinions sub¬ joined. Of these he published the Bibliotheca Botanica, Zurich, 1771 ; Bibliotheca Chirurgica, Berne, 1774; Bib¬ liotheca Anatomica, Zurich, 1774 and 1777, each in two vols. 4to; and the Bibliotheca Medicine Practice, Bale, 1776, in three vols. 4to. One of his earliest, and, in his opinion, one of his best works, was his leones Anatomicce, which he began to publish in 1743, in fasciculi or numbers, and which principally related to the blood-vessels in situ naturali. But the reputation of Haller rests chiefly on his ElementaPhys-iologice; a work which astonished the learned world by the excellence of its arrangement, the precision of the style, the immense detail into which the author enters on the structure of the parts, the profound discus¬ sion of all the opinions previously delivered as to their functions and uses, the exact and prodigiously numerous references to all those passages in authors where allusion was made to the smallest matters connected with the science, and the revolution it almost instantaneously ef¬ fected in physiology, owing to the substitution of induc¬ tion for hypothesis. The principle which pervades the work, and which is also the great discovery of the author, is that of irritability, considered as a force peculiar to the fleshy fibre, independently of sensibility properly so called, and distributed in a manner altogether different. HALLEY, Dr Edmund, an eminent astronomer, was the only son of a soap-boiler in London, and was born in 1656. He first applied himself to the study of the languages and sciences, but at length gave himself up wholly to that of as¬ tronomy. In 1676 he went to the island of St Helena to complete the catalogue of fixed stars, by the addition of those situated near the south pole ; and having delineated a planisphere, in which he laid them all down in their exact places, he returned to England in 1678. In the year 1680 he performed what is called the grand tour, accom¬ panied by his friend Mr Nelson. About half way between Calais and Paris, Halley obtained a sight of a remarkable comet, as it then appeared a second time that year, in its return from the sun. In the preceding November he had seen it in its descent; and now hastened to complete his observations by viewing it from the royal observatory of France. His design in this part of his tour was to es¬ tablish a friendly correspondence between the two astro¬ nomers royal of Greenwich and Paris, and in the mean time to improve himself under so great a master as Cas¬ sini. From France he proceeded to Italy, where he spent the greater part of the year 1681, and then returned to England. In 1683 he published his Theory of the Varia¬ tion of the Magnetical Compass, in which he supposes the whole globe of the earth to be a great magnet, with four magnetical poles or points of attraction; but afterwards ]20 HAL HAL Halliar. conceiving that this theory was liable to great exceptions, he caused an application to be made to King William, who appointed him commander of the Paramour, with orders to seek by observations the discovery of the rule of va¬ riations, and to lay down the longitudes and latitudes of his majesty’s settlements in America. He set out on this attempt on the 24th of November 1698; but on crossing the line his men grew sickly, and his lieutenant having mutinied, he returned home in June 1699. Having got the lieutenant tried and cashiered, he set sail a second time in September following, with the same ship, and an¬ other of less size, of which he had also the command. He now traversed the Atlantic Ocean from one hemi¬ sphere to the other; and having made his observations at St Helena, Brazil, Cape Yerd, Barbadoes, Madeira, the Canaries, the coast of Barbary, and in many other lati¬ tudes, he returned in September 1700, and the next year published a general chart, showing at one view the varia¬ tion of the compass in all those places. Captain Halley, as he was now called, had been at home little more than half a year, when he was sent by the king to observe the course of the tides, with the longitude and latitude of the principal headlands in the British Channel; and having executed this task with his usual expedition and accuracy, he published a large map of the British Channel. Soon afterwards the emperor of Germany having resolved to construct a harbour for shipping in the Adriatic, Captain Halley was sent by Queen Anne to survey the different ports on the coast of Dalmatia. He embarked on the 22d of November 1702, passed over to Holland, and tra¬ velling through Germany to Vienna, proceeded to Istria; but as the Dutch opposed the design, it was laid aside. The emperor, however, made him a present of a rich dia¬ mond ring from his finger, and honoured him with a let¬ ter of recommendation, written with his own hand, to Queen Anne. Soon after his return he was again dis¬ patched on the same business. Upon his arrival at Vienna he was the same evening presented to the emperor, who sent his chief engineer to attend him to Istria, where they repaired and added new fortifications to those of Trieste. Mr Halley returned to England in 1703; and the same year he was appointed professor of geometry in the uni¬ versity of Oxford, in the room of Dr Wallis, and had the degree of doctor of laws conferred on him by that univer¬ sity. He is said to have lost the professorship of astro¬ nomy in that university because he would not profess his belief of the Christian religion. He was scarcely settled at Oxford, when he began to translate into Latin from the Arabic, Apollonius de Sectione Rationis, and to restore the two books of the same author, De Sectione Spatii, which are lost, from the account given of them by Pap¬ pus; and he published the whole in 1706. He had after¬ wards a share in preparing for the press the Conics of Apollonius, and he ventured to supply the whole of the eighth book, the original of which is also lost. He likewise added Serenus on the section of the cylinder and cone, printed from the original Greek, with a Latin translation, and published the whole in folio. In 1713 he was made secretary of the Royal Society ; in 1720 he was appointed the king’s astronomer at the royal observatory at Green¬ wich, in the room of Mr Flamsteed; and in 1729 he was chosen as foreign member of the Academy of Sciences at Paris. He died at Greenwich in 1742. His principal works are, 1. Catalogus Stellarum Australium ; 2. Tabu¬ la Astronomicce; 3. An Abridgment of the Astronomy of Comets. We are also indebted to Halley for the pub¬ lication of several of the works of Sir Isaac Newton, who had a particular friendship for him, and to whom he fre¬ quently communicated his discoveries. HALLIAR, a district of Hindustan, in the province of Gujerat, extending along the eastern shore of the Gulf of Cutch. The general characteristic of this district is bar- Halm H renness, with particular spots in a high state of cultivation. || The ruler of the country has lately given orders to the halt! 1 zemindars to plant annually a certain number of mango ^ lstae * and other trees, in order to improve the appearance of the country. The princes themselves breed a number of horses and camels. The inhabitants never shoe their horses, yet they gallop at full speed over the worst ground ; and by such training their hoofs become as hard as the rocks over which they tread. The natives of this country have a practice of suspending rags on trees, which example being followed by others, the tree, according to the popular superstition, becomes consecrated, and is styled the Chintra Peer, or Ragged Saint. The country is possessed by independent native chiefs, who claim de¬ scent from Rawul, the youngest son of Rai Humeer, the sovereign of Cutch. This prince usurped the throne of his father, but was afterwards compelled to resign it to his brother, and leave the country. He crossed the Runn at Mallia, and finally established his headquarters at a village where Noanagur now stands. His followers in the course of a few years added to their possession two vil¬ lages, which received the name of Halliar, an appellation it still retains. HALMOTE, or Halimote, is identical with what is now called a court-baron, the word implying a meeting of the tenants of the same hall or manor. The name is still retained at Luston, and other places in Hereford¬ shire. HALMSTAD, a province in the south of Sweden, bounded by Gottenburg, Elfsborg, Jonkoping, and Krons- burg. It is mountainous in the eastern part, but to the west level and sandy. The soil is poor, stony, and ill cultivated, so that it is necessary to import one third of the corn required for food. The inhabitants subsist either by their dairies, or by the fisheries, which employ a great proportion of them. It is divided into four bailiwicks, in which are four towns and 3536 farming establishments, with 71,500 inhabitants. The capital is the city Halmstad, situated at the mouth of the river Nissa, by which it trades in deals, pitch, and tar. It contains a church, a stadthouse, 199 dwellings, and 1634 inhabitants. Long. 12. 46. 40. E. Lat. 56. 39. 45. N. HALO, or Corona, in Natural History, a coloured circle appearing round the body of the sun, moon, or any of the large stars. HALSTEAD, a market-town of the county of Essex, in the hundred of Hinchford, forty-six miles from Lon¬ don. The river Colne runs at the bottom of the town, from which the streets gently rise. It has a good corn- market on Friday, and once employed many persons in the woollen manufacture, which is now nearly extinct. There is a good foundation grammar-school, and the county bridewell is established in the town. The popu¬ lation amounted in 1801 to 3380, in 1811 to 3379, in 1821 to 3858, and in 1831 to 4637. HALTERISTiE, in Antiquity, a kind of players at discus, who were so denominated from a peculiar kind of discus, called by the Greeks aArjjg, and by the Latins halter. (See Discus.) Some conceive the discus to have been a leaden weight or ball which the vaulters bore in their hands, to secure and keep themselves the more steady in their leaping. Others think that the halter was a lump or mass of lead or stone, with a hole or handle fixed to it, by which it might be carried; and that the halteristae were those who exercised themselves in remov¬ ing these masses from place to place. Mercurialis, in his treatise De Arte Gymnastica (1. ii. c. 12), distinguishes two kinds of halterista: (for though there was but one halter, there were two ways of applying it) ; the one was to throw or pitch it in a certain manner; the other only HAM Ha; note to hold it out at arm’s-end, and in this posture to perform different motions, swinging the hand backwards and for- f jn' wards, according to the figures given by Mercurialis. The '■*’ halter was of a cylindrical figure, smaller in the middle, where it was held, by one diameter, than at the two ends. It was above a foot long, there was one for each hand, and it was either of iron, stone, or lead. Galen (De Tuend. Valetud. lib. i. v. and vi.) speaks of this exer¬ cise, and shows of what use it is in purging the body of peccant humours. HALYMOTE, properly signifies a holy or ecclesiasti¬ cal court. See Halmote. HALYS, the largest river of Asia Minor, which, accord¬ ing to Herodotus (i. 72), rose in the mountains of Armenia, and after flowing through that part of Cappadocia called Cilicia, separated the Matieni from the Phrygians, and then the Syrians of Cappadocia from the Paphlagonians. Strabo (xii. 546) says that it rises in Great Cappadocia, but towards Pontica, and the vicinity of the district Ca- misene ; it runs a great way from east to west, then turn¬ ing to the north, traverses the country of the Galatae and Paphlagonians. Pliny (vi. 2) makes it rise in Mount Taurus, and flow through Cataonia and Cappadocia. Both of these accounts are correct; for the Halys, now Kizil- Ermak, has two main branches, the one rising in the mountains of Taurus, and the other in those of Lesser Armenia. This river derived its name from some salt mines near which it flowed (Strab.), and, forming the boundary of the Median and Lydian empires in the times of Croesus, is connected with the ambiguous oracle which led to the destruction of that prince. Tournefort de¬ scribes it near its mouth as being as wide as the Seine at Paris. It has only one mouth, though modern maps give it several. HALYWERCFOLK, in old writers, were persons who enjoyed land, by the pious service of repairing some church, or defending a sepulchre. This word also signi¬ fied such persons in the diocese of Durham as held their lands by the tenure of defending the corpse of St Cuth- bert, and who thence claimed the privilege of not being forced to go out of the bishopric. HAM, or Cham, in Ancient Geography, the country of the Zuzims (Gen. xiv. 5), the situation of which is not known. Ham, the youngest son of Noah, was the father of Cush, Mizraim, Phut, and Canaan, each of whom had the several countries peopled by them. With respect to Ham, it is believed that he had all Africa for his inheritance, and that he peopled it with his children. As for himself, it is thought by some that he dwelt in Egypt; but Bas- nage is of opinion that neither Ham nor Mizraim ever were in Egypt, but that their posterity settled in that country, and called it by the name of their ancestors. And as to Ham’s being worshipped as a god, and called Jupiter Hammon, he thinks people maj' have been led into this mistake by the similitude of names; and that Jupiter Hammon or Ammon was the sun, to which divine honours were at all times paid in Egypt. However this may be, Africa is called the land of Ham in several places of the Psalms (Psal. Ixxvii. 51, civ. 23, cv. 22). In Plu¬ tarch, Egypt is called Chemia ; and there are some traces of the name of Ham or Cham observed in Psochemmis and Psittachemmis, which are cantons of Egypt. Ham, a Saxon word, used to signify a place of dwell- ing, a village or town; and hence the termination of some of our towns, Nottingham, Buckingham, and the like. A home, close, or little narrow meadow, is also denominated a ham. Ham is likewise part of the leg of an animal, being the inner or hind part of the knee, or the ply or angle in which the leg and thigh, when bent, incline to each other. VOL. xi. H AM 121 Ham, in Commerce, means a leg or thigh of pork, dried, Ham seasoned, and prepared, to make it keep, and to give it a II brisk agreeable flavour. Hamah. HAM AD AN, or Amadan, a city of Persia, in the pro- vince of Irak, which stands upon the site of the ancient Ec- batana. It was taken and destroyed by Timour or Tamer¬ lane, and has never recovered its former splendour. The wall, with the citadel, was entirely pulled down by order of the conqueror, and has never since been rebuilt. It was long one of the most flourishing and prosperous cities of the East, but had been for many years on the decline, when it received its final blow from Timour the Tartar, who sacked and pillaged it, destroyed its walls and finest buildings, and reduced it from being a great and opulent city to a heap of ruins. In that dismantled state it re¬ mained a mere clay-built suburb of what it had been ; but it possessed its iron gates, until within the last fifty years, when, by the orders of Aga Mahommed Khan, every ves¬ tige of its ancient greatness was destroyed. The mud alleys, which now occupy the site of ancient streets or squares, are narrow, interrupted by large hollows, and heaps of fallen crumbled walls of deserted dwellings. A miserable bazar is to be seen here and there in traversing the town; and large lonely spots, marked by broken low mounds, cover more ancient ruins. It is still a considerable place, however, and a known mart of trade between Ispa¬ han and Bagdad, and between the latter place and Tehe¬ ran, and is famed for the manufacture of leather, in which it carries on an extensive trade. Kinneir mentions that when he was in this place he was shown the tomb of Mor- decai and Esther, a circumstance which he considers as a proof of the antiquity of the place. The Persians them¬ selves say that it was the favourite summer residence of most of their sovereigns, from the days of Darius to those of Ghengis Khan. The situation is fine. Dur¬ ing eight months of the year the climate is delightful. But in winter the cold is excessive, and fuel is with difficul¬ ty procured. The surrounding plain is intersected by innumerable little streams, covered with gardens and vil¬ lages, and the vegetation is most luxuriant. It contains at present ten thousand meanly-built houses, and about forty or forty-five thousand inhabitants, amongst whom are about six hundred Jewish families, and nearly the same number of Armenians. Long. 40. E. Lat. 34. 53. N. HAMADRYADES (formed of a/*a, together, and dgvct(, dryad, from dgvs, oak), in Antiquity, certain fabulous dei¬ ties revered amongst the ancient heathens, and believed to preside over woods and forests, and to be enclosed un¬ der the bark of oaks. The Hamadryades were supposed to live and die with the trees which they were attached to, as is observed by Servius on Virgil (Eclog. x. ver. 62), after Mnesimachus, the scholiast of Apollonius, who mentions other traditions relating to the same subject. The poets, however, frequently confound the Hamadryades with the Naiads, Napseae, and rural nymphs in general. (See Ca¬ tullus, Carm. Ixviii.ver. 23; Ovid, Fast. iv. 229 ; Met. i. ver. 695, xiv. ver. 628; Propertius, Eleg. xx. 32; Virg. Eel. x. ver. 64; Georg, iv. ver. 382, 383.) Eestus calls them Querquetulance, as having issued or sprung from oaks. An ancient poet, Pherenicus (Athenaeus, lib. hi.), calls the vine, fig-tree, and other fruit-trees, hamadryades, from the name of their mother the oak. HAMAH, a flourishing town of Syria, situated on the Orontes, and generally supposed by some to be the an¬ cient Apamea; but, according to Dr Pococke, the ancient Epiphania. The celebrated Arabic historian Abulfeda was formerly prince of Hamah. The sheiks of the town still enjoy high consideration, and inhabit a splendid pa¬ lace. It is the only market for the Arabs, who roam over the desert between it and Tadmor; and it derives great Q 122 HAM Hamax- advantage from this trade. It is 62 miles south-south- obii west of Aleppo. Long. 37. 10. E. Lat. 34. 45. N. HAMAXOBII, Hamaxobians, in the ancient geogra- phy, a people who had no houses, but lived in carriages. The word is formed from a carriage or chariot, and /3/os, life. The Hamaxobii, called also Hamaxobitce, were an ancient people of Sarmatia Europaea, who inha¬ bited the southern part of Muscovy, and instead of houses, had a sort of tents made of leather, and fixed on carriages, to be ready for shifting and travel. HAMBLEDON, or Hambledown, a town in the county of Hants, in the division of Portsdown, sixty-four miles from London. It has a small market for corn, which is held on Mondays. As it is at the foot of the Southdown hills, the climate is considered as favourable for pulmo¬ nary patients. The population amounted in 1801 to 1358, in 1811 to 1495, in 1821 to 1886, and in 1831 to 2026. HAMBURG, a republican state in Germany, consist¬ ing of the city of that name, and of the territory around it, though some portions are encompassed by the dominions of Denmark and of Hanover. It has also, in union with the state of Lubeck, the bailiwick of Bergedorf, with the town of that name, containing 2000 inhabitants. The baili¬ wick of Ritzebuttel, of which Hamburg is the sovereign, contains the town of that name, and also Cruxhaven, and extends between the mouths of the rivers Elbe and We- ser, over about thirty-four square miles, and contains 4000 inhabitants. The city of Hamburg, one of the greatest emporiums of foreign commerce on the continent of Europe, is situat¬ ed on the north bank of the river Elbe, about seventy-five miles from its mouth, by which the larger class of mer¬ chant vessels can reach it with facility. It was strongly fortified both on the land and the river sides, but during the revolutionary wars its defences were found to require so large a garrison, that since peace has restored it to in¬ dependence, the walls have been converted into pleasant gardens and promenades. It has two lakes on its eastern side, the Great and Little Alster, on one of which a row of trees forms a pleasant walk, called the Junfersteign or Young Lady’s Walk, which is the scene of the recreation of the inhabitants, and on which are the best hotels of the city. The city, like other ancient towns, consists of narrow and crooked streets, of houses large, lofty, and gloomy, and of canals communicating with the river, by which the craft can convey goods from the ships on the river to the various stores of the merchants. None of the public build¬ ings display remarkable taste. The stadthouse is large and heavy ; and under it are those large wine-cellars be¬ longing to the city, which, before the French seized it, were filled with nearly 400 large casks, containing about sixty hogsheads each of Rhenish wine of all ages, from 160 to one year old. There are in Hamburg sixteen Lutheran, two Calvinist, and one Catholic church, besides chapels for the English, and for some small sects. St Michael’s church is the most striking, and has a tower 450 feet in height. The bank, the exchange, the admiralty, the house of industry, and other public buildings, are appropriated for their specific purposes, but exhibit nothing peculiar in their architecture. During the French possession, the military commandant compelled the city to construct a bridge across the Elbe, which is near seven miles in breadth, at avast expense; but upon recovering their independence, it was taken down, and the timber of which it was com¬ posed was sold. The intercourse with Harburg on the opposite bank is now maintained by means of barques, steam-boats, and other craft, which pass to and fro al¬ most hourly. The government of Hamburg resides in the senate, which is composed of thirty-six members, four of whom are termed burgomasters, four syndics, one the pro- HAM thonotary, one the keeper of the archives, and two secreta-Hambm ries. They are chosen by the body of the citizens, who for y> this purpose are formed into five divisions or classes. The administration of civil as well as of criminal law is confided to three graduated courts, with a power of appeal from the lower to the higher courts. The principles of the Roman law are acted upon in the several courts. The police is well regulated, and maintains what is called a city guard of 400. It maintains a regular military body of 1850 men, besides an organized corps of city militia. The revenue is derived from personal imposts on the different classes of burghers, and from tolls on foreign ships, and slight duties on importation, amounting to about L.150,000 yearly. The debt owing by the state is about L.650,000, but it is annually diminishing. The commerce of the city is carried on with other countries, both by Hamburg and foreign-built ships. The former, constructed in their own ship-yards, are com¬ monly well built, of great strength and burden, and gene¬ rally proceed to sea well equipped. Many of them repair to the Greenland fishery, and return with blubber, which is converted into oil at appropriate places on the verge of the city. Other Hamburg ships repair to America, Asia, and the Mediterranean. The greater part, however, of the ships that convey cargoes to Hamburg are foreigners; the largest number are British, next to them are the North American, and some are of almost every maritime country, all of whom have consuls to protect their several interests. From the position of Hamburg, near the mouth of a river navigable more than five hundred miles above its embouchure, it enjoys a prodigious internal trade. It is the necessary entrepot for a great part of Prussia, for the whole of the kingdom of Saxony, for Bohemia, and for several portions of other states in the interior of Ger¬ many. As these have no other channel of intercourse with the sea, they obtain their sugar, coffee, rice, tobacco, cotton, wine, rum, fruits, tea, besides articles of clothing, from the stores deposited in Hamburg. They export also through the same channel their corn, flax, linen yarn and cloths, wax, honey, rags, feathers, and the various pro¬ ducts of the soil. Thus in Hamburg, as in London, the commodities of every country, and of every climate, may at all times meet both purchasers and sellers. The manufacturing industry of Hamburg is likewise very considerable. It is exhibited in sugar refineries, in spin¬ ning-mills, hat-making, in linen, silk, and velvet weaving, in calico-printing, snuff and tobacco preparing, whalebone cutting, in making gold and silver articles, and in several other ways. The schools are conducted in a beneficial manner for the education and improvement of the inha¬ bitants. A gymnasium or high school, a kind of college, has five professors ; and the Johanneum, of the same kind, has one director and seventeen tutors, and both are well regulated, as are also the schools for the rudiments of learning. The institutions for the relief of poverty, sick¬ ness, and old age, are benevolently and economically sup¬ ported. There are both French and German theatres, and the gratifications of music and dancing are amply provided for. This city is situated in longitude 9. 46. 27. east, and latitude 53. 84. 32. north. The total number of the inhabitants amounted, in 1832, to 122,000 within the city. HAMEL, John Baptiste du, a very learned philoso¬ pher and writer, born at Vire in Normandy in 1624, was the son of an advocate esteemed for his knowledge, pro¬ bity, and conciliating spirit. He commenced his studies at Caen, and completed them at Paris. Flis progress in philosophy was rapid, and at eighteen he wrote a treatise, in which he explained the Spherics of Theodosius, to which was added a tract upon Trigonometry, designed as an introduction to astronomy. Natural philosophy, as then taught, was only a collection of vague, puzzling, and HAM HAM H ieln barren questions ; but Duhamel undertook to establish it ■j11 upon right principles, and with this view published his ] mi. Astronomia Physica. In 1666 Colbert having proposed to Louis XIV. a scheme, which was approved of by his ma¬ jesty, for establishing a Royal Academy of Sciences, Du¬ hamel was appointed perpetual secretary ; a situation for which he was eminently qualified, both by his acquire¬ ments and by his talent for managing the different parties into which that learned society was divided. Besides, he wrote in Latin with remarkable purity and elegance (a great advantage at a period when the French had not be¬ come an European language) ; and, by reason of this ac¬ complishment, he accompanied Colbert first to the con¬ gress of Aix-la-Chapelle, and afterwards to England, when his patron proceeded to that country in the capacity of French ambassador. He subsequently visited Holland, and then returned to France, where, between 1670 and 1673, he gave to the world the results of his observations, in three publications. Flis next production was a course of philosophy, which he composed for the use of the stu¬ dents in the College of Burgundy ; a work in which, if he did not exclude the ancient systems, the weakness and absurdity of which already began to be perceived, he at least combated their grosser errors, and succeeded in re¬ commending new truths, without in any degree involving himself in trouble by doing so. He then published a course of theology, which met with great success, and of which he was required to execute an abridgment for the use of the schools. But all his labours did not prevent him from assiduously attending the sittings of the Aca¬ demy, of which he was preparing a history : his zeal en¬ abled him to surmount all difficulties ; even the very infir¬ mities which announced his approaching dissolution could not abate his ardour for study ; and he was still meditating new undertakings, when death surprised him in the midst of his projects, on the 6th of August 1706, at the age of eighty. His principal works are, 1. Astronomia Physica, Paris, 1660, in 4to; 2. De Meteoris et Fossilibus, ibid. 1660, in 4to ; 3. De Consensu Veteris et Novae Philoso- phiae libri iv. Paris, 1663, in 4to ; 4. De Corporum Affec- tionibus, cum manifestis turn occultis, libri duo, Paris, 1670, in 12mo ; 5. De Mente Humana, libri iv. Paris, 1672, in 12mo; 6. De Corpore Animate, libri iv. Paris, 1673, in 12mo ; 7. Philosophia Vetus et Nova ad usum Scholae accommodata, Paris, 1678, in four vols. 12mo; 8. Theologia Speculatrix et Practica, Paris, 1691, in seven vols. 8vo; 9. Regiae Scientiarum Academiae Historia, Paris, 1698 and 1701, in 4to. Duhamel also translated into Latin the Traite des Droits de la Peine sur plusieurs Etats de la Monarchic d’Espagne of Bilain, Paris, 1667, in 4to. HAMELN, a city of the kingdom of Hanover, in the province of Kalenberg. It stands on the river Weser, where that stream receives the water of the Hamel. It is surrounded by walls scarcely defensible ; and the citadel of Fort George was destroyed by the French in 1806. It contains 674 houses, and 5454 inhabitants. There are some very large breweries, and several tanneries ; and some linen goods are also made. The navigation of the Weser was dangerous near this place, but the danger has been removed by the erection of new locks. HAMESECKEN, or Hamesucken. Burglary, or noc¬ turnal housebreaking, was, by the ancient English law, called Hamesecken, as it is in Scotland to this day. KAMI, a region of Central Asia, in Mongolia, situat¬ ed in the heart of the great desert of Gobi, and on the great caravan route to China, to whose jurisdiction it is subject. The soil is barren, and it contains only one city and a few villages. It produces, however, melons of an exquisite flavour. The inhabitants are Mohamme¬ dans. HAMILCAR Barcas, a Carthaginian general, the fa-B ther of Hannibal, of a family which pretended to trace v its descent to the ancient kings of Tyre, and which, from the warlike nature of its policy, was a favourite with the people. It was the eighteenth year of the first Punic war (247 b. c.), when Hamilcar was appointed to the com¬ mand of the Carthaginian forces in Sicily, from which they were nearly expelled. With his fleet he plundered the land of the Bruttii and Locrians, and then took up his station near Eryx, from which no power of the Ro¬ mans could dislodge him. For five years he continued to desolate the coast of Italy, and to dispute the posses¬ sion of Sicily, but his exertions were destined to prove of no avail. The fate of the war was decided without his intervention, in the naval engagement oft' the Insulae GEga- tes, and he had nothing but the humiliating duty to per¬ form of arranging with the Romans the terms on which peace would be granted. The Carthaginians were no sooner relieved from this critical position than they were threatened with a war of a still more alarming character. Their own mercenaries having assembled at Carthage to receive their arrears of pay, became clamorous and unreasonable in their demands, and at last proceeded to make open war on the country in whose defence they had been hitherto employed. Ha¬ milcar was again called into active service, and soon re¬ lieved his country from all fear of these leagued banditti. The insulting conduct of the Romans was keenly felt by Hamilcar, and the whole object of his life was now di¬ rected to find the means of taking vengeance on his proud foe. For this purpose he procured his appointment to the command of the troops in Spain, with the hope of uniting to his country the whole of the peninsula. Here he expected to find resources which would enable him to make a successful attack on the Romans; and during the course of nearly nine years he continued extending the dominions of the republic, and reducing many nations un¬ der the Carthaginian yoke. At last he fell in an engage¬ ment with the Vettones, 229 b. c., and his son-in-law Hasdrubal, succeeded to the command. (Polyb. ii. 1.) HAMILTON, a town of Scotland, in the county of Lanark. It is pleasantly situated upon the banks of the Clyde and Avon, near their confluence, in the midst of a highly fertile and cultivated district. The town ori¬ ginated in the fifteenth century,' under the protecting in¬ fluence of the lords of Hamilton, who constituted a place called the Orchard, between this point and the Clyde, the principal messuage of the barony, and which is still the chief seat of the Hamilton family. There may however have been a hamlet here prior to this transaction. In the vi¬ cinity was situated the church of the parish, which in 1451 was elevated to the dignity of a collegiate foundation. In 17l32, when anew church was built, the old one was almost entirely pulled down. East from the modern church, which occupies an eminence, and is an elegant structure, the pre¬ sent town of Hamilton has been reared. It consists of se¬ veral streets of well-built houses, somewhat irregularly dis¬ persed, but handsome in appearance. There is a neat town- house and a commodious market-place. Besides the parish church, there are four meeting-houses for dissenters. The weaving of cotton goods is here carried on to a consider¬ able extent; and there is also a good inland trade, Ha¬ milton being the capital of a populous agricultural district. It possesses two academies, three hospitals, and several other charitable institutions. The town is governed by a provost, three bailies, and eight councillors. The justices of peace hold regular courts ; and the town has a stamp-office, tax- office, and post-office. In the vicinity are spacious cavalry barracks, which are generally occupied. The great objects of attraction in this quarter are the palace of the Duke of Hamilton, and the surrounding pleasure-grounds. This 1 124 HAM Hamilton, magnificent mansion, which was rebuilt in the years 1695— v"'w 1696, is finely situated on a flat expanse of ground between the town and the river Clyde. It has recently been greatly modernized, and increased in size and accommodation. Se¬ veral of the rooms are large, particularly the gallery, which contains a splendid collection of pictures. Hamilton is si¬ tuated at the distance of about ten miles and a half from Glasgow, fifteen from Lanark, and thirty-six from Edin¬ burgh. The population amounted in 1821 to 6000, and in 1831 to 9513. Hamilton is attached to the Falkirk district of burghs in sending a member to parliament. Hamilton, Anthony, Count, was descended from a younger branch of the great family of Hamilton, and born in Ireland about the year 1646. His mother was sister of the Duke of Ormond, then viceroy of that country. The troubles of that period compelled his family to retire to France whilst he was only an infant, and he was brought up in the language and religion of that country. He made different visits to England in the reign of Charles II., but he was prevented from obtaining any public employment in consequence of his religious opinions, to which he con¬ stantly adhered. He received from James II. a regiment of infantry in Ireland; but when that monarch’s affairs be¬ came ruined, Count Hamilton accompanied him to France, which he never afterwards quitted. He was very much admired on account of his wit and politeness, as well as for the many estimable qualities of his heart. His writings are lively, yet his conversation was serious, and he perhaps indulged too much his propensity to satire. He died in the year 1720 in the seventy-fourth year of his age. The works of the Count, written in the French language, were printed in 1749, in six vols. 12mo., and consist of poems, fairy tales, and the Memoires de Grammont, the best of all his compositions. Of this production Voltaire remark¬ ed, “ It is of all books that in which the most slender gx-oundwork is set off with the gayest, most lively, and agreeable style.” A splendid edition, adorned with fine engravings from original portraits, was published by Lord Orford, at his own private press. Hamilton, George, Earl of Orkney, and a brave war¬ rior, was the fifth son of William earl of Selkirk, and early betook himself to the profession of arms. Being made co¬ lonel in 1689-1690, he distinguished himself by his bravery at the battle of the Boyne; and soon afterwards at those of Aghrim, Steinkirk, and Landen, and at the sieges of Athlone, Limerick, and Namur. His eminent services in Ireland and Flanders, tln-ough the whole course of the war, recommended him so highly to King William III. that, in 1696, he advanced him to the dignity of peer of Scot¬ land, by the title of Earl of Orkney ; and his lady, the sister of Edward Viscount Villiers, afterwards Earl of Jersey, had a grant made to her, under the great seal of Ireland, of almost all the private estates of King James, which were of any considerable value. Upon the accession of Queen Anne to the throne, he was promoted to the rank of major- general, and, in the year 1703, to that of lieutenant-ge¬ neral, and was likewise made knight of the Thistle. His lordship afterwards served under John duke of Marlbo¬ rough, and contributed by his bravery and conduct to the glorious victories of Blenheim and Malplaquet, and to the taking of several towns in Flanders. In the beginning of 1710, his lordship, as one of the sixteen peers of Scotland, voted for the impeachment of Dr Sacheverel; and the same year he was sworn of the privy council, and made general of infantry in Flanders. In 1712, he was appointed colo¬ nel of the royal regiment of fusileers, and served in Flan¬ ders under the Duke of Ormond. In 1714, he was made gentleman-extraordinary of the bed-chamber to King George I. and afterwards governor of Virginia. At length he was appointed constable, governor, and captain of Edinburgh Castle, lord-lieutenant of the county of Clydesdale, and H A M field-marshal. Fie died at his house in Albemarle Street Hamilto in the year 1737. ’'—■'vs Hamilton, John, the twenty-fourth bishop of St An¬ drews, to which he had been translated from Dunkeld. He was natural son of James, the first Earl of Arran, and was in great favour at court whilst his friends remained in power. He was one of Queen Mary’s privy council, and a steady friend of that unfortunate princess. He performed the ceremony of christening her son, and was at different times lord privy seal and lord treasurer. The queen had reason to lament her not following the advice of this pre¬ late, after the fatal battle of Langside, when he urged her not to trust her person in England. By the Earl of Mur¬ ray, the regent, he was declared a traitor, and obliged to seek shelter amongst his friends. But being unfortunately in the castle of Dumbarton when that fortress was taken by surprise, he was carried thence to Stirling, where, on the 1st of April 1570, he was executed, with the uncere¬ monious barbarity peculiar to the time. Hamilton, Robert, a distinguished mathematician, and author of several works on finance and political economy, was born at Edinburgh on the 11th of June 1743. Dr Ha¬ milton’s family was a branch of that of Preston, the eldest cadet of the ducal house of Hamilton. His grandfather was Dr William Hamilton, professor of divinity, and principal of the University of Edinburgh. His father was Gavin Ha¬ milton, an eminent publisher, and distinguished by his loy¬ alty to the House of Hanover during the rebellion in 1745, at which time he acted as chief magistrate of Edinburgh. His mother was Helen Balfour, daughter of James Bal¬ four, Esq. of Pilrig, and the subject of this notice was the eighth child. Like many other men who have distinguished themselves by the strength and vigour of their mental powers in after¬ life, Dr Hamilton was very delicate in his youth; yet though never robust, he lived to a very advanced age. This may in some degree be attributed to the great regularity of his life, and to his moderation in all things, and not a little to the admirable control under which he had brought every inclination and passion, being thus exempted from those violent emotions which wear out our mortal frames. His education was entirely conducted in Edinburgh; he was an excellent scholar, and gave complete satisfaction to his teachers, applying himself with diligence and success to the various branches of study usually taught in Scot¬ land. He appears to have had from his earliest years an earnest desire after every sort of learning; -and even late in life, when his professional duties and his studies in finance and political economy would have seemed more than enough to occupy all his time, he was able to keep himself acquaint¬ ed not only with all the discoveries of science, but also with the modern literature of his own and other countries. His habits and inclinations led him to desire to pass his life in literary pursuits; but the circumstances of his fa¬ ther’s numerous family obliged him to devote himself to mercantile business. To prepare himself for this, he spent some time in a banking-house in Edinburgh, a circum¬ stance which he doubtless regretted at the time, but which probably proved of the utmost value to him in after-life; for the accurate habits of business he then acquired were never lost, but were most useful to himself and to others on many occasions, and perhaps even laid the foundation of his work on finance. Whilst a clerk in the banking- house he pursued his studies as far as his leisure permitted. He and some of his companions formed themselves into a literary society, which subsisted for several seasons, and eventually gave rise to the Speculative. Lord Kaimes was at that time the leading literary man in Edinburgh, and Dr Hamilton became personally ac-' quainted with him, in a manner equally creditable to both. He had written an anonymous criticism on one of Lord HAM HAM 125 on. Kaimes’s works, with which his lordship was so much The first work which Dr Hamilton gave to the public Hamilton. —' pleased that he expressed an anxious wish to become ac- was his Merchandise, the first edition of which appeared — quainted with the author. He was with some difficulty in 1777. It has gone through many editions, the last of persuaded to reveal himself, and Lord Kaimes expressed which, not long before his death, was, with the author’s ap- much surprise at the youth of his able critic. He gave probation, edited by Mr E. Johnstone of Edinburgh. In him a general invitation to his house, then the resort of all 1790, he printed, for the use of his pupils, a set of mathe- the literary characters of the day, which proved to him a matical tables, which were reprinted with great accuracy source both of pleasure and improvement. and care in 1807. The labour of preparing and correct- The life of a man devoted to literary pursuits rarely ing such tables for the press is most irksome, and every furnishes much matter for the biographer, and that of Dr student of mathematics can well appreciate their value. In Hamilton is unusually devoid of incident. In the year 1796 he published his Arithmetic, which has gone through 1766 the mathematical chair in Marischal College, Aber- several editions ; and in 1800 he published, for the use of deen, became vacant by the death of Professor Stewart, his pupils, Heads of a Course of Mathematics. These are Although only twenty-three years of age, Dr Hamilton’s his published works on what may be called professional friends were so well aware of his talents and acquirements, subjects. It is known that he also prepared a work of con- that they prevailed upon him, against his own inclination, siderable extent on Practical Astronomy ; but no trace of to become a candidate. He was not successful; but the it was found among his papers after his decease, appearance which he made at the various examinations did In 1790 he published anonymously, an Essay on Peace him great credit. Two of his rivals were men of great and War. The object of this work was to show the trifling eminence, viz. Dr Trail, who obtained the chair, but after grounds on which wars are often undertaken, and how a short period resigned it, and entered the English church seldom, at least comparatively speaking, the avowed ob- (his high attainments in mathematics appear from his life ject for which they were undertaken has been attained, of Simpson) ; and Professor Playfair, whose name deserv- even by their successful termination; and the inadequacy edly ranks amongst the greatest of whom Scotland can of the advantages which are obtained to compensate fox- boast. An account of the comparative trial has been pre- the expenditure of blood and treasure necessarily incurred, served, by which it appears that the questions embraced But Dr Hamilton’s most important work, the publication almost every branch of mathematics; and the sum of the of which places him amongst the greatest benefactors to merits of the candidates is thus stated, Trail 126, Hamil- his country, appeared in 1813, under the title of an Inquiry ton 119, Playfair 90, Fullarton 58, Stewart 47, Douglas 16. concerning the Rise and Progress, the Redemption and The talent he displayed on this occasion was not forgotten, Present State, and the Management, of the National Debt and eventually led to his obtaining the situation of which of Great Britain. Up to the period of the appearance of he was at this time disappointed. this work, the efficacy of the Sinking Fund system was On his return from Aberdeen he entered into partner- received by all parties almost as an axiom. It was brought ship with his father in a paper-mill near Edinburgh ; but forward for the public advantage by Mr Pitt, with perfect his father died soon afterwards, and as the management of good faith; and it continued to be acted upon by his suc- this concern was wholly foreign to his habits and inclina- cessoi-s, without being called in question even by political tions, he took the first opportunity of placing himself in a antagonists. Dr Hamilton’s work at once showed the un- more congenial situation, and in 1769 obtained the rector- soundness of the whole system, and that so clearly, that ship of the academy of Perth. In 1771 he married Anne, soon after its publication it would have been difficult to daughter of Alexander Mitchell, Esq. of Ladath, who died find any one who would defend the plans so long pursued, in 1778, leaving him three daughters, who still survive. The work immediately attracted notice in all quarters, and In 1779 he was appointed by the crown to the chair of though the readers of such books are not very numerous, Natural Philosophy in Marischal College, Aberdeen. At it passed through three editions in a few years. But to the same time that Dr Hamilton received this appointment, the author the most satisfactory approval was that which Dr Copland obtained that of professor of Mathematics, he received from the gradual but complete adoption of his They taught their respective classes for one session; but principles by the British government. It is not a little each feeling the subject, allotted to the other to be more remarkable, that no one ever attempted fairly to refute his congenial to his talents, they agreed to exchange classes; work, although many able men had every inducement to and in future Dr Hamilton taught mathematics, and Dr do so if they could. Every thing connected with the fund Copland natural philosophy; an arrangement which was as was so enveloped in technical jargon, that, to all but the beneficial to the students, and acceptable to the University, initiated, they were an unintelligible mystery. Dr Hamil- as it was agreeable to the two professors. ton divested the subject of this encumbrance ; he gave a In this situation Dr Hamilton remained till the close of distinct detail of the progress of our debt, explaining the his life, although much pressed by some of his friends, at origin and nature of the different stocks in plain and simple least on one occasion, to remove to what they considered a language. wider field of usefulness, by accepting a chair in another He commences his work by laying down twelve general university. In 1782 he married Jane, daughter of James principles of finance, each of which is so incontrovertible, Morison, Esq. of Elsick. In 1814, finding the duty of as hardly to require the support of argument. The second teaching his three mathematical classes rather too much part of it is occupied by the history of our debt, and the for him, he was allowed by the Senatus to employ an as- different plans proposed or adopted for its discharge, and sistant. His choice fell on Mr, now Professor Cruickshank, their operation ; and the third part is devoted to the appli- who was soon afterwards appointed by the patrons to be cation of the twelve principles to these schemes, and an also his successor; Dr Hamilton himself at the same time examination of the different methods adopted in conducting being regularly inducted into the chair of mathematics, the our financial concerns. The scope of the whole work may classes of which he had so long taught. In 1825 he had be summed up in two plain statements: first, that, as with the misfortune to lose his second wife, by whom he had no private individuals, so with nations, the only really effectual family, and from that period he withdrew very much from sinking fund is a surplus of income over expenditure, and his active employments and from general society, and spent therefore that no nation whose finances are managed on most of his time at his country house, where he expired opposite principles can avoid ruin in the end, however skil- on t‘le 14th of July 1829, in the eighty-seventh year of his fully its affairs may be conducted ; secondly, that to raise a£e* money at a low nominal rate of interest, by promising to 126 HAM Hamilton, repay a larger sum than is received, is a trifling advantage at first, but incurs a large certain loss on redemption of the debt. These appear so self-evident that it might have been thought a waste of time to prove them, had not long and fatal experience shown that they were neither believed nor acted upon by those men who conducted the finances of the nation. Now, however, they are universally admitted, and no financier of the present day is found bold enough to propose the redemption of our national debt by any other means than keeping the income above the expenditure. In 1822, Dr Hamilton published a small pamphlet on the Poor Laws; a subject by which he was deeply inter¬ ested. This pamphlet contains a brief but distinct expo¬ sition of the principles on which relief to the poor ought to be afforded in a Christian country. It had probably little circulation beyond the town of Aberdeen, as great part of it is occupied by local details; but the publication of it may fairly be considered as having at least for a num¬ ber of years delayed the infliction of poor-rates on that city. The last work of Dr Hamilton’s which was given to the public is entitled The Progress of Society ; this was left by the author ready for the press. He had been occupied in the preparation of it for many years, and continued to correct it till within a few days of his death. It consists of twenty-one essays on different branches of political eco¬ nomy, published at a time (1830) when the minds of all thinking men in this country were directed to those most momentous political changes which absorbed the public attention, to the almost total exclusion of every other sub- ject. This work attracted less attention than his National Debt. It is written in his usual plain and perspicuous style, and his deductions from admitted facts appear to be in general incontrovertible, though they lead at times to conclusions widely different indeed from those of most modern writers on political economy. But when the time shall come that a greater number of fixed principles on political eco¬ nomy shall be established, and the subject shall thus be brought in truth to be a science, then it is expected that this work will be found to contain more sound doctrine than most of its precursors. Much of the author’s bene¬ volence appears in its pages, and of his desire for the ge¬ neral good, and not that of particular classes of society. The whole is pervaded by his favourite doctrine, that the object of government should be the moral good, and not the wealth or the grandeur, of a people. In 1831 Dr Ha¬ milton’s family reprinted privately his Essay on Peace and War, which had become very scarce, as well as that on the Poor Laws, omitting the local details; and to these were added an unfinished fragment of an essay on Go¬ vernment. It cannot now be ascertained at what time it was written ; but probably it was during the progress of the French Revolution, of which Dr Hamilton always spoke in terms of the strongest reprobation. In 1814 Dr Ha¬ milton was elected one of the three judges for awarding the Burnet prize, for the best essay on the Being of a God. The lai’ge amount of the prizes (L.1200 and L.400) at¬ tracted many competitors, and rendered the duty of the judges laborious. Dr Hamilton applied himself to the work with his wonted care, and wrote out a full abstract of each of the fifty treatises, to enable him to come to a right de¬ cision on their respective merits ; a labour which occupied many hours a day for several months. His work of finance brought him into correspondence with several of the leading members of both houses of par¬ liament, and also with some foreign economists who were interested in the subject, particularly J. B. Say, who notices the Inquiry in terms of strong commendation, in his Traite de VEconomic Politique (vol. ii. p. 381). He was also frequently consulted on mathematical ques¬ tions by his former pupils; and as he never ceased to feel HAM an interest in their progress through life, so he had much Hami pleasure in assisting them when in his power, as many still remember with gratitude. In like manner, his advice was sought and obtained as to the various schemes for equa¬ lizing weights and measures, for supplying the town of Aberdeen with water, for calculating the invaluable fund for the widows of the clergy of the church of Scotland, and a similar institution for the widows of advocates in Aberdeen. To the management of the poor’s funds, and the various charitable institutions in Aberdeen, and of the funds of the college of which he was a member, much of his time and attention were devoted. He was never idle, and all his talents were ever ready to be employed for the service of those who required them. Dr Hamilton’s personal appearance was striking : he was naturally tall and thin, but with a considerable stoop, which increased with his years: his countenance was mild and very intelligent, often with a certain air of abstraction ; but when animated, as it often was, particularly in conversation, it was remarkably expressive. His habits and pleasures were completely domestic, and he enjoyed the society of his friends with the keenest relish. For many years he made annually a tour to some part or other of Britain, and at the age of seventy-eight visited the Low Countries and the north of France. From these tours he acquired much information of immediate use to his studies on political eco¬ nomy, and he was in the habit of noting down every day whatever came before him worthy of remembrance. In pursuing his studies he followed a similar plan, rarely reading a work of importance without committing to writ¬ ing his remarks upon it; and the result was, that he pos¬ sessed a fund of solid information rarely to be met with. His natural diffidence prevented his displaying his resour¬ ces in general society, where he was more anxious to hear than to speak; but in the circle of his intimate friends his conversation was in the highest degree pleasing and in¬ structive. Flis favourite relaxation was the cultivation of flowers, a taste in perfect unison with the simplicity of his whole character. Dr Hamilton was no party man, although he was often unjustly regarded as such. He used his strong powers of mind to judge of public measures by their own merits, without regard to party ; and it is pleasing to remark the gentleness and candour with which in his works he ani¬ madverts on those from whose opinions and principles he dissents. It is not necessary to add much on his private character; he was full of benevolence, active as well as speculative. Amongst his papers were found “ Regulations for his future conduct,” drawn up at the early age of twenty-two ; and on reviewing the long course of his subsequent life, it is clear that he never lost sight of the high standard which he had then proposed for himself. His piety was always sincere, though unostentatious; it became more and more fervent as his earthly career approached its termination; and for some time previous to his decease, it was his practice to retire to his closet three times a day for private devotion. His faculties continued unimpaired to the last, and his end was perfect peace. Soon after his death a subscription was proposed, to erect a monument to his memory ; and so ge¬ neral was the respect entertained for him, that a large sum was immediately raised. The monument has been lately erected in the burying-ground of St Nicholas, Aberdeen, not far from his grave. It consists of a solid basement, six feet high, on which are placed four fluted Doric columns, each of one block of granite, supporting an entablature of the same order, above which rises a low roof. Under this roof stands an urn, and on the last side of the basement is a tablet with the following inscription: Memorise Sacrum Roberti Hamilton, LL.D. In Academia Mariscallana HAM et Mathesis Professoris, Qui XIV. die Julii A. D. MDCCCXXIX. er- et aetatis suse LXXXVII. obiit. '• Gives, Amici, et Discipuli, Hoc Monumentum posuere. The height of the whole structure is twenty-one feet six inches. The design is correctly classical, and the execu¬ tion of it is the best specimen we have seen of any mo¬ dern work in granite. HAMLET, Hamel, or Hampsel (from the Saxon ham, domus, and the German let, membrum), signifies a little village, or part of a village or parish. According to Spel- man, there is a difference between villam integrant, villam dimidiam, and hamletam, which, according to Stow, means the seat of a freeholder. Several county-towns have ham¬ lets, as there may be several hamlets in a parish ; and some particular places may be out of a town or hamlet, though not out of the county. Hamlet, a prince celebrated in the annals of Den¬ mark, and whose name has been rendered familiar in this country, by forming the subject of one of the noblest tragedies of Shakspeare. Adjoining to a royal palace, which stands about half a mile from that of Cronberg, in Elsineur, is a garden, which, Mr Coxe informs us, is called Hamlet’s Garden, and, according to tradition, is the very spot where the murder of his father was perpetrated. The house is of modern date, and is situated at the foot of a sandy ridge near the sea. The garden occupies the side of the hill, and is laid out in terraces rising one above another. Elsineur is the scene of Shakspeare’s Hamlet; and the original history from which our poet derived the principal incidents of his play is founded upon facts, but so deeply buried in remote antiquity, that it is difficult to dis¬ criminate truth from fable. Saxo Grammaticus, who flou¬ rished in the twelfth century, is the earliest histoi’ian of Denmark who relates the adventures of Hamlet. His ac¬ count is extracted, and much altered, by Bellefbrest, a French author, an English translation of whose romance was published under the title of the Historye of Hamblet; and from this translation Shakspeare formed the ground¬ work of his play, though with many alterations and addi¬ tions. HAMMER, a well-known tool used by mechanics, con¬ sisting of an iron head fixed crosswise upon a handle of wood. There are several sorts of hammers used by black¬ smiths ; as, first, the hand-hammer, which is of such weight that it may be wielded or governed with one hand at the anvil; second, the up-hand sledge, used with both hands, and seldom lifted above the head ; third, the about-sledge, which is the biggest hammer of all, and held by both hands at the farthest end of the handle, and being swung at arms’ length over the head, is made to fall upon the work with as heavy a blow as possible. There is also another hammer used by smiths, called a riveting hammer, which is the smallest of all, and is seldom used at the forge unless upon small work. Carpenters and joiners have likewise ham¬ mers accommodated to their several purposes. HAMMERING, the act of beating or extending and fashioning a body under the hammer. When this opera¬ tion is performed on iron heated for the purpose, it is usu¬ ally called forging. Hammering, in coining. A piece of money or a medal is said to be hammered when struck, and the impression given, with a hammer, and not with a mill. HAMMERSMITH, a large village, a part of the parish of Fulham, in the hundred of Ossulton, in the county of Middlesex. It is about three or four miles from the capital; but from thence to the end of it are continued streets, which make it a kind of prolongation of the metropolis. It stands on the Thames, on whose banks, within this district, are many beautiful villas and splendid houses. There is HAM 127 an establishment for the education of young ladies of the Hammock Roman Catholic church, amongst whom are some professed II nuns. There are also a great number of other boarding Hammond, schools of various classes. There is a chapel in the centre of the village, of the established religion, and several for both Catholic and Protestant dissenters. The population amounted in 1801 to 5600, in 1811 to 7393, in 1821 to 8809, and in 1831 to 10,222. HAMMOCK, or Hamac, a kind of hanging bed, sus¬ pended between two trees, posts, hooks, or the like, and much used throughout the West Indies, as also on board of ships. HAMMOND, Henry, one of the most learned English divines of the seventeenth century, was born in 1605. He studied at Oxford, in 1629 entered into holy orders, and in 1633 was inducted into the rectory of Penshurst in Kent. In 1643 he was made archdeacon of Chichester ; and in the beginning of 1645 he was appointed one of the canons of Christ Church, Oxford, and chaplain in ordinary to King Charles I. who was then in that city. Fie was also chosen public orator of the university. In 1647 he attended the king in his confinement at Woodburn, Cavesham, Hamp- ton-Court, and the Isle of Wight, where he continued till his majesty’s attendants were again dismissed. He then returned to Oxford, where he was chosen sub-dean ; and continued there till the parliamentary visitors first ejected him, and then imprisoned him for several weeks in a pri¬ vate house in Oxford. During this confinement he began his Annotations on the New Testament. At the beginning of the year 1660, when every thing visibly tended towards the restoration of the royal family, Dr Hammond was de¬ sired by the bishops to repair to London to assist there in composing the breaches of the church, his station in which was designed to be that of Bishop of Worcester ; but on the 4th of April he was seized with a fit of the stone, of which he died on the 25th of that month, at the age of fifty-five. Besides the above work, he wrote many others ; all of which have been published together in four volumes folio. Hammond, Anthony, an English poet, descended from a good family of Somersham Place, in Huntingdonshire, was born in 1668. After having received a liberal educa¬ tion at St John’s College, Cambridge, he was chosen mem¬ ber of parliament, soon distinguished himself as a fine speaker, and became a commissioner of the royal navy, which place, however, he quitted in 1712. He published a miscellany of original poems by the most eminent hands, in which himself, as appears by the poems marked with his own name, had no inconsiderable share. He also wrote the life of Walter Moyle, prefixed to his works, and died about the year 1726. Hammond, James, known to the world by the Love- Elegies, which, some years after his death, were published by the Earl of Chesterfield, was the son of Anthony Ham¬ mond above mentioned, and was preferred to a place about the person of the late Prince of Wales, which he held till an unfortunate accident deprived him of his senses. The cause of this calamity was a passion he entertained for a lady, who did not return it; upon which he wrote those love-elegies that have been so much celebrated for their tenderness. The editor observes, that he composed them before he was twenty-one years of age ; a period when fancy and imagination are apt to run riot at the expense of judgment and correctness. He was as sincere in his love as in his friendship ; and wrote to his mistress, as he spoke to his friends, nothing but the genuine sentiments of his heart. Tibullus seems to have been the model our author judiciously preferred to Ovid ; the former wrote directly from the heart to the heart, the latter too often addressed himself to the imagination. Mr Hammond died in the year 1743, at Stow, the seat of Lord Cobham, who, as well as 128 HAM Ham- the Earl of Chesterfield, honoured him with a particular Tsklld intimacy* Hammond’s Islands, several small islands in the South Hamp- Eacific Ocean, forming part of Solomon’s Islands. Long, shire. 157. 5. E. Lat. 8. 46. S. HAMPDEN, John, a celebrated patriot, descended of the ancient family of Hampden in Buckinghamshire, was born in 1594. On leaving the university he entered the inns of court, where he made considerable progress in the study of the law. He was chosen to serve in the parliament which assembled at Westminster on the 5th of February 1626, and served in all the succeeding parlia¬ ments in the reign of Charles I. In 1636 he became uni¬ versally known by his intrepid refusal to pay ship-money, as an illegal tax. Upon this he was prosecuted, and his conduct throughout the transaction gained him great re¬ putation. When the Long Parliament began, the eyes of all men were fixed on him as the father of his country. On the 3d of January 1642, the king ordered articles of high treason and other misdemeanours to be prepared against Lord Kimbolton, Mr Hampden, and four other members of the House of Commons, and went to that house to seize them; but they had retired. Mr Hamp¬ den afterwards made a speech in the house to clear him¬ self of the charge brought against him. In the beginning of the civil war he commanded a regiment of foot, and did good service to the parliament at the battle of Edgehill. But he received a mortal wound in an engagement with Prince Rupert, in Chalgrave-field in Oxfordshire, and died in 1643. He is said to have possessed in a high degree the Socratic art of interrogating, and, under the notion of doubts, insinuating objections, so that he infused his own opinions into those from whom he pretended to learn and receive them. According to his panegyrists, he was a very wise man, and had the greatest talents for gaining popular influence that were ever possessed by any man. He was master of all his appetites and passions, and had thereby a very great ascendency over other men. He was also of an industry and vigilance never to be tired out, of parts not to be imposed upon by the most subtile, and of courage equal to his talents. (See Life of Hamp¬ den, by Lord Nugent, and more particularly the critique on that work in the Edinburgh Review.) HAMPSHIRE, or, as it is sometimes called, the county of Southampton, or of Hants, a shire of England, on the British Channel. It is bounded on the east by Surrey and Sussex, on the north by Berkshire, on the west by Wilt¬ shire and Dorsetshire, and on the south by the sea. Its extreme length is fifty-five miles, but, owing to a projection at its south-west extremity, its mean length is not more than forty-four miles, and its breadth thirty-nine miles. Its area, including the Isle of Wight, which is at the extreme points twenty-three miles long and thirteen broad, is 1645 square miles, or 1,052,800 statute acres. The whole population amounted in 1801 to 219,656, in 1811 to 245,080, in 1821 to 283,208, and in 1831 to 314,700. It appears, by the registers of burials, that the deaths between 1801 and 1811, were one in forty-six of the whole number of inhabitants, that from 1811 to 1821 they were one in fifty-four, and from 1821 to 1831, not¬ withstanding an increase of mortality by the cholera, they were only one in fifty-six; thus a great and regular increase ot the longevity of the population has become apparent. 4 he occupations, at the last census, were as follow: Occu¬ piers of land employing labourers, 2774; occupiers of land not employing labourers, 1234; labourers employed in agriculture, 24,675; persons employed in manufactures, 292; employed in retail trade or handicraft, 23,164; capi¬ talists, bankers, and others, 3784 ; labourers not agricultu¬ ral, 10,348; other males twenty years of age, 10,348; male servants, 3295; female servants, 12,724. HAM As a whole, few counties in England are superior to this, Ha®, or have a less proportion of uncultivated land. But at the SQ western extremity, bordering on Dorsetshire, a small por- tion of sandy heath is scarcely productive of any thing but pasture for sheep, or honey. A considerable tract, extending from Winchester to the northern extremity of the coun¬ ty, is down land, principally used for sheep-pasture, but, when brought under the plough, is very fertile in barley, turnips, clover, and sainfoin. Another portion is forest land, including the New Forest of about 92,000 acres, but within whose boundary a great part of the land is highly cultivated, and very fertile. The abundance of timber trees of large dimensions, the open glades between, and the variety of foliage, as well of the trees as of the under¬ wood, render the scenery of the district highly delightful. The oaks are the principal beauty of this forest; they do not grow to a great height, but swell to large dimensions in the trunk, and shoot out strong crooked branches, which give them a very picturesque appearance, and add to their value as naval timber, by being well adapted to be used as knees for ships of the largest size. The beech trees also grow to a very great size, and contribute to the beauty as well as the profits of the forest. The other forests are Alice, Holt, and Woolmer, extending over about 15,500 acres, of which nearly one half belongs to the crown, and affords excellent oak timber; and Bere Forest, of 16,000 acres, whose timber has been much neglected. In these forests there are abundance of deer belonging to the crown, some of which are annually killed, and distributed, accord¬ ing to ancient prescription, to the various officers of the government and the royal household. The greater part of the county is enclosed, and even the down lands are so in a great measure. The principal rivers are the Itchen, which forms a part of the estuary of Southampton Water; the Avon, which falls into the sea at Christchurch Bay; the Boldre, which empties itself at Lymington. The Anton, which falls into the Tees, receives many small brooks before it reaches Southampton, where it is lost in that arm of the sea. The canals of the county are but two. The Bassingstoke was begun in 1778, to communicate between that town and London. It is thirty-seven miles in length, and terminates near Guildford, in the river Wey, which falls into the Thames. It passes through a tunnel, near three quarters of a mile in length, under Grewell Hill, near Odiham. This canal was not completed till 1794, when it had cost L.100,000; and the tolls are not yet sufficient to pay the interest. The Andover Canal was begun in 1789 at that town, and terminates at Redbridge; and is useful to con¬ vey coals and other heavy commodities to the centre of the county. The soil of this county is very various, but, in almost every part, it rests on a calcareous subsoil. The uplands are generally appropriated to breeding sheep, and hence the culture of turnips has been much extended. After the turnips are fed on the land, barley is usually sown, and with it clover, or other artificial grass-seeds. To the clo¬ ver succeeds sometimes wheat or oats, and, when the land is somewhat heavier in texture, occasionally beans; but in few parts of England are the rotations of crops more diver¬ sified. The average produce of corn on these high lands is not more than sixteen bushels of wheat, twenty-two of barley, and twenty-four of oats to the acre. The plough¬ ing is almost universally performed by horses, which are of a very excellent race. On much of the stiffer lands four of these strong horses are thought necessary; but on lighter lands, and with a single-wheeled plough, sometimes two or three are used, and very rarely are harnessed abreast of each other. On the higher lands, the hay for winter consumption is generally made from sainfoin, a plant which peculiarly flourishes when the subsoil is calcareous. It is HAM lau laid down with much care in extirpating all weeds, and every shir other description of grasses, and will usually continue for "V " ten years to be fit for mowing; and on some soils it has been found to last even twenty years, and yield abundant crops of hay. There is no part of England in which this valua¬ ble grass is so w’ell or so extensively cultivated. The corn lands on the lower levels of the county are much more productive ; but on those districts they have no occasion for sainfoin, and scarcely for clover, as their rich water meadows supply them with a sufficiency of hay. Some of these meadows are perhaps the most valuable of any lands in this island, and are managed with great skill and attention. Where a rapid stream of water can be passed over them during the whole winter, it seldom be¬ comes frozen ; and the grasses grow during the cold wea¬ ther, so as to be fit for pasture at an early period in the spring, before any traces of vegetation appear in the sur¬ rounding fields. This young grass is a provision for the sheep, when no other green food is to be found, and sup¬ plies them to the beginning of May, when it is laid up, and in six or eight weeks it is fit to be mowed, and yields most abundant quantities of hay. There is much of this valuable description of land in the fertile valley that ex¬ tends from Overton to Redbridge, by Stockbridge. In the eastern part of the county, bordering on Surrey, there are extensive hop plantations, the produce of which is equal in flavour to those in the adjoining villages of that country near Farnham. The original race of Hampshire sheep were white faced, with horns; but these have been so often crossed with other races, that few of an unmixed breed are left. Most of the flocks now are of the Southdown kind ; they are found to be more beneficial, both on account of the supe¬ rior quality of their wool, and the tendency to fatten with a less quantity of food than any others. The cows are not much attended to, and are not generally of the best kind. The introduction of the Welsh breed has made some improvement, but there is room for much more. The breeding and fattening of pigs has long been a most important part of Hampshire husbandry. The bacon from them is the principal animal food of the rural inhabitants. In the vicinity of the forests they are fed on acorns and beech-mast; and those so fattened are considered as the best, either as pickled pork, or when converted into ba¬ con. The average weight of these animals, when deem¬ ed fit for slaughter, is about 440 or 450 pounds, but many of them weigh 800 pounds. The manufactures of this county are neither numerous nor extensive, except those carried on at Portsmouth, for warlike purposes. Besides the ship-building in the royal yard, there are many vessels, both for war and trade, built on the river Itchen at Buckler’s Hard, on the river Boldre, and on the banks of Southampton Water. The manufacturing of their woollen goods upon a small scale is carried on at Andover, Romsey, Alton, and Basingstoke. Paper is made at Romsey and at Overton. The mills at the latter place have supplied the whole of the thin paper used by the Bank of England for their notes, ever since the reign of George I. Ringwood has been long celebrated for the excellence of the strong beer brewed there, but the quantity has declined of late years. On the sea-shore at Lymington, and on the island of Hayling, near Havant, some salt is made by the evaporation of sea-water. The quantity depends on the degree of heat which prevails during the summer season, as the first part of the process of evaporation is performed by the heat of the sun alone ; the brine is afterwards conveyed to iron pans, and the process completed by artificial heat, which, as coals, the only fuel, are dear, makes the whole expensive, and pre¬ vents the proprietors from competing with the northern manufacturers of salt. VOL. XI. HAM 12!) The foreign commerce of the county is inconsiderable. Hamp- Many merchant ships repair to Portsmouth with stores shire, for the naval arsenal; and, in time of war, many prizes are carried thither for sale, which creates some extensive trade. Southampton imports much wine from Portugal, which, before the introduction of the bonding system, used to be deposited in the islands of Guernsey and Jer¬ sey, to save the interest upon the amount of the duties. At Christ-church there are a few vessels fitted for the Newfoundland fishery. The most populous town in the county is Portsmouth, which, with its adjuncts, Portsea and Gosport, with the adjacent villages, contains between fifty and sixty thou¬ sand inhabitants. The far greater part of these are the families of officers of the navy, army, and marines, and of the arsenal, with the various artificers. The harbour of Portsmouth is perhaps one of the best in the world. Its entrance is narrow, and therefore easily defended. The approach to that entrance is defended by batteries, that can rake any ship before it reaches the fire of the castles, at the two narrowest points. The depth of water is sufficient for the largest ships, and the interior spreads out into an extensive basin of still water, in which there is room for all the British fleet to anchor. The sys¬ tem of building no ships of war in private yards has much increased the number of artificers of every description. The mast-making, anchor-making, cable-making, and par¬ ticularly the making of blocks, are all conducted within the walls of the arsenal, which, as a whole, is a most as¬ tonishing combination of vast powers simply and econo¬ mically directed to naval purposes. The gun-wharf, vic¬ tualling office, the king’s mill, and many other public buildings, merit rather a detailed description than such brief notices as our limits allow. One of the finest objects depending on the naval establishment is the hospital for sick and wounded seamen at Haslar. It is 567 feet in length. It is divided into 100 wards, each sixty feet long and twenty-four broad, calculated to receive twenty pa¬ tients, with apartments adjoining for nurses and atten¬ dants. Southampton is celebrated for the beauty of its envi¬ rons, the elegance of the streets and buildings, and the purity and salubrity of its air ; and it is much frequented for salt-water bathing, as well as on account of a cha¬ lybeate spring of considerable repute. In the' summer season it is a place of fashionable resort to those who wish to enjoy rides amongst the pleasing scenery of the New Forest. Winchester, a city of ancient date, has fallen into de¬ cay, and now depends on its being the county town, the see of the bishop of an extensive diocese, the station of his courts, and a collegiate place, in which many youths of the first families in the kingdom receive their classical education. The cathedral and the castle are venerable piles of antiquity, though the former was much damaged and the latter blown up by the soldiers of Cromwell, after his capture of the city. The antiquities of this county are very numerous, and may be contemplated in the ruins of numerous castles, abbeys, and shattered towers, which add not a little to the beauty of the scenery. The most remarkable of these are Calshot Castle, Netley Abbey, Hurst Castle, Por- chester Castle, and Beaulieu Abbey. Antiquities of more early date, of ancient British or of Roman origin, are scat¬ tered over the county. The numerous barrows are as¬ cribed to the former, and many vestiges of intrenched camps and castles to the latter. The beauty of the country has attracted to it a greater number of families of rank and fortune than almost any other county can enumerate, the bare list of which would fill a page. s K 130 HAM Hampstead The most considerable towns, with their population, ac II cording to the census of 1831, were, Hampton. Portsmouth and Portsea 50,389 Southampton 19,324 Gosport, with Alverstoke 12,636 Winchester 9,012 Romsey 5,432 Fareham 4,402 Andover 4,843 Ringwood 3,434 Titchfield 3,712 Basingstoke 3,581 Lymington 3,361 Alton 2,742 Fordingbridge 2,611 By the law of 1832 this county has, for election pur¬ poses, been divided into the northern and southern parts, each of which returns two members to the House of Com¬ mons. The northern division contains about 2400 voters. The place of election is Winchester, and the other polling places are, Alton, Andover, Basingstoke, Kingsclere, Droxford, Odiham, and Petersfield. The southern divi¬ sion has about 3150 voters ; the election is held at South¬ ampton, and the other polling places are Fareham, Ly¬ mington, Ringwood, and Romsey. By the same law the boroughs of Whitchurch, Stockbridge, Yarmouth, and Newton have been disfranchised, and the boroughs of Petersfield and Christ-church, which used to elect two members, now choose only one each. The towns which now return two members each are, Winchester, South¬ ampton, Andover, Lymington, Newport, and Portsmouth, with which has been incorporated the adjacent large town of Portsea. See Brayley and Britton’s Beauties of England and Wales ; Driver’s Reports to the Board of Agriculture ; Milner’s Winchester; Hampshire Repository; Warner’s Walks through Southampton ; Worsley’s Isle of Wight. HAMPSTEAD, a large parish of the hundred of Ossul- ton, in the county of Middlesex, four miles from London. It stands on one of those hills which command a view of the metropolis from the north. From its situation the air is deemed remarkably pure, and convalescents in great num¬ bers repair to it to recruit their strength. It is chiefly composed of respectable houses, the owners of which are engaged in active pursuits during the busy part of the day, and repair to their families after their fatigue is ended. There are in the vicinity, however, several magnificent houses, especially that of Lord Mansfield, called Caen Wood. There are two churches, and several chapels for the various classes of dissenters. The population amounted in 1801 to 4343, in 1811 to 5483, in 1821 to 7263, and in 1831 to 8588. HAMPTON, a village of the hundred of Spelthorne, in the county of Middlesex, twelve miles from London. It is sit¬ uated on the north bank of the Thames, opposite to where the river Mole pours its stream into that river. It is the resi¬ dence of many families of distinction, but chiefly remark¬ able for the royal palace of Hampton Court, its gardens, and Bushy Park adjoining. The palace consists of two parts, the elder built by Cardinal Wolsey, the later by William III. after a design by Sir Christopher Wren. It is a heavy pile of building, excepting the front to the river, which is 330 feet in length, and relieved by a noble porti¬ co. The interior contains a valuable collection of paint¬ ings from the best ancient masters, but especially the car¬ toons of Raphael. This palace was occupied by Charles I., and of late years by the father of the present king of Holland, then Prince of Orange. The gardens are laid out magnificently, but rather too much in the Dutch style. The graping is a very striking object, on account of the vast quantity of fruit produced from a single vine. The HAN population of the parish amounted in 1801 to 1722, in 1811 Hanant. I to 1984, in 1821 to 2288, and in 1831 to 2529. HANAPER, or Hamper, an office in chancery, under Haiid. & the direction of a master, his deputy and clerks, and an- J swering, in some measure, to the Jiscus among the Romans. Hanaper, Clerk of the, sometimes styled warden of the hanaper, an officer who receives all monies due to the king for seals of charters, patents, commissions, and writs, and attends the keeper of the seal daily in term time, and at all times of sealing, and takes into his custody all sealed char¬ ters, patents, and the like, which he receives into bags, but anciently, it is supposed, into hampers, which gave to the office the denomination it still retains. There is also an officer who is comptroller of the hanaper. HANAU, one of the provinces of the principality of Hesse- Cassel. It was anciently a sovereignty of two branches, which, becoming extinct in 1736, devolved on the then landgrave of Hesse. It extends over 452 square miles, and comprehends sixteen cities and towns, 101 villages and hamlets, with 9608 houses, and 61,700 inhabitants. It is divided into nine bailiwicks, besides the capital. It is a district of better agriculture than any other of the princi¬ pality, and especially for the growth of edible vegetables and fruit, with which it chiefly supplies the city of Frankfort. It yields some wine; and there are within it some salt springs, and some iron mines in active work. The capital is in part a well-built city, which stands near the river Maine, about twelve miles from Frankfort, on a well-culti¬ vated plain. It contains 1460 houses, and 12,750 inhabi¬ tants. There is a high school belonging to the Lutherans. It is divided into the old and new town, each of which has its distinct municipality. It contains several manufactories, especially of carriages, of hats, gloves, linen, and other ar¬ ticles. Long. 8. 46. E. Lat. 50. 31. N. HANCES, Hanches, Haunches, or Hanses, in Ar¬ chitecture, certain small intermediate parts of arches be¬ tween the crown and the spring at the bottom, being pro¬ bably about one third of the arch, and placed nearer to the bottom than the top, which are likewise denominated the spandrels. HAND, a part or member of the body of man, forming the extremity of the arm. The mechanism of the hand is very curious, indeed excellently contrived to fit it for the various uses and occasions we have for it, and the great number of arts and manufactures it is to be employed in. It consists of a compages of nerves, and little bones joined into each other, which give it a great degree of strength, and at the same time an unusual flexibility, to enable it to handle adjacent bodies, lay hold of them, and grasp them, in order either to draw them towards us or thrust them off. In Scripture the word hand is variously applied. To pour water upon any one’s hand signifies to serve him. To wash the hands was a ceremony made use of to denote in¬ nocence of murder or manslaughter. To kiss the hand was an act of adoration. To fill the hand signifies taking possession of the priesthood, and performing its functions. To lean upon any one’s hand was a mark of familiarity and superiority. To give the hand signifies to grant peace, swear friendship, promise security, or make alliance. The right hand was the emblem of honour and respect. Amongst the Greeks and Romans it was customary for inferiors to walk on the left hand of superiors, that their right hand might be ready to afford protection and defence to their left side, which was, on account of the awkwardness of the left hand, more exposed to danger. Imposition, or laying on of Hands, signifies the confer¬ ring of holy orders; a ceremony in which the hands are laid on the head of a person as a sign of a mission, or of a power given him to exercise the functions of the ministry belonging to the order. The apostles began to appoint missionaries by the imposition of hands. HAN Ha Hand, in falconry, is used to indicate the foot of the li hawk. To have a clean, strong, slender, glutinous hand, Har '!• well clawed, is amongst the good qualities of a hawk or fal- con. Hand, in the manege, sometimes stands for the fore¬ foot of a horse. It is also used to signify a division of the horse into two parts with respect to the rider’s hand. The fore-hand includes the head, neck, and fore-quarters ; the hind-hand is all the rest of the horse. Hand is likewise used for a measure of four inches, or of a clenched fist, by which the height of a horse is com¬ puted. Hands are borne in coat-armour, dexter and sinister, that is, right and left, expanded or open ; and also in other man¬ ners. A bloody hand in the centre of the escutcheon is the badge of a baronet of Great Britain. HANDEL, George Frederick, the most illustrious of all musical composers, was born at Halle, in Upper Saxony, on the 24th of February 1684. His father was an emi¬ nent physician of the same place, and upwards of sixty years old when this son, the issue of a second marriage, was born. From his very childhood Handel discovered a passion for music which could not be subdued by the com¬ mands of his father, who intended him for the profession of the law. Notwithstanding that he was forbidden to touch a musical instrument, the boy found means to get a little clavichord conveyed secretly into one of the attics of the house. To this room he constantly repaired when the fa¬ mily had retired to rest, and, by his assiduous labours at the midnight hour, made considerable progress in his favourite pursuit. It happened, when Handel was about seven years old, that his father had occasion to pay a visit to a son by a former wife, who was then serving as attendant to the Duke of Saxe-Weissenfells. Handel implored that he might be permitted to accompany him ; and, on being re¬ fused, he followed the carriage some way on the road, till he overtook it. His father at first chid him for his dis¬ obedience ; but, yielding to his solicitations, at last took him into the carriage. During his stay at the ducal resi¬ dence, he continued to show the same irresistible inclina¬ tion for music. He could not be kept away from harpsi¬ chords, and he contrived to gain admission into the organ gallery at church, and to play when the service was over. Upon one of these occasions, the duke happening to leave the chapel later than usual, was attracted by the uncom¬ mon style in which the instrument was touched. Inquir¬ ing who played, he heard to his astonishment that it was a boy of seven years of age. The duke immediately desired to see young Handel, and was so much pleased with his precocious genius, that he prevailed upon his father to al¬ low him to follow the bent of his inclinations. He made the boy a present, and told him that if he was attentive to his studies he should not want encouragement. On his return to Halle, Handel was placed by his father under Zachau, organist of the cathedral church of that city ; a man of considerable abilities, and proud of his pu¬ pil. By the time he was nine years old, our young musi¬ cian w^as not only able to supply his master’s place at the organ, but began to study composition. At this early pe¬ riod of his life, he wrote a service, or spiritual cantata, every week, for voices and instruments, and continued this labour for three years successively. He also composed so¬ natas for the oboe, which was his favourite instrument. Handel appears to have studied in his native city till he was about the age of fourteen. He then, as Zachau himself acknowledged, far excelled his master; and it was recom¬ mended to his father to send him to Berlin. Thither he accordingly went in 1698. The opera at Berlin was then in a very flourishing state, under the direction of Buononcini and Attilio. Handel distinguished himself in this city as HAN 131 an astonishing musician for his years, and gave earnest of Handel, such great talents, that the elector of Brandenburg offered to take him into his service, and send him to Italy to com¬ plete his studies. But his father declining this honour, from a spirit of independence, Handel returned to Halle. Not long after this, his father died, and Handel not being able to go to Italy on account of the expense, removed to Hamburg, in order, by his musical talents, to procure a subsistence. Mattheson, an able musician and voluminous writer on the subject of music, who resided at Flamburg, tells us that Handel arrived there in the summer of 1703. “ Here,” says Mattheson, “ almost his first acquaintance was my¬ self, as I met him at the organ of St Mary Magdalen’s Church, July the 30th, whence I conducted him to my fa¬ ther’s house, where he was treated with all possible kind¬ ness as well as hospitality ; and I afterwards not only at¬ tended him to organs, choirs, operas, and concerts, but re¬ commended him to several scholars. At first he only play¬ ed a ripieno violin in the opera orchestra; and being natu¬ rally inclined to indulge in a kind of dry humour, pretend¬ ed unusual ignorance, in a manner that made the most se¬ rious people laugh, though he preserved his own gravity. But his superior abilities were soon discovered; for the harpsichord player of the opera having been absent for a time, Flandel was persuaded to take his place, and on this occasion showed himself to be a great master, to the asto¬ nishment of every one, except myself, who had frequent op¬ portunities of knowing his abilities on keyed instruments.” Mattheson and Handel became intimate acquaintances, and did not allow any professional rivalsbip to interfere with their friendship, until the occurrence of the follow¬ ing adventure. Mattheson had composed an opera called Cleopatra, which was performed in Hamburg, and in which he acted the part of Antony himself, and Handel played the harpsichord. Mattheson was accustomed, upon the death of Antony, which happened early in the piece, to preside at the harpsichord, in the character of composer; but one evening Handel refused to indulge his vanity by relinquishing this post to him. This occasioned so violent a quarrel between them, that, on going out of the house, Mattheson gave him a blow on the face; upon which both immediately drew their swords, and a duel ensued in the market-place, before the opera-house. Luckily the sword of Mattheson broke against a metal button on Handel’s coat, or, as some allege, a score of music which he carried under it, which put an end to the fight. This rencontre happened upon the 5th of December, 1704; but, as a proof of a speedy reconciliation, Mattheson mentions, that on the 30th of the same month, he accom¬ panied the young composer to the rehearsal of his first opera of Almira, at the theatre, and performed the prin¬ cipal part in it; and that afterwards they became greater friends than ever. Whilst he remained at Hamburg, Handel composed his opera of Nero, oder die dureh Blut und Mord erlangte Hebe, which was very successful. He also produced two operas entitled Florinda, and Dafne, and wrote innumerable songs, cantatas, and pieces, for the harpsichord. His style, Mattheson allows, was greatly im¬ proved by his constant attendance at the opera; and he was esteemed a more powerful player on the organ than the famous Kuhnau of Leipsic, who was at this time regarded as a prodigy. Handel having now acquired, by his operas at Ham¬ burg, a sum sufficient to enable him to visit Italy, he set out for that seat of the muses. He staid some time at Florence, where he composed his opera of Rodrigo. From this city he went to Venice, where, in 1709, he produced his Agrippina, which was received with acclamation, and ran for thirty nights. Here he met with Domenico Scar- letti, Gasparini, and Lotti. He next visited Rome, where 132 HAN Handel, he had an opportunity of hearing compositions and per- formers of the first class. At Cardinal Ottoboni’s, by whom Handel was greatly caressed, he had frequently the advantage of hearing the celebrated Corelli perform his own works. During his stay at Rome, our young com¬ poser produced a serenata entitled 11 Triunfo del Tempo ; after which he went to Naples, where he set Acis and Ga¬ latea in Italian. Handel returned to Germany about the beginning of the year 1710, and was made Maestro di Capella to the elector of Hanover, afterwards George I. He does not appear, however, to have remained long in the service of the elector, but bent his course to London, where a pas¬ sion for dramatic music had already manifested itself in several awkward attempts at operas, and to which place he had received invitations from several of the nobility he had seen in Italy and Hanover. His reception in Eng¬ land was flattering to himself and honourable to the na¬ tion, at this time no less successful in war than in the cul¬ tivation of the arts of peace. To the wit, poetry, litera¬ ture, and science, which marked this period of our history, Handel added all the blandishments of a nervous and learned music, which he first brought hither, planted, and lived to see grow to a very flourishing state. The first opera he wrote in England was Rinaldo, taken from Tas¬ so’s Gierusalemme, which at once established his reputation. He afterwards produced his Pastor Fido, Theseus, and, in 1715, Amadis of Gaul. In all of these, Nicolini and Ya- lentini, the first Italian singers that appeared in England, performed. When the peace of Utrecht was brought to a conclusion, Handel was employed to compose the Hymn of Gratitude and Triumph on the occasion. The grand Te Deum and Jubilate he produced was composed with such force, regularity, and instrumental effect, as to excite universal delight. On the arrival of George I. Handel was honoured with the most flattering marks of royal favour from the king and queen, who added largely to the pensions previously conferred on him by Queen Anne. We now come to the busiest and most glorious period of Handel’s life. His great natural powers had been highly improved by cultivation; his genius for composi¬ tion was unbounded; he stood at the head of his profes¬ sion, esteemed alike by the sovereign, the nobility, and the public, of a great and powerful nation, at a period of its greatest happiness and prosperity. Such were Handel’s circumstances, when the Royal Academy, or an associa¬ tion for the establishment of an Italian opera in England, was formed. Handel was appointed director and com¬ poser, engaged singers, and, although he had to contend with several rivals, at length, by the superior grandeur and invention of his operatic music, distanced them all. About this period of his career Handel unfortunately be¬ came involved in a quarrel with the vocalist Senesino, the particulars of which we pass over. The result was to break up the academy ; and it not only proved injurious to the fortune of our composer, but was the cause of infinite trouble and vexation to him during the rest of his life. From the institution of the academy till its dissolution in 1729, Handel produced about thirty operas. The greater part of these had immense success ; yet such was the influence of opposition and neglect, that none of his operas composed subsequently to 1740, although actually his highest achievements in operatic composition, were re¬ ceived with the admiration due to their merit. Following the narrative of Burney in his sketch of Handel’s life, we leave his dramatic transactions, and come now to notice the sacred dramas or oratorios of this great musician. The oratorio of Esther was the first he composed; and in 1733 Deborah was given to the public. It was during these early performances of oratorios that HAN Handel first played his organ concertos, a species of mu- Hand, sic wholly of his own invention, in which he usually intro- duced an extempore fugue, a diapason-piece, or an adagio, displaying not only great fertility and readiness of inven¬ tion, but the most perfect accuracy and neatness of exe¬ cution. In 1735 he produced Acis and Galatea, and Alexanders Feast; in 1738, Israel in Egypt; and in 1739, LAllegro ed il Penseroso. In 1740 the oratorio of Saul was performed at the theatre in Lincoln-Inn Fields; and from this period Handel almost entirely devoted his labours to the service of the church. The profits arising from the performance of his oratorios were not sufficient to indemnify his losses; and it remains a stigma upon the taste of the nation, that the Messiah at first proved nei¬ ther successful, nor remunerative to the composer. Cha¬ grined with repeated disappointments, Handel went to Ireland, in order, as Burney remarks, “ to try whether his oratorios would be out of the reach of prejudice and enmity in that kingdom.” In allusion to this, Pope wrote his well-known lines, supposed to be addressed by the poet personifying the Italian opera, to the goddess of Dul- ness. Strong in new arms, lo, giant Handel stands, Like bold Briareus, with his hundred hands; To stir, to rouse, to shake the soul he comes, And Jove’s own thunders follow Mars’ drums, Arrest him, empress, or you sleep no more :— She heard, and drove him to the Hibernian shore. After remaining about nine months in Ireland, where his exertions were successful, Handel returned to Lon¬ don, and produced Samson and the Messiah, which latter work was now received with universal applause. This truly sublime oratorio was performed annually at the laud¬ able and benevolent instigation of the author, and under his direction, for the benefit of the Foundling Hospital; and the produce of these performances, from the year 1749 to the year 1777, amounted to nearly L.l0,300. Al¬ though the Messiah was performed almost always to crowd¬ ed houses, the other oratorios were but thinly attended. This was owing no less to the capriciousness of public taste than to the extraordinary hostility of some of his powerful adversaries. The king, however, continued his steady patron, and attended his oratorios when they were neglected by the rest of the court. Towards the close of his life Handel was afflicted with blindness, which, however, did not affect his faculties, as he continued to play to the last with his wonted vigour. “ To see him, however,” says Burney, “ led to the organ after this calamity, at upwards of seventy years of age, and then conducted towards the audience to make his accustomed obeisance, was a sight so truly afflicting and deplorable to persons of sensibility, as greatly diminished their pleasure in hearing him perform.” It was remarked, that with many parts of his music he was unusually agi¬ tated, particularly with that affecting air in Samson, “ Total eclipse—no sun, no moon,” which so peculiarly applied to his own situation. The last oratorio he attended and superintended was upon the 6th of April, and he expired on Friday the 13th, or Good Friday 1759, the very day he had seriously wished that event should happen, “ in hopes,” as he said, “ of meeting his good God, his sweet Lord and Saviour, on the day of his resurrection,” mean¬ ing the Easter Sunday following. The musical powers of Handel can perhaps be best ex¬ pressed by Arbuthnot’s reply to Pope, who seriously ask¬ ed his opinion of him as a composer. “ Conceive,” said he, “ the highest you can of his abilities, and they are much beyond any thing you can conceive.” He excelled in almost every style of composition. The church, the theatre, and the chamber, were equally adorned by his talents. The best of his Italian operas are superior in HAN E$H) pike variety and ingenuity to those of all preceding and con¬ temporary composers throughout Europe. In his full, Han ial. masterly, and admirable, organ fugues, upon remarkably ^ ^ natural and pleasing subjects, he has surpassed the most renowned writers in this difficult and elaborate species of composition; and every judicious and unprejudiced musi¬ cian, when he hears or peruses the noble, majestic, and sublime oratorios and anthems of Handel, must allow, with readiness and rapture, that they are unacquainted with any thing equal to them among the works of the greatest masters that have existed since the invention of coun¬ terpoint. (z. z.) HANDSPIKE, a wooden bar used as a lever to heave about the windlass, in order to draw up the anchor from the bottom, particularly in merchant ships. The handle is round and tapering, and the other end is square, to con¬ form to the shape of the holes in the windlass. It is also employed as a lever on many other occasions, as stowing the anchors, provisions, or cargo, in the ship’s hold. The gunner’s handspike is shorter and flatter than the above, and armed with two claws for managing the artillery. HANGTCHEOTOU, alargeand splendid city of China, in the province of Tchekiang, of which it is the capital. It is situated at the extremity of the great canal which ex¬ tends southward from Pekin, on the banks of a great river called Tsien-tang, which passes by its walls, and affords ex¬ tensive means of communication with the southern province. This city is said, in the accounts of the Chinese, to contain a million of inhabitants ; and its population seems little if at all inferior to that of Pekin. It is but poorly built, the streets being narrow and the houses low; but the shops and warehouses are large, and well stored with goods. The silk trade is carried on to a great extent, and is sup¬ posed to employ about 60,000 persons. This city is cele¬ brated by the Chinese as a terrestrial paradise. It com¬ municates with the sea by means of the river. Europeans are rigorously excluded from it, as from all the other Chi¬ nese cities. Long. 119. 46. E. Eat. 30. 20. N. HANGCLIFF, a remarkable point of land on the east coast of the largest of the Zetland Islands. It is frequently the first land seen by ships in northern voyages. Captain Phipps determined its situation to be in long. 56. 30. W. and lat. 60. 9. N. HANGWELLE, a town and fortress of the island of Ceylon. It was attacked in 1803 by the king of Candy, who was repulsed by the British garrison. It is eighteen miles east from Columbo. Long. 80. 3. E. Lat. 7. 1. N. HANLEY, a town of the county of Stafford, in the hundred of Pirehill. It is one of those large places which have grown up with rapidity of late years, from the great extension of the manufacture of earthenware and porcelain. It is only a part of the parish of Stoke-upon-Trent, but has churches, markets, post-office, and all the other appen¬ dages of a town. By the census of 1832, it contained 1402 families, with 7121 inhabitants. Of the families, 1120 were occupied in trade or in manufactures, forty-nine in agricul¬ ture, and 233 were of neither of these descriptions. HANNIBAL, a Carthaginian general, son of Hamilcar Barcas, was born 247 b. c. in the eighteenth year of the first Punic war, the same year in which his father first took a prominent part in public affairs. His family was one of the most distinguished in Carthage, and, claiming to be de¬ scended from the ancient kings of Tyre, it ruled its native city with almost regal power. The history of Hannibal forms an epoch in the destinies of Rome. We can have little difficulty in forming a true estimate of his character when we know that, almost unaided by his countrymen, he sus¬ tained for upwards of sixteen years a struggle for the em¬ pire of the world with a nation which had hitherto been vic¬ torious in every contest it had undertaken, and had at its disposal the resources of the greater part of Italy. It was HAN 133 the last struggle which the republic of Rome maintained for Hannibal, existence ; and there was none which called forth more con- ' spicuously the energies of her mighty warriors, or displayed more fully their unconquerable perseverance and undaunt¬ ed bearing in the most untoward circumstances. If Han¬ nibal had been properly supported by his countrymen at home, the star of Rome would probably have set for ever, and Carthage would then have stood forth as the conqueror of the world, and the source of civilization. The key to all Hannibal’s proceedings is to be found in his hatred of the Romans, a feeling indelibly impressed upon his mind by his father, when he made him swear at the altar of his country that he would pursue the Romans with unrelent¬ ing hatred. The military education of Hannibal must have com¬ menced from boyhood, but of his early years we have no detailed account. He was eighteen years of age on his fa¬ ther’s death (229 b. c.), and probably spent the greater part of the next eight years in the camp of his brother-in-law Hasdrubal, who had succeeded to the command of the troops in Spain on the death of Hamilear, and who pursued the same line of policy as his predecessor, in trying to ob¬ tain entire possession of the resources of Spain as a means of attacking Rome. Private revenge cut off’ Hasdrubal in the midst of his career (221 b. c.), and the soldiers by ac¬ clamation raised Hannibal to the vacant command. The ap¬ pointment was ratified by the senate at home, and from this moment Hannibal regarded Italy as his province, and war with Rome as the only object worthy of his attention. The conciliatory measures of Hasdrubal had succeeded in unit¬ ing the greater part of the nations of Spain to the domi¬ nions of Carthage; and those w ho still maintained indepen¬ dence Hannibal determined to reduce at once by the energy and activity of his proceedings. He led his troops into the country of the Olcades, a people who seem to have been situated in the mountainous district of Cuenca, near the sources of the river Xucar; and having taken their chief city, he entirely defeated them. He was equally successful in his attack on the Vaccaei, a people inhabiting the country round Salamanca; and having subdued all the nations south of the river Ebro, except the Saguntines, he was prepared to complete his conquests by the reduction of their city. The attention of the Romans, which had latterly been much occupied with the affairs of the north of Italy, was now drawm towards Spain, and they became alarmed at the proceedings of Hannibal. An embassy from Saguntum roused them to active measures, and deputies were hurried off to remonstrate with Hannibal for his interference, con¬ trary to treaty, with an ally of the Roman people. Poly¬ bius enters into a discussion whether we ought to consider this attack on Saguntum as the real cause of the second Punic w ar, and wisely, we think, decides that it was merely the pretext. We must go farther back, and search more deeply, to discover the real motives which induced the Car¬ thaginians to support Hannibal in his attack on Rome. It was the unfair advantage that had been taken to wrest from them Sardinia, that had made an indelible impression on the minds of the Carthaginians; and the Barcine faction, which wras now headed by Hannibal, used all its influence to keep alive the national feeling of hatred to Rome. There w as indeed a party for peace, headed by Hanno, but the still small voice was drowned amidst the din of w arlike preparations. Hannibal was already busily engaged in the siege of Saguntum, a city situated on the east of Spain, about one mile from the sea, and the ruins of which are still to be seen near Murviedro (Muri Veteres'), when the Roman deputies made their appearance, and demanded an audience. This was refused by Hannibal, under pretence that he could not guarantee their personal safety in the midst of so many barbarous nations ; and the deputies found themselves obliged to continue their journey to Carthage. 134 HAN Hannibal. Here they were not more successful, and immediately returned to Rome to hasten the preparations for war. Meanwhile Hannibal continued the siege of Saguntum, which was defended with all the obstinacy for which the Spaniards have ever been distinguished; but it was at last taken, after a brave resistance of eight months, and delivered over to all the horrors of a captured city. Thus the way was cleared for an attack on Italy; and though the Romans had evidently never imagined it possible that such a daring measure would for a moment be entertained, it is quite clear that Hannibal, from the first day of his command, had resolved to put it into execution without delay. The Romans intended that Spain should be the scene of action; but Hannibal boldly determined to attack them in the very centre of their power, on the plains of Italy. Hannibal spent the winter of 219 B. c. in preparations for his gigantic undertaking, and omitted nothing which he thought likely to forward his object. He allowed many of his soldiers to visit their homes, as it might be their last opportunity; he drew up instructions for the use of his brother Hasdrubal, whom he intended to govern Spain in his absence ; and prudently secured the maintenance of peace in both Africa and Spain, by an exchange of the troops of the two countries. Neither did he neglect to make himself acquainted with the feelings of the people through whose territory he must pass in his way to Italy, and sent secretly to Cisalpine Gaul to secure the co-opera¬ tion of the disaffected tribes as soon as he should make his appearance amongst them. He discovered also that the passage across the Alps was practicable, though it might be attended with great difficulty. Having thus made his preparations, Hannibal began his march from Carthago Nova, now Carthagena, in the be¬ ginning of spring 218 b. c. with an army of ninety thou¬ sand foot and twelve thousand horse. As the river Ebro had been made by treaty the boundary between the Roman and Carthaginian portion of Spain, he found all the tribes at the foot of the Pyrenees ready to dispute his passage, and, he did not reduce them without a considerable diminution of his forces. He found, besides, many of his Spanish sol¬ diers frightened at the dangers which lay before them, and, making a virtue of necessity, he sent a considerable portion of them back. The troops that passed the Pyrenees were thus reduced to fifty thousand foot and nine thousand horse; but they were mostly men whose bodies were inured to hardships by a long course of war. Hannibal had reached the banks of the Rhone before the Romans were aware that he had moved from Carthagena ; and Publius Scipio, who had been dispatched with sixty ships towards Spain, was much surprised to find, on reaching the mouths of the Rhone, that Hannibal was in that neighbourhood. He landed his troops, and prepared to attack Hannibal; but the energy of that general had anticipated his intention, and the first slopes of the Alps were already ascended be¬ fore Scipio moved from his position. The road which Hannibal pursued across the Alps is a much disputed point, but this is not the place to enter at any length into such a subject. We feel more confidence in the statements of Polybius, who tells us (iii. 48) that he had examined the passages of the Alps with great care, than in those of Livy, who, though admirable for the beauty of his style, has no pretensions to geographical accuracy. Yet, even from Po¬ lybius, all that we can gather with certainty is, that Han¬ nibal passed the Alps to the north of the river Isara (Isere), and descended into the Insubrian territory in Italy. It was therefore across the Alpes Graiae (Little St Bernard), that he passed, and not the Alpes Cottiae (Mount Genevre), as Livy, and Strabo (iv. 209), evidently think. But be this as it may, Hannibal succeeded in crossing the Alps in fif¬ teen days, though not without great difficulty, and the loss HAN of many of his troops. He found on examination that he Hannik had not more than 20,000 infantry and 6000 cavalry. The whole journey from Carthago Nova had occupied five * months. Scipio had no sooner convinced himself that Hannibal was serious in his intention of crossing into Italy, than he hurried back with part of his troops, and, to the astonish¬ ment of Hannibal, was ready on the banks of the Po to oppose his progress. It was necessary for Hannibal that a conflict should immediately take place, to confirm the wa¬ vering minds of the Gauls ; and the battle fought on the banks of the river Ticinus, in which he defeated Scipio, and compelled him to retire beyond the Po, was the signal for a general rising. Hannibal pursued Scipio across the river, and found that he had taken up his position on the banks of the river Trebia, near to Placentia (Piacenza). Scipio now saw that his true policy was to weary out Han¬ nibal, and to give him no opportunity of attacking; but the Roman general was wounded, and could take no active part in the proceedings. His colleague Tiberius Sempronius, elated by some partial success, ventured beyond the in- trenchments, and the result was the speedy and complete defeat of the Romans. Placentia soon afterwards fell into his hands ; and thus, within a couple of months, the whole of the north of Italy was at his disposal. The Romans heard this intelligence with great dismay, but took active measures to maintain the contest. The two consuls now took a position where they could watch the proceedings of Hannibal, who would naturally advance to the south as soon as the rigour of the winter months had abated. Ac¬ cordingly, in the beginning of spring 217 b. c. Hannibal crossed the Apennines into Etruria, by a road, the posi¬ tion of which has been as much disputed as that by which he passed the Alps. We are satisfied with Vaudoncourt, who has minutely examined this point, that he crossed the Apennines by the road which leads from Parma to Pontremoli and Sarzana, and that the marshes, where Hannibal had nearly lost his life, are those now called Paludi di Fuccechio, a little above the place where the Arno falls into the sea. Hannibal found the consul Flaminius posted at Arre- tium, a city situated on the slopes of the Apennines, and ready to dispute his advance. He laid waste the country on every side, and drew Flaminius into an ambuscade which he had laid for him on the banks of the Thrasy- mene Lake, where the consul fell, and his whole army was defeated. The road to Rome was now open to him, and it has often been matter of surprise that he did not march directly upon the city, and by one bold stroke put an end to the war. We have no means of knowing the reasons which deterred him from this obvious proceeding ; but he turned to the east, at the city of Spoletium (Spoleto), and proceeding through Umbria and Picenum, where he seems to have met with no resistance, he entered -the rich pro¬ vince of Apulia, where he wintered. The following year, 216 b. c., he found himself opposed by the cautious policy of Fabius ; and though Hannibal used every means to pro¬ voke the Roman general to action, his temper and pru¬ dence were proof against every attack. Towards the end of the year, however, Hannibal again asserted his supe¬ riority ; and the battle of Cannae, fought at a small village of Apulia, on the banks of the Aufidus, on the 2d of Au¬ gust, was as celebrated a defeat as the Romans had ever sustained. Fortune now again seemed to point the way to Rome ; and it seems impossible not to feel convinced that Hannibal committed an unpardonable blunder in not attacking the city itself. He wintered at Capua, and the enervating luxury of that district is said to have entirely changed the character of his soldiers. The progress of Hannibal was by no means so rapid as might have been anticinated from his victories. Many of the cities of HAN ann 1. Campania made a successful resistance; and the obsti- ^ nacy with which they maintained their alliance with the Romans, proves that the sway of that people must have been by no means burdensome. It appears to us that the failure of Hannibal was chiefly owing to the small number of his troops, which did not enable him to garrison the cities which he took, or to station bodies of men in vari¬ ous parts of the country to repress insurrectionary move¬ ments. Nor do the Carthaginians seem to have entered into the contest with that spirit which the greatness of the prize might have fully justified. Had the number of his men enabled him to follow up his victories by active measures, there can be no doubt that Rome must have fallen into his hands. The next year produced no action of any importance on either side, though Hannibal gradually lost ground. He pressed earnestly for reinforcements ; and his brother Has- drubal crossed the Alps with a considerable body of troops, 207 b. c. which might again have changed the aspect of affairs. Fortune, however, had deserted him; for Hasdru- bal fell in an engagement on the banks of the river Me- taurus, and his army was entirely defeated. Hannibal was now left to his own resources, and he was obliged to con¬ fine himself to defensive measures. Meanwhile Scipio had commenced his career of conquest in Spain, and had sub¬ dued the whole country as far as Gades. He crossed into Africa, and, assisted by Masinissa, attacked the Carthagi¬ nians in their own territory. Hannibal was thus obliged to return to the defence of his country, 203 B. c., after he had maintained his footing in Italy for sixteen years. The battle of Zama, fought in Africa 202 b. c., in which Hanni¬ bal was completely defeated, left nothing for the Carthagi¬ nians but humble submission to the conqueror. Peace was granted, though on hard conditions, and Hannibal now took an active part in the domestic arrangements of his coun¬ try. He attempted to reform the numberless abuses which had crept into the constitution; but he at the same time excited the enmity of the great body of the aristocracy, who were ready to seize the first opportunity of banishing him. They accused him to the Romans of keeping up an active communication with Antioehus, king of Syria, then sup¬ posed to be preparing w ar against them ; and when the Ro¬ mans sent three commissioners to take cognizance of the affair, Hannibal did not choose to await the result, but fled towards the east, and reached Tyre in safety. Here he staid a few days, and was received with much honour, whilst at Carthage his property w^as confiscated, and his house razed to the ground. He then proceeded to Ephesus, where he was kindly welcomed by the king, and consulted as to the best mode of attacking the Romans. With Antiochus he remained several years, though his advice was by no means always listened to. At last, when Antiochus was defeated, 190 b. c., the king was unable any longer to protect him from the vengeance of his enemies : he therefore fled first to Crete, and afterwards to Prusias, king of Bithynia, where he resided several years, and assisted him in his war against Eumenes, king of Pergamus, the ally of the Romans. Here too the vengeance of his enemies reached him. Ambas¬ sadors from Rome demanded that he should be given up; and as Prusias was ungenerous enough to accede to the demand, Hannibal resolved to free himself from all further persecution, and swallowed poison, which he always carried with him. In what year he died is a point in which the ancients do not agree. According to Atticus (apud Nep. Hannib. c. 13), and Valerius Antias (apud Liv. xxxix. 5G), and Cassiodorus, it was 183 e. c., the same year in which Philopcemen and the elder Scipio died. Polybius, how¬ ever, makes it 182, and Sulpicius 181 b. c. Thus died the most celebrated of the Carthaginians, the only man who could have saved his country from ruin, and restored it to its ancient glory. HAN m HANNO, a Carthaginian, celebrated for a voyage of Hamm discovery along the western coast of Africa, but at what II period it was made is not known with any degree of cer- Hanover, tainty. The different writers who have examined the point have fixed him at various periods between 1000 and 300 b. c. ; but we are inclined to agree with Rennell, who thinks he must have lived about 570 b. c. The principal object of this expedition is set forth in the jour¬ nal, which begins with these words:—“ It was decreed by the Carthaginians that Hanno should undertake a voyage beyond the Pillars of Hercules, and found Libyphcenician cities. He accordingly sailed with sixty ships, of fifty oars each, and a body of men and women to the number of thirty thousand, and provisions and other necessaries.” It is much to be regretted that this curious remnant of antiquity should have been exceedingly brief, and that it should not have come down to us in its original form, for it is evidently a mere abstract of a larger work. Some indeed have endeavoured to strip it of all pretensions to credit, and to rank it with the Arabian tales ; but though some of the stories may have the appearance of fable, such as fiery torrents, and women covered with hair, the facts which are susceptible of verification, either by the test of geography, or a comparison with the descriptions of travel¬ lers, are of too consistent a nature to allow us to doubt that the voyage was really undertaken. It would appear that the first city was founded at no great distance from the Strait of Gibraltar, the rest to the north of Cape Bojador. This voyage extended a little to the south of Sierra Leone; but we must refer the reader to the writers who have examined the subject, for a detailed account of his geographical state¬ ments. The title of the Periplus is “ An Account of the Voyage of Hanno, commander of the Carthaginians, round the parts of Libya beyond the Pillars of Hercules, which he deposited in the Temple of Saturn.” It has been pub¬ lished by Hudson (Geogr. Min. vol. i.), and Falconer (Ox¬ ford, 1797), with an English translation and explanations; also by Kluge, Hannonis Navigatio, textum critice recogn. et adnotat. illustravit, Leip. 1829. The following authors have also published commentaries on the voyage, viz. Bo- chart, Campomanes, Dodwell, Bougainville, Gosselin, Hee- ren, and Rennell. Hanno, a senator of Carthage, who headed the party opposed to the warlike policy of the Barcine faction. He was first appointed to the command of the troops in the interior of Africa, and was successful in reducing Heca- tompylos, with the adjoining country. When the merce¬ nary troops which had been employed in the first Punic war became clamorous for their arrears of pay, and at last ven¬ tured to make open war on Carthage, Hanno was appoint¬ ed to the command of the forces to be employed against them. His talents, however, seem to have been by no means fitted for the field, and affairs assumed such a threat¬ ening aspect under his mismanagement, that the Carthagi¬ nians began to be alarmed for the very existence of their state. They therefore appointed as his colleague Hamilcar Barcas ; but the enmity which existed between the generals completely neutralised the good that might have been de¬ rived from their abilities. At last, however, the dangerous position of affairs compelled them to forget their diffe¬ rences, and to unite cordially in resisting their common enemy. (Polyb. i. 73-88.) He continued during his whole life to be the advocate of peace, in opposition to the ambitious policy of Hannibal; and when that general sent his brother Mago, after the battle of Cannae, to obtain reinforcements, Hanno exerted all his influence to prevent this request being granted, and even proposed that Hannibal should be given up to the Ro¬ mans. (Liv. xxi. 3, 9; xxiii. 13.) HANOVER, a kingdom in Germany, formed out of the duchies which formerly belonged to several families of the 136 HANOVER. Hanover, junior branch of the house of Brunswick. In the course 'w~v'■'w, of the revolutionary war, under the influence of France, the dukedoms of Bavaria, of Saxony, and of Wirtemburg had been raised to the rank of kingdoms; and when the overthrow of Bonaparte was accomplished, the dukedoms which had composed the electorate of Hanover were thought by the allied powers of sufficient consequence to be elevated to the same dignity, as, with the additions then made to them, they were nearly equal in extent and population to the other portions of Germany whose rulers had received that rank. It accordingly assumed that grade in 1814, under George III., and was acknowledged as such by all the powers of Europe. The obscurity in which antiquity has involved the early history of nations can only be in a slight degree cleared up by tracing the origin of the families that maintained the continued rule over them. The ruling family of Hanover has been traced, by the combined efforts and researches of Muratori and Leibnitz, to an Italian origin, in the dark ages, that is, to the princely house of Este ; and by Gibbon, from that house up to the descendants of Charlemagne. A Marquis of Este, in the eleventh century, married Cuniza or Cunegonda, an heiress of a princely family in Bavaria, whose son received the name of Guelph, derived from his ma¬ ternal ancestors, and inherited their dominions, including the dukedom of Bavaria. The grandson of this Guelph, named Henry the Black, and his son named Henry the Proud, acquired by marriage new and extensive dominions on the banks of the Elbe and the Weser; and Henry the Lion, the most powerful prince of his age, was the first of the race who assumed the title of Duke of Brunswick. Under this Henry, who distinguished himself as a great warrior, an uncle wrested from him the southern portion of his terri¬ tory in Bavaria and Suabia, and left him, at the conclusion of most bitter hostility, in the possession of the northern portion of it. He made the city of Brunswick the capital of his dominions, and, being in possession of the rich silver mines of the Hartz, was enabled to extend his power over the tribes of Northern Germany, inhabit ing Holstein, Meck¬ lenburg, and nearly the whole coast of the Baltic Sea. Henry the Lion was twice married. By his first wife he left no family ; and by his second wife, who was Maud, the daughter of Henry II. of England, though he had several sons, none of them left any issue except William, under whose only son Otho the partition of the house took place," Brunswick and Luneburg being divided into two duke¬ doms. The latter branch received the Hanoverian portion as a fief from William Sigefred, bishop of Hildesheim. After the death of Otho, and of his two sons Otho and William, who successively followed, the male line became extinct in 1369. Otho, elector of Saxony, who had mar¬ ried a daughter of William, was, by the influence of the emperor of Germany, Charles IV. invested with the go¬ vernment. He died without issue, having by his testament bequeathed the dukedom to his uncle Wenceslaus, elector of Saxony; a bequest which was contested by Torquatus Magnus, duke of Saxony, but at length was terminated in a compromise, by which Bernard, the eldest son of Tor¬ quatus, obtained the dominion, and reigned until 1434. After several successions, the power became vested in Er¬ nest of Zell, who first introduced the Lutheran religion into his states, and died in the year 1546. The succession since has been, William, who died in 1592; Ernest, in 1611; Christian, in 1633; August, in 1636; Fredrich, in 1648; Ernest Augustus, bishop of Osnaburg, who was made an elector of the German empire in 1692, and died in 1698; George Louis, who, after the death of his uncle George William, inherited the dukedom of Zell in 1705, and suc¬ ceeded to the crown of Great Britain by the title of George I. in 1714. He died in 1727, since which period the suc¬ cession has been the same as in that kingdom. The accession of the electors of Hanover to the throne Hano of Great Britain, though it has led ultimately to a great '-■’y extension of territory, has, on the other hand, subjected the electorate to sufferings and to oppression during the wars between Great Britain and France. At the commencement of the Seven Years’ War, a French army invaded it; and the forces under the Duke of Cumberland, being unequal to its defence, were compelled, by the convention of Kloster- Severn, to abandon the country to the invaders. By the peace of 1763 it was again restored to its ancient sovereign. At the renewal of hostilities after the treaty of Amiens, Hanover was once more seized upon by the French, and by them delivered over to the king of Prussia, who ruled it till after his defeat at Jena. It was then incorporated as part of the kingdom of Westphalia, erected in favour of Jerome Bonaparte. This rule was terminated by the battle of Leipsic, by which Hanover, with the rest of Ger¬ many, was delivered from French domination, and returned to its ancient sovereigns, with the addition of the provinces of Hildesheim, Osnaburg, East Friesland, Goslar, and some other territories. On the other hand, Hanover gave up the ancient duchy of Lauenburg, which was transferred to Denmark, and some portions or bailiwicks, a part to Prussia, and a part to the Duke of Oldenburg. Hanover has thus become a compact dominion, extend¬ ing over 14,720 English square miles. It lies between 50° 18' and 53° 54' north latitude, and 6° 58' and 11° 56' east longitude. It is bounded on the north by the duchy of Oldenburg, the bailiwick of Ritzebiittel, belonging to Ham¬ burg, and the mouth of the Elbe. On the north-east the river Elbe divides it from Holstein and Luneburg, belonging to Denmark, and from the duchy of Mecklenburg-Schwerin; but it possesses the small territory of Neuhof on the right bank of that river. On the east it is bounded by the Prus¬ sian province of Saxony, and by the duchy of Brunswick ; on the south it touches the dominions of Prussia, of Hesse- Cassel, of both the Lippes, and of Westphalia ; and on the west the kingdom of the Netherlands is the boundary. The kingdom of Hanover is divided in the following manner:— Provinces. Extent in English Acres. Population. Number of Dwelling- Houses. Hanover Hildesheim. Luneburg.... Stade Osnabruck.. Aurich Claus thal... 1,601,280 1,121,920 2,871,040 1,725,440 1,441,280 743,040 122,080 9,626,080 296,000 322,000 285,000 244,000 244,000 152,000 26,000 1,569,000 40,745 44,199 37,037 37,747 39,411 24,261 2,738 226,138 A new survey and division of provinces has been made within the last four years. The population returns are grounded on a census taken in 1817, since which the deaths have been deducted and the births added each year. This gives an increase of inhabitants of 236,400 in fifteen years. In the year 1832 the births appear to have been 48,273, and the deaths 39,806. The capital of each of the provinces is the city of the same name. The chief cities and their population are as follows : Ha¬ nover, 26,300; Hildesheim, 13,800; Luneburg, 12,500; Emden, 12,100; Osnabruck, 11,800; Gottingen, 11,000; Zell, 10,300; Claus thal, 8850; Goslar, 7160; Leer, 6340; Hameln, 5750; Norden,-5600; Stade, 5500; Eimbeck, 5100. The province of Hildesheim is somewhat mountain¬ ous, and that of Clausthal, containing the Hartz, is HANOVER. 137 lam t. wholly so, as well as some parts near Gottingen. The other provinces form a part of that extensive plain which commences on the shores of the German Ocean, and ter¬ minates on the frontiers of Russia. The whole plain is a sandy soil, resting on a bed of granite, and is generally sterile, except on the banks of the various rivers that water it, or near the cities, where cultivation has improved it by artificial means. The most fruitful part of the kingdom is on the banks of the Elbe, and near the German Ocean, where, as in Holland, rich meadows are preserved from being immersed in water, by broad dykes and deep ditches, constructed and kept in repair at a great expense. The most remarkable mountains are those of the Hartz Forest, three fifths of which are in this kingdom, and two fifths in the duchy of Brunswick. These mountains are not a part of any chain, but rise from a plain in a group by themselves, the highest points of which are nearly in the centre. The mass is about eighty miles in length from east to west, and about twenty-eight in breadth from north to south. The highest points, and their height above the level of the sea, are Bruchberg, 3020 feet; Wormberg, 2880 feet; Achtermanshohe, 2710 feet; the Little Winter- berg, 2684 feet; Kahlenberg, 2180 feet; and the Ram- melsbei'g, 1915 feet. These mountains are wholly covered with forests. On their lower sides the trees are of the de¬ ciduous kinds, but the summits are exclusively covered with pines. These mountains abound with minerals of almost every kind, and the principal employment of the inhabitants consists either in mining, or in manufacturing the iron and copper into domestic utensils. Some of the mining and manufacturing towns, as Clausthal, Andreasberg, Celler- feld, and several others, are from 1700 to 1900 feet above the level of the sea; and their population would sulfer most severely from the cold of the severe winters, but for the abundance both of wood and fossil coal with which they are supplied. The whole of the kingdom of Hanover dips towards the north, and the courses of all the rivers are in that direc¬ tion. These are, first, the Elbe, which borders a large part of the dominion, and receives into it the Ohre, which rises in the province of Luneburg; the Aland and the Jeetze, which come out of Prussia, and are navigable be¬ fore they terminate in the Elbe; the Ilmenau, which be¬ comes navigable at Luneburg; the Este, which is navi¬ gable to Buxtehude ; the Liihe, navigable to Hornburg; the Schwinge, by which vessels reach Stade ; the Oste, which passes Harburg, and is navigable to Kirchosters; and the Medem, which runs through the land Hadeln, and admits large vessels as high as Ottendorf. Second, the Weser, which enters the dominions of Hanover at Miinden, being there formed by the junction of the Fulda and the Werra. It is navigable for barges from the spot at which its name commences, and it receives, in its course, the Hamel, the Aller, the Oertze, the Line, the Bbhme, the Eyther, the Wiimme, the Lesum (formed by the three streams, Ro- dau, Wiste, and Worpe), the Greste, and the Hunter ; all of which are Hanoverian rivers, and continue their united courses till they are lost in the German Ocean near Bre¬ men. Third, the Ems, a river rising in the Prussian pro¬ vince of Westphalia. After entering Hanover, it receives the waters of the Aa, the Hase, the Else, and the Leda. Before reaching the sea, it falls into the Dollart near Em- den, which is the principal seaport in the kingdom. The vessels belonging to this port are about 270, and their ton¬ nage 19,289 lasts. There are equipped at the mouth of this river upwards of fifty busses, w hich are employed in the herring fishery, and usually take and cure from 12,000 to 14,000 tons of that fish annually. Fourth, the Vecht, a river of short course, rising in the Prussian province of Westphalia, and terminating in the Zuyder Zee. Its prin¬ cipal importance is derived from a navigable canal, which VOL. XI. commences at the city of Munster, and is the channel of Hanover, some trade through the Vecht to Amsterdam. Though Hanover is generally a sandy soil, it has some small fresh-water lakes. The Dummersee, in Diepholtz, is about twelve miles in circuit. The Steinhudermeer, in the province of Kalenburg, is about four miles long and two broad; and the Dollart, at the mouth of the Ems, which is rather an estuary than a lake, is twelve miles across. The canals are all of short course. The Bremen Canal is designed to unite the Hamme, the Oste, and the Schwinge; and the Treckschuit Canal is intended to con¬ nect Witmund with Aurich. The Pappenburg Canal is only navigable from the Ems to that city. Though considerable variations, in conformity to the different natures of the soils, occur in the husbandry of Hanover, yet it may be generally described as at a very low standard. The land mostly belongs either to the king, or to the nobles, as lords of the soil, who have under them a species of tenants called bauers, having the use of small portions of land, under many and various feudal conditions. These bauers pay little or no rent in money, but render the lord a stipulated number of days’ work in seed time and harvest on his demesne lands, or give him a certain proportion of the proceeds of their crops. In most in¬ stances the lords have the right of pasture for their cattle over the whole land, and are the proprietors of most of the sheep and cows. There is an exception to this mode of holding, called the meyer law ; but it extends over so small a portion of the kingdom as not to merit a detailed notice of it. The rotation of crops usually followed in Hanover is first a fallow, on which the land is cultivated to potatoes, peas, or flax ; then follows winter corn, either rye or wheat, but chiefly the former ; and to these succeeds summer corn, either barley or oats. As the fields are usually divided into small portions, like many of our common fields in England, and the larger divisions must all be cultivated alike, though belonging to different occupiers; and as the course that has prevailed from time immemorial must be continued ; there is little or no room for improvement, and little encouragement for superior knowledge or greater ac¬ tivity. Such is the bad state of cultivation, that the in¬ crease of grain is not estimated to exceed four for one of the quantity sown throughout the whole kingdom. The breeding and fattening of cattle is a branch of rural eco¬ nomy, confined to particular portions adapted to that pur¬ pose, and is in the same backward state as the agriculture. By the latest enumeration of the live stock, which was pre¬ vious to some provinces of 600,000 acres in extent being added to it, there were 224,500 horses ; 675,926 head of horned cattle ; 1,540,794 sheep and lambs ; 15,728 goats and kids; 176,974 swine; and 1498 asses and mules. Much of the heath land, especially in the province of Lune¬ burg, is used for no other purpose but that of rearing bees for the salve of their honey and wax. The hives are trans¬ ported in waggons, at the commencement of the spring, to those more southern countries where the flowers bloom early, and are afterwards brought back when the heath flowers are fit for them, and remain till the proper time for taking the contents of the hives. Large numbers of geese are also kept by the bauers on the moist situations : their flesh is salted for winter domestic consumption, and their feathers are preserved for sale. These two sources, affording wax, honey, and feathers, yield the principal dis¬ posable produce of some of the provinces. The manufactures of Hanover are very numerous, but none of them extensive. Except linen, linen yarn, and domestic utensils, few of them afford a surplus beyond the home consumption. The linen is of four kinds: first, that called Hauseleinwand, or household linen, the making as well as use of which is to be met with in every family ; se¬ condly, a coarse kind, that called the Lowentleinen; thirdly, s 138 HANOVER. Hanover, the fine linen, which is only made in some of the cities to a small extent, and almost wholly consumed by the richer families of the kingdom ; and, fourthly, sail-cloth and hemp¬ en linen, which is principally made in East Friesland and the duchy of Bremen, and is mostly sold for foreign con¬ sumption. Besides the linen yarn used in the home fa¬ brics, a great quantity is spun for foreign trade. Spin¬ ning is indeed the constant operation of almost all the fe¬ males in the villages during the long nights of winter. The spinning of coarse wool, and making it into cloth, either by itself or mixed w ith linen, occupies a considerable por¬ tion of the industry of the peasantry, and furnishes them w ith clothing from the produce of their own lands. Be¬ sides these, they spin cotton, and mixing the yarn with that of linen, manufacture dresses for the females and the younger part of their families. The stockings they wear, whether of linen, cotton, or worsted, are usually made at home. In some parts of the country much oil is made from linseed. Coarse pottery ware is made in many parts. Paper-mills, which supply about 80,000 reams annually, are not sufficient for the home consumption. In the cities, woollen cloths, silk goods, cotton of various kinds, hats, hosiery, soap, and leather, are manufactured. The princi¬ pal branches that employ much capital are the breweries of Hanover, Eimbeck, and Goslar, and the corn distilleries which are to be found in all the cities. The former of these are suffering a gradual declension, whilst the latter are as rapidly increasing. The mines are a source of wealth, which, from having been neglected during the French occupation, have re¬ quired considerable expenditure to make them as produc¬ tive as they were before that calamitous period. The gross quantities delivered of all the mines in the seventeen years from the beginning of 1815 to the end of 1832, have been as follows, viz. Gold 103 merks. Silver 878,699 ... Lead 1,683,781 quintals. Copper 33,509 Zinc 596 Sulphur 17,396 Vitriol 44,058 Lon 1,329,139 Salt 1,400,000 Fossil coal 17,500,000 cubic feet. It is expected that in future the proceeds will be more considerable, and the expense of working much less, as some new shafts have been recently sunk, and the cost of them deducted from the price of the metals. As may be supposed from the small quantity of surplus production, the trade of Hanover cannot be extensive. Fhe principal port, Emden, has some export and import trade; but from the state of the roads between that place and the more populous parts of the kingdom, more of its trade passes through Hamburg and Bremen than through that city. . Besides the more considerable articles made Lom flax, its honey, wax, feathers, and large quantities of timber, are sent to Hamburg and Bremen. Hops, rape- seed, oil-cake, fruit, hams, and sausages, form also articles of export of small amount. In very fruitful years some corn is exported, but in general the consumption is equal to the produce. The imports consist principally of wine, coffee, tea, sugar, indigo, tobacco, and a few manufactured articles, which are consumed by the richer classes. As the roads to the great fairs of Leipsic and Frankfort pass through Hanover, the transit of goods by these create a pretty large commission trade, and give employment to many waggons, horses, and men, as well as to the barge owners. The exports and imports nearly balance each other, and the amount of neither exceeds L.500,000 ster¬ ling. Hanover is a hereditary monarchy in the house of Han, Guelph, with a Salic law, which prevents the throne be- 'wJ ing filled by a female. In case the present branch becomes extinct, the heir of the duchy of Brunswick will succeed. The legislative powTer was vested in the several states formerly, which caused a great complication, both in the financial and the judicial departments. This arose from the several parts which have successively been added to Hanover having possessed ancient constitutions, with con¬ siderable differences in the laws, religion, and institutions. By gradual arrangements these have been assimilated into one system, and a legislative body formed, which, as far as it has hitherto proceeded, works rather favourably for the general good. It consists of two houses. The upper house contains fifty-five members. They are in part the mediatorial sovereigns within the kingdom, in part the Protestant and the Catholic bishops or prelates and in part the ministers at the head of the several de¬ partments of the government; but the greater number consists of the representatives of the nobility, proprietors of estates in the several provinces. The second chamber is composed of seventy-two mem¬ bers, who are chosen for six years. Twenty-nine of them are elected by the cities, and the remainder by the proprie¬ tors of the estates in their respective provinces. Amon<>-st these are several clergymen and lawyers. The president and vice-president are selected by the assembiy, but sub¬ ject to the approbation of the king, or, in his absence, of the viceroy. They assemble every year, and their at¬ tention recently has been chiefly addressed to the simpli¬ fication of the finances, and to the abolition of those in¬ ferior local justiciaries, which had belonged to the pro¬ prietors of certain estates. I he revenue of the kingdom is derived from various sources, all of which have been clearly communicated to the public by one of the chiefs of the board of revenue, Mr Ubbelohde, up to the beginning of 1834. The sovereigns of Hanover were, like most others in Germany, the largest landed proprietors in their domi¬ nions. I heir land, called the domains, with what was de¬ nominated the royalties, such as the mines, the posting, the road and harbour tolls, and other branches, amounted to nearly as much as the taxes. These have recently been given up by the crown, and form one branch of the general revenue applicable by the legislature to the pur¬ pose of paying the interest of the public debt, and defray¬ ing the expenses of the several departments of the admi¬ nistration. i he nett amount of this royal property, after deducting the expense of management and collection, and the sum appropriated to the viceregal household, appears to have been, in 1833, 1,194,640 rixdollars, or L.89,598 sterling, besides that derived from the mines and salt springs, which amounted to 117,000 rixdollars, or L.8775 sterling. Ihe remainder of the revenue is obtained by taxation of vaiious kinds, such as land, house, personal, and income taxes, by imposts on beer and corn spirits, by stamps, and by a custom-duty on foreign goods. These are the chief subjects of taxation, but there are some few of a smaller kind, more troublesome than productive. Ihe nett revenue now is found to produce as follows; t. , , llixdollars. Sterling. from the royal treasury 2,356,543 L.176,625 from the kingdom’s treasury 3,006,600 225,495 _ , , 5,363,143 L.402,235 Ihe whole expenses of the govern¬ ment, as enumerated below, amounted in 1832 to 5,390,800 L.404,310 Thus leaving a deficit of. 41,485 L.2,075 HANOVER. 139 r. The annual expenses are as follows :— Itixdollars. Cabinet ministers 90,950 Office in London 14,400 Bailiwick and other expenses in the country parts, and police 618,350 Legislative body 76,400 Ministry of foreign affairs 70,000 Ministry of war 1,657,950 Ministry of justice 215,600 Ministry of religion and general instruction 97,650 Ministry of the interior 651,000 Ministry of trade 41,300 Ministry of finances 208,000 Interest of debt 1,306,400 Pensions 144,000 Expiring expenses 198,800 5,390,800 or L.404,310 sterling. The public debt consists in part of annuities, and in part of loans. The annual interest, as is shown in the account of expenses, amounts to nearly one quarter of these. It is, however, annually diminishing, by means of a sinking fund, tillgungofond, the amount paid towards which is in¬ cluded in the 1,306,400 rixdollars of the expenditure. It now amounts to 311,100 rixdollars, or nearly one quarter of the annual interest. In the expenditure of the ministry of the interior is comprehended the cost of improving the roads, the dykes, and the navigable rivers. It has been well expended, especially that on the roads, which have, within the last fifteen years, from the worst become some of the best in any part of Europe. The military force of Hanover consists of an engineer and artillery corps, the latter composed of two companies of horse and one of foot, a corps of riflemen, a battalion of infantry, of which two are the guards and two light troops, and four regiments of cavalry. The total num¬ ber amounts to about twelve thousand men, but many of them are indulged with furloughs, so that the whole ex¬ pense of the army, including the repairs of the fortifica¬ tions, is very small. Hanover has a single vessel of war moored in the Elbe to collect the dues on that stream, and some small craft at the mouths of the Weser and of the Ems. The religious establishments of Llanover are the three Christian sects in different parts. The Lutherans are the most numerous, comprehending 1,235,200 persons, having ten superintendents or bishops, and 924 clergymen. They have also nine convents for men and eighteen for females, but the members of these are not bound to celibacy. The tithes are commonly paid in kind, but some of them have stipends from the government. The Catholics are about 200,000, having one bishop, and 143 parish priests. The Reformed are about 100,000, and have 114 parish churches, and a minister to each. There are, besides, three Men- nonite and one Moravian congregation. The Jews are allowed the freest toleration as regards their worship, but are excluded from some of the civil privileges. Their number is about 12,000. The business of education is well attended to, and abundant means are supplied to aid it, both by the govern¬ ment and the voluntary contributions of corporations and individuals. The first establishment is the university of Gottingen, founded by George II. in 1734. Its profes¬ sors are scholars of great eminence in every branch of science and literature, and in 1833 it contained 845 students. There are, besides, five ecclesiastical semina¬ ries, twenty-nine schools for the common sciences, and six¬ teen gymnasiums or public classical schools; and each vil¬ lage and town has the appropriate number of elementary Hanover, schools, amounting to the number of 3560. All are taught '^**~\^**J to read and to write, and the common rules of arithmetic. There are also surgical and medical schools, hospitals for midwifery, and a good veterinary college. The freedom of the press is allowed to the professors of the university, but all other writings must pass through a very mild cen¬ sorship ; though of late, from the proceedings of the diet at Frankfort, some restrictions have been enacted against the unlimited publication of political newspapers, and other smaller works. The poor are provided for wholly by voluntary contri¬ butions, which are made from house to house at stated periods. They are in a great degree supported in work- houses, where their own labour contributes in some mea¬ sure to their maintenance. Their food and clothing are of the coarsest kind. There are many hospitals and other charitable establishments for the relief and cure of the diseased ; and, upon the whole, the poor are as well taken care of as in other countries where their maintenance is compulsory. The language usually spoken in Hanover is the Plat- Deutsche, a dialect of the High German, more pure, and less complicated in its construction, but treated by the learned with more contempt than it merits. As the ser¬ vice in the churches and the instruction in the schools are exclusively in the High German, all the peasantry understand it, though they never use it when they can avoid it. The higher classes pride themselves in speaking the High German with greater purity than is practised in any other part of the empire. Hanover has two standards of money, the Leipsiger and the convention. The public accounts are kept in the latter. The gold coin called Georgs d’or is five rix¬ dollars eight groschen in convention money ; or, in Leip¬ siger money, four rixdollars sixteen groschen. The other gold coin, the Gold-Gulden, is two rixdollars six groschen in convention, two dollars two groschen in Leip¬ siger money. The long measure is the rood of eight ells ; the ell is two feet; the foot twelve inches. Six Hanoverian are equal to five Brabant ells. Land is measured by hufen and morgens. The hufe is thirty morgens, the morgen 120 ruthen, equal to 24’844 Paris feet. The morgen by which woodland is measured contains 160 ruthen. The liquid measure is the eimen, of 3T36 cubic inches, or the anker of T960 cubic inches. The latter makes sixteen stiibchens or thirty-two kannen, and sixty-four quartiere or 128 nosel. The weights in common use are ships- pounds, lies-pounds, hundreds, and customary pounds. The ships-pound is equal to twenty lies-pounds ; the hun¬ dred is 110 lies-pounds. The lies-pound is divided into two marks, the mark into eight ounces, the ounce into two loths, the loth into four quentins. The local weights and measures vary from these standards in all the vil¬ lages of the several provinces. See Erdebescreibung des Konigreichs Hannover^ von Sonne ; Weiniarishe Erdebescreibung, vol. iv. part i.; Jacobs’ View of Germany, 8$c. 1820; Weimar Almanack, 1834; Hodgskin’s Germany; Hannoverische Zeitungen, 1833 ; and Uber die Finances des Konigreichs Hannover und deren Verwaltung, von Hofrath, J. G. L. W. Ubbelohde, 1834. Hanover, a city, the capital of the kingdom of the same name, in Germany, as well as of the province of Kalenburg. It is built on an extensive plain on the river Leine, which receives the waters of the Ihme, and then becomes navigable to the Weser. The former walls, which were indefensible, have been destroyed, and plant¬ ed, and thus converted into pleasant promenades. The city is divided into the old and the new town by the river. The former is old, ill built, and dirty; the latter is much 140 HAN Hanover, better, contains a fine square, some good streets, and seve- New rai handsome public and private buildings. The most pro- e minent of these are the palace of the Duke of Cambridge, Towns t^e theatre> and the house of assembly of the states. The royal library, containing 25,000 volumes, and the cabinet of natural history, are objects of attention. The city con¬ tains seven Lutheran, two Reformed, and one Catholic church, with 2195 houses, and about 25,000 inhabitants. The chief trade is brewing beer, but it has those kinds of manufactures which are naturally encouraged in the capital of each kingdom, however small or poor. As the residence of a court, of an armed force, of the le¬ gislature, the courts of justice, and of several of the nobi¬ lity, a great number of small tradesmen obtain subsist¬ ence by supplying their wants. The trade by water con¬ sists chiefly in transmitting wood, and some corn and flax, to Bremen, where it is shipped for markets at a dis¬ tance. There is, however, an exchange and a chamber of commerce, and some of the bankers are considerable ca¬ pitalists. It is situated in longitude 9. 39. 40. E. and latitude 52. 22. 18. N. Near the city is the royal palace of Hernhausen, with fine walks, gardens, graperies, and plantations. Hanover, New, an island in the Pacific Ocean, seen by Captain Carteret in 1767, and, according to his account, about thirty miles in length. The passage between this island and New Zealand is obstructed by reefs and islets. The south-west part is situated in long. 148. 27. E. and lat. 2. 49. S. HANSE, or Hans, an ancient name for a society or company of merchants, particularly that of certain cities in Germany, hence called Hanse-towns. The word hanse is obsolete High Dutch or Teutonic, and signifies alliance, confederacy, association. But some derive it from the two German words am-see, that is, on the sea, because the first hanse towns were all situated on the sea-coast; and hence the society is said to have been originally called am zee stenen, or cities on the sea, and afterwards, by abbreviation, hansee, and hanse. Hanse Toivns. The Hanseatic society was a league between several maritime cities of Germany, for the pro¬ tection of their commerce. Bremen and Amsterdam were the first two that formed it; and the trade of these towns experienced such advantage by their fitting out two men of war in each to convoy their ships, that more cities en¬ tered into the league. Even kings and princes made trea¬ ties with the league, and were often glad of their assistance and protection ; by which means they became so power¬ ful both by sea and land, that they raised armies as well as navies, possessed countries in sovereignty, and made peace or wrar, though always in defence of their trade, as if they had been an united state or commonwealth. At this time many cities, though they had no great in¬ terest in trade, or intercourse with the ocean, entered into this alliance for the preservation of their liberties; so that in 1200 we find no less than seventy-two cities in the list of the towns of the Hanse, particularly Bre¬ men, Amsterdam, Antwerp, Rotterdam, Dort, Bruges, Qs- tend, Dunkirk, Middleburg, Calais, Rouen, Rochelle, Bor¬ deaux, St Malo, Bayonne, Biiboa, Lisbon, Seville, Cadiz, Carthagena, Barcelona, Marseilles, Leghorn, Naples, Mes¬ sina, London, Lubeck, Rostock, Stralsund, Stettin, Wismar, Konigsberg, Dantzig, Elbing, and Marienburg. The alliance was now so powerful that their ships of war were often hired by other princes to assist them against their enemies. They not only awed, but often defeated, all that opposed their commerce ; and in 1358 they took such revenge on the Danish fleet in the Sound, for having interrupted their commerce, that Waldemar III. king of Denmark, for the sake of peace, gave them up Schonen for sixteen years, by which they commanded the H A N passage of the Sound in their own right. In 1428 they H made war on Erick, king of Denmark, with two hundred To and fifty sail, carrying on board 12,000 men. These so w ravaged the coast of Jutland, that the king was glad to make peace with them. Many privileges were bestowed upon the Hanse Towns by Louis XL, Charles VIII., Louis XII., and Francis I., kings of France, as well as by the emperor Charles V., who had different loans of money from them, and by King Henry III., who also incorporated them into a trading body, in acknowledgment of money which they had ad¬ vanced to him, as well as for the good services they did him by their naval forces in 1206. These towns exercised a jurisdiction amongst them¬ selves ; and for this purpose they were divided into four colleges or provinces, distinguished by the names of their four principal cities, viz. Lubeck, Cologne, Brunswick, and Dantzig, in which were held their courts of judicature. They had a common stock or treasury at Lubeck, and power to call an assembly as often as was necessary. They kept magazines or warehouses for the sale of their merchandises in London, Bruges, Antwerp, Berg in Nor¬ way, Revel in Livonia, and Novogorod in Muscovy, which were exported to most parts of Europe, in English, Dutch, and Flemish bottoms. One of their principal magazines was at London, where a society of German merchants was formed, called the Steelyard Company. To this company great privileges were granted by Edward I.; but these were revoked, by act of parliament in 1552, in the reign of Edward VI., upon a complaint of the English mer¬ chants that this company had so completely engrossed the cloth trade, that in the preceding year they had exported 50,000 pieces, whilst the English had only shipped 1100 pieces. Queen Mary, who ascended the throne the fol¬ lowing year, having resolved to marry Philip, son of the emperor Charles V., suspended the execution of the act for three years ; but after that term, whether by reason of some new statute, or in pursuance of that of King Ed¬ ward, the privileges of the company were no longer re¬ garded, and all efforts of the Hanse Towns to recover this loss were unavailing. Another accident which contributed to their mortifica¬ tion occurred whilst Queen Elizabeth was at war with the Spaniards. Sir Francis Drake happening to meet sixty ships in the Tagus, loaded with corn belonging to the Hanse Towns, took out all the corn as contraband goods, which they were forbidden to carry by their original pa¬ tent. The Hanse Towns having complained of this to the diet of the empire, the queen sent an ambassador thither to declare her reasons. The king of Poland likewise in¬ terested himself in the affair, because the city of Dantzig was under his protection. At last, though the queen strove hard to preserve the commerce of the English in Germany, the emperor excluded the English company of merchant-adventurers, who had considerable factories at Stade, Emden, Bremen, Hamburg, and Elbing, from all trade in the empire. In short, the Hanse Towns, parti¬ cularly in Germany, were not only in so flourishing, but in so formidable a state, from the fourteenth to the six¬ teenth century, that they gave umbrage to all the neigh¬ bouring princes, who threatened a strong confederacy against them, and, as the first step towards this, com¬ manded all the cities within their dominion or jurisdiction to withdraw from the union or Flanse, and have no further concern therein. This immediately separated from them all the cities of England, France, and Italy. The Hanse, on the other hand, prudently put themselves under the protection ot the empire ; and as the cities just mentioned had withdrawn from them, they withdrew from several more, and made a decree amongst themselves, that none should be admitted into their society but such as stood HAN HAN 141 within the limits of the German empire, or were depen- dent thereon, except Dantzig, which continued a mem- Kl. ZY though in nowise dependent on the empire. By this > "l’s they maintained their confederacy for the protec¬ tion of trade, without being any more envied by their pjo-hbours; but they were reduced to Lubeck, Bremen, Hamburg and Dantzig, in the first of which they kept their register, and held assemblies once in three years at least. In the middle of the seventeenth century, Lu¬ beck Bremen, and Hamburg were all that continued to acknowledge the authority of the league ; and even to this dav the shadow of its power still exists, these places hav- ini been acknowledged in the act for the establishment of5the Germanic confederation signed at Vienna on the 8th of June 1815, as free Hanseatic cities. HANSOOT, a town of Hindustan, in the province of Guierat, twelve miles south-west from Broach. Long. /2. 59. E. Lat. 21. 32. N. HANSY, a town of Hindustan, in the province of Delhi, and district of Hissar Feroseh, situated on the edge of the canal, now in ruins, cut from the river Jumna about the year 1353, by Sultan Feroy. It is a very ancient town, and contains the tomb of a Mahommedan saint called Sheikh Jemmal. It was taken by the Mahommedans ear¬ ly in 1035, and has experienced many revolutions. To¬ wards the end of the eighteenth century it was the capi¬ tal of the short-lived principality erected by the adven¬ turer George Thomas, and is now possessed by indepen¬ dent native chiefs. . , ™ . o HANTCHAO, a small island in the Chinese Sea, not far from the coast of Cochin-China, at the entrance of the harbour of Turon. Lat. 16. 12. N. HANTCHONG, a city of China, of the first rank, in the province of Chensi, situated in a fertile countiy, and sur¬ rounded by mountains and forests. It carries on a trade in honey, wax, musk, and cinnabar. Long. 106. 44. E. Lat. 32. 59. N. . HANYANG, a city of China, of the first rank, situated at the confluence of the rivers Han and Yantse. Long. 113. 44. E. Lat. 63. 19. N. HANWAY, Jonas, distinguished for his benevolent designs and useful writings, was born at I ortsmouth, in Hampshire, on the 12th ot August H12. His father, Thomas Hanway, an officer in the naval service, and for some years store-keeper to the dockyard at that place, was deprived of his life by an accident, and left his widow with four children, Jonas, William, Ihomas, and Elizabeth, all of very tender age. Mrs Hanway having repaired to Lon¬ don after the death of her husband, put Jonas to school, where he learned writing and accounts, and made some proficiency in Latin. At the age of seventeen he was sent to Lisbon, where he arrived in June 1729, and was bound apprentice to a merchant in that city. On the ex¬ piration of his apprenticeship, he entered into business at Lisbon as a merchant or factor; but he did not remain there long before he returned to London. He soon afterwards connected himself as a partner in Mr Dingley’s house in St Petersburg, where he arrived on the 10th of June 1743. The trade of the English nation by the Caspian Sea to Persia had at this period been in¬ trusted to the care of Mr Elton, who, not content with the pursuit of commercial affairs, had injudiciously engaged in the service of Nadir Shah, to build ships on the Caspian after the European manner. This had alarmed the mer¬ chants engaged in the Russian trade, and a resolution was formed that one of their body should make a journey into Persia. On this occasion Mr Hanway offered his service, and was accepted. He set out on the 10th of September, and, after experiencing a great variety of hazards in that kingdom during the course of twelve months, returned to St Petersburg on the first of January 1745, without hav¬ ing been able to establish the intended trade by the Cas- Hanway. pian, partly through the jealousy of the Russian court on account of Elton’s connections with the Persians, and part¬ ly from the troubles and revolutions by which the' latter kingdom was distracted. He now settled at St Petersburg, where he remained five years. During this time he interested himself great¬ ly in the concerns of the merchants wrho had engaged in the Caspian trade ; but the independence he had acquired having excited a desire to revisit his native country', he left St Petersburg on the 9th of July 1750. In 1753 he published an Historical Account of the British Trade by the Caspian Sea, with a Journal of Travels from London through Russia into Persia, and back again through Rus¬ sia, Germany, and Holland; a work which was received with great attention by the public. In 1754, we find Mr Hanway commending a plan offered for the advantage ot Westminster, and suggesting hints for the further im¬ provement of it, in a letter to Mr John Spranger on his excellent proposal for paving, cleansing, and lighting the streets of Westminster, 8vo. A few years afterwards, when a scheme of the same kind was carried into effect, many of Mr Hanway’s ideas, thrown out in this pamphlet, were adopted. In 1756, he printed a Journal of Eight Days’Journey from Portsmouth to Kingston-upon-Thames, with an Essay upon Tea, which was afterwards reprinted in two volumes 8vo, 1757. At this juncture, Great Britain being on the eve of a war with France, Hanway published Thoughts on the Duty of a good Citizen with regard to War and Invasion, in a "Letter from a Citizen to his Friend, 8vo. About the same time, several gentlemen formed a plan which was matured and perfected by the assiduity of Hanway, for providing the navy with sailors, by furnishing poor chil¬ dren with necessaries to equip them for the service of the country. The success and propriety of this scheme soon became apparent. Mr Hanway wrote and published three pamphlets on the occasion ; and the treasurer of the society, accompanied by Mr Hanway, having waited on the king, the society received L.1000 from his majesty, L.400 from the prince of Wales, and L.200 from the prin¬ cess dowager. This excellent institution was through life the favourite object of Mr Hanway’s care, and it continued to flourish under his auspices, greatly to the advantage ot the community. In 1758 he became an advocate for an¬ other charitable institution, which derived considerable emolument from his patronage. This was the Magdalen Charity, to assist which he published a Letter to Robert Dingley, Esq. containing a Proposal for the Relief and Employment of friendless Girls and repenting Prostitutes, 4to. He also printed other small performances on the same subject. In 1759, Mr Hanway wrote Reasons for an Augmenta¬ tion of at least Twelve Thousand Mariners to be employ ed in the Merchants’ Service and Coasting Trade, 4to. The next year he published several productions, viz. 1. A candid historical Account of the Hospital for the recep¬ tion of exposed and deserted young Children, 8vo ; 2. An Account of the Society for the Encouragement of the Bri¬ tish Troops in Germany and North America, 8vo ; 3. Eight Letters to Duke of , on the Custom of Vails giving in England, 8vo. In 1761, he produced Reflec¬ tions, Essays, and Meditations on Life and Religion, with a collection of Proverbs, and eighteen Letters written oc¬ casionally on several subjects, in 2 vols. 8vo. In July 1762, he was appointed one of the commission¬ ers for victualling the navy; a post which he held above twenty-one years. His attention having been particular¬ ly directed towards alleviating the miseries of young chimney-sweepers, he published, in 1773, the State ot the Chimney-sweepers’ Young Apprentices, showing the 142 HAP HAP Happiness, wretched condition of these distressed boys, the ill con- duct of such masters as do not observe the obligation of Indentures, and the necessity of a strict inquiry in order to support the civil and religious rights of these appren¬ tices, 12mo. In the succeeding year, 1774, he enlarged a former publication, entitled Advice from a Farmer to his Daughter, and republished it under the title of Virtue in Humble Life, containing Reflections on the Reciprocal Duties of the Wealthy and Indigent, the Master and the Servant, 2 vols. 8vo. This edition being sold, in a few months he reprinted it in two-quarto volumes, with a de¬ dication to Mrs Montagu. In 1783, finding his health decline, he determined to re¬ sign his office at the victualling board, which he did on the 2d of October that year ; and immediately received a grant of his whole salary by way of pension during his life. In the summer of 1786 Mr Han way’s health declined visibly. He had long felt the approach of a disorder in the bladder, which, increasing by degrees, caused a strangury, and at length, on the 5th of September 1786, put a period to a life spent almost entirely in the service of his fellow-ci-ea- tures. On the 13th he was interred in-the family-vault at Hanwell, being attended to the grave by a numerous re¬ tinue of friends; and after his death the public regard for his virtues was displayed by a subscription of several hun¬ dred pounds for erecting a monument to perpetuate his memory. HAPPINESS, or Felicity, absolutely considered, de¬ notes the durable possession of perfect good without any admixture of evil; or the enjoyment of pure pleasure un¬ alloyed with pain; or a state in which all the wishes are satisfied. In these senses happiness is known only by name upon the earth. The epithet happy, when applied to any state or condition of human life, admits of no positive definition, but is merely a relative term; in other words, when we call a man happy, we mean that he is happier than some others with whom we compare him, than the generality of others, or than he himself was in some other situation. This subject has been treated by many eminent writers, and in a great variety of ways; but by none does it appear to have been set in a clearer and more definite point of view than by Archdeacon Paley in the sixth chapter of his Principles of Moral and Political Philosophy. In strict¬ ness, says he, any condition may be denominated happy in which the amount or aggregate of pleasure exceeds that of pain ; and the degree of happiness depends upon the quan¬ tity of this excess. And the greatest quantity of it, ordi¬ narily attainable in human life, is what we mean by happi¬ ness, when we inquire or pronounce what human happi¬ ness consists in. If any positive signification, distinct from what we mean by pleasure, can be affixed to the term happiness, it may be taken to denote a certain state of the nervous system in that part of the human frame in which we feel joy and grief, passions and affections. Whether this part be the heart, which the turn of most languages would lead us to be¬ lieve ; or the diaphragm, as Buffon imagined; or the upper orifice of the stomach, as Van Plelmont thought; or rather a kind of fine net-work, lining the whole region of the pr£e- cordia, as others have imagined; it is possible not only that every painful sensation may violently shake and dis- tuib the fibres at the time, but that a series of such may at length so derange the very texture of the system, as to produce a perpetual irritation, which will show itself by fretfulness, restlessness, and impatience. It is possible also, on the other hand, that a succession of pleasurable sensations may have such an effect upon this subtle orga¬ nisation, as to cause the fibres to relax, and return into then place and order; and thereby to recover, or, if not lost, to preserve, that harmonious conformation which gives to the mind its sense of complacency and satisfaction. Ha This state may be denominated happiness ; and is so far dis- 'w-1 tinguishable from pleasure, that it does not refer to any par¬ ticular object of enjoyment, or consist, like pleasure, in the gratification of one or more of the senses; but is rather the secondary effect which such objects and gratifications produce upon the nervous system, or the state in which they leave it. The comparative sense, however, in which we have explained the term happiness, is more popular; and in prosecuting the subject, we may consider, first, what human happiness does not consist in ; and, secondly, what it does consist in. I. First, then, happiness does not consist in the pleasures of sense, in whatever profusion or variety they may be en¬ joyed. By the pleasures of sense are meant the animal gra¬ tifications of eating, drinking, and that by which the species is continued, as well as the more refined pleasures of mu¬ sic, painting, architecture, gardening, splendid shows, thea¬ trical exhibitions, and, lastly, the pleasures of active sports, as of hunting, shooting, fishing, &c. For, 1. These plea¬ sures continue but for a little while at a time. This is true of them all, especially of the grosser sort. Laying aside the preparation and the expectation, and computing strictly the actual sensation, wm shall be surprised to find how inconsiderable a portion of our time they occupy, how few hours in the four and twenty they are able to fill up. 2. By repetition they lose their relish. It is a property of the machine, for which we know no remedy, that the or¬ gans by which we perceive pleasure are blunted and be¬ numbed by being frequently exercised in the same way. There is hardly any one who has not found the difference betw een a gratification when new and when familiar, or any pleasure which does not become indifferent as it grows habitual. 3. The eagerness for high and intense delights takes away the relish from all others ; and as such delights fall rarely in our way, the greater part of our time becomes from this cause empty and uneasy. There is hardly any delusion by which men are greater sufferers in their happi¬ ness, than by their expecting too much from what is called pleasure; that is, from those intense delights which vul¬ garly engross the name of pleasure. The very expecta¬ tion spoils them. When they do come, we are often en¬ gaged in taking pains to persuade ourselves how much we are pleased, rather than in enjoying any pleasure which springs naturally out of the object; and whenever we depend upon being vastly delighted, we alweys go home secretly grieved at missing our aim. Likewise, as has been just now observed, when this humour of being pro¬ digiously delighted has once taken hold of the imagina¬ tion, it hinders us from providing for or acquiescing in those gently soothing engagements, the due variety and succes¬ sion of which are the only things that supply a continued stream of happiness. Hie truth seems to be, that there is a limit at which these pleasures soon arrive, and from which they ever af¬ terwards decline. They are by necessity of short dura¬ tion, as the prgans cannot hold on their emotions beyond a certain length of time; and if you endeavour to com¬ pensate for this imperfection in their nature by the fre¬ quency with which you repeat them, you lose more than you gain by the fatigue of the faculties and the diminution of sensibility. We have in this account said nothing of the loss of opportunities or the decay of faculties, which, whenever they happen, leave the voluptuary destitute and desperate ; teased by desires that can never be gratified, and the memory of pleasures which must return no more. It will also be allowed by those who have experienced it, and perhaps by those alone, that pleasure which is pur¬ chased by the encumbrance of our fortune is purchased too dear; the pleasure never compensating for the perpe¬ tual irritation of embarrassed circumstances. HAP II A P 143 a. These pleasures, after all, have their value; and as the ' young are always too eager in the pursuit of them, the old are sometimes too remiss ; that is, too studious of their ease to be at the pains which they really deserve. Secondly, Neither does happiness consist in an exemp¬ tion from pain, labour, care, business, suspense, molesta¬ tion, and “ those evils which are withoutsuch a state being usually attended, not with ease, but with depression of spirits, a tastelessness in all our ideas, imaginary anxie¬ ties, and the whole train of hypochondriacal affections. For this reason it seldom answers the expectations of those who retire from their shops and counting-houses to enjoy the remainder of their days in leisure and tranquillity; much less of such as in a fit of chagrin shut themselves up in cloisters and hermitages, or quit the world and their sta¬ tions in it, for solitude and repose. Where there exists a known external cause of uneasiness, the cause may be removed, and the uneasiness will then cease. But those imaginary distresses which men feel for want of real ones (and which are equally tormenting, and so far equally real), as they depend upon no single or as¬ signable subject of uneasiness, so they admit oftentimes of no application or relief. Hence a moderate pain, upon which the attention may fasten and spend itself, is to many a refreshment; as a fit of the gout will sometimes cure the spleen. And the same may be said of any moderate agi¬ tation of the mind, as a literary controversy, a law-suit, a contested election, and, above all, gaming, the passion for which, in men of fortune and liberal minds, is only to be accounted for on this principle. Thirdly, Neither does happiness consist in greatness, rank, or in elevated station. Were it true that all superiority afforded pleasure, it would follow, that by how much we are the greater, that is, the more persons we are superior to, in the same pro¬ portion, as far as depends upon this cause, we should be the happier; but so it is, that no superiority yields any sa¬ tisfaction, save that which we possess or obtain over those with whom we immediately compare ourselves. The shep¬ herd perceives no pleasure in his superiority over his.dog; the farmer in his superiority over the shepherd ; the lord in his superiority over the farmer ; nor, lastly, the king in his superiority over the lord. Superiority, where there is no competition, is seldom contemplated, and is a thing of which most men are quite unconscious. But if the same shepherd can run, fight, or wrestle, better than the peasants of his village; if the farmer can show better cattle, if he keeps a better horse, or be supposed to have a longer purse, than any farmer in the hundred; if the lord have more interest in an election, greater favour at court, a better house, or larger estate, than any nobleman in the county ; if the king possess a more extensive territory, a more powerful fleet or army, a more splendid establishment, more loyal subjects, or more weight and authority in ad¬ justing the affairs of nations, than any prince in Europe; in all these cases the parties feel an actual satisfaction in their superiority. No superiority appears to be of any ac¬ count but a superiority over a rival. This, it is manifest, may exist wherever rivalships do; and rivalships fall out amongst men of all ranks and degrees. The object of emulation, the dignity or magnitude of this object, makes no difference; as it is not what either possesses that con¬ stitutes the pleasure, but what one possesses more than the other. Philosophy smiles at the contempt with which the rich and great speak of the petty strifes and com¬ petitions of the poor; not reflecting that these strifes and competitions are just as reasonable as their own, and the pleasure which success affords the same. It appears evident, then, that happiness does not consist in greatness, since what are supposed to be the peculiar advantages of greatness, the pleasures of ambition and su¬ periority, are in reality common to all conditions. But Happiness, whether the pursuits of ambition be ever wise, whether w-y-w they contribute more to the happiness or misery of the pursuers, is a different question, and a question concern¬ ing which we may be allowed to entertain great doubt. The pleasure of success is exquisite ; so also is the anxiety of the pursuit, and the pain of disappointment; but, what is the worst part of the account, the pleasure is short-lived. We soon cease to look back upon those whom we have left behind; new contests are engaged in, new prospects unfold themselves; a succession of struggles is kept up, whilst there is a rival left within the compass of our views and profession; and when there is none, the pleasure ter¬ minates with the pursuit. II. Wre have seen what happiness does not consist in. We are next to consider in what it does consist. In the conduct of life, the great matter is to know beforehand what will please us, and what pleasures will hold out. So far as we know this, our choice will be justified by the event. And this knowledge is more rare and difficult than at first sight it may seem to be ; for sometimes pleasures, which are wonderfully alluring and flattering in the pros¬ pect, are found in the possession to be extremely insipid, or do not hold out as we expected. At other times plea¬ sures start up which never entered into our calculation, and which we might have missed by not foreseeing ; and hence we have reason to believe that we actually do miss many pleasures from the same cause. The original diversity of taste, capacity, and constitu¬ tion, observable in the human species, and the still greater variety which habit and fashion have introduced, render it altogether impossible to propose any plan of happiness which will succeed to all, or any method of life which is universally eligible or practicable. All that can be said is, that there remains a presumption in favour of those con¬ ditions of life in which men generally appear most cheer¬ ful and contented ; for though the apparent happiness of mankind be not always a true measure of their real happi¬ ness, it is the best measure we have. Upon this principle, then, happiness appears to consist in the exercise of the social affections. Those persons commonly possess good spirits who have about them many objects of affection and endearment, as wife, children, kin¬ dred, friends ; and to the want of these may be imputed the peevishness of monks and of such as lead a monastic life. Of the same nature with the indulgence of our do¬ mestic affections, and equally refreshing to the spirits, is the pleasure which results from acts of bounty and be¬ neficence, exercised either in giving money, or in im¬ parting to those who want it the assistance of our skill and profession. Another main article of human happiness is, the exer¬ cise of our faculties, either of body or mind, in the pursuit of some engaging end. It seems to be true that no pleni¬ tude of present gratification can make the possessor happy for a continuance, unless he have something in reserve, something to hope for and look forward to. This may be inferred from comparing the alacrity and spirits of men who are engaged in any pursuit which interests them, with the dejection and ennui of almost all who are either born to so much that they want nothing more, or who have used up their satisfactions too soon, and drained the sources of enjoyment. It is this intolerable vacuity of mind which carries the rich and great to the race-course and the gam¬ ing table, and often engages them in contests and pursuits, of which the success bears no proportion to the solicitude and expense with which it is sought. The question now occurs, how we are to provide our¬ selves with a succession of pleasurable engagements. This requires tw7o things ; judgment in the choice of ends adapted to our opportunities ; and a command of imagina- 144 HAP Happiness, tion, so as to be able, when the judgment has made choice of an end, to transfer a pleasure to the means ; after which the end may be forgotten as soon as we will. Hence those pleasures are most valuable, not which are most exquisite in the fruition, but most productive of engagement and ac¬ tivity in the pursuit. A man who is in earnest in his endeavours after the hap¬ piness of a future state, has in this respect an advantage over all the world; for he has constantly before his eyes an object of supreme importance, productive of perpetual engagement and activity, and of which the pursuit (and this can be said of no pursuit besides) lasts him to the end of his life. Yet even he must have many ends beside the far end; but then they will conduct to that, be subordi¬ nate, and in some way or other capable of being referred to that, and derive their satisfaction, or an addition of satis¬ faction, from that. Engagement is every thing. The more significant, however, our engagements are, the better; such as the planning of laws, institutions, manufactures, charities, im¬ provements, public works, and the endeavouring by our interest, address, solicitations, and activity, to carry them into effect; or, upon a smaller scale, the procuring of a maintenance and fortune for our families, by a course of industry and application to our callings, which forms and gives motion to the common occupations of life ; training up a child; prosecuting a scheme for his future establish¬ ment ; making ourselves masters of a language or a science ; improving or managing an estate ; labouring after a piece of preferment; and, lastly, any engagement which is in¬ nocent is better than none, as writing a book, building a house, laying out a garden, digging a fish-pond, even rais¬ ing a cucumber or a tulip. Whilst the mind is occupied with the objects or business before it, we are commonly happy, whatever the objects or business be ; when the mind is absent, and the thoughts are wandering to something else besides what is passing in the place in which we are, we are often miserable. The art in which the secret of human happiness in a great measure consists, is to set the habits in such a man¬ ner that every change may be a change for the better. The habits themselves are much the same ; for whatever is made habitual becomes smooth, and easy, and indiffe¬ rent. The return to an old habit is likewise easy, what¬ ever the habit be. Therefore the advantage is with those habits which allow of indulgence in the deviation from them. The luxurious receive no greater pleasure from their dainties than the peasant does from his bread and cheese ; but the peasant whenever he goes abroad finds a feast, whereas the epicure must be well entertained to es¬ cape disgust. Those who spend every day at cards, and those who go every day to plough, pass their time much alike; intent upon what they are about, wanting nothing, regretting nothing, they are both in a state of ease. But then, whatever suspends the occupation of the card-player distresses him, whereas to the labourer every interruption is a refreshment; and this appears in the different effect which the Sabbath produces upon the two, proving a day of recreation to the one, but a lamentable burden to the other. The man who has learned to live alone, feels his spirits enlivened whenever he enters into company, yet takes his leave of it without regret. Another, who has long been accustomed to a crowd or continual succession of company, experiences in company no elevation of spi¬ rits, nor any greater satisfaction than what the man of a retired life finds in his chimney-corner. So far their con¬ ditions are equal; but let a change of place, fortune, or situation, separate the companion from his circle, his visi¬ tors, his club, common-room, or coffee-house, and the dif¬ ference of advantage in the choice and constitution of the two habits will show itself. Solitude comes to the one H A R clothed with melancholy; to the other it brings liberty and repose. You will see the one fretful and restless, at a loss how to dispose of his time, till the hour comes round fl that he can forget himself in bed ; the other easy and sa- ^ tisfied, taking up his book or his pipe as soon as he finds himself alone ; ready to admit any little amusement which casts up, or to turn his hands and attention to the first bu¬ siness which presents itself; or content without either to sit still, and let his trains of thought glide indolently through his brain, without much use perhaps or pleasure, but with¬ out hankering after any thing better, and without irrita¬ tion. A reader who has inured himself to books of science and argumentation, if a novel, a well-written pamphlet, an article of news, a narrative of a curious voyage, or the journal of a traveller, fall in his way, sits down to the re¬ past with relish, enjoys his entertainment while it lasts, and can return, when it is over, to his graver reading without distaste. Another, with whom nothing will go down but works of humour and pleasantry, or whose curiosity must be interested by perpetual novelty, will consume a book¬ seller’s window in half a forenoon, during which time he is rather in search of diversion than diverted; and as books to his taste are few and short, and rapidly read over, the stock is soon exhausted, when he is left without re¬ source from this principal supply of innocent amusement. As far as circumstances of fortune conduce to happiness, it is not the income which any man possesses, but the in¬ crease of income, that affords the pleasure. Two persons, of whom one begins with L.100, and advances his income to L.1000 a year, and the other sets off with L.1000 and dwindles down to L.100, may, in the course of their time, have the receipt and spending of the same sum of money; yet their satisfaction, as far as fortune is concerned, will be very different; the series and sum total of their incomes being the same, it makes a wide difference which end they begin at. Happiness consists in health, understanding by health, not only freedom from bodily distempers, but also that tranquillity, firmness, and alacrity of mind, which we call good spirits, for the sake of health, according to this no¬ tion of it, no sacrifices can be too great. Whether it re¬ quires us to relinquish lucrative situations, to abstain from lavourite indulgences, to control intemperate passions, or to undergo tedious regimens; whatever difficulties it lays us under, a man who pursues his happiness rationally and re¬ solutely will be content to submit to. When we are in perfect health and spirits, we feel in ourselves a happiness independent of any particular outward gratification what¬ ever, and of which we can give no account. This is an enjoyment which the Deity has annexed to life, and pro¬ bably constitutes in a great measure the happiness of in¬ fants and brutes, especially of the lower and sedentary or¬ ders of animals, as of oysters, periwinkles, and the like. Ihe above account of human happiness will justify two conclusions, which, although found in most books of mo¬ rality, have seldom been supported by any sufficient rea¬ sons, viz. first, that happiness is pretty equally distributed amongst the different orders of civil society ; and, secondly, that vice has no advantage over virtue, even with respect to this world’s happiness. HA1 UE, a cluster of four or more low islets amongst those called the friendly Islands. They are about six or seven miles in length, and are joined together by reefs. Ihey are fertile and well cultivated, and are situated in long. 185. 36. to 185. 45. E. lat. 19. 39. to 19. 53. S. HAQUE, in our old writers, a little hand-gun, forbid¬ den to be used for the destruction of game, by statute 33 Henry VIII. cap. 6, and 2 and 3 Edward VI. cap. 14. The ^em^la(ilue> comes also within the said acts. AN, Chahran, or Charr.®, or Mesopotamia, a city celebrated for having been the place were Abra- H A R H A R 145 I Ha hei ,e ham first retreated after he left Ur, and where Terah, Abraham’s father, died and was buried. Thither likewise Jacob retired to Laban, when he fled from the indignation of his brother Esau. Lastly, at Haran or Charrae, in Me¬ sopotamia, Crassus, the Roman general, was defeated and killed by the Parthians. Haran was situated between the Euphrates and the river Chebar, at a considerable dis¬ tance from the place where these two rivers unite. HARANGUE, a modern French term for a speech or oration made by an orator in public. Menage derives the word from the Italian arenga, which signifies the same thing and is formed, according to Ferrari, from arringo, a ioust, or place of jousting. Others derive it from the Latin ara, an altar, by reason of the first harangues hav¬ ing been made before altars. The word is also frequent¬ ly used in a bad sense, for a pompous, prolix, or unsea¬ sonable speech or declamation. HARBINGER, an officer of the king s household, hav¬ ing four yeomen under him, who ride a day’s journey be¬ fore the court when it travels, in order to provide lodg¬ ings and other necessaries. . . HARBINGER’S Reefs, some reefs which lie in Bass s Strait, New Holland, and extend in patches nearly two leagues from the north end of King’s Island. HARBOROUGH Market, a town of the county of Leicester, within the hundred of Gastre, and eighty-three miles from London. It consists of one long and well- built street, in which is to be seen a great number of car¬ riages passing between London and the northern parts of the kingdom. There was, till within a few years, a con¬ siderable quantity of thin worsted goods made in this town, but the trade has nearly all proceeded farther north. There is a market on Tuesday, which is well attended. The population amounted in 1801 to 1716, in 1811 to 1754, in 1821 to 1873, and in 1831 to 2272. HARBOUR, a general name given to any sea-port or haven, and also to any place convenient for mooring ship¬ ping. The qualities requisite in a good harbour are, that the bottom be entirely free from rocks or shallows ; that the opening be of sufficient extent to admit without difficulty the entrance or departure of large ships; that it should have good anchorage ground, and be easy of ac¬ cess ; that it should be well defended from the violence of the wind and sea; that it should have room and con¬ venience to receive the shipping of different nations, and those which are laden with different merchandises; that it should be furnished with a good light-house, and have a variety of proper rings, posts, moorings, and the like, in order to remove or secure the vessels contained therein; and, finally, that it should have plenty of wood, and other materials for fuel, besides hemp, iron, mariners, and so forth. HARBURG, a city of the kingdom of Hanover, in the province of Luneburg, on the river Elbe. It stands oppo¬ site to the city of Hamburg, and was united to it by a bridge seven miles in length, as long as that city was oc¬ cupied by the French. It has now hourly intercourse by steam and other boats. It contains 3760 inhabitants. HARCOURT, a market-town of the arrondissement of Bernay, in the department of the Eure, in France, con¬ taining 1398 inhabitants, who are chiefly employed in cot¬ ton manufactures. HARDERWYK, a city of the Netherlands, in the pro¬ vince of Gueldres, on the Zuyder Zee. It was former¬ ly fortified, but the walls are decayed. There is a colle¬ giate institution of education. In 1831 it contained 4831 inhabitants, who were chiefly employed in fishing, and trading in corn, especially oats, and in wood. HARDHEIM, a town of the circle of Maine and Tau¬ ber, in the duchy of Baden, and bailiwick of Walldurn. It stands on the river Erfa, and contains 296 houses, and 1906 inhabitants, amongst whom are linen weavers, distil- Hardness lers, tanners, and curriers. „nrA • HARDNESS, in bodies, a property directly opposite to fluidity, and by which they resist the impression of any other substance, sometimes in an extreme degree. Quist and others have constructed tables of the hardness of dif¬ ferent substances. The method pursued in constructing these tables was by observing the order in which the arti¬ cles tried were capable of cutting or making an impres¬ sion upon one another. The following table, extracted from Magellan’s edition of Cronstedt’s Mineralogy, was taken from Quist, Bergman, and Kirwan. The first column shows the hardness, and the second the specific gravity. Diamond from Ormus 20. Pink diamond 19** Bluish diamond 19 •• Yellowish diamond 19.. Cubic diamond 18.. Ruby 1^.. Pale ruby from Brazil..... 16.. Ruby spinell 18.. Deep blue sapphire 16.. Ditto paler 17.. Topaz 15*. Whitish ditto lU. Bohemian ditto U*. Emerald 12 Garnet 12-. Agate 12-• Onyx 12-. Sardonyx 12.. Occidental amethyst 1L. Crystal H" Cornelian 11- Green jasper U- Reddish yellow ditto 9. Schoerl 19. Tourmaline 19. Quartz 19. Opal 19- Chrysolite 19- Zeolite 8. Fluor 7. Calcareous spar 6. Gypsum 5- Chcilk* ••••••••••• •••••••••••••••••••••• ••• HARDOUIN, John, a Jesuit, one of the most learned, and at the same time most singular men whose names are to be found in the history of letters, was born at Quimper, in 1646. He was the son of a bookseller; and this cir¬ cumstance, in furnishing him with the means of instruc¬ tion, no doubt contributed to develope that desire for knowledge which at first formed the principal trait of his character. When his studies were terminated, he made application to the Jesuits, into whose body he wished to be received ; but he only obtained his admission after two years of trial and examination ; from which it may reason¬ ably be conjectured that, at the age of twenty, he gave no proofs of those brilliant qualities for which he was after¬ wards distinguished. For some time he professed rheto¬ ric, and then proceeded to Paris in order to complete his course of theology. He was associated with Father Gar- nier in classifying the books belonging to the college of Louis the Great, and in 1683 he succeeded to the office of librarian. The learned were then preparing editions of the classical authors for the use of the Dauphin ; but none of them had ventured to undertake the Natural History of Pliny, a work the text of which has suffered more than that of almost any other ancient author, and which, to be thoroughly understood and appreciated, requires exten¬ sive knowledge of various kinds. Lather Hardouin un» .3-7 .3-4 .3-3 .3-3 .3-2 .4*2 .3-5 .3-4 .3*8 .3-8 .4-2 .3-5 ,.2-8 ..2-8 .4-4 ..2*6 .2-6 ..2-6 ..2-7 ..2-6 ..2-7 ..2-7 ..2-6 ..3-6 ..3-0 ..2-7 ..2-6 ..3-7 ..2-1 ..3-5 ..2-7 ..2-3 ..2*7 VOL XI. 146 H A R Hardouin. dertook this task, to which he applied himself with incre- dible zeal. In trying to determine the positions of the towns mentioned by Pliny, he became sensible that a knowledge of medals would assist him in clearing up dif¬ ferent points of ancient geography ; and with this view he immediately applied to the study of numismatics, in which he soon rendered himself profound. His edition of Pliny was completed in five years, and, when it appeared, made the learned and indefatigable editor known to all Europe. This work, which, according to Huet, would have occu¬ pied any five ordinary scholars fifty years, met with so flattering a reception, that Father Hardouin could not enjoy his success with moderation. The commendations which poured in upon him from all quarters intoxicated him with pride; and he no longer spoke of other antiqua¬ ries, except with the utmost contempt. The latter, again, set themselves to humble him in his turn, by depreciat¬ ing his merits, and exaggerating his faults. Hardouin re¬ plied with bitterness, and in his reasonings displayed more subtlety than good faith; for rather than confess his er¬ rors, he attempted to palliate them by paradoxes, and, proceeding from one thing to another, he at length came to advance some so utterly extravagant, that, if they have not ruined his reputation, as some pretend, they have at least weakened the impression which would otherwise have been produced by his really prodigious knowledge. In one of his works, La Chronologie expliquee par les Me- dailles, he ventured to maintain that ancient history had been entirely recomposed in the thirteenth century, with the help of the works of Cicero and Pliny, the Georgies of Virgil, and the satires and epistles of Horace, the only monuments which, in his opinion, had any claim to anti¬ quity. This strange assertion, which tended to raise doubts as to the authenticity of the sacred Scriptures themselves, caused his production to be suppressed, drew down upon him the censure of his superiors, and obliged him, in 1708, to make a retractation, but without in any degree changing his opinions, which he reproduced in se¬ veral of his works. Besides his office of librarian, Har¬ douin filled a chair of theology; and, notwithstanding the continual distractions to which he was exposed, he passed few years without publishing some new writing, as re¬ markable for erudition as for novelty of the ideas. He rose, summer and winter, at four in the morning, and con¬ tinued his readings until night was well advanced. En¬ dowed with an astonishing memory, and a sagacity which made itself be remarked even in his greatest aberrations, he would have more certainly obtained the glory he co~ veted if he had pursued it less eagerly. He thought him¬ self original when he was only singular; and he frequent- y advanced vain subtleties or extravagant paradoxes, that he might avoid repeating what others had said before him. e prepared himself for death with Christian resignation, and terminated his long career, which it would have been easy for him to render more honourable, as well as more useful, in the house of his order at Paris, on the 3d of September 1729, in the eighty-third year of his age. His H A R epitaph, written by Jacob Vernet of Geneva, gives a very ga. just idea of the celebrated personage, and of the strange f mixture of pride and naivete, of scepticism and solid pie-Hare* ty, which made up his character.1 His principal works are: 1. Nummi antiqui Populorum et Urbium illustrati, de re monetaria veterum Ilomanorum ex Plinii Secundi sententia, Paris, 1684, in 4to; 2. Antirrheticus de Num- mis antiquis Coloniarum et Municiporum ad Jo. Foy- Vaillant, ibid. 1689, in 4to ; 3. C. Plinii Secundi Historic Naturalis libri xxxvii. Paris, 1689, in five vols. 4to; 4. S. Joannis Chrysostomi Epistola ad Caesarium monachum, notis illustrata, Paris, 1686, in 4to; 5. Chronologise ex Nummis antiquis restitutae specimen primum, Paris, 1696, in 4to ; 6. Opera Selecta, Amsterdam, 1709, 1719, in fo¬ lio ; 7. Conciliorum Collectio Regia Maxima, Paris, 1715 and the following years; 8. Apologie d’Homere, ou Ton explique le veritable dessein de ITliade, et la Theo-my- thologie, Paris, 1716, in 12mo ; 9. Opera Varia Posthuma, Amsterdam, 1733, in folio; 10. Commentarius in Novum Testamentum, Amsterdam, 1742, in folio; 11. Prolego¬ mena ad censuram Scriptorum veterum, London, 1766, in 8vo; and, 12. a very great number of Dissertations, chiefly on Medals, in the Memoires de Trevoux. (a.) HARDWICKE. See York. HARE. See Mammalia. Hare, Dr Francis, an English bishop, the date of whose birth is unknown, but who was bred at Eton School, and from that foundation became a member of King’s Col¬ lege, Cambridge, where he had the tuition of the Marquis of Blandford, only son of the illustrious Duke of Marlbo¬ rough, who had appointed him chaplain-general to the ar¬ my. He afterwards obtained the deanery of Worcester, and was thence promoted to the bishoprick of Chichester, which he held with the deanery of St Paul’s till his death, which happened in 1740. Owing to party prejudices, he was dismissed from his office as chaplain to George I. in 1718, along with Dr Moss and Dr Sherlock, persons distin¬ guished for talents and learning. About the end of Queen Anne’s reign, he published a remarkable pamphlet, entitled The Difficulties and Discouragements attending the Study of the Scriptures, in the way of private judgment, in order to show, that since such a study of the Scriptures is an in¬ dispensable duty, it concerns all Christian societies to re¬ move, as much as possible, those discouragements. He also published many pieces against Bishop Hoadley, in the Bangorian Controversy, as it was called, besides other learn¬ ed works, which, after his death, were collected and publish¬ ed in four volumes 8vo. He likewise published an edition of 1 erence, with notes, in 4to ; and the book of Psalms in Hebrew, 4to. In this last work he pretends to have dis¬ covered the Hebrew metre, which was supposed to be ir¬ retrievably lost. But his hypothesis, though defended by some, has been confuted by several learned men, particular¬ ly by Dr Lowth in his Metricce Hareance brevis Confutatio, annexed to his lectures De Sacra Poesi Hebrceorutn. HAREM OOD, a market-town of the wapentake of Skyrack, in the west riding of Yorkshire, 204 miles from 1 Naked, unvarnished truth is a rare ingredient sents, m tins respect, a remarkable exception : in epitaphs. T he following, however, which In expectatione judicii Hie jacet hominum paradoxotatos Natione. Gallus, religione jesuita, Orbis litterati portentym Venerandse antiquitatis cultor et depnedator Docte febricitans Somnia et inaudita commenta vigilans edidit. Scepticum pie egit Credulitate puer Audacia juvenis Deliriis senex, Verbo dicam, hie jacet Harduinus. is that alluded to in the text, pre- H A R H A R 147 >ur London. It is situated on the beautiful river Wharfe, and many persons employed abroad in purchasing manuscripts Harlem ’*la is chiefly remarkable for the magnificent castle, the an- for Kim, and furnished them with written instructions Ha ian c;ent residence of the Lascelles family, on whose head the for their guidance. By these means the collection was, in Haj!i;nn. Coll i°n’foie of Earl of Harewood has been conferred. The popu- the year 1721, increased to near six thousand books, four- ^ ^ lation amounted in 1801 to 707, in 1811 to 771, in 1821 to teen thousand original charters, and five hundred rolls. 849 and in 1831 to 894. On the 21st of May 1724 Lord Oxford died; but his son HARFLEUR, a sea-port of the arrondissement of Havre Edward, who succeeded to his honours and estate, still de Grace, in the department of the Lower Seine, in France, further enlarged the collection ; so that when he died on It is situated on the river Lezgarde, at the end of a valley the 16th of June 1741, it consisted of eight thousand vo- between two mountains which terminate on the Seine. It lumes, several of them containing distinct and indepen- contains about 400 houses, and 1862 inhabitants. There dent treatises, besides many loose papers which have since are several establishments for refining sugar, and some ma- been arranged and bound up in volumes, and above forty nufactures of china-ware. It is said to be the place where thousand original rolls, charters, letters-patent, grants, William the Conqueror embarked on his successful invasion and other deeds and instruments of great antiquity. The of England. Long. 0. 6. 22. E. Lat. 49. 30. 23. N. principal design of making this collection was the esta- HARIHARA, a town and fortress of Southern Hindus- blishment of a manuscript English historical library, and tan, in the Balaghaut ceded territories, and province of the rescuing from destruction such national records as Bejapore, situated on the south-east bank of the Toom- had eluded the diligence of preceding collectors. But Lord buddra river. In the fort there is a celebrated temple Oxford’s plan was more extensive ; for his collection of Vishnu, and among the inhabitants there are many of also abounds with curious manuscripts in every science, low caste. In this vicinity the inhabitants are poor, and This collection was purchased by government, and depo- never marry, owing to the expense of the ceremony. Not sited in the British Museum. There is a printed cata- many of the women, however, live in a state of celibacy, logue of its contents. The* practice of polygamy is common amongst the rich. HARLEM Isle, an island of about four miles in cir- The inhabitants in the neighbourhood are said to be noted cumference, lying off the north-w^est coast of the island for their stupidity, in which reproach the Brahmins are in- of Ceylon, and affording excellent pasture for horses, eluded; and many ridiculous anecdotes are related con- Long. 79. 54. E. Lat. 9. 41. N. cerning them. The place being situated on the confines HARLEQUIN, in the Italian comedy, a buffoon, dress- of two countries, has often changed masters. After the ed in parti-coloured clothes, and answering to our merry- defeat of Ram Rajah, and the destruction of the Bijana- andrew or jack-pudding. We have also introduced har- gur sovereignty, it became subject to the Adil Shahee dy- lequin upon our stage, and this is one of the standing nasty of Bejapore. On the destruction of the dynasty by characters in the modern grotesque or pantomime enter- the Moguls, it fell into the hands of the nabob of Savanoor, tainments. The term is said to have taken its origin from from whom it was afterwards taken by the rajah of Ikery, a famous Italian comedian who appeared in Paris under who was expelled by the Mahrattas; and these, after a pe- Henry III., and, from frequenting the house of M. de Har- riod of fifteen years, were driven out by Hyder. On the lay, was called by his companions Harlequino, or little death of Tippoo, and the division of his country, it was Harlay; a name which has descended to those of the one of the districts ceded to the British, and is now in- same rank and profession. eluded in the collectorship of Bellary. Long. 75. 48. E. HARLESTON, a town of Norfolk, in the hundred of Lat. 14. 24. N. Earsham, a portion of the parish of Redenhall. It is si- HARIORPOOR, a town of Hindustan, in the province tuated on the river Waveney, 100 miles from London, of Orissa, and the capital of the district of Mohurbunge. and there is a good corn market on Thursday. The popu- Itis possessed by independent zemindars, and is fifty miles lation amounted in 1801 to 1459, in 1811 to 1538, in 1821 south-west from Midnapoor. Long. 86. 52. E. Lat. 21. to 1641, and in 1831 to 1784. 52. N. HARLEY, Robert, Earl of Oxford and Mortimer, was HARIOT, or Heriot, in Law, a due belonging to a the eldest son of Sir Edward Harley, and born in 1661. lord at the death of his tenant, consisting of the best beast, At the Revolution, Sir Edward and his son raised a troop either horse, or cow, or ox, which he had at the time of of horse at their own expense; and after the accession his death ; and in some manors the best goods, piece of of William and Mary he obtained a seat in parliament, plate, &c. were called hariots. His promotion was rapid. In 1/02 he was chosen Speaker Hariot, Thomas. See Harriot. of the House of Commons; in 1704, he was sworn of HARLECH, a market-town of Merionethshire, in Queen Anne s privy council, and the same year made se- North Wales, within the hundred of Ardudwy. It is si- cretary of state; in 1706 he acted as one of the com- tuated on the Irish Channel, with an ancient castle in missioners for the treaty of union with Scotland; and in good preservation, originally built by King Edward L, 1710 he was appointed a commissioner of the treasury, which was the last fortress that surrendered to the parlia- and chancellor and under-treasurer ot the exchequer. A raentary forces in the civil wars of Charles I. There is a daring attempt was made on his life on the 8th of March small market held on Saturdays. 1711, by the Marquis of Guiscard, a Frenchman, who, HARLEIAN Collection, a most valuable collection when under an examination before a committee of the of useful and curious manuscripts, commenced about the privy council, stabbed him with a penknife. Of this end of the seventeenth century, by Robert Harley of wound, however, he soon recovered ; and he was the Brampton Bryan, in Herefordshire, afterwards Earl of same year created Earl of Oxford and lord high treasu- Oxford, and Lord Lligh Treasurer. He procured his rer, which office he resigned immediately before the first considerable collection in August 1705, and in less queen’s death. In 1715 he was impeached of high trea- than ten years he got together nearly two thousand five son, and committed to the lower; but he was cleared hundred rare and curious manuscripts. Soon after this, of the charge by trial, and died in 1724. He was not Dr George Hickes, Mr Anstis, Bishop Nicholson, and only an encourager of literature, but the greatest collec- many other eminent antiquaries, not only offered him tor in his time of curious books and manuscripts. See their assistance in procuring manuscripts, but presented Harleian Collection. him with several very valuable ones. Being thus encou- HARLING. See Herling. raged to persevere by the success he met with, he kept HARLING, East, a town of Norfolk, in the hundred 148 H A R Harlingen of Guiltcross, ninety-three miles from London, with a II market on Thursdays. The inhabitants amounted in Harmat- ]801 tQ 674,} jn 18n tQ 732j in 182l t0 867? and in 1831 to 1031. HARLINGEN, a city of the Netherlands, in the pro¬ vince of Friesland. It is strongly fortified, stands on the Zuyder Zee, at the mouth of the river Blies, and is sur¬ rounded by a fertile district. It has a good harbour, but large ships must be lightened before they can enter it. It contains five churches, a very fine admiralty, and about 1000 houses, with (in 1831) 7537 inhabitants. The streets are broad, straight, and clean. There are many manufac¬ tures carried on, especially of cloth, half linen half cot¬ ton, and of sailcloth. There is also much trade in bricks and tiles, and in timber of all kinds. Long. 5. 36. 30. E. Lat. 53. 17. 20. N. HARLOT, a woman given to incontinency. The word is supposed by some to be the diminutive whorelet, but others derive it from Arietta, mistress to Robert duke of Norman¬ dy, and mother to William the Conqueror. Camden, how¬ ever, derives it from Arlotha, concubine to William the Conqueror. Harlots were tolerated amongst Jews, Greeks, and Romans. Fornication indeed was prohibited amongst the Jews, under severe penalties; but those they ex¬ plained as extending only to women of their own nation. Ihe public stews were therefore stocked with foreign prostitutes, who seem to have been taken under the pro¬ tection of government. This appears to be the reason why the expression strange women is often found to sig¬ nify a harlot. At Athens the prostitutes were generally strangers; and such as debauched an Athenian female were liable to a severe penalty. Corinth was a remark¬ able nursery of loose women, and gave birth to the noted Lais. Their accomplishments were oftentimes great, ex¬ tending to philosophy, dancing, singing, rhetoric, and other acquisitions. Aspasia, the mistress of Pericles, was ad¬ mired by Socrates for her learning. The more accom¬ plished females of this description frequently amassed large fortunes. A remarkable instance of this we have in Phryne, who offered to rebuild the walls of Thebes, when destroyed by Alexander, on condition that they would per¬ petuate her memory and profession by an inscription. HARLOW, a town of the county of Essex, twenty- three miles from London, in the hundred of the same name. It had formerly a market, but of late years it has not been frequented. The inhabitants amounted in 1801 to 1514, in 1811 to 1695, in 1821 to 1928, and in 1831 to 2101. HARMATTAN, the name of a remarkable periodical wind which blows from the interior parts of Africa to¬ wards the Atlantic Ocean. Of this wind we have an ac¬ count (Philosophical Transactions, vol. Ixxi.) furnished by Mr Norris, a gentleman who had frequent opportunities of observing its singular properties and effects. On that part of the coast of Africa which lies between Cape Verde and Cape Lopez, an easterly wind prevails during the months of December, January, and February, which by the Fantees, a nation on the Gold Coast, is called the Harmattan. Cape Verde is in 15° north lati¬ tude, and Cape Lopez in 1° south latitude; and the coast between these two capes runs in an oblique direction nearly from west-south-west to east-south-east, forming a range of upwards of 2100 miles. At the Isles de Los, which are a little to the northward of Sierra Leone, and to the southward of Cape Verde, it blows from the east- south-east, on the Gold Coast from the north-east, and at Cape Lopez, and the river Gabon, from the north-north¬ east. This wind is by the French and Portuguese, who frequent the Gold Coast, called simply the north-east wind, the quarter from which it blows. The English who sometimes borrow words and phrases from the Fantee H A R language, which is less guttural and more harmonious Ha than that of their neighbours, adopt the Fantee word t harmattan. w- The harmattan comes on to blow at any hour of the day, at any time of the tide, or at any period of the moon, and continues sometimes only a day or two, sometimes five or six days; but it has been known to last fifteen or sixteen days. There are generally three or four returns of it every season. It blows with a moderate force, not quite so strong as the sea-breeze, which every day sets in during the fair season from the west, west-south-west, and south-west, but somewhat stronger than the land wind at night from the north and north-north-west. A fog or haze is one of the peculiarities which always accompanies the harmattan. The gloom occasioned by this fog is so great, as sometimes to obscure objects near at hand. The English fort at Whyddah stands about midway between the French and Portuguese forts, and not quite a quarter of a mile from either, yet often nei¬ ther of the other forts can be discovered from the inter¬ mediate one. The sun, concealed during the greater part of the day, appears only a few hours about noon, and is then of a mild red, exciting no painful sensation in the eye. Extreme dryness is another property of this wind. No dew falls during the continuance of the harmattan ; nor is there the least appearance of moisture in the atmosphere. Vegetables of every kind are much injured; all tender plants, and most of the productions of the garden, are destroyed; the grass withers, and becomes dry like hay; the vigorous evergreens likewise feel its pernicious in¬ fluence ; the branches of the lemon, orange, and lime trees droop; the leaves become flaccid, wither, and, if the harmattan continues to blow for ten or twelve days, are so parched as to be easily rubbed to dust between the fin¬ gers ; and the fruit of these trees, deprived of its nourish¬ ment, and stinted in its growth, only appears to ripen, be¬ coming, in fact, yellow and dry, without acquiring half the usual size. The natives take the opportunity of the extreme dryness of the grass and young trees to set fire to them, especially near the roads, not only to keep those roads open to travellers, but to destroy the shelter which long grass, and thickets of young trees, would afford to skulking parties of their enemies. A fire thus lighted spreads with such rapidity as to endanger those who tra¬ vel. In this situation a common method of escape is, on discovering a fire to windward, to set the grass on fire to leeward, and then follow your own fire. There are other extraordinary effects produced by the extreme dryness of the harmattan. 1 he parching effects of this wind are likewise evident on the external parts of the body. The eyes, nostrils, lips, and palate, are rendered dry and uneasy, and drink is often required, not so much to quench thirst, as to re¬ move a painful aridity in the fauces. The lips and nose become sore, and even chapped; and though the air be cool, yet there is a troublesome sensation of prickling heat on the skin. If the harmattan continues four or five days, the scarf skin peels off, first from the hands and face, and afterwards from the other parts of the body, if it continue a day or two longer. Mr Norris observed, that when by exercise sweat was excited on those parts which were covered by his clothes from the weather, it was peculiar- y acrid, and tasted, on applying his tongue to his arm, something like spirits of hartshorn diluted with water. Salubrity forms a third peculiarity of the harmattan. 1 hough this wind is so very prejudicial to vegetable life, and occasions such disagreeable parching eftects on the uman species, yet it is highly conducive to health, -those labouring under fluxes and intermitting fevers ge¬ nerally recover during an harmattan. Those weakened H A R ~ j. jjy fevers, and sinking under evacuations for the cure of ^ d them, particularly bleeding, which is often injudiciously repeated, have their lives saved, and vigour restored, in Hal gpjte of the doctor. It stops the progress of epidemics ; ni the smallpox and intermittent fevers not only disappear, ^ but those labouring under these diseases, when an har- mattan comes on, are almost certain of a speedy recovery. This account, however, differs from that given by Dr Lind, who calls the harmattan a malignant and fatal wind. (See his Diseases of Hot Climates.) HARMODIUS and Aristogeiton, two Athenians, whose names are connected with one of the brightest and most celebrated deeds of Grecian story. The noble qua¬ lities of Pisistratus, and the mildness of his government, seem to have reconciled the Athenians to the loss of their independence, and enabled that prince to transmit his power unimpaired to his twyo sons Hippias and Hip¬ parchus. It would appear that at first these young princes wisely followed the footsteps of their father, and that all classes hailed with joy their ascent to the throne. But this feeling did not long continue ; for the possession of unrestrained power soon perverted the minds of the princes, and their tyrannical conduct excited conspiracies against them. The one of which we have the most cir¬ cumstantial account is that headed by Harmodius and Aristogeiton ; but the cause of its breaking out is vari¬ ously stated by different authors. According to AElian, the refusal of Hipparchus to admit the sister of Harmo¬ dius to the Panathenaic festival was the reason ; whilst Plato states one of a less honourable kind. But be this as it may, Harmodius slew Hipparchus, 514 b. c., in the midst of his guards, and was himself cut to pieces on the spot. Aristogeiton was seized by Hippias, and torture ap¬ plied, with the view of discovering his associates. Aris¬ togeiton accused all the friends of Hippias, and when they had been put to death, informed the tyrant of the strata¬ gem which he had employed (Polyaen. Strat. i. 22; Se- nec. de Iva, ii. 23). Statues were afterwards erected to their honour, which were still in existence in the time of Pausanias, a. d. 174 (Pausan. i. 8, 5), and a law was pass¬ ed which forbade a slave to receive either of their names. ptisans, and the like. HARI BERG, a town of the Austrian province of Steyermark, in the circle of Gratz. It has a large wool¬ en cloth manufactory, and an establishment for refining 296 ho!Jses’ and 1320 inhabitants. H Alt 1E, Walter, the historian of Gustavus Adol¬ phus, was born about the beginning of the eighteenth cen ury. e icceived his education at Marlborough School, from which he was sent to Oxford, where he took his masters degree on the 30th of June 1720. He early acquired an intimacy with Pope, and, in 1727, published a volume of poems dedicated to the Earl of Peterborough, who, in consequence, took some notice of him. In 1730, he published an Essay on Satire, 8vo, and, in 1735, an Essay Hart on Reason, folio, to which Pope is understood to have been ^ a contributor. He afterwards became vice-principal of St Hai Mary Hall, and obtained so much reputation as a tutor that P01 Lord Lyttleton recommended him as private and travel- ling preceptor to his natural son, in which capacity he acted from 1746 to 1750. In 1759, he published his His¬ tory of Gustavus Adolphus, in two vols. 4to; a work on which he had bestowed much labour, and in which he has undoubtedly accumulated a large body of valuable mate¬ rials. But this is nearly all that can be said in its favour. Harte had learning, industry, and the spirit of research,' with no inconsiderable share of military and even political knowledge; he had also access to the most valuable ma¬ terials, and his work, with all its faults, may therefore be considered as in a certain sense original. But it is totally destitute of arrangement and method; and, from the affectation of employing uncouth words and phrases as well as from the adoption of a style singularly harsh* pedantic, and involved, which, by some strange halluci¬ nation, he appears to have considered as fine writing, it is even more deficient in perspicuity than in the other qualities essential to historical composition. The idea of digesting his materials into a regular narrative seems never to have occurred to him, or, if it did, to have been disregarded, possibly from a conscious incapacity for giv¬ ing it effect. Hr Johnson was, however, of opinion that the defects of Harte s history proceeded more from fop¬ pery than imbecility, and that these are to be attributed not so much to want of talent as to inordinate and over¬ weening conceit; but whatever the cause may have been, the result is unfortunately the same. Harte left London on the day of the publication of his book, that he might be out of the way of the great praise he was to receive; and he was ashamed to return when he found how very7 ill it had succeeded. Robertson’s History of Scotland \vA\ been published about a month before; Hume’s History of the House of Tudor appeared the same week; and it is not wonderful that, after perusing these masterpieces of his¬ torical composition, the public should consider Harte’s style as intolerable. Towards the close of his life, he so¬ laced his solitary and painful hours by devotional read¬ ing, and died unmarried, though at what precise date has not been ascertained. His only other productions are some Sermons, and the Amaranth, a poem which, as he informs us, was written for his private consolation under a lingering and dangerous state of health, and which is strongly marked with that serious cast of feeling with which every man of a rightly-constituted mind re¬ gards his approaching end. HARI LAND, a town of the county of Devon, in the hundred of the same name, 146 miles from London. It stands on a point of land projecting into the Bristol Chan¬ nel, which forms one of the boundaries of the bay of Barnstaple. It has a market on Saturday, attended chief- Jy by persons from the adjoining county of Cornwall. Hie harbour is rendered secure by a pier. The papula¬ tion amounted in 1801 to 1546, in 1811 to 1734, in 1821 to 1968, and in 1831 to 2143. LIAR .1LEBURY, a town in the hundred of Oswald- slow, in the county of Worcester, 122 miles from London, t is situated at the junction of the river Stour with the Severn. It is chiefly remarkable from the palace of the 1 'shop of Worcester, altered from an ancient castle erect¬ ed by Henry III., and much beautified by successive pre¬ lates, especially by Madox and Hurd. The population ,ln 1801 t0 1534> 1811 to 1673, in 1821 to 16/6, and in 1831 to 1746. H]A1HLE,POOL’ a market-town and sea-port in the ward of Stockton, of the county of Durham. It is an in¬ corporated town, with a mayor and aldermen; but the H A R trade is inconsiderable, consisting chiefly of the export of coals. It is frequented in the months of summer as a spa-bathing place. The population amounted in 1801 to 993, in 1811 to 1047, in 1821 to 1249, and in 1831 to 1330. „ , , • HARTLEY, or Hartley Pans, a sea-port town in the ward of Castle, in the county of Northumberland, a portion of the parish of Earsdon, 283 miles from London. It has a good harbour near it, and some valuable coal mines; and there are extensive establishments for making dass, salt, and copperas. It is the property of the family of Delaval, whose magnificent seat and elegant gardens are about a mile from it; and the harbour, as well as the improvements, have been the result of the operations of that noble family. The population amounted in 1801 to 1639, in 1811 to 1872, in 1821 to 1795, and in 1831 to 185o! . . ... ... HARTLEY, David, an ingenious physician and phi¬ losopher, was the son of a clergyman at Armley, in York¬ shire, and born on the 30th of August 1705. After spend¬ ing some time at a private school, he was admitted of Jesus College, Cambridge, in 1720, became afterwards a fellow of that college, and took his master’s degree in 1729. He was originally intended for the church ; but having some scruples about subscribing the thirty-nine articles, he di¬ rected his studies to the medical profession, and having com¬ pleted his professional education, commenced practice at Newark, whence he removed to Bury St Edmund’s, and afterwards settled for some time in London, but eventu¬ ally established himself at Bath. Dr Hartley was inde¬ fatigable in the pursuit of all collateralTaranches of know¬ ledge, and he lived in personal intimacy with some of the most learned men of his age, including Law, Butler, \\ar- burton, Jortin, Hales, Young, Hooke the Roman historian, and others. From early youth he was devoted to the sciences, particularly logic and mathematics; he studied mathematics and experimental philosophy under Profes¬ sor Saunderson ; he was an ardent admirer of Newton, even where Newton was not in his strength, we mean, on the subjects of chronology and religion ; and from Locke he derived the first principles of logic and metaphysics, as appears from the work by which he is now principally known. The doctrine of vibrations, as instrumental to sensation and motion, he obtained from Newton ; and the principle of association he derived originally from Locke. This work he commenced about the age of twenty-five, and published it in 1749, under the title of Observations on Man, his Frame, his Duty, and his Expectations, in two vols. 8vo. He did not expect that it would meet with any general or immediate reception in the philosophical world; nor did it happen otherwise than he had expect¬ ed ; but he entertained a hope that, at some future pe¬ riod, his system would be adopted by philosophers ; and in this he appears to have been mistaken. Dr Priestley, indeed, published, in 1775, a work on Hartleys theory; but all that he has done in this production is to convince us of his own materialism, and his earnest desire to prove Hartley a materialist, although the latter dreaded nothing so much. It must be confessed, however, that his doc¬ trines have an apparent tendency towards that principle, and that other philosophers, who had not the same views or object with Priestley, have arrived at the same conclusion with him. Nor is this all. Although Hartley’s mind was active and penetrating, his industry indefatigable, and his philosophical observations unremitting, he has built upon a gratuitous assumption the doctrine by which he attempts to explain the origin and propagation of sensation; for Haller has shown that he attributes properties to the me¬ dullary substance of the brain and nerves which are in¬ compatible with their nature ; and that, consequently, he has assumed, as the basis of his system, what neither does H A R 157 nor can exist. (See, on the subject of Hartley’s philoso- Harus- phical doctrines, Sir James Mackintosh’s continuation of Plces Dissertation Second, p. 362.) Hartley was the author of Harnvev several medical tracts relative to the operation of Mrs Stephens’ medicine for the stone, a disease with which he was himself afflicted ; and he is also said to have written a defence of inoculation for smallpox, against Dr \\ ar- ren and others. He died at Bath, on the 28th of August 1757, in the fifty-second year of his age. The philoso¬ phical character of Plartley is delineated in his works, which are alike remarkable for modesty and originality, though disfigured by an affectation of mathematical forms of reasoning in treating a subject to which they can never be made to apply. In private life he was gay, cheerful, and social; his hours of recreation were devoted to mu¬ sic, poetry, and history ; and the virtuous principles which he instilled in his works formed the invariable guides of his life and doctrine. (A-) HARUSPICES, an order of priests amongst the Ro¬ mans. Their name is derived, according to Donatus (Ter. Phorm. iv. 5), from haruga, a victim, though others have referred its origin to the word ara, an altar. Diony¬ sius (ii. 22) explains it by the word Ugofoovos, inspector of the victims, and states that Romulus appointed three, one from each tribe. This number was gradually increased, till it became an important body in the state, was regard¬ ed as a collegium, and its president was called Summus Haruspex, or Magister Publicus. In the flourishing pe¬ riod of the republic, it enjoyed great influence, from the explanation it was called on to give of omens, which were taken at the commencement of any important undertaking ; but in proportion as the doctrines of the Greek philosophers spread amongst the Romans, the Haruspices gradually lost their influence, at least amongst the higher ranks. Cato used frequently to say that he was surprised the Ha¬ ruspices did not laugh when they met one another in the street. (Cic. Nat. Div. i. 26.) The Emperor Claudius made an attempt to revive their importance, and the Pon- tifices received an order to report as to the best way of accomplishing this object; but how far he succeeded we have no means of discovering. (Tacit. Ann. xi. 15.) Alexander Severus appointed fixed salaries to the mem¬ bers of this body, and teachers, who should instruct the young in the arts of soothsaying (Lamprid. 44) ; and they continued in this state till Constantine put an end to their functions, by forbidding, under the penalty of death, the continuation of their superstitious practices. (Codex Theodos. 9, tit. 16.) The duties of the Haruspices were to examine the entrails of victims sacrificed, and thence to derive omens of futurity. They also attended to the flame, the smoke, whether the victim came to the altar willingly, stood quietly, fell by one stroke, and many other circumstances of the same kind. Their knowledge of this art was derived from the Etruscans; and in early times the young nobility used to be sent to Etruria to be in¬ structed in this art. (Cic. Div. i. 2, 41.) HARVEST, probably derived from a Saxon word sig¬ nifying herb feast, is that season of the year when the corn is ripe, and fit to be reaped and gathered into barns. Harvest-Home denotes the feast which is often observed at the close of harvest, and also the song used on that occasion. HARVEY, Dr William, an illustrious English phy¬ sician, the discoverer of the circulation of the blood, was born in Kent on the 2d of April 1569. After six years of study in Caius College, Cambridge, he travelled through France, Germany, and Italy, and was created a doctor of physic in the University of Padua, where he studied for some time. After his return to London, he was incor¬ porated doctor of physic in Cambridge, afterwards admit¬ ted into the College of Physicians in London, and, lastlys 158 H A R Harvey’s appointed lecturer of anatomy and surgery in that col- , lege. In these lectures he disclosed his discovery rela- Hasling- tive to t{.ie circulation of the blood, which, after a variety den. ° °1' experiments, he communicated to the world in his Ex- , ercitatio Anatomica de Motu Cordis et Sanguinis. He was physician to James L and to Charles I., and adhered to the royal cause in the reign of the latter. His works have immortalised his memory. In 1651 he published his Exercitationes de Gemratione Animalium. In 1654 he was chosen president of the College of Physicians in his ab¬ sence ; but his age and weakness were so great, that he found himself unable to discharge the duty of the office and therefore desired the college., to choose Dr Pringle! As he had no children, he settled Ins paternal estate upon the college. He had three years previously built a com¬ bination-room, a library, and a museum; and in 1656 he brought the deeds of his estate, and presented them to the college. He was also present at the first festival, instituted by himself, and to be continued annually, to¬ gether with a commemoration speech in Latin, to be spo¬ ken on the 18th of October, in honour of the benefactors to the college. He appointed a handsome stipend for the orator, and also for the keeper of the library and museum, which are still called by his name. This great physician,' who died in 1657, had the happiness, in his lifetime, to find the clamours of ignorance, envy, and prejudice, against his doctiine, totally silenced, and to see it universally established. Dr Harvey was not only a great, but a truly excellent man; his modesty, candour, and piety, were equal to his knowledge; and the farther he penetrated into the wonders of nature, the more he felt disposed to venerate its great author. HARVEY’S Isle, a low island in the Pacific Ocean, covered by the sea, and about twenty miles in circumfer¬ ence. It was discovered by Captain Cook in 1773. Lone- 158. 54. W. Lat. 19. 18. S. HARWICH, a town in the hundred of Tendring, in the county of Essex, seventy-three miles from London.’ It is a seaport, situated at the junction of the river Stour and Orwell, which enter the German Ocean. It was once forti¬ fied, but the works were demolished in the civil wars of Charles I.; but towards the sea it is defended by a bat¬ tery. from this place the packets depart for Holland twice every week. There are good dock-yards for build¬ ing and repairing ships; and some fisheries are carried on m the North Sea. It is governed by a mayor, eight aldermen, a recorder, and some burgesses; and it re¬ turns two members to the House of Commons. There are now about 200 voters. The mayor is empowered to hold an admiralty court. The inhabitants amounted in 1801 to 2761, in 1811 to 3732, in 1821 to 4010, and in 1831 to 4297. HARZGERODE, a city, the capital of a bailiwick of the same name, in the duchy of Anhalt-Bernburg, in Ger¬ many. It is situated in a mountainous district, 1440 feet above the sea. It contains 350 houses, and 2430 inhabi¬ tants. It is surrounded with walls built of marble, with which kind of stone the streets are also paved. The chief employment is in the mines of iron, and in the quarries of marble. i ^SELMERE, a town of the county of Surrey, in the hundred of Godaiming, forty-three miles from London, t is an ancient borough, and had the right of returning two members to the House of Commons till 1832, when it was disfranchised. It has a small market on Friday. The inhaffitants amounted in 1801 to 642, in 1811 to 756, in 1821 to 88/, and in 1831 to 849. HASLAH, a town of Hindustan, in the Sikk territories, and province of Lahore, 154 miles north-east from the city of Lahore. Long. 75. 32. E. Lat. 33. 20. N. J H ASLINGDEN, a market-town of the county of Lan- H A S caster, in the hundred of Blackburn, 200 miles from Lon-Ha don, and fourteen from Manchester. It forms part of the 5 parish ofW halley, which is denominated a chapelry. It has Hi water communication by a canal with Manchester, Leeds w and Liverpool; and makes cotton and linen goods for the merchants of these places. The population amounted in 1801 to 4404, in 1811 to 5127, in 1821 to 6595, and in 1831 to 7776. HASPARREN, a town of the arrondissement of Bay¬ onne, in the department of the Lower Pyrenees, in France is situated on the river Hilspide, and contains 525 houses’ with 4156 inhabitants. HASSAN Keela, a strong castle of Armenia, situated on a high mountain. It is inhabited by 4000 Turks and 1000 Armenians, and its mineral waters are in great re¬ pute. HASSELQUIST, Frederick, a well-known traveller was a native of East Gothland, and born in the year 1722. He prosecuted his medical and botanical studies at Upsak Linnaeus having represented in his lectures the important ad¬ vantages which might be gained by travelling through Pales¬ tine, which was at that time but little known, Hasselquist felt the file of ambition burn within him at the declaration of his master. As the crown gave no pecuniary encourage¬ ment for undertakings of this description, extensive collec¬ tions were made by private individuals, especially from the country of our author, and stipends were granted him by all the faculties in the University of Upsal. Protected in this manner, he began his journey in the summer of 1749, and, through the influence of Lagerstrdm, obtained a pas¬ sage to Smyrna in a Swedish East Indiaman. He arrived at Smyrna about the latter end of the year, and met with the most friendly reception from the Swedish consuls. In the beginning of 1750 he set out for Egypt, and remained about nine months in the metropolis of that country, whence he transmitted to Linnaeus some specimens of his researches) which, after they were published, obtained the approbation of the public. By the influence of Dr War- gentin, a collection of ten thousand dollars of copper cur¬ rency was made for the encouragement of young Hassel¬ quist in the prosecution of his researches. In the spring of 1751, he passed through Jaffa to Jerusalem, and re¬ turned afterwards to Smyrna by way of Rhodes and Scio, having completely fulfilled the expectation of his coun¬ try ; but he did not live long enough to reap the fruits of Ins labours. His lungs were affected by the burning deserts of Arabia; and after languishing for some time in great distress, he expired in February 1752, before he had com¬ pleted the thirtieth year of his age. An account of his voyage was published by Linnaeus, by whom his memory was honoured with a plant which he called Hasselquistia. HAS8ELT, a city of the Netherlands, in the province of Limburg, and the capital of a circle of its own name. It' is situated on the river Demer, is tolerably well built, and contains about 1000 houses and 6840 inhabitants. There is some trade in linen and woollen goods, and in madder and tobacco, which are extensively cultivated in the vi¬ cinity. Long. 5. 9. E. Lat. 50. 55. N. HASSER, a town and fortress of Hindustan, in the province of Khandesh, and capital of a district of the same name, situated between the 21st and 22d degrees of north latitude. The land is fertile, and tolerably well watered by the Tuptee and Poornah. It is of a hilly sur¬ face, on which the native chiefs have erected fortifications. ±he town is fifteen miles north from Boorhanpoor. Long. 76.21. E. Lat. 21. 32. N. r s or Hasta Pura, amongst medallists, signifies a kind of spear or javelin, not shod or headed with iron; or rather an ancient sceptre, somewhat longer than ordi¬ nary, and occasionally given to all the gods. The hasta is supposed to be a symbol of the goodness of the gods, H » Ha: igs* HAS HAS 159 and of the conduct of providence, which is equally mild and forcible. Hasta, in some countries, is a measure or quantity of ground amounting to thirty paces, and so called, accord¬ ing to Du Cange, from the hasta or rod wherewith it was measured. HASTEE, a town of Hindustan, in the province of Aurangabad, belonging to the nizam, forty miles south¬ east from Jalnapoor. Long. 76. 53. E. Lat. 19. 32. N. HASTINGS, Warren, a man remarkable alike for his talents, his fortunes, and his history, was the son of a clergyman, and born in 1733, though in what place does not seem to have been ascertained. At a subsequent period it was alleged to his disparagement that his origin “ was low, obscure, and vulgar;” but such an assertion would seem to have been as gratuitous as it was undoubtedly unworthy of Mr Burke, from whom it proceeded. That his parents were not in affluent circumstances, may be concluded from the fact that the remainder of the family estate had been sold some time previous to the birth of young Hastings; yet, on the other hand, his maintenance and education at a great public seminary, followed by a respectable appoint¬ ment in the service of the East India Company, do not seem to indicate any want either of substance or of connec¬ tions; and, in fact, it appears from various authorities, that he was collaterally descended of an ancient family of the same name in the county of Worcester, and that the estate of Daylesford, and the patronage of the living, were vest¬ ed in his progenitors for many generations, although the fortune of one of them had been greatly diminished by his attachment to the royal cause in the time of Charles I. We notice this circumstance, not because the assertion of Mr Burke would have been any reproach to Mr Hastings, if it had been true to the fullest extent, but because be¬ ing altogether groundless, it seems to have been calculat¬ ed for the meridian of a place (the House of Lords) where the imputation of a low, obscure, and vulgar origin could scarcely fail to produce a strong and by no means advan¬ tageous impression. Warren Hastings received his education at Westmin¬ ster School, where he appears to have made considerable proficiency in learning. Amongst his class-fellows were the celebrated antiquary Soame Jennings, who spent a large fortune in the purchase of articles of vertu, and died in obscurity, if not poverty; and Sir Elijah Impey, afterwards chief justice of Bengal, who was repeatedly threatened with impeachment for his co-operation in many of the acts of his former school-fellow. The residence of young Hastings at Westminster could not have been long, as he appears to have left it about the age of sixteen. But the precocity of his talents attracted the notice of his master Dr Nichols, and he withdrew with the reputation of being one of the best scholars of his standing. It was intended to send him to Oxford, there to complete his studies; but circumstances prevented this design from being carried into effect. In 1750 he was appointed a writer in the service of the East India Company, and had the good fortune to be nominated to Bengal. At that period there existed no col¬ lege in England for instruction in the oriental languages, nor could any private tutor be found capable of under¬ taking such a task. It was not, therefore, until after his arrival in India that he was enabled to acquire any know¬ ledge of the dialects of that country. But as his natural sagacity led him to conclude that an acquaintance with the native tongues might serve the purposes of his ambi¬ tion, he immediately applied himself to the study of the Persian and Hindustanee, in which his assiduity and per¬ severance were ere long rewarded with success; and to his early proficiency in these languages, which were then but little cultivated, he was chiefly indebted for his rise in the Company’s service. At this period the East India Company still retained Hastings, much of its primitive character. It had been instituted for the purposes of trade, and its servants abroad were merely merchants, whose views were confined to commer¬ cial enterprise, and who had no ambition beyond that of enhancing the profits of mercantile speculation. No vi¬ sions of conquest had yet flitted across their imagination ; no vista of a sovereignty extending over millions of Asia¬ tics had disclosed itself even in the most distant perspec¬ tive. The great, indeed the only object then was, to open new sources of trade, and to discover new outlets for the commodities of Europe. With this view Mr Hastings was chosen as a fit person to establish a factory in the interior of Bengal. No Europlfin had as yet appeared in that part of the country; and one acquainted with the languages in use amongst the natives was naturally selected as the most proper person to conduct the enterprise. The attempt, however, proved unsuccessful; but, notwithstanding its failure, Mr Hastings found means to conciliate the good¬ will of the principal natives ; and when afterwards taken prisoner by Surajah Dowlah, the sworn foe of the English name, his knowledge of Persian mainly contributed to en¬ sure the safety of his person, and even to command the re¬ spect of his captor. But a new and memorable epoch at length occurred, from which may be dated an entire change in the cha¬ racter and policy of the Company of Merchants trading to the East Indies. Colonel Clive, originally a clerk or writer, like Mr Hastings, but a man fitted by nature to play a great part in a different sphere of action, appeared at the head of a small but victorious army; and the for¬ tunes of India were suddenly changed. Surajah Dowlah, doomed in his turn to experience the inconstancy of for¬ tune, was defeated, dethroned, and finally murdered by his successor Meer Jaffier; and from this time the East India Company appeared in the character of a military power. It now became necessary to select as resident minister at the durbar of the nawab Jaffier Ali Cawn, a man of talents and address, conversant with the oriental languages, thoroughly acquainted with the interests of the Company, and capable of unravelling the intricacies of eastern politics, as well as defeating the intrigues peculiar to a court of this description. On this occasion, Colonel, afterwards Lord Clive, showed his discernment and saga¬ city by pitching upon Mr Hastings as the person best qua¬ lified to discharge these various and difficult duties; and, in 1758, the latter was accordingly sent as diplomatic agent of the Company to the court of the new nawab. A more critical or responsible situation cannot well be imagined ; but he conducted himself with a degree of skill, prudence, and ability, which gave entire satisfaction to his employ¬ ers ; and he was only recalled to Bengal, in 1761, in con¬ sequence of his having become, by seniority, a member of the general administration. After a residence of about fourteen years in India, Mr Hastings returned to England, with acquisitions so mo¬ derate, and wishes so humble, that, whilst he panted to enjoy ease in Europe, he renounced all hopes of realising those golden prospects which had at first induced him to visit the banks of the Ganges. But, in a few years, brighter prospects dawned on him. In 1769 he unexpectedly re¬ ceived the appointment of second in the council, and soon afterwards left England for India. In the outward voyage, Mrs Imhoff happened to be a passenger on board the same ship with Mr Hastings. Married to a German, then on his way to India in the capacity of portrait painter, this lady, at once handsome and majestic in her person, ren¬ dered herself still more agreeable by her talents for con¬ versation, and, although she had for some time been both a wife and a mother, contrived to captivate the affections of Mr Hastings, who, in fact, became so much enamour- 160 HASTINGS. Hastings, ed, that, disregarding the prior rights of the unfortunate portrait painter, he resolved to transfer her matrimonial allegiance to himself. He landed at Madras in 1770, and remained there until the beginning of 1772, when, hav¬ ing been appointed president of the supreme council, he once more proceeded to Bengal. The management of the affairs of the first settlement belonging to the Com¬ pany necessarily engrossed a large share of his attention ; but still the helpmate of the German artist was not lost sight of; and, after a variety of delays incidental to a di¬ vorce, Mr Hastings was enabled, in 1777, to present Mrs Imhoff to the world in the character of his wife, having at the same time settled on her a lac of rupees, which, by an accumulation of interest, 'and the sale of some jewels, was afterwards increased to L.30,000. As early as the year 1767, the House of Commons had instituted an inquiry, having for its object to ascertain by what right the Company held territorial possessions and exercised sovereignty in India. At that period, the affairs of the Company, both in Europe and in Asia, were in great disorder, and exhibited an appearance of general distress. This was attributed partly to the gross mismanagement of its servants, and partly also to the departure from the ancient and prudential maxims on which it had been originally constituted. No longer a mere association of merchants, traders, and factors,, it had recently become a military power, and affected conquest, which was deemed incompatible with commerce; the peaceful economy and regularity of the counting-house had been exchanged for the waste and disorders of the field ; the hands which had been sent to India to employ the pen now wielded the sword; and the Company’s servants, abandoning their pro¬ per vocation, which was to extend its commerce, now sought only to enlarge its territorial dominions. But the system on which its affairs were managed was not yet adapted to the change which had taken place in its cha¬ racter and objects. The different presidencies, claiming equal powers and co-ordinate authority, had not coalesced for common purposes either of aggression or defence ; jea¬ lousies and disunion prevailed ; and, from the want of a cen¬ tral and supreme jurisdiction, the very existence of the Com¬ pany was brought into jeopardy. To remedy this evil, it was resolved to create a paramount jurisdiction; and Mr Hastings was accordingly invested with supreme authority as Governor-General of Bengal. In the mean while, the situation of England had become critical in the extreme. 1 he fatal attempt to coerce the American colonies had pro¬ duced an alliance between them and France; Spain and Holland afterwards joined the confederacy against Britain ; and along, sanguinary, and expensive war ensued, the flames of which soon extended to the eastern hemisphere, and at length involved the Company in a contest for existence. At that period Hyder Ali Cawn Bahauder, an able and war¬ like prince, swayed the sceptre of Mysore, and only waited for a favourable opportunity to expel the English from India. Having collected a formidable army, and entered into al¬ liances, particularly with the Mahrattas, he invaded the Carnatic, spreading terror and desolation wherever he ap¬ peared. The chief in command at Madras fled at his ap¬ proach; the British under Sir Hector Munro were defeat¬ ed ; a strong detachment under Colonel Baillie was, after a gallant resistance, cut to pieces at Conjeveram ; dismay pervaded the British settlements, and the triumph of Hvder seemed approaching towards its consummation. On this critical and trying occasion, the conduct of the govreinoi-general was distinguished for that firmness and energy by which alone great reverses are retrieved. Un¬ dismayed by the combination which had been formed against him, he stretched forth a helping hand to the re¬ motest British settlements in Hindustan ; on some occa¬ sions he had recourse to open force, on others he employ¬ ed the most refined policy to disunite the confederates • tr and he even scrupled not, when other means failed, to buy off a dangerous enemy with money. Whilst the army of Sir Eyre Coote carried all before it in the field, and re¬ vived the respect of the natives for British prowess, the policy of the governor-general, effectively seconding the impression made by the troops, succeeded in dispelling the most formidable confederacy which had ever menaced the overthrow of the British power in India. But, even in the midst of his victorious career, murmurs began to be raised against him both in England and in India. He was accused of squandering the public money in improvident contracts • he was charged with extorting supplies from allied and de¬ pendent states, by means of injustice and oppression ; and the peace he had concluded with the Mahrattas, the most formidable enemies of the British power, was declared to be dishonourable. In answer to all this, the friends of the governor-general pleaded the necessity of some of these measures ; excused others on the ground that the end in some degree justified the means ; ridiculed the idea that the storm in India could have been weathered by a European compass; and challenged the accusers to show how that settlement could have been saved by a policy less unscru¬ pulous and less energetic than that which had been pur¬ sued by Mr Hastings. At first no charge of peculation was preferred. The objections were general, not personal; they applied to the policy of the governor-general, not to the conduct of the man. As early as 1776, however, it became evident that the government at home was displeased with his measures, and steps were accordingly taken at the India House to order his recall; but a majority of the Court of Proprietors having declared in his favour, he was allowed to remain. Nothing further was done for some years, during which the opposition slumbered. But, on the 28th of May 1782, the House of Commons resolved that it was the duty of the Court of Directors to remove Mr Hastings. The mo¬ tion embodying this resolution was made by Mr Dundas, afterwards Lord Melville, on the arrival of a dispatch containing an account of “ an act of the most flagrant vio¬ lence and oppression, and of the grossest breach of faith, committed against Cheyt Sing, the rajah of Benares.” An order for the recall of Mr Hastings was accordingly issued by the Directors; but this also was afterwards re¬ scinded, in consequence of a second vote of the Court of Proprietors in his favour. On these occasions, the talents and capacity of Mr Hastings were acknowledged by all parties; and it was also admitted that both the territories and revenues of the Company had been greatly increased under his administration. Mo one doubted or questioned his ability, none denied the success which had crowned almost all his schemes ; but, on the other hand, these were often of such a kind as shocked all European notions of justice and equity, and the means too frequently employ¬ ed appeared much more objectionable than the ends pro¬ posed to be attained. Hence, as the Court of Proprietors refused to sanction his recall, a regular plan was formed to bridle his power and circumscribe his authority, if these should at any time be exerted for unworthy or improper purposes. W ith this view, three gentlemen of acknowledg¬ ed ability, Mr, afterwards Sir Philip Francis, General Clavering, and Colonel Monson, were selected, to whom were assigned seats at the council-board with competent salaries, and who were to form a sort of counterpoise to the governor-general. On the arrival of these function¬ aries in India, they were received with the customary respect; but, as might have been easily foreseen, many disagreements soon afterwards arose. Mr Hastings’ policy did not meet their approbation. On the contrary, many of his projects seemed to them pregnant with danger; and as they constituted a majority, they carried all ques- HASTINGS. 161 ,]tions by a plurality of votes. The governor-general, ac- 15" / nistomed to exercise absolute sway, could ill brook the _ . 1 1 • fTM 1.. „ 4-1 4-., ,r-wl restraint thus imposed on him. The newly-constituted board of control, on the other hand, exasperated by his haughty and despotic demeanour, carried their opposition beyond due bounds, protesting against and sternly refus¬ ing their consort to measures of undoubted utility. The breach became daily wider and wider between the parties, and at last an open rupture was signalised by a duel be¬ tween the governor-general and Mr Francis. Before this event occurred, however, these commission¬ ers and councillors, in consequence of express orders from the Court of Directors, proceeded to inquire into all acts of bribery, peculation, and oppression, committed, or al¬ leged to have been committed, by any of the Company’s servants. This proceeding soon brought on a crisis, out of which arose some of the most remarkable events in the history of our Indian empire. Nundcomar, a native of high consideration, perceiving the divisions which existed in the supreme council, laid before that body certain charges of corruption, implicating the governor-general, and at the same time challenged, or rather defied, the latter to deny them. Mr Hastings peremptorily refused either to meet or refute the charges of Nundcomar; but con¬ tented himself with vilifying his accuser, and repeatedly dissolved the council, by which means his colleagues were prevented from proceeding with their inquiries. Some pro¬ gress was, however, made in the investigation. The evi¬ dence of Nundcomar, and that of his son Rajah Gourdass, were obtained, from which it appeared that large sums of money had been conveyed by them to the governor-gene¬ ral, in the name of Munry Begum. They mentioned all the intermediate agents employed, the species of coin in which the bribe consisted, the colour of the bags which con¬ tained the money, and the rate of exchange paid on the occasion ; in corroboration of their statement they produced a letter from Munry Begum herself, and they concluded by requesting that Mr Hastings’ banyan, Cantoo Baboo, might be examined respecting all these points. The governor- general, however, declined to meet his accusers ; he refused to allow Cantoo Baboo to be produced ; and to the specific charges preferred by Nundcomar and Gourdass he merely opposed the integrity of his character. Whilst matters were in this state, an event occurred, which was not only extra¬ ordinary in itself, but seemed calculated to fix suspicion upon the governor-general. Nundcomar was arrested on a charge of forgery, and having been committed to the com¬ mon prison, was soon afterwards tried before Sir Elijah Impey, the chief justice of Bengal, convicted, and execut¬ ed, in pursuance of a statute which did not apply to Scot¬ land, and which could only be extended to India on a principle of construction expressly excluded in the inter¬ pretation of all penal enactments. In the mean while, the sudden death of General Claver¬ ing, followed by that of Colonel Monson, having restored the preponderance of Mr Hastings in the council, Mr Francis, finding himself unsupported, embarked for Eu¬ rope, though not until he had fought a duel with the go¬ vernor-general. From that moment the latter conducted the affairs of the government with absolute authority. By his casting vote he nullified the propositions of Mr Wheler ; and Mr Barwell, who afterwards acted as his colleague, acceded to all his measures, and contributed to promote their success. Nor can it be disputed that he conducted the war against Hyder with extraordinary ability. The want of money was supplied by the resources of a mind fertile in invention, and not over-scrupulous as to means ; the Company’s revenues wrere increased under his adminis¬ tration ; and, notwithstanding all that had been alleged against him, his influence, both in England and India, seemed to be unbounded. Nevertheless, on the 9th of VOL. XI. February 1787, Mr Hastings deemed it prudent to embark Hastings, for Europe ; and although fully aware that he was return- ing to pass through the fiery ordeal of impeachment, his mind appears to have been unmoved by the prospect of such a trial. He had powerful friends, he had performed important services, and he trusted that the united influ¬ ence of both would bear him triumphantly through. After a passage of four months and a few days, Mr Hastings arrived in England, where he was eagerly expect¬ ed both by his friends and his enemies. It was not, how¬ ever, until the 17th of February 1786 that Mr Burke moved for papers connected with the proceedings of Mr Hastings in India ; and on the 4th of April the former pre¬ sented to the house separate articles charging the latter with a number of high crimes and misdemeanours. In these the ex-governor-general was charged with gross injustice, cruelty, and treachery, in hiring British soldiers for the purpose of extirpating the helpless people who inhabited Rohillacund; with bereaving the Great Mogul of consi¬ derable territory, forcibly withholding the tribute of twenty- six lacs of rupees, and holding in his name the duannee of the provinces of Bengal, Bahar, and Orissa; with extor¬ tion, followed by expulsion, in respect to the rajah of Be¬ nares; with inflicting intolerable hardships on the royal family of Oude ; with having reduced the province of Fer- ruckabad to a state of utter ruin ; with impoverishing and depopulating the whole country of Oude, and rendering it an uninhabited desert; with a wanton, unjust, and perni¬ cious exercise of his power, in overturning the ancient es¬ tablishments of India, and extending an undue influence, by conniving at extravagant contracts and appointing in¬ ordinate salaries ; with receiving money against the orders of the Company, the act of parliament, and his own en¬ gagements, and applying it to improper purposes ; with hay¬ ing resigned by proxy, for the purpose of retaining his si¬ tuation, and denying the deed in person ; with having con¬ ducted himself treacherously towards Muzuffer Jung, who had been placed under his guardianship ; and with enormous extravagance and bribery, in the view of enriching his fa¬ vourites and dependents. But these charges were afterwards restricted to four, viz. those respecting the rajah of Be¬ nares, the begums of Oude, the presents, and the contracts. On the 1st of May, Mr Hastings was called to the bar of the House of Commons, and there read his defence, w hich occupied two w hole days. He described the grounds of crimination as ill founded and malicious; he com¬ plained that the various publications of the times con¬ tained the most unwarrantable observations on his con¬ duct, and that the press daily teemed with the most gross libels on every part of his administration in India; and he urged the extreme hardship of being obliged to reply to charges containing nothing specific, and which might be called historical narrations with voluminous commentaries. In respect of his public conduct, he had ever acted accord¬ ing to the emergencies of the times ; and he had been fre¬ quently reduced to such extremities as to defy the sanction of any precedent. No man had ever been in more peri¬ lous situations; and, amidst his disasters, he was entirely left to the resources of his own mind. He had resigned the government of India amidst the regret of his fellow- subjects ; he had repeatedly received the thanks of his em¬ ployers, the Directors of the East India Company ; he had had the satisfaction of discharging the trust reposed in him with unanimous approbation ; and he believed that no other pow er on earth had a shadow of right to call his conduct in question. He then replied to the different charges in suc¬ cession, and entered into details and explanations which, from their multiplicity, defy all power of abridgment or concentration. On the 1st of June, the House of Commons rejected the first charge, deciding that the conduct of Mr Hastings, 162 HASTINGS. Hastings, in the Rohilla war, was not impeachable ; but the second, respecting the rajah of Benares, was carried by a great ma¬ jority, upon which it was resolved that Mr Burke should carry up the impeachment, and that Mr Hastings should be committed to the custody of the serjeant-at-arms. The trial commenced on the 15th of February 1788, when Mr Burke, in an eloquent exordium, recapitulated the history of India since its connection with England. After re¬ marking that the arts of plunder had not been exhaust¬ ed under Lord Clive, he observed that the accused had introduced into his defence a sort of geographical mo¬ rality, a set of principles suited only to a particular cli¬ mate, and had contended that what was peculation and ty¬ ranny in Europe lost both its essence and its name in India. He then touched upon the alleged delinquencies of Mr Hastings, commencing with the affair of Nundcomar. That unfortunate person, soon after he had become the accuser of Mr Hastings, was taken off by a prosecution for felony ; yet he was not the only accuser, one of the most illustrious princesses of Bengal having declared on oath that the ac¬ cused had received from her or her agents a bribe of LAO,000, whilst another bribe had been obtained for a judgment re¬ lative to the descent of land. He next charged Mr Hast¬ ings with employing two notorious criminals, Congo Bur- want Sing and Devi Burwant Sing, for corrupt purposes ; then entered into a detail of the cruelty, injustice, and ex¬ tortion practised by these men against the natives; and concluded with a most powerful appeal to the justice of the house. On the sixth day Mr Burke opened the Benares charge. He attributed the prisoner’s hatred of the rajah of Benares to the circumstance of the latter having sent a vakeel or ambassador to congratulate Sir John Clavering on his supposed accession to the dignity of governor-gene¬ ral ; a proceeding which would appear natural and inoffen¬ sive to those who considered the humiliation to which the princes of India were reduced, but which, in the mind of ill Hastings, was sufficient to excite a rancour that could only be appeased by the ruin of its object. He then stated that a subsidiary treaty had existed between the Company e7t ^ing’ who was recommended to keep up a body of 2000 horse for their mutual security ; that on this treaty the governor-general founded an arbitrary claim, and turn¬ ing the recommendation into a demand, required the 2000 horse to be found, not at the expense of the Company, as had been agreed on, but at that of the rajah ; that Cheyt 8ing declared m answer that he had only 1300 horse, 500 e off!rTed t0 furnish> and to supply the deficiency with 500 matchlock-men, all at his own expense ; that he likewise attempted to conciliate the friendship and protec¬ tion of Mr Hastings by a present of L.20,000, which the latter afterwards received for the use of the Company, al¬ though such a voluntary gift could not be expected from a man worn out with extortion, and was obviouslv meant as a bribe to rescue him from future oppression ; and that, notwithstanding all these concessions, Mr Hastings de¬ clared his patience exhausted, took upon himself the cha¬ racter of judge, accuser, and witness, demanded of the ra¬ jah a fine of fifty lacs, or L.500,000, for his disobedience, and proceeded in person to Benares to enforce the requi- ZZI', ^ ai?erwar*E»l Grey, followed, and stated, in terms truly affecting, the arrest and deposition of the un- fortunate rajah. The arrangement of the evidence, which was allotted to Mr Anstruther, occupied many days. The second charge, respecting the begums or princesses of Oude, was opened by Mr, afterwards Lord Chief Commis¬ sioner Adam. After representing Oude as a great and flourishing country, Mr Adam observed that the begums were ladies of the highest birth and quality > that they were legally in possession of great estates, both real and per¬ sonal, which had been guaranteed by the East India Com¬ pany ; that it was therefore the bounden duty of Mr Hast" ings to maintain them in the undisturbed possession of their property so guaranteed; that, instead of doing so he had invaded and compelled their own nearest relative’ the reigning nawab, to despoil them of this property; that these ladies, besides being treated with the greatest indw. mty, were reduced to the most deplorable distress; and tha°t m order to give a colouring to his own proceedings, the ac¬ cused had, by means of affidavits taken by Sir Elijah Im- pey, to the great discredit of justice, slandered the begums as the abettors of Cheyt Sing. He then stated it to be the intention of Mr Hastings to obtain a resumption of thejag- hires or grants bestowed on these ladies; animadverted on the odious and cruel means employed for this purpose by his agent, Mr Middleton ; dwelt with great force on the reluctance with which the personage so nearly related to them1 had been obliged to violate every thing deemed sacred on earth; and concluded with a harrowing picture of the want, misery, and despair to which they were in conse¬ quence reduced. Mr Sheridan occupied three days and pai t of the fourth in summing up this charge, a duty which he performed with transcendent ability and unsurpassed eloquence. He described the seizure of the treasures and the jaghires as the effect of a dark conspiracy, in which no more than six persons were concerned. Three of these were of a higher order; Mr Hastings,who might be con- sidered as the principal and leader; Mr Middleton, the English resident at Lucknow; and Sir Elijah Impey, the chief justice of Bengal: whilst the other three were in¬ ferior or subordinate conspirators ; Hyder Beg Khan, the nominal minister, but in reality the creature of Mr Hastings; Colonel Hannay; and Ali Ibrahim Khan. After passing in review, and strongly animadverting on, the character of each of these persons in succession, he recurred to that of Mr Hastings, whom he represented as a man who af¬ fected to ensure to the allies of the Company prosperity and protection. And how had this been accomplished by him ? The former he secured by sending an army to plun- der them of their wealth, and to desolate their soil. His protection was fraught with a similar security; like that of the vulture to the lamb, grappling in its vitals, thirsting foi its blood, scaring off every petty7 kite that hovered round, and then, with an insulting perversion of language, calling this prosperity and protection? The parliamentary accusers then proceeded to the sale of the jaghires, which was not followed, as had been promised, by a pecuniary compensation. The goods and jewels taken from these adies were sold for a low price, at a mock auction, and their ministers imprisoned to exact the deficiency. And yet these were but petty frauds in comparison of the enor- ^ ^>r ■^astingsJ wbo, after extorting upwards of .600,000, forbade Mr Middleton to come to a definitive nous 1 S Stip E “X r of Oude. this oppression were confessedly destitute of all power to resist thoir nnnr’ n extfnt °f their consequential ruin. The victims of claimed some compassion with respect to the mode of sufferincr N!,!! a w • debillt^ which other bosoms would have of the nabob was subdued, nature made a Werinf feebS sLd £ the of torture. Even when every feeling hgnity with which his doom was fixed, returned vS’th doubleTcrimonv t5 ,-tsb0,S°m ? bUt T*1 then thatcold’ unfeeling spirit of ma- destruction, of which he was himself reserved but to be the last victim^’ l)Urpose, and compelled him to inflict on a parent that « ) HASTINGS. s- settlement, and afterwards found a balance of twenty-six j lacs (L.260,000) more against the begums. “ Talk not to us ” said the governor-general, “ of their guilt or innocence, but as it suits the Company’s credit. We will not try them by the code of Justinian or the Institutes of Timur. We will not judge them by the British laws, or by their local cus¬ toms. No, we will try them by the multiplication table; we will find them guilty by the rule of three; and we will condemn them according to the sapient and profound in¬ stitutes of Cocker’s arithmetic.” On the 5th of May, Mr Burke opened the charge relative to the acceptance of presents, and the corrupt appointment of Munry Begum, who had been a dancing girl, to the head of the government of Bengal. But on this occasion the Lords reiected as inadmissible much of the evidence produced; and towards the conclusion of the session, Mr Hastings made an appeal at the bar of the house, in the course of which he demanded if his whole life was to be consumed in this impeachment. On the 16th of February 1791, Mr Anstruther resumed the charge relative to the presents, and accused Mr Hastings of having received a bribe of L.40,000 from Goonga Govin Sing, the most infamous man in all Hindustan. The article relative to corrupt and illegal contracts was opened by Mr St John, who dwelt particularly upon one respecting opium, entered into with Mr Stephen Sullivan, son of the chairman of the East India Company, by whom it was afterwards sold for an enormous premium. He also charged Mr Hastings with engaging the Company in a smuggling trade to China, with giving away the bullock contract without advertisement, and with assigning to Mr Auriol the agency for supplying the presidency of Madras with provisions during a time of scarcity, and agreeing that he should account, not by vouchers, but “ upon honour.” On the seventy-third day, and fifth year of the trial, Mr Law, afterwards Lord Ellenborough, entered on the defence of his client. He began by calling the attention of their lordships to the critical situation in which the governor-ge¬ neral hadfound Bengal; detailed the principal events of his administration from 1773 to 1780; affirmed that the Car¬ natic had been saved by the spirit and decision of Mr Hast¬ ings ; pronounced the attack on Goonga Govin Sing mere invective; and declared his opinion that the demand of • fifty lacs of subsidy from Rajah Cheyt Sing was legitimate. He then entered into an examination of the articles separately, and concluded with a high-wrought eulogium on the character of Mr Hastings. Evidence was now pro¬ duced in behalf of the accused; some of the statements of the managers were disproved; a different colour was given to others; and all the witnesses examined testified to the high character of Mr Hastings. In the debates which ensued in the House of Lords, it was maintain¬ ed that many of the bribes were sums usually given for entertainments; that other charges of a similar nature were not established; and that the lesser accusations were not such as to afford grounds for impeachment. But on this occasion the two great law authorities of the house differed widely from each other; Lord Thurlow contend¬ ing for the complete innocence of the accused, whilst Lord Loughborough, now Chancellor, deemed his conduct in many respects highly culpable. At length, on the 2d of June, Mr Hastings entered upon his defence before the House of Lords, and in presence of the Commons of Great Britain, his accusers. After lamenting the protracted duration of the proceedings, and expressing the greatest confidence in an acquittal, he pro¬ duced numerous testimonials from the natives themselves, in answer to the charge of having oppressed them; he referred to the statement of the expenditure of Bengal in war and peace, in reply to the charge of having squander¬ ed the public money; and he justified his disobedience of the orders of the Directors, by the absolute, overruling] necessity of the case. As to the Benares charge, he denied that Cheyt Sing was an independent prince ; that person was merely a zemindar, our subject, and consequently liable to the demands of his superior in time of war. With regard to the alleged usage of the begums, he con¬ fessed that he had consented to the resumption of the jag- hires or grants, and of the treasure, because he conceived them disaffected to our government, which in his opinion put an end to the guarantee. As to presents, he main¬ tained that no proof existed of his having ever accepted any but the common zeafut or entertainment-money given to all former governors ; and he utterly denied having received any bribe whatsoever from the unfortunate Nund- comar. On the subject of the contracts, he disavowed all knowledge of the transaction respecting opium, and stated, that if he disobeyed the Company’s orders in regard to a public sale, it was because he was desirous to place at the head of this department a man incapable of fraud and falsification. He then enumerated all the services he had performed during the long period he was at the head of the Indian government, and concluded as follows : “lam arraigned in the name of the Commons of England, for desolating the provinces of their dominion in India ;— I dare to reply that they are the most flourishing of all the states of India; and it was I who made them so. The valour of others acquired, but it was I who enlarged, and gave shape and consistency, to your dominions. I main¬ tained the wars which were of your formation, not mine ; I dispelled a confederacy of the native powers; I neutra¬ lised their efforts, I divided their members. I gave you all, and you have rewarded me with confiscation, disgrace, and a life of impeachment.” This trial, after having lasted during the unexampled period of a hundred and forty-eight days, and been pro¬ tracted for nearly eight years, was at length brought to a termination. Sixteen distinct questions were separately put to the Lords, who, by a large majority of those present, pronounced the accused not guilty; and he was accord¬ ingly declared by the chancellor to be “ acquitted of the articles of impeachment exhibited against him.” With the result of this celebrated impeachment all parties were discontented. The managers objected to the decisions of the Lords, as being unaccompanied with reasons, and to the opinions of the judges, as arising out of cases not stated in their presence; and it was even asserted in the House of Commons that the general acquittal on all the charges afforded only a proof of legal innocence. On the other hand, Mr Hastings complained that, after a trial of one hundred and forty-eight days, followed by a complete ac¬ quittal, his law expenses, amounting to L.71,080, had not been paid; and that a sum voted by his constituents, the East India Company, to “ indemnify him for the legal expenses incurred by him in making his defence, had not been granted. On the 2d of May 1796, the chairman, Sir Stephen Lushington, informed a General Court of Pro¬ prietors that an annuity of L.4000 a year for twenty- eight years and a half had been passed by the Court of Directors, and confirmed by the Board of Control, in fa¬ vour of Mr Hastings, and that the law expenses should also be cleared, although the precise mode had not yet been settled. Of this pension he obtained about ten years in advance; but as he lived thirty-three years there¬ after, he survived it for a considerable period. Whether the expenses incurred by him in making his defence were actually cleared by the Company, agreeably to the vote just mentioned, we have had no means of ascertaining. From the moment of his acquittal, Mr Hastings courted obscurity, and spent the remainder of his life in retire¬ ment at Daylesford, where he occupied himself in adorn¬ ing his grounds and improving his estate. He lived long 16-1 HAS HAT Hastings, enough to see many of his plans realised through the agency of others; and at length having attained his seventy-fifth year, he died on the 22d of August 1818. The powerful talents, intrepid character, and unbounded success, of Mr Hastings, have been acknowledged even by his enemies; but still it is extremely difficult to pronounce any decided opinion, either on his general conduct or the principles of his government. He was no doubt placed in a situation of extreme difficulty and peril, to which the ordinary maxims of government cannot be rigorously ap¬ plied ; but, on the other hand, he urged the plea of ne¬ cessity a great deal too far, and, in his anxiety to attain a particular end, evinced a blameable indifference as to the character of the means employed. His conduct to Cheyt Sing and the begums of Oude, the extermination of the Rohillas, and his proceedings in regard to the contracts, may probably be excused, but can never be justified, and, notwithstanding all the ingenuity of his defence, will ever be viewed with an unfavourable eye in Europe, whatever opinion may be formed of them in India. In private life Mr Hastings was amiable, conciliating, and unaffected. In his early days he had cultivated poetry ; and all the terrors of an impending impeachment could not prevent him from indulging his inclination in this respect, during his second voyage to Europe. At a later period, when writhing un¬ der the agony of a protracted prosecution, he produced an epigram, the bitterness of which could only be excused by the situation he was placed in; and Mr Burke, stung by it at the moment, complained loudly to the House of Lords, although no one will, on due consideration, think that it had any just application to him. This epigram is as follows:— Oft have I wondered that on Irish ground No poisonous reptiles ever yet were found : Itevealed the secret stands of Nature’s work ; She saved her venom to create a Burke. Mr Hastings was the author of, 1. Narrative of the In¬ surrection at Benares, 1782, in 4to; 2. Memoirs relative to the State of India, 1786, in 8vo; 3. A Treatise on the means of guarding Houses, by their construction, against Fires, 1816, in 8vo ; 4. Fugitive Poetry, consisting of Imitations of Horace, &c. (a.) Hastings, a market-town of the county of Sussex, sixty- four miles from London. It is situated on the sea-shore, in the hundred of Baldstow and the rape of Bramber. It is said to have been originally built by a Danish pirate, whose name it bears. It is the principal of the cinque ports, and had formerly a harbour, but is now only a road¬ stead adapted for small vessels and fishing boats. It contains three parishes, but only two churches, both very ancient edifices. There is a custom-house and town-hall, but no other public buildings deserving of notice, excepting an old castle in ruins, which overlooks the town. There is an extensive herring fishery carried on in the autumn, and in all seasons the taking ot fish for present use gives occupa¬ tion to many of the inhabitants. There is also a vast deal of contraband trade pursued, with more zest than gain to those engaged in it. But the town owes its prosperity chiefly to the number of casual visitors, who frequent it on account ot the peculiar mildness of the air, and the ex¬ cellent accommodations for sea-bathing. These circum¬ stances have operated of late years to promote building of a better description ; and as a cleft interposed on the western side of the town, the rock has been scooped out sufficiently to erect a new and handsome square. From the same causes, a beautiful suburb called St Leonard’s has been covered with many sumptuous houses, adapted for the more wealthy class of visitors. Xhis place has been rendered famous in history by the victory obtained near it by William the Conqueror. It is a borough, go¬ verned by a mayor and jurats, and returns two members to parliament. Under the new law the voters are about 580. There are good markets on Wednesday and Satur¬ day. The population amounted in 1801 to 2982, in 1811 to 3848, in 1821 to 6085, and in 1831 to 10,097. HAT is a term of Saxon derivation, from /iaet, a cover for the head. It is sometimes called castor, from its being made of the fur of the castor or beaver. As a piece of dress, the period of its introduction is not certain, although it may with great probability be referred to the early distinctions of Roman Catholic dignitaries. Froissart chronicles, that it was “ saide to the cardynals, Sirs, advyse you if ye de- lyvere us a Pope Romayne, we be content, or els we woll maike your heddes reeder than your hattes be;” from which, and many other documents, it appears that at this period, as well as for some centuries thereafter, hats were generally of a scarlet or red colour, and made of “ a fine kinde of haire matted thegither.” A “ hatte of biever,” about the middle of the twelfth century, was worn by some one of the “ nobels of the lande, mett at Clarendom;” and Froissart describes hats and plumes which were worn at Edward’s Court in 1340, when the garter order was in- stituted. In the Diary of Henry’s secretary, there is “ ane scarlet beever hatte” presented on new year’s day 1443. Even at this early period hats were of various shapes, both in the crowns and the brims ; the latter being chiefly broad, sometimes narrowing towards the back, and a little bent up and scooped in front. In Henry’s privy purse expenses, during his congress with Francis I. in 1520 or 1521, there is “ peid for a hatte and plume for the king, in Boleyn, xvs.;” and in Wolsey’s inventory, taken on his resigning the great seal to Sir Thomas Moore, there are no fewer than five mentioned. The fashion of this ar¬ ticle was then much more diversely capricious than even now, as will appear from an extract from Stubbs’ Anato¬ mic of Abuses, published about 1585 ; “ Sometimes they use them sharpe on the crowne, pearking up like the spire or shaft of a steeple, standing a quarter of a yard above the crowne of theire heads ; some more, some lesse, as please the fantasies of their inconstant mindes. Othersome be flat, and broade on the crowne, like the battlements of a house. Another sorte have rounde crownes, sometimes with one kind of bande, sometimes with another ; now black, now white, now russed, now redde, now grene, now yellow; now this, now' that; never content with one colour or fashion two daies to an end. And as the fashions be rare and strange, so is the stuffe whereof their hattes be made divers also ; for some are silk, some of velvet, some of taffetie, some of sarsnet, some of wool, and, which is more curious, some of a certaine kinde of fine haire, these they call bever hattes, of xx. xxx. or xl. shillings price, fetched from be- yonde the seas, from whence a great sorte of other vani¬ ties doe come besides; and so common a thing it is, that every servyng man, countreiman, and other, even all in¬ differently, doe weare of these hattes.” About the begin¬ ning of 1700, the crowns of hats were mostly round, much lower than before, and had very broad brims, resembling what are now occasionally called Quakers’ hats, the pro¬ trusive encumbrance of which soon suggested the conve¬ nience ot their being turned up in front; fashion dictat¬ ed the upbending of another side or flap, and ultimately a third, so that by this progress, in 1704, the regular three- cocked hat became the order of the day, when feathers ceased to be usually worn. Near the middle of the eigh¬ teenth century, a round-edged but flat-topped and full- brimmed hat got into very general use, and the flat and other cocked hats now dwindled almost into a mere dis¬ tinction of real or assumed rank. Twenty-five years after this, a very near approach to that of the present times be¬ came fashionable, and, within ten years, altogether super¬ seded the ordinary use of the cumbrous and antique cock. Flumes, jewels, silk loops, rosettes, badges, gold and HAT-MAKING. 165 'silver bands and loops, have at various periods ornament- K ed this article of dress ; metal bands and loops being now J esteemed proper only to naval and military “ men of ho¬ nour ” and the humble liveried attendants on state, rank, and official dignity. The opera or soft folding hat is the only relic at present in general use, of the hats worn by our grandfathers, although it is not improbable that the affluent and growing extravagance of this century is likely to re-introduce the elegant Spanish hat as the precursor perhaps of the prevalence of various other styles, as well as the cocked hat, not yet entirely discarded from the re¬ volving wheel of luxurious fashion. Hat-making now embraces two distinct kinds of manu¬ facture, felted and covered hats; the covering of the lat¬ ter being sometimes silk, and at other times Braganza or cotton Angola. ,. . Felted hats comprehend two classes, differing chiefly in the materials used in making, the process being nearly identical. The lower class is marked by inferior ingre¬ dients, unmixed with beaver, and embraces wool, plated, and short nap hats. Wool hats are made entirely of coarse native wool and hair stiffened with glue, chiefly for negroes’ wear. Value Is. 2d. to 2s. 2d. Plates have a nap or pile rather finer than their body, and are sometimes waterproof stiffened. Value 3s. to 4s. 6d. Short naps are distinguished from plates by additional kinds of wool, viz. hare’s back, seal, neuter, musquash (Muscovy cat), and are all waterproof stiffened. Value 5s. to 9s. The second class may be said to comprehend two orders, called stuff and beaver hats. The first includes mottled and stuff bodies. The latter term is not used generally, as all stuffs are understood to be of this sort when mottled is not expressed. Mottled bodies are made chiefly of fine Spanish wool, and inferior rabbit down or coney wool. Value Is. 8d. to 2s. 6d. Stuff bodies con¬ sist of the best hare, Saxony, and red wools, mixed with Cashmere hair and silk. Value 3s. to 4s. Stiff hats are napped, that is, covered with pile of mixed seal, neu¬ ter, hare-back, inferior beaver, and musquash. Value 10s. to 15s. Beaver hats are, or ought to be, napped with beaver only; the lower priced qualities with broivn wooms taken from the back ; the more valuable kinds with cheek and white wooms, being the finest parts of the fur found on the belly and cheeks of the beaver. Value 16s. to 22s. The apparatus and terms used in making felted hats, which it is necessary to describe briefly, are the bowr, bow- pin, basket, hurdle, battery, and planks. The bow is about six feet long, usually made of ash, thick enough not to be elastic. The handle A, B, C, is called the stang; A is named the breech; C, the end farthest from the workman’s hold, the cock. D, the bow- string, is a strong catgut cord tensely fastened. each workman. The half of each plank next the kettle is lead, the upper half is mahogany. Hat- making. The boiv-pin is used (just as the finger on the guitar) for vibrating the bowstring. The hurdle is a fixed bench, with three enclosing sides, to prevent the stuff being flittered off in bowing. The basket is of light wicker-work, about twenty by twenty-two inches in size. The battery consists of A, the kettle ; B, C, the planks, which are inclined planes, usually eight in number, one only being appropriated to •ntr' The first process in hat-making is bowing the stuff or furs, which are weighed out to a proportionate scale, and laid on the hurdle, immediately under the bow, which is suspended by a pulley. The bow is held firmly with the left hand, rather toward the breech-end, not edgewise, but on its side, with the string in contact with the stuff, the clotted and adherent portions of which are separated into single fibres, and attain a loose, flocky, mixed condition by the continued vibration of the bowstring, caused by a very rapid succession of touches with the bowstick. It is then divided as nearly as possible, and one half laid aside, whilst the other is again bowed. In this second operation, partly by the bowung, but chiefly by the gathering, or patting use of the basket, the stuff is loosely matted into a conical figure, about fifty by thirty-six inches, called a bat. In this formation care is taken to work about two thirds of the wools down towards what is intended for the brim, which being effected, greater density is induced by gentle pres¬ sure with the basket. It is then covered with a wettish linen cloth, upon which is laid the hardening skin, a piece of dry half-tanned horse hide. On this the workman presses or bakes for seven or eight minutes, until the stuff shall have adhered closely to the damp cloth, in which it is then doubled up, freely pressed with the hand, and laid aside. By this process, called basoning (from a metal plate or ba¬ son, used for like purposes in making wool hats), the bat has become compactly felted and thinned toward the sides and point. The other half of the flocked stuff is next sub¬ jected to precisely the same proceedings, after which, a cone-shaped slip of stiff paper is laid on its surface, and the sides of the bat folded over its edges to its form and size. It is then laid paper-side downward upon the first bat, which is now replaced on the hurdle, and its edges transversely doubled over the introverted side-lays of the second bat, thus giving equal thickness to the whole body. In this condition it is re-introduced between folds of damp linen cloth, and again hardened, so as to unite both halves, the knitting to¬ gether of which is quickly effected. The paper is now withdrawn, and the body being folded into three plies, is removed to the plank or battery room. In the battery the liquor is scalding heat, composed of pure soft Avater, about halt a gill of oil of vitriol as an as¬ tringent, and a full handful of oatmeal to correct its perni¬ cious tendencies. Herein the body is imbrued, and with¬ drawn to the plank to partly cool and drain, when it is un¬ folded, rolled gently with a pin tapering towards the ends like a liquor horse, turned, and worked with in every direc¬ tion, to toughen, shrink, and at same time prevent adhesion of its sides. Stopping or thickening the thin spots which now appear on looking through the body, is carefully performed, by additional stuff daubed on by successive supplies of the hot liquor from a brush frequently dipped into the kettle, until the body be shrunk sufficiently (about one half), and thoroughly equalized. When quite dried, stiffening is per¬ formed with a brush dipped into a glutinous pulpy composi- 166 HAT-MAKINO. Hat- tion, and rubbed into the body ; the surface intended for the making. inside having much more imposed than the outer, while the brim is made to absorb many times the quantity applied to any other part. This viscous matter contains proofing, or those ingredients which render the hat waterproof. On being again dried, the body is ready to be covered, and is once more taken to the battery. The first cover of beaver or napping, which has been previously bowed, is equally strewed on the body, and patted upon with the brush charged with the hot liquor, until incorporated ; the cut ends only, being the points which naturally intrude. Here the body is put into a coarse hair-cloth dipped and rolled in the hot liquor, until the beaver is quite worked in. This is called rolling ojf, or ruffing. A stripe for the brim, round the edge of the inside, is treated in like manner, and is thus prepared for the second cover, which is applied and inworked in like manner; the rolling, &c. being continued until the whole has become incorporated, and a clean, regu¬ lar, close, and well-felted hood is the result. The dry hood, after having the nap beat up and freed, is clipped to the length which may be thought best, by means of common shears. A clipping machine, invented nearly four years ago in Scotland, is now very generally preferred, and doubtless will soon everywhere supersede the ordinary process ; much greater regularity, speed, and certainty being secured by it. When the nap is thus disposed of, the hood is soaked in the battery kettle, and then drawn down on a block to the size and shape wanted, firmly tied at the bottom with a cord, around which the brim is left in a frilled condition. Dyeing is the next step. A suit, or six dozen, are put into the dye kettle at a time, all on the crown-blocks al¬ ready mentioned, and allowed to remain three quarters of an hour in the liquor, which is kept as near as possible one degree below the boiling point. These being taken out and set in the yard to cool, another suit is introduced for a like period, and the various suits are so treated at least twelve times in successive order. Each of the first four introgres- sions of every suit is accompanied by about seven pounds of copperas, and two pounds of verdigris. The body is then washed and brushed out in changes of hot water, until no colouring can be recognized in it. When thus thoroughly cleansed, it is steamed on a block shaped as the hat is wish¬ ed to be when complete; and in the finishing shop, by heavy (21-pound) heated irons and moisture, the frilled brim is shrunk until rendered quite level, the nap gently rais¬ ed all over with a fine wire card, and brushed and ironed smooth in the uniform directions. The tip, a thin lath sheet, is then fitted and stuck to the inside of the crown, and robbined or secured all round the edges by stripes of prepared paper. When thus got down, it is sent to the picker, who, with tweezers, extracts the hemps, vulgarly called “ grey hairs,” which are a few of those thick fibres peculiar to the fur of amphibious animals, that have escaped the search of the machine used in blowing the beaver, so as to separate them from its fine parts. This being care¬ fully accomplished, it is transferred to the finisher, who, with a plush cushion or velure, a brush, and hot iron, im¬ parts to it that bright sleeky lustre so characteristic of English and Scotch hats. The shaper then rounds the brim with a knife and knotched segment to the breadth wanted ; and shapes it in varied styles by means of a hot iron and damp, with about a foot length of rope, over which the curl is laid. The trimming is next done, when the tipper ofi corrects the twists, smooths the ruffled nap caused by trimming, and papers it up with tissue and cartridge, which completes it for the retailer. Dye-stuffs for a gross of beaver hats.—About 180 gallons of pure soft water, one and a half hundredweight of best Campeachy logwood, eight pounds oxide of copper, and thirty pounds of copperas. It is to be observed, however, that some put the chips, others only the juice, of the log- w'ood into the dye-kettle. Galls are now disused. Stiffen, ing stuffs.—Makers differ in the proportions, but the ingre¬ dients are shell-lac, rosin, mastic, saundrice, and elm, all churned until dissolved. A quantity of this is then melt¬ ed over steam, sieved, put in hot, and well mixed. Clean, ing stuffs.—These are now seldom considered necessary One half pound of borax, diluted in five gallons of water into which the stiffened nap is dipped and well brushed. ' Silk hats are made upon bodies of wool, stuff, willow straw, and leghorn plait, and cambric and woollen cloth although chiefly on felted wool bodies, which are dipped in glue size, wrung out, blocked, and dried. The tip is then fitted and robbined, when a flour-box charged with pow¬ dered shell-lac and rosin in like quantities is used to strew equally its grainy mixture on the external surface of the shell, so called from being the frame-work. This is burned in by hot irons, first on the top, which passes through to the lath-tip within; then on the upper brim the sides, and, finally, the under brim. When this is hardened, it is coated with thick ordinary flour-paste, which is dried, and the shell again blocked and smooth¬ ed ; then once more glue-sized outside, dried, and varnish¬ ed, which prepares it for covering. The shag for the sides is cut across the web, in a ratio of obliquity increased by inferiority. This cross part is sewn to a circular piece for the crown, whilst the brims are singly patched together. These preparations being completed, the top-side or upper brim is first stuck, then the crown, next the sides, and, finally, the under brim. Sticking is effected simply by the heat of the iron passing through the covering and melt¬ ing the varnished surface. In the finish of this manufac¬ ture, the most particular part is the side-seam, which is disposed of thus : The selvidge end is cut perpendicularly from top to brim, by a sharpened pallet-knife, the nap having been previously brushed clear off its edge. The other selvidge end is then stuck and cut with the utmost nicety, in close parallel with the other. It is then finish¬ ed very much in the same manner as a beaver hat. Tip stiff for silk hats.-r-Se\en pounds of glue melted in water, when three pounds of pitch and half a pound of tallow are added, and the whole is boiled to the consistency of thick jelly. Varnish stuff.—A quarter of a cwt. of tur¬ pentine, mixed with two gallons of linseed oil. The major part of stuff hats are finished in London, whilst body-making and ruffing is managed chiefly in Glou¬ cester and Derbyshire. Plated and short-nap hats are made principally in Lancashire, Cheshire, and Stafford¬ shire, owing to local advantages. 150,000 dozens of silk and covered hats are annually made in London, and about 100,000 dozens in Manchester, Liverpool, Birmingham, and Glasgow. Throughout Edin¬ burgh and the other parts of Scotland there may be an ad¬ ditional 50,000 dozens made yearly. Value of plated hats manufactured annually, L.1,080,000 Stuff hats 640,000 Wool felt hats and military caps 160,000 Silk hats ...570,000 L.2,450,000 Imported hats are each subject to ten shillings and six¬ pence of duty. In 1832 there were exported 62,854 dozens. In this branch of manufacture there are employed annually nearly 25,000 men, besides about 10,000 females in the trimming and picking departments. Hats, Straw. Any attempt to ascertain when straw was first used in the manufacture of hats would be use¬ less, because it would be impossible to fix a date with any correctness. In Italy it had arrived at a great degree of perfection two centuries ago ; but it is not above sixty or seventy years since it began to be followed as a trade in England. Wheat straw is the material chiefly used by our II A T rr manufacturers; and the counties most favourable for its |iC production are Bedford, Hertford, and Buckingham, which latcl ■ have been called the straw-plait district. The making of Wf ' straw hats is carried on in other places, but not to the same extent as there. Leghorn bonnets had long been a con¬ siderable article of import; but the late war having put a stop to this, a new spirit was given to the home manufac¬ ture. It now became a flourishing trade, which produced competition and a consequent improvement in the article. At the close of the war, however, Leghorn hats again usurp¬ ed the market to a considerable extent, and the domestic manufacture proportionally declined. Many of the straw plaiters having been reduced to great distress, the Society of Arts turned its attention to the subject, and offered premiums for improvements in plaiting, finishing, and bleaching. The straw of Tuscany having been found very superior to British straw, the former became an article of import; and the Italian method of plaiting the straw has also been introduced. So completely successful has this scheme been, that, whilst the importation of Leghorn hats has gradually decreased during the last few years, the intro¬ duction of the raw material has gradually increased. Upon this straw there is a duty of only one penny per hundred¬ weight, and it is chiefly plaited in our own straw' districts. What is called the Tuscan plait, upon which a heavy duty is levied, has likewise been largely imported, and made into bonnets of equal fineness and beauty to the genuine Leghorn hat. There are seven descriptions of plait in general use, the difference in the kinds arising from the number of straw's used in the plait, and from their being either whole or split. Other varieties are also manufactured, but chiefly for ex¬ portation. In Scotland, rye straw, dwarfed by being grown on poor land, has been employed in plaiting straw in imi¬ tation of Leghorn, and with such complete success, that the hats manufactured in Orkney, where the rye is raised, are considered by the best judges as quite equal, both in colour and quality, to those of Leghorn. The following de¬ scription of the preparation of the Italian straw is extract- H A T 167 ed from M‘Culloch’$ Dictionary of Commerce. “ The de- Hatches scription of straw used, which is cultivated solely for the li purposes of the manufacture, and not for the grain, is the Hatch- triticum turgidum, a variety of bearded wheat, which seems , n^ent,' ^ to differ in no respect from the spring wheat grown in the vale of Evesham and other parts of England. ( Trans, of Soc. Arts.) After undergoing a certain preparatory pro¬ cess, the upper parts of the stems (being first sorted as to colour and thickness) are formed into a plait of generally thirteen straws, which is afterwards knitted together at the edges into a circular shape called a ‘ flat,’ or hat. The fineness of the flats is determined by the number of rows of plait which compose them, counting from the bottom of the crown to the edge of the brim, and their relative fineness ranges from about No. 20 to 60, being the rows contained in the breadth of the brim, which is generally eight inches. They are afterwards assorted into first, se¬ cond, and third qualities, which are determined by the co¬ lour and texture ; the most faultless being denominated the first, whilst the most defective is described as the third quality. These qualities are much influenced by the sea¬ son of the year in which the straw is plaited. Spring is the most favourable, not only for plaiting, but for bleaching and finishing. The dust and perspiration in summer, and the benumbed fingers of the workwomen in winter, when they are compelled to keep within their smoky huts, plaiting the cold and wet straw, are equally injurious to the colour of the hats, wdiich no bleaching can improve. The flats are afterwards made up in cases of .ten or twenty dozen, assorted in progressive numbers or qualities, and the price of the middle or average number governs the whole. The Brozzi make bears the highest repute, and the Signa is considered secondary; which names are given to the flats, from the districts where they are plaited. Florence is the principal market, and the demand is chiefly from England, France, Germany, and America; but the kinds mostly re¬ quired are the lower numbers; the very finest hats, and particularly of late, being considered as too expensive by the buyers.” The following Statement shows the Imports into England of Italian Straw Hats, Straw Plait, and Unmanufactured Straw, from 1828 to 1832. Years. 1828 1829 1830 1831 1832 Hats or Bonnets of Straw. Imported. No. 384,072 160,195 162,660 84,086 169,433 Exported. Consumption. No. 8,377 27,030 34,132 24,980 35,271 No. 274,906 234,254 168,525 93,947 60,830 Plaiting of Straw. Unmanufactured Straw. Nett Re¬ venue. L. 77,784 66,393 47,760 26,644 17,280 Imported. Exported. Lbs. 5,502 6,282 6,183 23,354 19,109 Consumption. Lbs. 283 487 756 2,102 1,605 Lbs. 5,100 3,340 7,884 16,450 17,911 Nett Re¬ venue. L. 4,335 2,834 6,669 13,287 15,174 Imported. Lbs. 4,199 6,050 18,586 22,344 48,054 Nett Re¬ venue. L. 420 605 1,859 2,232 811 For further particulars relative to straw hats, see M‘CulIoch’s Dictionary, from which our information has been derived HATCH, or Hatchway, a square or oblong opening in the deck of a ship. Of these there are several, forming passages from one deck to another, and into the hold or lower apartments. HATCHEL, or Hitchel, in the manufactory of flax or hemp, a tool, not unlike a card, for dressing and comb¬ ing them into fine hairs. Hitchels consist of sharp-point¬ ed iron pins, or teeth, set orderly in a board. Of these there are several sorts, some with finer and shorter teeth, others with coarser and longer. hatches, in mining, a term used in Cornwall to ex¬ press openings of the earth either into mines or in search of them. The fruitless openings are called essay-hatches; the real mouths of the veins, tin-hatches; and the places where they wind up the buckets of ore, wind-hatches. Hatches also denote flood-gates set in a river, to stop the current of the water, and in particular certain dams or mounds made of rubbish, clay, or earth, to prevent the water issuing from the stream-works and tin-washes in Cornwall from running into the fresh rivers. HATCHET, a small light sort of axe, with a basil edge on its left side, and a short handle, being used with one hand. Hatchets are used by various artificers, and more particularly in hewing wood. HATCHING, the maturating fecundated eggs, whether by the incubation and warmth of the parent bird, or by ar¬ tificial heat, so as to produce young chickens alive. HATCHMENT, in Heraldry, the coat-of-arms of a per¬ son dead, usually placed on the front of a house, by which the rank of the deceased may be known ; the w'hole being 168 HAT Hatfield distinguished in such a manner as to enable the beholder II to know whether he was a bachelor, a married man, or a wi¬ ll acte- dower• There are similar distinctions for women. HATFIELD, a market-town of the county of Hertford, in the hundred of Broadwater, twenty miles from London. It stands on the side of a hill. The church is remarkably neat; but the most remarkable object is the magnificent seat of the Marquis of Salisbury, with the beautiful park in which it stands. It was formerly the palace of the Bishop of Ely, but has been much adorned and improved by the noble family that now possesses it. There is a good market on Thursday. The population amounted in 1801 to 2442, in 1811 to 2677, in 1821 to 3215, and in 1831 to 3593. Hatfield, a town of the west riding of the county of York, in the wapentake of Strafforth and Tickhill, 167 miles from London. A large chase once belonged to this town, a part of which was drained in the reign of Charles I. An extensive enclosure in 1811 has tended to increase and enrich the inhabitants. The population amounted in 1801 to 1301, in 1811 to 1487, in 1821 to 1948, and in 1831 to 2148. Hatfield-Broad-Oak, a market-town of the county of Essex, in the hundred of Harlow, twenty-six miles from London. It receives the addition to its name from the great number of spreading oaks around it, in what was formerly a royal domain. The church is a fine old Gothic structure. The town had a market on Thursday, which has gradually decayed. The population amounted in 1801 to 1436, in 1811 to 1321, in 1821 to 1693, and in 1831 to 1825.; HATHERLEIGH, a market-town of the county 'of Devon, in the hundred of Black Torrington, 200 miles from London. It stands on the small river Towridge, at its junction with the Ock. It is an ancient borough, go¬ verned by a port-reeve, and had till within a few years some manufactures of woollen goods, which have gradually de¬ cayed. It has a market, which is held on Friday. The population amounted in 1801 to 1218, in 1811 to 1380, in 1821 to 1499, and in 1831 to 1606. HATRAS, a town of Hindustan, in the province of Agra, the chief mart for the cotton produced in the pro¬ vince of Agra. It is thirty-three miles north-by-east from the city of Agra. Long. 78. E. Lat. 27. 40. N. HATTEMISTS, in Ecclesiastical History, the name of a modern Dutch sect, so called from Pontian Van Hattem, a minister in the province of Zealand towards the close of the seventeenth century, who being addicted to the sentiments of Spinoza, was on that account degraded from his pastoral office. The Verschorists and Hattemists re¬ semble each other in their religious systems, though they never so entirely agreed as to form one communion. The founders of these sects deduced from the doctrine of abso¬ lute decrees a system of fatal and uncontrollable necessity ; they denied the difference between moral good and evil, and the corruption of human nature; and they concluded, that mankind were under no sort of obligation to correct their manners, improve their minds, or obey the divine laws ; that the whole of religion consisted not in acting, but in suffering; and that all the precepts of Jesus Christ are reducible to this one, that we bear with cheerfulness and patience the events which happen to us through the divine will, and make it our constant and only study to maintain a permanent tranquillity of mind. Thus far they agreed ; but the Hattemists further affirmed, that Christ made no expiation for the sins of men by his death, but had only suggested, by his mediation, that there was nothing in us that could offend the Deity. This, according to them, was Christ’s manner of justifying Ids servants, and presenting them blameless before the tribunal of God. It was one of their principal tenets, that God does not punish men for their sins, but by their sins. These two sects, says Mos- H A U heim, still subsist, though they no longer bear the names of q their founders. HATTIA Isle, an island in the province of Bengal, si- H; tuated at the mouth of the Ganges, between the latitudes Iei of 22 and 23 degrees north ; and supposed to have been ^ formed by the mud washed down that river and the Brah¬ maputra. It is estimated to be fourteen miles in length by ten in breadth ; it is low in the surface, and great part of it is covered by the spring tides. There is here a manu¬ factory of salt by the Company, which is of a very good quality, and brings a high price at the Company’s sales. In 1607 the island was taken possession of by the Portu¬ guese pirates, who retained it for several years ; but it was recovered from them by the troops of the rajah of Arracan, and was retained for fifty years, till it was taken in 1664 by the nabob Shaista Khan. The climate is very unhealthy; and it is surrounded by sand-banks, and consequently dif¬ ficult of approach from the sea. HATTOCK, a shock of corn containing twelve sheaves, or, according to others, three sheaves laid together. HAUL, an expression peculiar to seamen, signifying to pull a single rope, without the assistance of blocks or other such mechanical powers. When a rope is other¬ wise pulled, as by the application of tackles, or connec¬ tion with blocks, the term is changed into bowsing. To Haul the Wind is to direct the ship’s course nearer to that point of the compass from which the wind blows. HAUM, Halm, or Hawn, amongst farmers, denotes the stem or stalk of corn, peas, beans, or other grain, from the root to the ear. HAUNCH, or Hanch, the Hip, or that part of the body between the ribs and the thigh. HAURANCA Isle, one of the Amboyna Isles, in the Eastern Seas, about twenty-five miles in circumference. Long. 128. 40. E. Lat. 3. 40. S. HAURIANT, in Heraldry, a term peculiar to fishes, and signifying their standing upright, as if they were re¬ freshing themselves by sucking in the air. HAUSRUCK, a circle in the Austrian province of the Upper Ens, extending over 360 square miles, containing two cities, eight market-towns, and 930 villages, will) 12,378 houses, and 76,466 inhabitants. HAUTBOY, a wind musical instrument, shaped much like the lute, only that it spreads and widens towards the bottom, and is sounded through a reed. The treble is two feet long, and the tenor goes a fifth lower when blown open; it has only eight holes, but the bass, which is five feet long, has eleven. The word is French, haul hois, or high wood; and this name is given to this instrument be¬ cause the tone of it is higher than that of the violin. HAUTE-FEUlLLE, John, an ingenious mechanic, was born at Orleans in 1647. Though he embraced the condition of ecclesiastic, and Enjoyed several benefices, he applied almost his whole life to mechanics, in which he appears to have made great progress. He had a particu¬ lar taste for clock-work, and made several discoveries in horology, which were of singular use. He claimed the dis¬ covery of moderating the vibration of the balance in watch¬ es by means of a small steel-spring, which has since been employed. He laid this discovery before the members of the Academy of Sciences in 1674; and the watches con¬ structed on his principle are, by way of eminence, called pendulum-watches, not because they have real pendulums, but because they approach nearly to the justness of pen¬ dulums. Huygens perfected this happy invention; but the Abbe Haute-Feuille having declared himself the in¬ ventor, and obtained from Louis XIV. a patent for mak¬ ing watches with spiral springs, opposed the registering of this privilege, and published a pamphlet on the subject against Huygens. He wrote a great number of other pieces, most of which are small pamphlets, consisting of H A U L ul a few pages, but very curious, as, 1. His Perpetual Pen- * I dulum, 4to; 2. New Inventions, 4to; 3. Ihe Art of Ha • Breathing under Water, and the Means of Preserving a ^ J Flame shut up in a small Place; 4. Reflections on Ma¬ chines for raising Water; 5. Opinion respecting the dif¬ ferent Sentiments of Mallebranche and Regis, relating to the Appearance of the Moon when seen in the Horizon ; 6 The Magnetic Balance; 7. A Placet to the King on the Longitude; 8. Letter on the Secret of the Longitude; 9 A New System on the Flux and Reflux of the Sea; 10 The Means of making Sensible Experiments that prove the Motion of the Earth; and many other pieces. He died in 1724. „ . HAUTPOUL, a town of the arrondissement of Castries, in the department of the Tarn, in France. It stands on a steep rock on the river Molle, and contains 676 houses, with 3340 inhabitants, who manufacture cassimeres, flan¬ nels, and other thin woollen goods. HAUY, Rene' Just, a celebrated mineralogist, was born at St Just, a small country town of France, in the department of the Oise, on the 28th of February 1743. He had a younger brother, who became celebrated as the inventor of a method of instructing the blind. Their father was a small linen manufacturer, and his means were so slender, that but for the generosity of others, it is doubtful if his children would ever have learned any other profession than his own. Early in life the subject of this memoir evinced a singularly pious disposition ; and from this circumstance arose the improvement of his fortune. Whilst yet a mere child, he took remarkable pleasure in religious ceremonies, especially in church music, a taste for which was blended with his devotional feelings. His regu¬ lar attendance at church service attracted the attention of a prior, who placed the youthful devotee under the care of some monks, for the purpose of instructing him ; and under their tuition he made so rapid progress, that his mother was induced to take him to Paris to complete his studies. Her means were scarcely sufficient to enable her to live a few months in the capital; but she preferred submitting to severe privations rather than relinquish the hopes which she had cherished respecting her son. For some time, young Haiiy held the humble situation of a singing boy in a church, and by this means he gained a subsistence, li¬ mited indeed., but sufficient for him whose wants were so few and whose ardour was so great, whilst he also gratified his propensity for music. By the influence ot his protec¬ tors at St Just, he at length procured a bursary in the college of Navarre, where he was enabled to prosecute his studies without interruption. His application and good conduct procured him the esteem of his superiors; and when the period of his probation as a scholar had termi¬ nated, he became a teacher in the establishment. He took his degrees, and commenced teaching at twenty-one years of age. Some time afterwards he was appointed pre¬ ceptor to a higher class, and to this humble but honour¬ able office his ambition seems to have been limited. His leisure hours were occupied in the study of botany; but by a fortunate accident his attention was withdrawn from plants to examine the structure of minerals. His mind had for some time been filled with ideas relative to the contrast presented by the vegetable and mineral king¬ doms, inasmuch as in the complicated forms of flowers, fruits, and other organised bodies, a never-failing unity of form pertained to each individual plant or herb, whilst the same stone or salt, without its composition being changed in the slightest degree, exhibited itself in cubes, prisms, and other shapes. Occupied with these reflections, he accidentally dropt from his hand a beautiful specimen of calcareous spar, crystallized in prisms, one of which was broken in such a manner as to present a new crystal, dif¬ fering in form from the prism, but having the surfaces VOL. XI. H A U not less smooth. On examination, the inclinations and angles were found to be similar to the rhomboid crystals of Iceland spar. He further examined pieces of spar crystallized in other forms, and he still found the same rhomboid which had first struck him, the fragments which fell from it being also small rhomboids. The im¬ portance of the discovery at once flashed upon his mind, and, like Archimedes starting from the bath, he exclaim¬ ed, “ All is found.” The important conclusion at which he arrived was simply this, that the molecules,, or, as it were, component parts, of calcareous spar, have invariably the same geometrical figure; the variety of external forms which the masses assume arising from the manner in which the smaller crystals composing it are arranged. By examining a number of substances, Haiiy completely es¬ tablished the fact that this was a law of nature which ob¬ tained universally. Each mineral was found to have identical constituent molecules, a nucleus always similar to itself, and laminae, or accessory layers, producing all the varieties of external form. Another condition, however, was to be fulfilled before the theory could be admitted as certain. If the nucleus and constituent molecule have each a certain i'nvariable form, geometrically determinable in its angles, and in the relations of its lines, each law of decrement ought also to produce determinable secondary faces ; and likewise, when the nucleus and the molecules are once given, the angles and lines of all the secondary faces which the de¬ crements would produce, should be susceptible of calcu¬ lation beforehand. Before Haiiy could accomplish this, however, he required to study geometry, which he had almost forgotten. This he quickly learned, and having invented a method of measuring and describing the forms of crystals, he established beyond all doubt the true law of crystallization. This subject is treated of at length in the article Crystallization. Haiiy first made known his discoveries to his master M. Daubenton, by whom they were communicated to the celebrated Laplace. The young philosopher received the most flattering invitations to join the academy, but his modesty for some time kept him back. His scruples, how¬ ever, having been at length overcome, he, on the 10th of January 1781, read his first memoir, in which he treated of the garnets and of calcareous spars. The members ot the academy showed great eagerness to acquire him ; and, on the 12th of February 1783, he was elected to the situ¬ ation of adjunct in the botanical class, in preference to several learned botanists, who were candidates for the honour. His new colleagues bore flattering testimony to his merits, by requesting him to give oral explanations and demonstrations of his theory ; and he also read a course of lectures on the subject, at which were present the most distinguished French philosophers of the day. The modes of calculation which he had invented, and the formulae he employed, representing all the possible com¬ binations of crystallography, will be found in the volumes of the academy for 1788 and 1789. Objections were started to the theory of M. Haiiy ; but the only reply which he made to them consisted in more extended researches, and a more ample induction of facts. He also applied his principle in a new and remarkable manner to the discovery of the composition of minerals. If, reasoned he, each substance has a characteristic nu¬ cleus and constituent molecule, then the component parts of minerals, whose composition is unknown, may be dis¬ covered by the form of their crystals; and thus a new and powerful instrument of analysis may be employed in mineralogical and chemical investigations. His practi¬ cal researches established the correctness of the conclu¬ sions at which he had arrived. At this time the most dis¬ tinguished mineralogists confounded under the name of 169 Haiiy. 170 H A U H A U Hatiy. schorl a number of minerals, which, although possessing some characteristics in common, did not hear so remark¬ able a resemblance to one another as to warrant their be¬ ing classified together as belonging to the same species. M. Haiiy, therefore, suspecting that distinctive differences existed amongst them, commenced a series of experiments conducted on his own principle. He mechanically divided the substance called white schorl, and found in it the nu¬ cleus and molecule of felspar. By chemical analysis, it was found to be actually one of the felspars. Encouraged by his success, he continued his researches, and discover¬ ed amongst the schorls no less than fourteen species. From this moment M. Haiiy ceased to be a mere experi¬ menter in physics, and stood prominently forward as the great legislator of mineralogy. A new era in the science dates from the period of these researches; and, by the study of the crystalline structure of minerals, each year has pro¬ duced some unexpected discovery. It is, or at least was, a regulation in the university with which M. Haiiy was connected, that when a professor had served twenty years, he was entitled to a retiring pension. With this, joined to the produce of a small benefice, al¬ though barely sufficient for his wants, he resolved to re¬ tire from public duty, and devote himself wholly to philo¬ sophical pursuits. His designs, however, were frustrated by the breaking out of the Revolution. After the over¬ throw of the monarchy, one of the first measures taken by the democratical party was the imprisonment of the priests; and M. Haiiy, being naturally identified with them on ac¬ count of his scrupulous piety, became a participator in their sufferings. Fie was surprised in his humble retreat by a body of armed men, who rudely demanded if he had any fire-arms.' None but these, said he, drawing a spark from his electrical machine. This for a moment disarmed the intruders, but only for a moment. Fortunately, how¬ ever, he did not share the fate of Archimedes. They spared his life, but he was ultimately thrown into prison. His confinement, however, was of short duration. The members of the academy, and other influential individu¬ als, so interested themselves in his behalf, that they pro¬ cured his deliverance just the day before the massacres of September. From this period he was no more disturbed, although, as a priest, he continued to perform his sacer¬ dotal functions daily, and had even the courage to write in behalf of some individuals, amongst whom was the cele¬ brated Lavoisier, who had been arrested by order of the Convention. At the cabinet of the Conseil des Mines, and by the aid of that administration, M. Haiiy prepared for the press his celebrated work on mineralogy, which appeared in 1801, in four vols. 8vo, with a quarto volume of plates. “ This book,” says Cuvier, “ possesses in the highest degree two advan¬ tages which are very rarely found combined; the first of which is, that it is founded upon an original discovery, en¬ tirely resulting from the genius of the author ; the second, that this discovery is followed out in it, and applied with incredible perseverance even to the varieties of minerals. Every thing is grand in the plan, precise and rigorous in the details ; it is completed like the doctrine itself of which it contains the exposition.” In his determinations of mineral species, M. Haiiy gave the chief rank to crystallization, although of course it was never intended by the author that chemical analysis should be neglected. He only maintained that it w'as inadequate to the determination of their species, “ because,” observes Cuvier, “ it has no sure means of distinguishing the acci¬ dental from the essential substances; because it is not in a condition, with respect to certain classes of stones, to af¬ firm that it knows their elements; and because it every day discovers elements which were previously concealed from it.” By his indefatigable industry, M. Haiiy determined the nucleus and molecules, with the measure of their angles, Hi and the proportion of their sides, of almost every crystal- ^ , lized mineral at present known. In a word, he may be said to have placed mineralogy amongst the precise and metho¬ dical sciences, and to have done for it what Newton did for astronomy. On the demise of the professor of mine¬ ralogy to the Museum of Natural History, Dolomieu was promoted to the chair in preference to M. Haiiy. But im¬ prisonment, and afterwards a premature death, prevented that individual from occupying the chair; and on the 9th of December 1802, Haiiy was appointed to the vacant pro¬ fessorship. A new life was now infused into the mineralogi- cal department. Large additions wrere made to the collec¬ tions, and every thing was arranged in the most perfect order, according to his own principles of classification. To the students he showed the utmost condescension and kind¬ ness, conversing familiarly with them, and even taking them to his own house, and opening up his private collections to their inspection. When the university was founded, Haiiy’s name was placed on the list of one of its faculties. Lectures were not expected from him ; but, unwilling to bear a title without fulfilling its duties, he made the pupils of the normal school come to him ; and, in conversation, he communicated to them his discoveries. By order of the government, he drew up a treatise on physics for the col¬ leges. He had previously established a claim to be employ¬ ed in the execution of such a work, by the ingenious man¬ ner in which he had applied physics to mineralogy, by the publication of several interesting memoirs on the electri¬ city and double refraction of minerals, by his elegant ex¬ position of vEpinus’s theory respecting electricity and mag¬ netism, and by the success which had attended a course of physics delivered by him at the normal school instituted in 1795 by the Convention, and which lasted only a few months. He was averse, however, to abandon his favourite mineralogical researches; and it was only after much hesi¬ tation that he consented to undertake the task. The trea¬ tise added little to his scientific reputation, but it did no injury to his literary fame. The same clearness and purity of style for which his Mineralogy was distinguished cha¬ racterise this little work. It is calculated to inspire into the young a taste for the natural sciences, and it has passed through several editions. M. Flaiiy was repeatedly urged to communicate to go¬ vernment what he wished to be done for him ; and when he consented to petition, his humble request was, that things might be arranged so as to bring his family near him, in order that he might enjoy their society, as the solace of his old age and infirmities. Napoleon instantly complied w ith his wishes, by conferring a place upon the husband of his niece. The emperor likewise granted him a pension, and, on his return from Elba, decorated the crystallographer with the cross of the legion of honour. This was alike honourable to both parties, for Haiiy had opposed the as¬ sumption of the imperial dignity by Napoleon. When the subsequent changes in the French government took place, the husband of M. Haiiy’s niece lost his situation ; and he himself, when no longer capable of active exertion, was deprived of his well-merited pension. To add to his per¬ plexities, his brother, who had gone to Russia for the pur¬ pose of gaining information relative to the instruction of the blind, returned without attaining his object, and with a constitution so completely broken, that he became a charge to his family. Thus, in his old age, M. Flaiiy was reduced to the extreme indigence which had been his lot during the early part of his career. A compensation, however, was afforded him in the kind attentions of his friends, and in the applause of Europe; whilst the enlightened of all ranks who visited Paris paid their respects to him. But these flatteries never corrupted the simplicity of his man¬ ners, and his benevolence continued conspicuous to the H A V h. close of his life. Notwithstanding his feebleness, he at- L'" tained the age of seventy-nine, having died on the 3d of June 1823. _ . The intellectual powers of M. Haiiy are sufficiently at¬ tested by his works. In his moral character he was sincere¬ ly pious, and eminently benevolent. He seems to have re¬ garded wealth only as the means of gratifying those senti¬ ments of benevolence with which he was penetrated ; and although the most beautiful gems of Europe passed under his review, they were by him considered valuable only as crystals which illustrated his theory. The works of M. Haiiy are as follow :—1. Essai d’une Theorie sur la Struc¬ ture des Cristaux, 1784, in 8vo; 2. Exposition raisonnee de la Theorie de 1’Electricite et du Magnetisme, d’apres les Principes d’iEpinus, 1787, in 8vo; 3. De la Structure consideree comme Caractere Distinctif des Mineraux, 1793, in 8vo; 4. Exposition abregee de la Theorie de la Structure des Cristaux, 1793, in 8vo ; 5. Extrait d’un Traite Elementaire de Mineralogie, 1797, in 8vo; 6. Traite de Mineralogie, 1802, 4 vols. in 8vo, et planches in 4to; 7. Traite Elementaire de Physique, 1803, in 12mo, deuxieme edition, in 1806, 2 vols. 8vo ; 8. Tableau Comparatif des Resultats de la Cristallographie, et de f Analyse Chimique relativement a la Classification des Mineraux; 9. Traite des Pierres Precieuses, 1817, in 8vo; 10. Traite de Cristal¬ lographie, 1822, 2 vols. with engravings. M. Haiiy also contributed papers to various scientific journals, particu¬ larly the Journal d’Histoire Naturelle, Annales de Chimie, the Journal de Physique, the Magasin Encyclopedique, the Annales du Museum d’Histoire Naturelle, and the Journal des Mines. He also communicated several memoirs to va¬ rious other scientific journals. (a. R. R.) HAVANNAH, or Havana, the capital of the island of Cuba, in the West Indies. It is situated on the north coast, and is one of the most flourishing cities of the New World, carrying on about two thirds of the commerce of the island, which is extensive. It possesses a noble har¬ bour, which, though narrow at the entrance, is without any bar or other obstruction, and within it expands into a ca¬ pacious bay, capable of accommodating a thousand vessels of the largest size. The water is of sufficient depth to ad¬ mit of their coming close up to the quay. Havannah has strong fortifications; the castles of Moro and Punto being remarkably so. The former is situated on the east, and the latter on the west side of the harbour, of which they completely command the entrance. The citadel is also a place of great strength ; and the neighbouring heights are fortified so as to protect the city or port. Havannah stretches along the entrance to, and on the west side of the bay; and on the opposite side is the suburb called Regia. The city presents a splendid appearance from the sea, its numerous spires being intermingled with lofty and luxuriant trees. The churches are handsome, and richly ornament¬ ed ; and several of the private mansions are built on a mag¬ nificent scale. The streets, however, are narrow, inconve¬ nient, and not kept in good repair; but those of the sub¬ urbs, now as extensive as the city, are wider and better laid out. The arsenal and dock-yard, which are on a large scale, lie towards the western angle of the bay, to the south of the city. From its position, which commands both inlets to the Gulf of Mexico, its great strength, and excellent har¬ bour, Havannah is, in a political point of view, by far the most important maritime station in the West Indies. Of late years the commerce of Havannah has rapidly extend¬ ed, which has been ascribed to the freedom it now enjoys, as well as to the great increase of wealth and population in the city. The principal exports are, sugar, coffee, tobacco, and molasses; the imports consist of all those articles which an opulent community, in a tropical climate, and without manufactures, requires. In 1828, the trade of Havannah amounted to 15,807,395 dollars of imports, and 9,202,485 H A V 171 dollars of exports. During the same year, the exportation Havant of sugar alone amounted to 107,434,400 pounds, and in N 1832 it had risen to 111,978,800 pounds. In 1831 there * entered the port of Havannah 990 ships of 157,146 tons burden, and there cleared out of it 1002 ships of 150,679 tons burden. The population, exclusive of troops and strangers, which may amount to 25,000, has been estimat¬ ed at about 115,000. Havannah possesses several patrio¬ tic and literary societies, and there are seven journals pub¬ lished, one of which is in English. The Moro Castle, ac¬ cording to Humboldt, is situated in latitude 23. 8. 15. N. longitude 82. 22. 45. W. For further particulars regard¬ ing this city, see the article Cuba. HAVANT, a market-town of Hampshire, in the hun¬ dred of Bosmere and division of Portsdown, sixty-six miles from London, on the borders of Sussex, and oppo¬ site to the Isle of Hayling. Its church is a venerable re¬ main of architecture. There is a good market for all kinds of grain on Saturday. The population amounted in 1801 to 1670, in 1811 to 1824, in 1821 to 2099, and in 1831 to 2083. HAVELBERG, a town of Prussia, in the province of Brandenburg. It stands at the junction of the river Ha¬ vel with the Elbe. It was once a city, and is now a place of much traffic by both the rivers, and as a kind of entre¬ pot for Berlin and Hamburg. It contains 2140 inhabi¬ tants. HAVERCAMP, Sigibert, one of the most celebrated philologists of the eighteenth century, was born at Utrecht in 1683. In the prosecution of his studies he greatly dis¬ tinguished himself, and, by the time he left the univer¬ sity, deserved to be classed amongst the learned men who then illustrated Holland. He was soon afterwards appoint¬ ed professor of Greek in the academy of Leyden; and when this chair was joined to those of eloquence and his¬ tory, he filled all the three with distinction. He was ex¬ cessively laborious; and the duties ot his situation did not prevent him from applying himseli to the preparation ot important works, which succeeded one another with incon¬ ceivable rapidity. Having availed himself of a short inter¬ val of leisure to visit Italy, Havercamp, during his sojourn in that beautiful country, acquired a taste for medals, of which he afterwards formed a valuable cabinet. But the labours of this accomplished and indefatigable scholar were terminated by death on the 28th April 1742, at the age of fifty-eight, when much might still have been ex¬ pected from his pen. Havercamp published, 1. Editions of the Apologetica of Tertulian, 1718, in 8vo; of Lucre¬ tius, 1725, in two vols. 4to; of the History of Josephus, 1726, in two vols. folio; of Eutropius, 1729, in 8vo; of Orosius, 1738, in 4to ; of Sallust, 1742, in two vols. 4to; and, lastly, of Censorious, 1743, in 8vo. 2. Dissertationes de Alexandri Magni numismate quo quatuor summa orbis terrarum imperia continentur, ut de nummis contorniatis, Leyden, 1722, in 4to. 3. Thesaurus Morellianus, Amster¬ dam, in two vols. folio. 4. Universal History explained by Medals, in Dutch, Leyden, 1736, in five vols. folio, in¬ complete. 5. Sylloge Scriptorum qui de Lingum Graecaa vera et recta pronunciatione Commentaria reliquerunt, Leyden, 1736-1740, in two vols. 8vo. 6. Introductio in historiam patriae a primis Hollandiae comitibus usque ad pacem, Ultraject. et Radstad (1714), Leyden, 1/39, in 8vo. 7. Introductio in Antiquitates Romanas, ibid. 1740, in 8vo. 8. Museum Wildianum in duas partes divisum, Amsterdam, 1740, in 8vo. 9. Museum Yilebrochianum, ibid. 1741, in 8vo. 10. Bronze Medals, large and small, in the Cabinet of Queen Christina, Hague, 1742, in folio. All that Havercamp left on the subject of Numismatics is now held in little estimation ; the.precipitation with which he piled volume on volume leaving him no time to bestow the requisite pains, or to employ the necessary criticism. 172 HAW Haver- Lastly, he published, in conjunction with Preyger, the fordwest Sententia of Seneca and Syrus, with a commentary of Haw Gruter which had remained inedited, and might, without any loss, have been left so; and he translated into Dutch verse Sabinus, a tragedy of Richer. (a.) HAVERFORDWEST, a town of the county of Pem¬ broke, in South Wales, 264 miles from London. It is the capital of the county, where the assizes and elections are held. It is situated on the side of a hill overlooking the navigable river Dungleddy, on whose bank is a good wharf. In the upper part of the town the English language is spoken, and in the lower portion Welsh. Each of these divisions has its market; that in the upper town is held on Tuesday, frequented by English peasants; that of the lower town, on Saturday, is attended by the Welsh far¬ mers. The English spoken here is said to be remarkably pure. Haverfordwest is a town and county of itself, go¬ verned by a mayor and common-councilmen ; and the mayor is admiral, coroner, and escheator. It contains three parish churches, and several places of worship for dissenters. There are no considerable manufactures car¬ ried on, but a few cotton goods are made. The houses in the upper town are generally well built, but those in the lower are otherwise. The population amounted in 1801 to 2880, in 1811 to 3093, in 1821 to 4055, and in 1831 to 3915. The town returns one member to the House of Commons, who is chosen by about 540 voters. HAVERHILL, a market-town of the county of Suffolk, in the hundred of Resbridge, fifty-eight miles from Lon¬ don, situated on the borders of Essex. It was formerly a place of greater extent than it is at present, and had ma¬ nufactures of checks and fustians, which have dwindled away. It has a market on Wednesday, which, however, is but thinly attended. The population amounted in 1801 to 1104, in 1811 to 1216, in 1821 to 1421, and in 1831 to 1758. HAVRE, in Geography, a French term of the same sig¬ nification with haven or harbour. HAVRE-DE-GRACE, a city of the north of France, in the department of the Lower Seine, and the capital of an arrondissement of its own name. It is strongly fortified on both the land and sea sides, and has a citadel. It stands on the right bank of the river Seine, which is of the breadth of more than three miles. There is a naval arsenal, where frigates and corvettes are built, and a ma¬ rine school. By the river on which it stands communicat¬ ing with the capital of the kingdom, it is the depot of much foreign merchandise to supply Paris; and there are abundant stores for all kinds of goods, especially sugar, coffee, cotton, and other tropical commodities, as well as for the naval stores produced in the north of Europe. There are manufactures of sugar, soap, tobacco, pottery, beer, and twine; and many of the inhabitants subsist by the sea fisheries. The port is generally crowded with vessels from the French colonies, and from the United States of America; but from all other countries many re¬ pair to it, though it is by no means very secure as a har¬ bour. Ihe town is well built, with streets at right angles crossing each other, and has vastly improved since the re¬ turn of peace. It contains 1640 houses, and 22,100 inha¬ bitants. Long. 0. 6. E. Lat. 49. 29. 14. N. HAV, a sort of berry, the fruit of several species of mespilus, thence denominated hawthorns. Haw, amongst farriers, an excrescence resembling a gristle, growing under the nether eyelid and eye of a horse, which, if not timely removed, destroys it. Haw, a small parcel of land, so called in Kent, as a Hemphaw, or Beanhaw, lying near the house, and en¬ closed for these uses. But Sir Edward Coke, in an an¬ cient plea concerning Feversham in Kent, says hawes are houses. HAW HAWARDEN, or Harden, a market-town of the Ha county of Flint and the hundred of Mold, in North ^ Wales, 197 miles from London and seven from Chester. H ^ It has considerable manufactures of earthenware, made ^ * from a peculiarly-adapted clay, which abounds in the neighbourhood. This business, and that of an iron foun- dery, give the chief employment to the inhabitants. In its vicinity are many antiquities both of the Saxon and of ear¬ lier periods. There is a good market, which is held on Sa¬ turday. The population amounted in 1801 to 4071, in 1811 to 4436, in 1821 to 5159, and in 1831 to 5414. HAWGH, or Howgh, signifies a green plot in a valley, such as is seen in the north of England. HAWICK, a town of Scotland, in the county of Rox¬ burgh, fifty-two miles from Edinburgh, on the Carlisle road, partly in the parish of Wilton, but chiefly in the parish of Hawick, is conveniently situated on the south bank of the Teviot, and transversely divided into two nearly equal portions by the confluent stream of Slitte- rick. The antiquity of the place appears from a singular conical mount called the Mote, supposed to be the spot where courts of justice were formerly held. In the bor¬ der wars Hawick makes a considerable figure under its munificent patrons, the barons of Drumlanrig, from whom its charter, dated 1537, is derived; and in 1545, for its hospitality towards the unfortunate Mary, it received from her a royal confirmation of all its corporate rights. The town is governed by its own magistrates, independently of the superior, and has all the privileges of a royal burgh, parliamentary representation excepted. Two bailies, cho¬ sen annually by the burgesses, are assisted by a council, consisting of two representatives from each of the seven incorporated but now chiefly decayed trades, and fifteen burgesses, adopted into their number, as councillors for life. I he municipal possessions, though mutilated by the ungenerous and rashly admitted claims of neighbouring proprietors, still yield a clear revenue of L.400 per an¬ num. Ihe town has greatly improved within these thirty years. Ihe thatched roofs which disfigured it are disap¬ pearing, and more attention is paid to elegance in modern structures. Ihe whole is well paved, and, with the shops, manufactories, and many of the private houses, illuminated with gas. An ample supply of excellent water is brought, at the expense of the corporation, from the neighbouring heights. The principal street, running east and west, is spacious and regular. The town-house, with a spire and clock, is small and inadequate. Beautifully situated on a commanding eminence near the centre of the town, stands the parish church, a clumsy edifice, and every way defi¬ cient in accommodation. There is also the parish church of Milton, and four other public places of worship, viz. two Secession, one Relief, and one Friends’ meeting-house. Hawick has long been the principal seat of the manufac¬ ture of lamb’s wool hose in Scotland. The spinning-mills are all driven by water. Of these, the number would be greater, but for the policy of the Buccleuch family, whose domains surround the town, and which they decline to feu for building purposes. The trade of the town is ne¬ vertheless rapidly on the increase. The staple articles, besides hose, are blankets, flannels, plaidings, shawls, and woollen yarn ; of which last large quantities are sold to Scotch and English manufacturers. Thongs and whips are also manufactured to a considerable extent. There is a weekly market held on Thursday, principally for grain. Branches of the British Linen Company, Commercial, and National Banks, assist the trade of the place. There are two good public libraries, two reading-rooms well sup¬ ported, and a farmer s club, which meets monthly. The banks of the liviot are well wooded, and finely studded with gentlemen s seats, though these are considerably re¬ stricted by the large entailed estates of Buccleuch. The HAW wk1 approach to the town on the east and west is embellished ^11 by extensive nurseries ; and the picturesque line along m • the Tiviot is generally admired. The population of the 1 town) including the suburb of Wilton, amounted in 1831 to 5340; and it is still on the increase. HAWK. See Ornithology. HAWKERS were anciently fraudulent persons, who went from place to place buying and selling brass, pewter, and other merchandise, which should have been exposed in open market. In this sense the word is mentioned in 25 Henry VIII. cap. 6, and 33 of the same king, cap. 4. The appellation of hawkers seems to have arisen from their uncertain wandering, like those who, with hawks, seek their game where they can find it. The term is now used as synonymous with pedlar, a person who travels about the country selling wares. HAWKESBURY, a river of New Holland, which falls into Broken Bay, on the east coast. It is a large river, having its rise among the Blue Mountains far into the in¬ terior, and affording an outlet to the waters of an exten¬ sive tract of country. The banks of this river are thickly planted on each side with settlements; and it is naviga¬ ble for large vessels of about 200 tons to the distance from the sea of about forty miles, and by the turnings of the river 120 miles. The country immediately adjoining the banks of the river is a rich alluvial mould; but beyond this is a stiff soil, composed of sand, earth, and clay, which improves, however, by cultivation. The river is subject to sudden rises after heavy rains, to the height of seventy or eighty feet, and overflows the adjacent coun¬ try with wide inundations, carrying away flocks and herds, and sometimes the habitations of the settlers. HAWKESWORTH, John, a celebrated English wri¬ ter, was born about the year 1719; though, according to his epitaph, as we find it in the Gentleman’s Magazine for August 1781, he must have been born in 1715. He was brought up to a mechanical profession, that of a watch¬ maker it is supposed. He was of the Presbyterian per¬ suasion, and a member of the celebrated Tom Bradbury’s meeting, from which he was expelled for some irregulari¬ ties. He afterwards devoted himself to literature, and became an author of considerable eminence. In the early part of life his circumstances were rather confined. He resided some time at Bromley in Kent, where his wife kept a boarding-school. He afterwards became known to a lady who had great property and interest in the East India Company, and through her means he was chosen a director of that body. As an author, his Adventurer is his principal work; the merits of which, if we mistake not, procured him the degree of doctor of laws from Her¬ ring, archbishop of Canterbury. When the design of preparing a narrative of the discoveries in the South Seas was set on foot, he was recommended as a proper person to be employed on the occasion ; but, in truth, he was not a proper person, nor did the performance answer expec¬ tation. Works of taste and elegance, where imagination and the passions were to be affected, were his province; not works of dry, cold, accurate narrative. However, he executed his task, and is said to have received for it the sum of L.6000. He died in 1773, some say of high liv¬ ing, others of chagrin at the ill reception of his Narrative ; for he was a man of the keenest sensibility, and obnoxious to all the evils incident to such a temperament. HAWKING, the exercise of taking wild-fowl by means of hawks. The method of reclaiming, manning, and bring¬ ing up a hawk to this exercise, is cd\\e& falconry. There are only two countries in the world where we have any evidence that the exercise of hawking was prac¬ tised in ancient times. These are Thrace and Britain. In the former it was pursued merely as the diversion of a particular district, if we may believe Pliny, whose ac- H A W 173 count is rendered obscure by the indistinctness of his own Hawking, ideas of the matter. The original Britons, with a fond- ness for the exercise of hunting, had also a taste for that of hawking; and every chief amongst them maintained a considerable number of birds for that sport. To the Romans this diversion was scarcely known in the days of Vespasian, yet it was introduced immediately afterwards. Most probably they adopted it from the Britons; but we know certainly that they greatly improved it. In this state it appears amongst the Roman Britons in the sixth cen¬ tury. Gildas, in a remarkable passage in his first epistle, speaks of Maglocunus, on his relinquishing the sphere of ambition, and taking refuge in a monastei’y; and prover¬ bially compares him to a dove, which hastens away at the noisy approach of the dogs, and with various turns and windings takes her flight from the talons of the havrk. In after times, hawking was the principal amusement of the English. A person of rank scarcely stirred out without his hawk on his hand; and in old paintings this is the criterion of nobility. Harold, afterwards king of England, when he went on a most important embassy into Normandy, is painted embarking with a bird on his hand, and a dog under his arm ; and in an ancient picture of the nuptials of Henry VI. a nobleman is represented in much the same manner. In those days, “ it was thought suffi¬ cient for noblemen to winde their horn, and to carry their hawk fair, and leave study and learning to the chil¬ dren of mean people.” The former were the accomplish¬ ments of the times. Spenser makes his gallant Sir Tris¬ tram boast, Ne is there hawk which mantleth her on pearch, Whether high tow’ring, or accoasting low, But I the measure of her flight doe search, And all her prey, and all her diet know. In short, this diversion was, amongst the old English, the pride of the rich, and the privilege of the poor. No rank of men seems to have been excluded from the amuse¬ ment. We learn from the book of St Alban’s, that every degree had its peculiar hawk, from the emperor down to the holy-water clerk. Vast was the expense which some¬ times attended this sport. In the reign of James I. Sir Thomas Monson is said to have given L.lOOOfor a cast of hawks. We need not wonder then at the rigour of the laws tending to preserve a pleasure which was carried to such an extravagant pitch. In the 34th of Edward III. it was made felony to steal a hawk; and to take its eggs, even in a person’s own ground, was punishable with impri¬ sonment for a year and a day, besides a fine at the king’s pleasure. In Queen Elizabeth’s reign, the imprisonment was reduced to three months, but the offender was to find security for his good behaviour for seven years, or lie in prison till he did so. Such then was the enviable state of the times of old England. During the whole day the gentry were given to the fowls of the air and the beasts of the field; in the evening, they celebrated their ex¬ ploits with the most abandoned and brutish sottishness ; and the inferior ranks of people, By the most unjust and arbitrary laws, were made liable to capital punishments, to fines, and loss of liberty, for destroying the most destruc¬ tive of the feathered tribe. The love of game-laws runs in the blood of our territorial aristocracy; it has descended to them from very ancient times, and forms part of their inheritance. According to Olearius, the diversion of hawking is more followed by the Tartars and Persians than ever it was in any part of Europe. “ II n’y avoit point de hutte,” says he, “ qui n’eust son aigle ou son faucon.” The falcons or hawks which were in use in these king¬ doms are now found to breed in Wales, and in Scotland and its isles. The peregrine falcon inhabits the rocks of Caernarvonshire. The same species, with the gyrfalcon, 174 HAW HAW Hawking, the gentil, and the goshawk, are found in Scotland, and when the bird wipes its beak after feeding, it is said to Ha the lanner in Ireland. But we may here notice, that the feak ; when it sleeps, it is said to jouk ; from the time of ^ ^ Norwegian breed were, in old times, in high esteem in exchanging the coat, till the bird turn white again, is call- England, and were thought bribes worthy a king. Jeof- ed intermewmg ; treading is called caivhxng; when the hawk frey Fitzpierre gave two good Norway hawks to King stretches one wing after the legs, and then the other, it John, to obtain for his friend the liberty of exporting a is called mantling ; the dung is called muting ; when the hundredweight of cheese ; and Nicholas the Dane stipu- hawk mutes a good way behind, it is said to slice; when lated to give the king a hawk every time he came into it does so directly down, instead of jerking backwards, it England, that he might have liberty to traffic throughout is said to slime, and if it be in drops, it is called dropping; the king’s dominions. Hawks were also made the tenures when the bird as it were sneezes, it is called sniting ; when by which some of the nobility held their estates from the it raises and shakes itself, it is said to rouze ; and when, crown. Thus Sir John Stanley had a grant of the Isle of after mantling, it crosses its wings together over its back, Man from Henry IV. to be held of the king, his heirs, and it is said to warble. successors, by homage and the service of two falcons, pay- When a hawk seizes, it is said to bind ; when, after able on the day of his or their coronation. And Philip seizing, it pulls off the feathers, it is said to ; when de Hastang held his manor of Combertoun, in Cambridge- it raises a fowl aloft, and at length descends with it to the shire, by the service of keeping the king’s falcons. ground, it is called trussing ; when, being aloft, it descends Hawking, though an exercise now much disused, does to strike the prey, it is called stooping ; when it flies out yet furnish a great variety of significant terms, which still too far from the game, it is said to rake ; when, forsaking obtain in our language. Thus, the parts of a hawk have the proper game, it flies at pyes, crows, and the like, it is their proper names. The legs, from the thigh to the foot, called check ; when, missing the fowl, the bird betakes it- are called arms; the toes, the petty singles ; and the claws, self to the next check, it is said to fly on head. The fowl the pounces. The wings are called the sails; the long or game it flies at is called the quarry ; the dead body of feathers of the wings, the beams; the two longest, the a fowl killed by the hawk is called aWhen the bird principal feathers ; and those next thereto, the flags. The flies away with the quarry, it is said to carry ; when, in tail is called the train; the breast feathers, the mails; stooping, it turns two or three times on the wing, to recover and those behind the thigh, the pendant feathers. When itself ere it seizes, it is called canceliering ; when it hits the the feathers are not yet full grown, the falcon is said to prey, yet does not truss it, it is called ruff. The making be unsummed; when they are complete, it is summed, a hawk tame and gentle, is called reclaiming ; the bring- The craw, or crop, is called the gorge; the pipe next the ing one to endure company, manning; an old stanch fundament, where the faeces are drawn down, is called the hawk, used to fly and set example to a young one, is call- pannel; the slimy substance lying in the pannel is call- ed a make-haiok. ed the glut; the upper and crooked part of the bill is The reclaiming, manning, and bringing up a hawk to called the beak; the nether part, the clap ; the yellow the sport, cannot easily be brought under any precise set part between the beak and the eyes, the sear or sere ; the of rules. It consists in a number of little practices and two small holes therein, the nares. observances, calculated to familiarize the falconer to his As to the furniture, the leathers, with bells buttoned bird, and the latter to the falconer, on the legs, are called bewits ; the leathern thong by which When the hawk comes readily to the lure, a large pair the falconer holds the hawk, is called the lease or leash ; of luring bells are to be put on ; and the more giddy-head- the little straps, by which the lease is fastened to the legs, ed and apt to rake out the hawk is, the larger must the jesses ; and a line or packthread fastened to the lease, in bells be. Having done this, and the bird being sharp-set, disciplining the bird, a creance. A cover for the head, to ride out in a fair morning, into some large field unencum- keep the falcon in the dark, is called a hood; and a large bered with trees or wood, with the hawk on your hand; wide hood, open behind, to be worn at first, is called a then having loosened the hood, whistle softly, to provoke rufter hood. To draw the strings, that the hood may be her to fly; unhood, and let the bird fly with its head into in readiness to be pulled off, is called unstriking the hood; the wind ; for by that means it will be the better able to the blinding a hawk just taken, by running a thread get upon the wing, and will naturally climb upwards, fly- through her eyelids, and thus drawing them over the eyes, ing a circle. After the hawk has flown three or four turns, to prepare her for being hooded, is coWed seeling ; a figure then lure her with your voice, casting the lure about your or resemblance of a fowl, made of leather and feathers, is head, having first tied a pullet to it; and if your falcon called a lure ; the resting place, when off the falconer s come in and approach near you, cast out the lure into the fist, is called the perch ; the place where the meat is laid wind, and if she stoop to it, reward her. is called the hack ; and that in which the bird is set, whilst You will often find, that when she flies from the hand, the feathers fall and come again, the mew. she will take stand on the ground. This is a fault which Anything given to a hawk, to cleanse and purge the is very common with soar-falcons. To remedy it, fright gorge, is called casting ; small feathers given to make the her up with your wand ; and when you have forced her bird cast, are called plumage ; gravel given to help to to take a turn or two, take her down to the lure, and feed bring clown the stomsfch, is called rangle; the throwing her. But if this does not succeed, then you must have up of filth from the gorge after casting, is called ; in readiness a duck sealed, so that she may see no way the purging of grease, or other matter, enseaming ; being but backwards, and that will make her mount the higher, stuffed is called gurgiting; inserting a feather in the wing Hold this duck in your hand, by one of the wings, near m heu of a broken one, is called imping ; giving a leg, the body; then lure with the voice to make the falcon wing, 01 pinion of a fowl to pull at, is called tiring Die turn her head ; and when she is at a reasonable pitch, cast neck of a biid the hawk preys on is called the inke; and your duck up just under her ; when, if she strike, stoop, what the hawk leaves of its prey is called the pill or pelf, or truss the duck, permit her to kill it, and reward her There are also proper terms for the several actions of the by giving her a reasonable gorge. After you have prac- bird. \\ hen a hawk flutters, as if striving to get away, tised this two or three times, your hawk will leave the either from the perch or hand, it is said to bate ; when, stand, and, delighted to be on the wing, will be very obe- standing too near, they fight with each other, it is called client. crabbing ; when the young ones quiver and shake their It is not convenient, for the first or second time, to show wings in obedience to the elder, it is called cowring; your hawk a large fowl; for it frequently happens that HAW thev escape from the hawk, and the bird not recovering hem, rakes after them. This gives the falconer trouble, nd frequently occasions the loss of the hawk. But if s le happens to pursue a fowl, and, being unable to recover it, comparatively slow process, and is limited to bodies in con¬ tact with each other. But heat is capable of being diffused among bodies not in contact. A heated body suspended in vacuo emits its excess of heat in all directions ; and in air, though much of its caloric apparently passes off with the as¬ cending currents which it produces in the ambient air, the emanations of heat also pass off in directions contrary to these aerial currents. Thus a person standing before a fire per¬ ceives its warmth, though a light body like a feather will show that there is a current of air perpetually flowing toward the fire. This emission of heat is termed radiation, and is analogous to the emanations of light from a luminous ob¬ ject ; each point of the heated surface emitting divergent rays, which are subject to the same modifications as those of light, by reflection from polished surfaces, and by re¬ fraction through transparent media. When the rays of heat fall on a bright metallic surface, they are reflected. As early as 1682, Mariotte showed that “ the heat of a fire is reflected from a burning mir¬ ror, so as to be sensible in its focus ; but that it is inter¬ cepted by a plate of glass interposed between the mirror and the fire.” The next important step was made by Lambert, who discovered that the heat might be so in¬ creased, by employing two concave mirrors, and a char¬ coal fire placed in the focus of the one, that a combustible might be kindled in the focus of the other. But the most successful cultivator of this branch of science during the last century was Scheele of Sweden, who proved that me¬ tallic surfaces are the most powerful reflectors of radiant caloric; that glass is far inferior in this respect; that if we cover the surface of the metallic mirror with a film of lamp-black, it does not reflect heat, but actually absorbs it; that radiant heat is separated from light by interposing screens of glass; and that it passes through air, without suffering any obstruction from the direction of the aerial currents through which it radiates. Saussure and Pictet repeated the experiments of Lam¬ bert. They showed the instantaneous transmission of heat by radiation ; that it was in such experiments material to place the heated body and the thermometer in the focus of each mirror ; and that, a very little beyond the focus, the effect was trifling, although the thermometer was nearer the heated body. When the heated body was a red-hot cannon bullet, combustibles were speedily kindled in the focus of the other mirror at the distance of several feet. These researches were greatly extended by Pictet, who showed that a flask of hot water radiated heat which could be concentrated in the focus of a metallic mirror, and thus rendered sensible by a thermometer, showing that the invisible rays of heat might be reflected, as well as those emanated from a hot luminous body. The experiments on radiant heat may be exhibited by means of a pair of concave mirrors of well-polished tinned iron, hammered into segments of spheres of about one foot in diameter; but still better with mirrors of thick brass plate, hammered, on Sir John Leslie’s plan, into a parabo¬ lic form. T he writer of this possesses a pair twenty-two inches in diameter, hammered into a parabolic curve with surprising accuracy, by Mr Alexander Kilpatrick of Edin- burgh, with which he has repeatedly melted lead by col¬ lecting the sun’s rays in one of them. This form of mirror is the best; because the rays which fall on the mirror pa¬ rallel to its axis are reflected, not divergingly, but so as to meet in the focus of the parabola. Pictet found the sensibility of the thermometer much increased by painting its ball black; and he showed that glass screens intercepted the rays of caloric from burning bodies or a heated bullet; but it was found that the ra- HEAT. J83 m diant heat in the sun’s rays was not intercepted by a plate m, of glass, or even by a sheet of tin, which completely inter- ^ cents heat derived from other luminous bodies. Such was the state of our knowledge of radiant heat, when our veteran astronomer, Sir William Herschel, dis¬ covered, toward the close of the last century, that rays of heat exist, independently of those of light, in the solar spectrum. When he received the solar rays through a prism of flint-glass, he found that a row of delicate ther¬ mometers placed in the coloured spectrum were different¬ ly affected at its two extremities. In the violet ray it only rose 2°, in the red ray it rose 7° ; but his most interesting discovery was, that half an inch beyond the red ray it was still hotter. These very important results were fully con¬ firmed by Sir Henry Englefield. In one of Englefield’s experiments, the following results were obtained :—In the m.L ravs. in 3' the thermometer rose 2° ; in the £ blue rays, in 3' the thermometer rose 2 ; m the green, in 3' it = 4°; in the yellow, in 3' it = 6° ; in the middle of the red, in 2'-5 it = 16° ; in the outer edge of the red, in 2'-5 it = 17°-5; and beyond the spectrum, in 2'-5 it _ 18°. When the bulbs of the thermometers were pre¬ viously blacked, the full red ray raised the thermometer in three minutes 22° ; and just beyond the spectrum it rose 33°. Even half an inch beyond the spectrum altogether, the rise was 6° more than in the red ray. These experiments show that the refrangibility of the rays of heat and light are different, and that the former are less refrangible than the latter. The experiments of Berard and of Leslie confirmed the fact, that the point of greatest heat in the solar spectrum is in the red rays ; and Leslie states the result of his ex¬ periments to have made the difference between the violet and red as one to sixteen ; but neither of these philoso¬ phers detected any heat altogether beyond the spectrum. The conclusions of Herschel have, however, been con¬ firmed by more recent investigations ; and Seebeck has shown that prisms of different substances produce a dif¬ ferent refraction of the rays of heat. With a hollow prism filled with water, the greatest heat is in the full yellow light; with sulphuric acid it is in the orange ; with crown glass it is in the dark limit of the red. We may here state, that not long after Herschel’s dis¬ covery, Ritter, Wollaston, and Beckmann, simultaneous¬ ly discovered the existence of other invisible rays in the solar spectrum, which are only known by their chemical effects in decomposing some metallic saline compounds, as the nitrate of silver. These chemical rays are the most refrangible of all, and exist in greatest abundance to¬ ward the violet end of the spectrum, and even entirely beyond it. Thus the solar spectrum would seem to con¬ sist of three species of rays, the luminous, the calorific, and the chemical; all differing in their refrangibility, and in their apparent effects: and if we consider white light as composed of red, yellow, and blue rays, we have five kinds of rays in the solar beam, three of which are visible, and two invisible. In the solar beams these are intimate¬ ly blended, but may be in some degree separated by re¬ fraction through diaphanous prisms. 4he separation of the luminous and calorific rays may be made by black opake bodies, through which the sun’s heat will pene¬ trate without admitting a single ray of light. Ihe sun s rays, however, pass through all transparent media, with¬ out a separation of light and heat. Glass and ice inter¬ cept the rays of terrestrial heat, the first partially, the latter wholly; yet the sun’s rays passing through and collected in the focus of a lens of glass, produce the most intense heat; and Scoresby and others have shown, that a lens of ice will concentrate the sun’s rays, so as to ignite inflammable substances. The publication of Sir John Leslie’s Inquiry into the Nature of Heat, in 1804, forms an important era in the history of the radiation of caloric. This very original and Diffusion able philosopher, by the simplicity and delicacy of his ap- °f Heat, paratus, and the ingenuity of his well-devised experi- ments, did more than has been accomplished by any other individual to develop the laws which regulate the trans¬ mission and reception of this mysterious agent; and his work will remain a land-mark in the history of this branch of physical science. In his experiments, a single mirror only was employed; and the source of heat generally used wras a cube or square canister of tinned iron placed before the mirror, at the distance of three or four feet, whilst the ball of an air thermometer was placed in the fo¬ cus of the mirror. The air thermometer employed by him was his own modification of that figured by Sturmius. {Colleg. Curios, p. 53, 1676.) In the instrument of Leslie, termed by him a differen¬ tial thermometer, both limbs of the instrument, as well as both balls, are equal; and instead of being joined with ce¬ ment, the recipient ball is united by the blow pipe to the same piece with the sentient ball. These changes give additional delicacy and accuracy to the instrument; in which the coloured fluid is sulphuric acid tinged with carmine. Leslie’s principal object was the relation of different surfaces in emitting and receiving calorific rays. Of his cubical canister, one side was polished, or, as it is termed by workmen, planished; the second was covered by a plate of glass; a third with white paper smoothly pasted on; the fourth was painted with lamp-black mixed with size. The cubes he used were from four to ten inches, and were filled with boiling water. When the polished side was turned toward the thermometer, placed at four feet from the mirror, the increase of temperature w'as no more than 12° ; when the glass side w'as presented, the differential thermometer under the same circumstances rose to 90°; when the papered side was the radiating surface, the temperature was 98°, and the painted side indicated 100° ; when the polish of the planished side was destroyed, by ploughing it in one direction with a fine¬ toothed plane, its propelling or radiating power rose to 19°; and when scratched in one direction with a fine file, its effect was as much as 26°. On covering one of the surfaces smoothly with gold and silver leaf, the effect was about equal to the surface of polished tin ; a plate of po¬ lished iron gave 15° ; a surface of fresh lead 19° ; but when the same became tarnished, its effect was equal to 45° ; and painting it with red oxide of lead raised it to 80°. An amalgam of mercury and tin, when fresh, gave no more than 20°. Leslie then investigated the relative receiving power of different surfaces, by coating the sentient ball of the dif¬ ferential thermometer with different substances. When that ball was smoothly coated with tinfoil, the effect of the blackened side of the canister was only 2°-5, or about one fifth of what it produced on the naked ball; and he found, that of either side of the canister the effect was now just one fifth of that observed with the naked ball. On the other hand, when the ball was covered with a coat of china ink, or formed of a black enamel, tbe effect of either side of the canister was greatly increased. The power of surfaces in reflecting heat was also in¬ vestigated. In fact, it was shown by the last series of ex¬ periments with the coated ball; but he proved it also by varying the reflecting surface. When a glass concave mirror, two feet in diameter, was substituted for the me¬ tal reflector, the effect of the blackened side of the canis¬ ter on the naked ball was but just perceptible ; and if a film of china ink be spread over the surface of the mirror, even this slight effect totally disappears. If, however, the concave surface of the glass mirror be smoothly coated with tinfoil, the effect of the black side of the canister 184 HEAT. Diffusion will be ten times more than with the naked glass surface. /-I Removing the silvering from the back of the mirror pro¬ duced no effect on its reflecting the calorific rays, neither was this affected by roughening the back of the mirror. Hence Leslie infers, that reflection of heat takes place at the surface of the glass mirror, or principally so. A polished tin reflector had its power diminished one third by being coated as smoothly as possible with tin- foil, evidently by the imperfection of the smoothness of its surface. Scratching its surface with sand-paper di¬ minishes its effect one tenth ; and he found that the mir¬ ror seemed to have its reflecting power more impaired when the scratches were all in one direction, than when they crossed. A film of tallow on the surface of the mir¬ ror reduced the effect of the blackened side from 100° to 8°; but if held before the fire until all that could be thus removed had run off, the effect of that side rose to 37°. When the surface of the mirror was covered with a very thin iridescent film of isinglass, the blackened surface gave an effect of 80°; but when that film was only yi/oo^1 of an inch, the effect was reduced to 15°. The results of his experiments with other reflecting surfaces gave the following proportions :—A reflector of polished brass = 100°, of the same coated with tinfoil = 85°, of steel — 70°, of fresh lead rr 60°, of glass = 10°. The inference from these investigations is, that the re¬ flecting power of various surfaces bears some inverse pro¬ portion to their propelling and absorbing powers. The numerical results of Leslie’s experiments would give the ratio between metallic surfaces and glass, in reflecting power as ten to one ; in propelling power as one to eight ; in absorbing power as one to five. It was, however, sup¬ posed that some minute circumstances, of which it is dif¬ ficult to estimate the effect, interfered in the two last pro¬ cesses, and that the propelling and absorbing powers are equal in all bodies: we shall find this to be incorrect. One of the most interesting parts of Leslie’s investiga¬ tions was the effect of screens of different kinds, inter¬ posed between the sources of heat and the thermometer. When he interposed a screen of tinfoil, the effect of the blackened side of the canister was 0°; a thin sheet of crown-glass was 20° ; a sheet of common writing paper, placed about two inches from the cube, was = 23°. If the screen of any material was placed one foot from the cube, the effect was only one thirtieth of what it was at the distance of two inches. From this he inferred, that the screen prevents all transmission of radiant heat until it becomes itself heated ; and then it radiates from its other surface toward the thermometer. This was confirmed by substituting a plate of ice (a substance the tempera¬ ture of which cannot rise above 32° F.) for the screen, when the effect was 0°. This view he considered as con¬ firmed by his beautiful contrivance of the double or com¬ pound screen. He coated one side of two plates of glass with tinfoil; when the coated sides were outermost, the thei mometer did not rise; when the glass surfaces were outwards, the thermometer rose to 18°. He blackened one surface of two plates of tinned iron ; when the blackened surfaces were outwards, the effect was 23° ; but if the plates weie separated from each other, the thermometer fell back to its former station. When the tinned surfaces were outermost, the thermometer was not at all affected. Leslie included his whole apparatus in a trough of wa¬ ter, in such a way as to be able to fill the canister with hot water after the whole was adjusted ; but there was no radiation of caloric. The inference which this philosopher drew from his in¬ vestigations is, that heat is an elastic substance, extreme- y ,U1^ a, active; and he advanced strong arguments against the theory which ascribes all the phenomena of heat to vibrations in the particles of matter. ( Vide Inquiry, p. 139 to 150.) Yet he is disposed to consider the phe- D'a nomena of radiation as depending on certain undulations of]11 produced by radiating surfaces in the ambient air. This view has been ably combated by the late Dr Murray, with the sagacity which distinguished that philosopher. But the limits of the present article will not allow us to enter into this part of the subject, for which we must refer the reader to Leslie’s Inquiry, and Murray’s Chemistry. The more usually-received theory' of radiation is, that from heated bodies emanate rays of caloric in all direc¬ tions, which proceed through gaseous bodies with little or no sensible interruption, and with amazing velocity; that these rays are absorbed by dark and rough surfaces, and are reflected by polished bright surfaces. There is, however, one curious experiment, which is ra¬ ther difficult of explanation, namely, the seeming radfadon of cold. The Florentine philosophers of the Academia del Cimento found, that when a mass of snow was placed in the focus of one mirror, the thermometer placed in the focus of the other sunk, or indicated cold. This subject has been investigated by Pictet and by Leslie. The lat¬ ter observed that his canister, filled with snow, produced the greatest effect when its blackened side was towards the thermometer and the mirror, and the least when its polished side was in that direction. The effect of screens, in retarding the influence of the cold body, he found ana¬ logous to their effect on the radiation from the hot water. These facts were considered by Leslie as proving the existence of what he denominated cold pulses from the snow towards the mirror, “ on the wings of the ambient air;” but the explanation of Pictet appears to account for it well, without the necessity of inferring the existence of frigorific particles, which is a highly improbable supposi¬ tion. On this view, radiation is considered as only taking place amongst bodies unequally heated. He conceived that bodies at the same temperature do not radiate heat to each other, because in this state caloric exists in them all in an equality of tension; but when a cool body is introduced, all radiate heat towards it, and consequently their temperature falls. Hence radiation is nothing more than the tendency of caloric to establish an equilibrium of temperature. The rays of heat enter into the snow from the surrounding matter, and, amongst others, from the thermometer, which is now a radiating body; and these collected in the mirror pass in right lines to the snow, with a celerity in proportion to their absorption by the cold body. Hence the caloric of the thermometer will more rapidly leave it when the blackened side of the cold canister, that is, its most absorbent side, is turned to the thermometer. Leslie explains this phenomenon by his theory of aerial pulsations. He considers the cold surface as ab- sti acting part of the caloric of the contiguous stratum of air, which induces a momentary contraction of that por¬ tion; and this contraction produces pulsations, accompanied by a discharge of heat, in a continued chain from the thermometer and the mirror to the snow. . 1 he eHbct of surface op the refrigeration of bodies, an important part of the consequences of radiation, has been ably examined both by Sir John Leslie and Count Rumford. i he experiments of both show, that to preserve the heat of any liquid, a bright metallic vessel is the best; and Rumford has pointed out many important economical pur¬ poses to which these principles may be applied. Thus, where it is of consequence to preserve the heat of liquids, of steam, or of hot air, they should be conveyed in vessels and tubes of polished metal. On the other hand, if we wish to have the greatest radiant heat from a stove or grate, its surface next the room should be dark and rough, as these are the most favourable for radiating heat into the apartment. The same principles show why a silver HEAT. 185 tea-pot makes better tea, and keeps it longer warm, than a china one. , . . , One of the most beautiful applications of the principle of the radiation of heat, is Dr Wells’explanation of the phenomena of dew and hoar-frost. Dr Wilson of Glas¬ gow had observed, that bodies upon which dew and hoar¬ frost formed, were always colder than the surrounding air. This cold he ascribed to these depositions ; but an atten¬ tive examination of facts led Dr Wells to draw an oppo¬ site conclusion, and to infer that the coldness of the bo¬ dies was the cause of the deposition of dew and hoar-frost. This he successfully established, by proving that, before any dew formed, the surface on which it condensed was uniformly cooler than the ambient air. And it was re¬ served for this accomplished man to offer a theory of those meteors, complete in almost all its parts, and perfectly sa- tisfactorv. He ascribed it to the radiation of heat, with¬ out any return from the air to the surface of the earth. He observed, that it was chiefly in serene, clear nights, that dew was formed; that exposure to the open clear sky favoured the formation of dew ; and that cloudy skies were unfavourable to its formation. These phenomena he beau¬ tifully explained on the theory of radiation. The upper re¬ gions of the atmosphere are well known to be the abodes of perpetual congelation, as is seen whenever mountains reach a certain altitude, differing, it is true, in different climates, but yet invariable over the earth. When we have a clear atmosphere at night, the surface of the earth rapidly parts with the heat it had acquired during the day, by radiation to the superior regions, whence it can receive no heat in re¬ turn. In this case, the empyrean regions act the part of the snow in the Florentine experiment; and the earth’s surface may represent the thermometer. But if fleecy clouds intervene, they act the part of screens, intercepting the passage of radiant caloric from the earth, and conse¬ quently retarding the nocturnal cooling of its suiface. Air at an increased temperature contains more water than cool air, and on the reduction of its temperature deposits its surplus water. Now, as the radiation from the eaith s sur¬ face cools it more rapidly than the air during serene nights, its temperature rapidly falls, as the thermometer shows; and the consequence is the cooling of the stratum of air in immediate contact with the ground, and the deposition of its superabundant moisture, in the form of dew or hoar¬ frost, according to the celerity and intensity of the refrige¬ ration. This theory is experimentally proved by placing sub¬ stances absorbent of moisture, along with thermometers, below and above screens, and then noting the temperature and the increase of weight. If, for instance, a light table, about three feet high, be placed in a garden on a clear night, and a few grains of wool, previously weighed, be laid under the table, and as much on its upper surface, with a thermometer by each parcel of wool, it will be found that the upper thermometer will indicate the greatest degree of cold, and the wool on the table will have imbibed much more moisture than that below. The table, in such expe¬ riments, acts the part of clouds in intercepting the dis¬ charge of radiant heat, and preventing the cooling of the earth’s surface. The theory agrees with the fact, that dew is heaviest in our climate in serene nights, after a hot day ; and that the dews of hot climates are far heavier than with us, so as, in clear weather, in the south of Europe, to drench the clothes of persons exposed to the air about sun¬ set. The slight anomalies which sometimes occur in such experiments are easily explicable by the different conduct¬ ing power of substances in regard to heat, by which the in¬ fluence of radiation may be in some degree modified ; but undoubtedly the principal effect is due to radiation. The influence of a clear sky in reducing the temperature of the earth’s surface, and the effect of clouds in preventing VOL. XI. this change, are beautifully illustrated by Leslie’s elegant Diffusion invention, the JEihrioscope. (See, for the description of °f Heat, the aethrioscope, the article Climate.) This instrument is so delicate, that it instantly indicates cold on presenting its uncovered ball to the clear sky ; but if a passing cloud cross the zenith, even momentarily, the movement of the fluid in its stem immediately shows an increase of tempera¬ ture. If one walk in a clear night, with this instrument in one hand and a parasol in the other, it may be kept in a perpetual state of fluctuation, by alternately projecting it beyond and drawing it under the parasol. The radiant heat afforded by the sun’s rays is the most important phenomenon of this class. Light and heat ai e in these rays so united, that experiment would seem to prove the one to be always in proportion to the other. This is by no means the case with the light and heat of common combustibles, or what we may term terrestrial, in contradistinction to solar emanations of light. Phospho¬ rus gives an intense light during combustion, but a feeble heat; whilst hydrogen, which has a very feeble light, ex¬ cites a high temperature by its combustion. Solar light and heat, on the other hand, are uniformly proportional. There are more marked differences between solar and ter¬ restrial radiant heat. Screens of glass greatly interrupt the passage of the latter, but do not sensibly intercept that of the sun. A plate of the most diaphanous ice totally intei - cepts terrestrial radiant caloric, but does not impede the sun’s heating rays. This has, with considerable reason, been supposed to depend on the different velocities of the two species of calorific emanations. Sir John Leslie consi¬ dered “ that the phenomena of solar radiation proved heat to be only light in a state of combination. (hssay, 162.) For thirty years after the publication of Leslie’s Experi¬ mental Inquiry, little appears to have been attempted on this subject, until within a recent period, when the experi¬ mental researches of Melloni and of Nobili, particularly of the former, opened a beautiful field of investigation, which has already been cultivated with success by Professor James Forbes of Edinburgh. Melloni has, by means of a thermo- magnetic combination, invented a very delicate test of mi¬ nute degrees of heat, wholly inappreciable by any thermo¬ meter, and has successfully applied it to investigate the laws of radiant heat. By uniting fifty small bars of anti¬ mony and bismuth into one bundle, about three fourths of an inch square, and about 1T7 inch in length, and connect¬ ing this with a galvanometer, he obtained an apparatus so sensible to heat, that the warmth radiating from the hu¬ man hand, at the distance of several inches from the end of the bars, is indicated by the deviation of the needle of the galvanometer. Melloni’s instrument is represented in the adjoining figure, where a firm sole of wood is seen, provided with a groove, in which the different parts of the apparatus slide to adjust 2 A 186 HEAT. their relative distances. A is the bundle of metallic bars, enclosed in a square case of brass; B is the source of the heat; C, D are the wires proceeding from the bars, to con¬ vey their thermo-magnetism to the nearly neutralized needle or galvanometer, which is not here represented; G is the stage for occasionally supporting various substances, the effect of which on the calorific rays it is intended to as¬ certain ; FF are screens of brass, moveable on joints, for cutting off at pleasure the radiant heat, or for obviating the influence of extraneous sources of heat. In F is a hole through which the heat radiates to A when the screen is removed. This apparatus has been employed by Melloni to inves¬ tigate the laws of radiant heat; and he has not only con¬ firmed the general results of Leslie, but extended greatly our knowledge of this mysterious agent. Melloni found, that the radiant and absorbent power of surfaces were not always proportional, as the following ta¬ bles show. 1 he radiant power of surfaces of Lamp black = 100 Carbonate of lead = 100 85 91 72 12 China ink Isinglass - Lac A metallic surface The absorbent power of surfaces of Lamp black 100 Carbonate of lead — 53 China ink 96 Isinglass 52 Lac — 52 A metallic surface 14 Melloni also found, that the absorbent powers of the surfaces varied considerably, according to the source of the radiation, and the temperature of that body. Thus, radia¬ tion from incandescent platinum wire, from copper at 400° and copper at 100° centigrade, gave the following results. Incand. Platinum. Copper 400° Copper 100°. Lamp black.... = 100 100 Carb. of lead...= 56 89 China ink — 95 87 Isinglass — 54 64 Lac — 47 70 Metal, surface = 13*5 13 100 100 85 91 72 13 This experiment proves, L That bodies do not always agree in their emitting and absorbent powers, though generally nearly so. 2. That their absorbent power varies very remarkably with the origin and intensity of the calorific rays. 3. That they approach each other more and more in their power of emitting and absorbing rays of heat, when the temperature approaches that of boiling water; and that, when exactly at that temperature, the emitting and ab¬ sorbing powers coincide. With respect to the reflection of radiant heat, he has shown, that it is equally reflected by metallic surfaces, from whatever source it emanates. But Melloni’s most original experiments are those on the media)1881011 °f radiant heat throvigh various transparent L Lte showed that radiant heat is intercepted in a greater or less degree by all diaphanous bodies, in propor- tion to the lowness of the temperature of the radiating body. 2. 1 hat of two bodies unequally diaphanous, it may hap¬ pen that the thickest and least diaphanous may transmit most radiant heat. Thus he showed that a thin plate of very transparent alum, placed on the stage G, transmitted four times less heat than a plate of almost opake quartz, about 100 tunes as thick; but he found that in the same substance the transmission of radiant heat is diminished by Difl the thickness of the plate interposed, and this diminution ofl is proportional to the lowness of the temperature of the ^ radiant body. 3. That there are combinations of two media, which al¬ low a notable quantity of light to pass, but totally intercept radiant heat; whilst others transmit heat, but wholly inter¬ cept light. 4. That in traversing a transparent plate, radiant heat undergoes certain modifications, variable with the nature of the plate; a change which renders it more or less suscep¬ tible ultimately of being transmitted through other diapha¬ nous substances. Melloni instances this last property in glass, in crystallized citric acid, and in alum. Delaroche had inferred, from his experiments, that it was a general law of radiant heat, that the permeability of plates to this agent depended upon the intensity of the source of the caloric ; and in this way he explained the in¬ stant permeability of glass and ice to the calorific rays of the sun, whilst they retarded those from terrestrial sources of heat; but Melloni has discovered one substance which he found to be equally pervious to heat, from whatever terrestrial source, whether proceeding from the brightest flame, or from water far below the boiling point. The power of penetrating glass and other media in¬ creasing in proportion as the radiating heat approaches the state of light, had been used by Delaroche as an argu¬ ment for their identity ; but the anomaly of rock-salt de¬ stroys the universality of the supposed law on which the ar¬ gument is founded. Yet Mrs Somerville has ingenious¬ ly employed the unlooked-for analogy between light and heat, in the equal transmission of the latter, however eli¬ minated, through rock-salt, as an argument for their being modifications of the same principle. The condition of vi¬ sibility or invisibility, she contends, may depend on the construction of our eyes, not on the nature of the agent producing the sensations of vision and of heat. I he sense of seeing, like that of hearing, may be con¬ fined within certain limits; the chemical rays beyond the violent end of the spectrum may be too rapid, or not suf¬ ficiently excursive in their vibrations to be visible to the human eye; and the calorific rays beyond the other end of the spectrum may not be sufficiently rapid, or too ex¬ tensive, in their undulations, to affect our optic nerves, though both may be visible to certain animals or insects.’’ . She has traced the analogies between light and heat in their leflection by polished surfaces, their refraction through transparent media, with their concentration by concave and dispersion by convex mirrors; and since the publication of her beautiful essay on the connection of the physical sciences, Professor Forbes has drawn the analogy closer, as we shall presently see. But to return to Melloni. This able philosopher has shown that radiant caloric is susceptible of refraction; and when it arrives at the second surface of the refract¬ ing angle, with a certain obliquity, it is, like light, reflect¬ ed towaid the interior of the prism, and issues at the op¬ posite face. By interposing the same plate of glass, he ascertained the influence of transmission on the absolute power of different radiating surfaces thus : Before the interposition _ ofthe plate of glass. After ditto. Lamp-black joq 100 Carbonate of lead 53 34 China ink 95 joo Isinglass 52 45 43 30 A metallic surface 14 17 Melloni, however, failed to detect the polarisation of radiant heat: indeed, he states that the direction in HEAT. 187 which we slice crystallized bodies does not exert any )fH«- influence upon the quantity of radiant heat immediately ^ ' transmitted by them ; and adds, that radiant heat is not polarised by transmission through tourmaline. In this, however, Melloni was deceived; and it was reserved for our countryman Professor Forbes of Edinburgh to com¬ plete the analogy between light and heat, by demonstrat¬ ing the polarisation of the latter. Since the characteristic phenomenon which marks the polarisation of light is its variable susceptibility as to reflection or transmission, under circumstances in which common light would be reflected or transmitted, it will appear that the correlative fact in the case of heat would be indicated by a diminished effect on the thermometer, where the intensity of light, under similar circumstances, would be a minimum, and vice versa. The importance of establishing this effect with regard to heat is far greater than the mere addition of such facts to our knowledge ; for, as the corresponding facts in the instance of light have been completely brought into the domain of analysis by Fresnel, the polarisation of heat must be considered as almost decisive of its nature. Mr Forbes employed Melloni’s apparatus ; and by in¬ terposing two plates of tourmaline, cut parallel to the axis of the crystal, and mounted on two slips of thin glass, he made a series of successive observations under the two conditions of the axes parallel and perpendicular to each other. Two measures of intensity in the position in which least light is transmitted were noted, and in the following table this position is indicated by dark ; their mean is given, which is then compared with the intervening ob¬ servation, in the position of greatest illumination, which is marked light. The source of heat was a small oil lamp placed on the stage, six inches from the centre of the pile of Melloni s apparatus; the numbers indicate the degrees of the gal¬ vanometer. Sources of Heat. Caloric. Dark. H % 5 Mean. 4- 5 5- 0 5-2 5-4 Light. 5- 2 6*0 6- 0 6-5 Ratio. 86 : 100 83: 100 86: 100 83 : 100 He afterwards obtained the polarisation of heat from va¬ rious luminous and non-luminous sources, such as brass heated by a spirit lamp to 390° centigrade. The quan¬ tity of heat from different sources, polarised by the tour¬ malines, was as follows :— With Argand lamp = 16 per cent. Oil lamp = 11 do. Incandescent platinum..zr 12 do. Brass at 390° cent.......zz' 3 do. The most convenient way of polarising heat is by trans¬ mitting it through a bundle of extremely thin laminae of mica, inclined to the incident ray at the polarising angle ; mica having the property of transmitting heat very readi¬ ly. The amount of polarisation is indicated by the rela¬ tive quantities of heat reaching the pile, or thermo-mag¬ netic combination of the instrument, through a second bundle of thin plates of mica, placed alternately in a pa¬ rallel or perpendicular position to the first. W ith such an apparatus Mr Forbes demonstrated, in the most deci¬ sive manner, the polarisation of heat; and obtained this effect, even with water below 200° F. as the source of heat. The quantity polarised, however, always bears a proportion to the temperature of the source of the radiant heat, as is seen by the following tabular results. Rays out of 100 polarised General by the mica plates. Effects of Argand lamp with a glass chimney 29 Oil lamp with a square wick 24 Alcohol lamp 36 Incandescent platinum 40 Brass heated to about 700° F 22 Mercury in a crucible at about 500° F.... 17 Water under 200° F 6 Mr Forbes next proceeded to attempt the polarisation by rejlection ; and in this also he succeeded by the use of reflecting surfaces of mica, as in the corresponding case of light. The success of these investigations, and the analogy of light, led him to the more delicate problem of the depo¬ larisation of heat by plates of mica. By interposing a film of mica between the two bundles of mica plates already mentioned, having their planes of incidence at right angles to each other, and marking the difference of the heat transmitted to the galvanometer, when the principal sec¬ tion of the film of mica was parallel to the plane of primi¬ tive polarisation, or inclined to it at an angle of 45°, he succeeded in demonstrating the polarisation of the rays of heat, even when heat without light was employed. In these experiments, when the principal section coincided with the plane of polarisation, the depolarising effect was nil; but when it was inclined at the angle of 45°, he ob¬ tained the following proportions in one series of experi¬ ments. 100 : 118 :: — 100 :120 — 100 :120 — 100 : 113 — The depolarisation is still more marked with incandescent platinum; as the results were 100 :126 — 100 :138 — 100 :138. One of the most striking proofs of the depolarising power of mica is obtained, when the two bundles of mica plates are crossed, so as to intercept most heat, and we interpose a very thin plate or film of mica as above men¬ tioned ; then the galvanometer moves towards zero, or the thin plate evidently stops more heat than it depolarises; but if we substitute a much thicker plate of mica for the film, the instrument will indicate a higher temperature than when no mica at all is interposed, or the thick plate depolarises more heat than it intercepts. These experiments were varied in a great variety of ways, so as to establish the fact of the depolarisation of heat; and if we admit that it depends on a similar cause to the analogous phenomena of light, it follows that the rays of caloric are susceptible also of double refraction ; that the two pencils are polarised in opposite planes, and that they become capable of interference by the action of the analysing plate. . . These curious facts would indicate at least a great si¬ milarity between light and heat; and th® conchidiiHj o servations of Professor-Forbes’s paper {Edm. Phil. Trans. xiii.) tend to confirm their identity.. SECT. III. GENERAL EFFECTS OF CALORIC. The general effects of heat applied to other matter are, expansion, fluidity, vaporization, and incandescence. The most general effect of heat, however, is, 1. Expansion. When a body is heated, it expands in all its dimensions ; but when the heat is withdrawn, the body returns to its original size. This is well shown by having a turned rod of metal, loosely fitted to a gage, to ascertain its length, and provided with a hole which first allows it, when cold, to pass through. This expansion is small in solids, but has1 been most accurately measured by philosophers, for 188 HEAT. Purposes of ascertaining with precision the Oil of turpentine 000700 — J Caloric? JlU*e en§^1 ^ie pendulum vibrating seconds in any Either 0-00700 — J* Olive oil 0-00800 = latitude, and for obtaining a perfect standard of length. Ihis difficult subject engaged the attention of Ellicot, Smeaton, Roy, Troughton, Lavoisier, and Laplace. The latest experiments were made by the two last-mentioned philosophers, and were first published by Biot in the fol¬ lowing table, which shows the expansion which different solids sustain, in passing from the freezing to the boiling point of water, in fractions of their own lengths. Steel, not tempered 0-00107915 — Steel, tempered and annealed 0-00123956 = Silver, cupelled 0-00190974 = Silver of Parisian standard 0'00190868 z= Copper 0 00171733 = Brass 0-00187821 = Tin of Malacca 0-00193765 — Tin of Cornwall 0-001217298 = Iron, forged 0-00122045 = Iron, wire-drawn 0.00123504 — Gold, pure 0-00146606 = Gold, standard, annealed 0-00151361 — Gold, standard, unannealed 0-00155155 = Platina 0-00085655 — Lead 0-000284836 = Mercury, in volume 0-01847746 = Flint-glass, English... 0-00081166 — Glass, French, with lead 0-00087199 Glass tube, without lead 0-00089694 Plate glass 0-00089089 A very elaborate and interesting set of experiments on the expansion of building materials by heat, with a i 'h _ i 927 WUT T2T 5 8* 7^2 5 1" O’ 772 8T^ _ 1 8 12 1 6iT2 7(fr 777 TT77 77T — — _ 1 — i24 v__ , It is possible, by nice management, to cool down water considerably below its freezing point. The principal cir¬ cumstance necessary for this experiment is to leave it at perfect rest, in an atmosphere from 10° to 15° below 32° (Dalton succeeded in this way in cooling water as low as 5° without freezing) ; but on slightly agitating it, the water suddenly freezes ; and if a thermometer has been suspended in it, the instrument suddenly rises to 32°, owing to the conversion of latent into sensible heat. Another experiment shows this fact in a striking point of view. Into a glass flask introduce a mixture of sul¬ phate of soda and water, in such proportions that it will form a saturated solution about the point of ebullition. When this is heated to that point, pour a little oil on its surface, introduce a thermometer, and remove it from the fire. When quite cold, drop into it a small crystal of sul¬ phate ot soda, and the solution will speedily crystallize into a solid mass, during the formation of which the thermome¬ ter will be seen to rise, indicating the evolution of sensible heat, during the conversion of the liquid into a solid. The absorption of sensible caloric on the liquefaction of bodies forms the basis of most of the processes by which we obtain artificial cold. When to some salts, such as sul¬ phate of soda, we add nitrous acid diluted with an equal part of water, the salt rapidly melts, and the temperature is reduced to the beginning of Fahrenheit’s scale. Di¬ luted acid added to snow rapidly melts it, and the tempe¬ rature is greatly reduced. A mixture of common salt and snow, which is the mixture generally employed to procure ice-cream, will sink the temperature to the be¬ ginning of Fahrenheit’s scale. Dry muriate of lime added to dry snow will reduce the temperature, during their li¬ quefaction, so low as to freeze mercury. In all these in¬ stances it is the absorption of heat caused by the liquefac¬ tion, or the conversion of sensible into latent caloric, that produces the cold. Dr Black applied his theory of latent heat to explain many phenomena. The ductility of a body appears to be owing to the presence of latent' caloric; for if we ham¬ mer a piece of iron smartly, it becomes intensely hot, by parting with its latent caloric, and at the same time has its ductility greatly impaired. This ductility is only re¬ stored by again heating the metal in the fire, by which it le-acquues latent heat, that may again be forced out by a repetition of the hammering. I he absorption of heat by bodies whilst melting is an important law in the economy of nature. Had it merely been necessary, for the immediate conversion of ice or snow into water, to raise the atmospheric temperature a few degrees, the sudden formation of water would have deluged the earth on every occurrence of a thaw. On the other hand, had the slightest lowering of the tempe¬ rature of the air below 32° been all that was requisite to convert vvater into ice, the sudden expansion of the con¬ gealing juices of vegetables must have burst their sap-ves¬ sels, and rent asunder the strongest ornaments of the forest. But the law of the gradual absorption and ema¬ nation of caloric during these transitions from the solid to the liquid, and from the liquid to the solid state, pro¬ duces those changes tranquilly and beneficially. The melting snow gradually augments the sources which fer¬ tilize the valleys; whilst the soil, loosened by the expan¬ sion produced by the previous frost, when softened by the succeeding thaw, is fitted for the reception of the roots of plants. The influence of these processes on climate is not in¬ considerable. The absorption of heat during the lique¬ faction of ice on tropical mountains, sends down into the neated valleys copious sources of cool water, which by its immediate contact, and still more by its evaporation Ge assuages the fervour of a broiling climate ; and in highla- Effe, titudes the caloric, eliminated on the freezing of water cal tends to mitigate the rigours of an arctic winter. ’ ^ i 3. Vaporization. When liquids are heated, the first effect is expansion • but if the application of heat be continued, they assume the aeriform state, or pass into vapour ; and when the ca¬ loric is abstracted, they again assume the liquid form. When water is heated to 212° Fahrenheit, it boils, and is converted into an invisible aeriform fluid, which remains perfectly transparent and colourless as long as its tempera¬ ture is not below 212° ; but what in common language is called steam, is this elastic fluid partially recondensed into water, by the loss of a portion of its heat. The invi¬ sible elastic vapour is capable of occupying space and ex¬ pelling atmospheric air, as is shown by corking a flask when boiling, and opening it under water ; when the flask will be suddenly entirely filled with the water, which con¬ denses the steam. Liquids, however, pass also into vapour by a more gra¬ dual process. If exposed to the air, water, for instance, gradually disappears; and if the process be carried on under a glass vessel, the included air becomes charged with moisture, which may be again abstracted from itTby dry quicklime, or other substance having a strong affinityfor water. The process by which liquids are thus converted into vapour is termed Spontaneous Evaporation; an impor¬ tant operation in nature, as on it depends the charging of the atmosphere with water, for the formation of clouds, mist, rain, and dew; all elastic fluids, however, are not capable of being condensed into liquids by any decrease of temperature we can command. Thus, no artificial cold has hitherto been discovered capable of converting at¬ mospheric air into a liquid. The common property of all aeriform fluids is elasticity, or^the tendency, when forcibly compressed, to resume their former bulk. Thus, if we throw air, by means of a forcing pump, into an air-tight cistern, provided with a small orifice commanded by a stop-cock; on opening the latter, the air will issue out with great force, until the air has regained its former volume. But vapours, or those aeriform bodies which are not permanently elastic, may, by strong pressure, even whilst their temperature is above their vaporific point, be con¬ densed into liquids. I he elasticity of all aeriform bodies is increased by aug¬ mentation of temperature. In atmospheric air this increase has been found equal to ^th of its volume for every 1° Fahrenheit; and the elasticity of steam, or the vapour of water, is nearly doubled by 30° of increased temperature above 212. We are indebted to the celebrated Dr Dalton for accu¬ rate ideas as to the elasticity of aeriform bodies at different temperatures. He showed that the vapour of water, under a barometrical pressure of thirty inches at the boil¬ ing point, is just equal to the elasticity of atmospheric air under the same pressure ; that the ratio of increase is rather less than a geometrical series, when the tempera¬ ture is taken in an arithmetical progression ; and, what was less obvious, that the elasticity of all vapours is pre¬ cisely the same with the elasticity of the vapour of water, at the same number of degrees above the boiling point of each liquid. I bus water, under a mean barometrical pressure, boils at 212° ; and the elasticity of its steam at 220°, or 8° above its boiling point, was found by Dalton to be = 34-99 inches : alcohol boils at 175°, and the elasticity of its vapour at 183°, or 8° above its boiling point, is just — 34>*99« HEAT. 191 gen tl The bulk of a body is very much increased by its con- perature ; and as the heat was uniform during the whole General Effe of version into vapour. Dr Black and Mr Watt made expe- time of the experiment, it must have received an equal Effects of Calf’* riments to ascertain this increase. They boiled water in quantity of heat during the whole interval; or, during the Caloric. a flask, and, as the last drop was converted into steam, other sixteen minutes, 810° must have flowed into it, yet accurately closed the flask, which was then carefully during the whole time a thermometer in it rose no higher weighed ; on opening the flask below the surface of wa- than 212°. Black naturally inferred that this large quan ter, the quantity of water which rushed in was easily as- tity of heat, which disappeared, had entered into the vapour certained by a second weighing of the flask. The mean in a latent form. of several experiments showed that water, in the state of A series of experiments were undertaken by him, and vapour, occupied 1800 times the space it filled as water, by his friend Mr Watt, from which they inferred, that When heat is applied to solids, its first effect is expansion, when water is converted into steam, it unites with 940° of next liquefaction, and, lastly, conversion into vapour. A heat, which the thermometer does not indicate; or, in few solids pass at once into the state of vapour, as carbo- Black’s phraseology, that quantity becomes latent in the nate of ammonia. steam. This determination nearly coincides with the ex- Different liquids acquire different degrees of heat for periments of Lavoisier, who estimated the quantity which their vaporization. Thus aether becomes vapour at 104°, thus disappears at 1000° Fahr. alcohol at 175°, water at 212°, and mercury requires a The absorption of heat during the formation of vapour temperature about 692°. The vaporific point, however, is easily demonstrated. A piece of muslin moistened with remains constantly the same, in the same liquid, under any liquid, laid on the bulb of a thermometer, sinks the the same barometric pressure. If, however, we diminish temperature; and if that liquid be very evaporable, the the pressure, the liquid will boil at a lower temperature, temperature thus produced will be low in proportion. The This is easily shown by the air-pump, in the exhausted evaporation of aether will freeze water under the receiver receiver of which aether will boil at a temperature con- of the air-pump; and the evaporation of the fluid called siderably below the freezing point of water. It is also sulphuret of carbon is so rapid, that, in a well-exhausted strikingly exhibited by the following experiment: If a por- receiver, it will freeze the mercury in the bulb of the ther- tion of water, say two.ounces, be boiled in a flask capable mometer. of holding eight or ten, and if it be corked whilst briskly A liquid may even, by particular management, be frozen boiling, a vacuum will be formed on its surface, by the con- by its own evaporation. This is the principle of Wollas- densation of its vapour, on removing it from the lamp. As ton’s philosophic toy, called the cryophorus ; and it was in- the steam condenses, the liquid in the flask will begin to geniously applied to an important practical purpose by the boil more briskly as the flask cools ; and if we pour cold wa- late Sir John Leslie, viz. the production of ice at a cheap ter on this flask, the more will the pressure of the vapour in rate in all climates. The apparatus employed by this phi- the flask be removed-, and the more violently will the con- losopher is a powerful air-pump, which can at once exhaust tained water boil. If now we pour boiling water on the from three to six flat receivers about twelve inches in dia- flask, more steam will be formed, and the boiling will cease, meter. These are fitted to different plates, each connected but will be again renewed on a second application of the with the pump, and each provided with its own stop-cock. co/ when perfectly freed from moisture, have the same monies. Speciftc heat; and that when they are saturated with water, their specific caloric is a certain ascending arithmetical ratio, in proportion to the quantity of moisture they contain. These views are rendered not improbable by the well-as¬ certained fact, that the elasticities of all the gases are the same at the same temperature. The capacities of bodies are more nearly in the inverse ratio of their density, than of any other sensible property. Thus solids in general have less capacity for caloric than li¬ quids, and liquids less than vapours or gaseous bodies. In the same body a change of capacity accompanies a change of volume. Thus gases compressed have their capacity diminished, and heat is extricated ; and when they expand, their capacity is increased, which is the cause of the cold¬ ness felt on a sudden expansion of the air. Crawford en¬ deavoured to show that this was also the case with liquids ; but his experiments are scarcely to be relied on as esta¬ blishing that point. The contraction of Wedgwood’s py- rometrical pieces would seem to diminish sensibly their capacity for heat. The capacity of bodies is not, however, exactly in the inverse ratio of their density, which pro¬ bably arises from the effect of density on capacity for heat being modified by a difference in the force of affinity be¬ tween caloric and various substances. There seems also to be some relation between capacity and power for conduct¬ ing heat, as the former is nearly in the inverse ratio of the latter. If these views be correct, we may assume that the capacity of all bodies for caloric is directly as their volume and their affinity for heat, and inversely as their conduct¬ ing power and their density. When a body changes its form of existence, its capacity for heat is also changed. When a solid is melted, its capa¬ city is increased, and the specific heat of the same sub¬ stance is still further increased when it is converted into vapour. Thus, according to the best experiments, the ca¬ pacity of ice is 0-9000, that of water being 1-000, and that of steam 1-500. This important law was applied by Dr Irvine to explain the liquefaction of solids. Dr Black regarded the lique¬ faction as owing to the absorption of heat; Dr Irvine as¬ cribed this absorption to a change in the capacity of the body. The first ascribed the melting of the solid to the absorption of the heat, whilst the other attributed the ab¬ sorption to the change of form. As the change of form and the absorption or extrication of caloric are in such' cases simultaneous, it is obvious that the question cannot be decided by direct experiment. It has been objected to Irvine’s theory that it assigns no cause for the change of form, whilst Black’s ascribes the change to the ingress of caloric. On the other hand, Black’s theory does not ex¬ plain why the heat is absorbed. When we heat a solid, the first effect is expansion, and this expansion keeping pace with the increasing temperature, a point will be at¬ tained when the expansion has so far overcome the cohe¬ sion of the solid that its particles move freely among each other, that is, when the body will become liquid. Thus far the change may be attributed to sensible heat; but the ca¬ pacity of the body for heat has all the time been increasing, and, to satisfy this increased capacity, sensible heat has be¬ come latent. This appears the simplest view of the sub¬ ject, ascribing the change of capacity to the expansion by the sensible heat; and the difference between the solid and fluid states may be conceived to depend on the pre¬ valence of one of two opposing forms, the cohesive attrac¬ tion of the particles of matter for each other, and the repul¬ sive energy of caloric. Dr Black has supposed that latent heat is retained in bodies by an affinity superior to that between sensible caloric and the particles of matter, and liquefaction is as- A T. cribed to this more intimate union. This opinion is scarce- On i ly perhaps reconcilable with the immediate effect of mix- ofHe la' ing ice cooled to 20° and water a little above the freez- ^ Bod ing point, when the water parts with its latent heat to raise the temperature of the ice; or with the effect of mechanical pressure in causing gases to part with their latent caloric. Absolute Quantity of Heat in Bodies. It will be sufficiently obvious, that neither by the ther¬ mometer nor by the capacity of bodies do we determine the whole heat which they contain at any temperature. The first is evidently nothing more than an indication of changes in a scale, of which the two extremes are un¬ known ; the last mode affords us but the relative quan¬ tity of caloric required to elevate the temperature of other bodies compared to water, but it does not point out how many degrees any given temperature is above that point at which a body is deprived of all its heat. Irvine appears to have first conceived the idea of ascer¬ taining by calculation the absolute zero, or deprivation of all heat, on the supposition that the whole heat in any body is proportional to its capacity. If this be granted, the whole caloric it contains at a given temperature may be found by ascertaining the quantity of heat it absorbs when passing from the solid to the liquid state. Thus ice has the capacity of 9 to water as 10, and, when both are at temperature 32°, water will contain one tenth more heat than the same weight of ice; but this excess is given out when water freezes, and as much is again ab¬ sorbed when it melts. According to Black’s experiment, ice absorbs as much caloric, whilst passing into water, as would elevate an equal quantity of ice-cold water 140° Fahrenheit. Therefore 10 X 140 — 1400°, will give the natural zero, or the point of the absolute deprivation of heat. Almost the same result is obtained by compar¬ ing the capacity of steam and water, viz. 1-0 and 1-5. Water, in passing into steam, absorbs 940° of sensible heat, and 940 X T5 z= 1410. The following general formula, as applicable to this in¬ vestigation, is given by Professor Robison in his notes on Black’s Lectures. Let the capacity of water be 1. Let the quantity of water be W, and its temperature be w. Let the quantity of the body whose capacity is tried be B, and its temperature be b, and the temperature after mixture be m. Then the W x m — w capacity of B = -—— —. Or if the water be the B x — b hottest of the two bodies mixed, the formula is p W x w — m B X m — b The accuracy of this conclusion, however, depends on three points : first, the perfect determination of the spe¬ cific heat of water, and of its two other forms of existence, to which it is probably impossible to obtain any more than an approximation ; secondly, on the assumption that the whole heat of bodies is retained in them by their ca¬ pacity ; and, lastly, on the supposition that while the body retains its form of existence, its capacity remains unchanged. Until these points be established, the theory is but an amusing speculation, in which the estimates of other philosophers do not materially differ from those of Irvine. Rumford, from experiments on the heat extricat¬ ed by the combination of hydrogen and oxygen, placed the natural zero at 1552° Fahrenheit below the freezing point; Gadolin, from the cold produced by dissolving mu¬ riate of soda in water, inferred it to be at — 1432°. HEAT. . . a SECT. V.—VARIATIONS OF TEMPERATURE. anatij 1. Artificial Means of Increasing Temperature. J Caloric may be excited by the sun’s rays collected by a lens or by a concave mirror, by friction and percussion, and by chemical action. 1. When we collect the sun’s rays by a lens, it is well known that combustibles may thus be fired; and if the lens be large, it produces the most intense temperature we can command. In the focus of the powerful lens made in London for Mr Parker (which measured three feet in diameter, three inches thick at the centre, and weighed 212 lbs.), the most infusible metals were instant¬ ly melted and dissipated in vapour, and most stony sub¬ stances were vitrified. Another, constructed at Paris, is described in the Memoires of the French academy. Lenses ■ of great power have been also made of two curved plates of glass joined together, and filled with spirit of wine. A remarkable lens of this sort, formed by bending two plates of glass on a parabolic mold, and filling the cavity between them with ninety quarts of spirit, was constructed by Rossini of Gratz, in Styria. The diameter of the plates was 3 feet 3 inches, and they were united by a strong ring of metal. The whole was mounted on a heliostat, which, with the lens complete, weighed 550 lbs. This fine in¬ strument cost about L.lOOOj but became, a few years ago, the property of the French government for L.338. In its focus a diamond was instantly kindled and dissi¬ pated ; and a piece of platinum, twenty-nine grains in weight, was melted and thrown into violent ebullition. Concave metallic mirrors are capable also of concen¬ trating the sun’s rays, so as to produce a powerful heat. Mirrors of hammered brass, or tinned iron, are used for experiments on the radiation of heat. It was by some combination of mirrors that Archimedes is said to have fired the Roman fleet at the siege of Syracuse ; and Kir- cher, having found a description in Tzetzes, of the device of Archimedes, from which it would seem that the mir¬ rors were placed on hinges, in order to adjust them to a focus, constructed a compound burning mirror of this kind possessing considerable power; but Buffon, by com¬ bining as many as 168 plane glass mirrors, six inches broad, showed that silver might be fused at the distance of sixty feet by such an instrument. 2. The capability of friction between two solids to ex¬ cite heat is well known. In Rumford’s experiments w*a- ter was made to boil by the friction in boring a cannon ; and the simple experiment of rubbing a smooth metallic button on a board, by which much heat is produced, is familiar to every school-boy. The firing of carriage- wheels, and of different kinds of machinery, whose parts, moving against each other, are not well oiled, is well known. This extrication of heat takes place in vacuo as well as in the air, and appears to be owing to the com¬ pression employed forcing the particles of the solid more closely together, and extricating their latent caloric. Ber- thollet showed that this extrication of caloric is not unli¬ mited, as Rumford erroneously supposed; but that, if we repeatedly compress any body, the quantity of heat extri¬ cated rapidly diminishes by each application of the com¬ pressing force. Percussion acts in precisely the same manner. A piece of iron, by smart hammering on an anvil, may become so hot as to fire combustibles. This process evidently dimi¬ nishes the capacity of the iron for heat, its specific gravi¬ ty becomes greater, and the loss of its latent heat renders it stiff and brittle. A similar change takes place in wire¬ drawing metals ; so that, to restore pliability and ductility, we must subject them to the fire, which restores their la¬ tent heat, and renders them again ductile. 3. Chemical action is a fruitful source of increase of 195 temperature. If we mingle together equal parts of sul- Variations phuric acid and water, or of alcohol and of water, theofT6111?6- bulk of the mixture diminishes, and heat is given out. The rature> temperature produced by chemical action will often ignite inflammables. Thus a drop of sulphuric acid on a mix¬ ture of chlorate of potassa and sugar will set the mixture on fire. Indeed, the process of combustion, the great source of artificial heat, is nothing more than the chemi¬ cal union of the oxygen of the air with the combusti¬ ble body. The source of the temperature is the liberation of the latent heat of the oxygen, on its entering into union with the carbonaceous matter of the fuel; and the increase of the temperature is in proportion to the air con¬ sumed in a given time. If we wish a higher temperature, we increase the quantity of air that passes through the fuel; hence the utility of bellows, and of the blowpipe, in exciting a higher temperature than the spontaneous combustion of the burning body would afford. The construction of furnaces for the melting of metals depends on this principle ; namely, that of causing a large quantity of air to pass through the fire in a short period. The heating of apartments by an open fire-place partly depends on somewhat different principles. We must not only secure a proper draught of air up the chimney to consume the fuel, but we must secure the radiation of heat into the room. Dark and rough surfaces radiate much of their communicated heat; and therefore, when any part of the grate is intended to afford the heat it re¬ ceives from the fire to the air of the room, it should be of cast iron with some pattern on its surface, not of bright polished metal. This also forms the best material for a stove; but in open fire-places the heating of the apart¬ ment not only depends on what is radiated into the room, but also on what is reflected. As bright surfaces reflect best, the covings of the grate should be of bright and po¬ lished metal, and placed at about an angle of 45° to the back of the grate. By this disposition the heat of the fire, falling on the covings, is reflected at the same angle into the room; and we thus obtain a more considerable effect from the same expenditure of fuel. For large apartments, and for public buildings, heat has been more effectually conveyed by the hot-air stoves of Dr Murray, and of Mr Strutt as improved by Sylves¬ ter. The principle of these inventions is to heat a cur¬ rent of air, by passing it between an interior cockle or fur¬ nace containing the fuel, and an exterior case, at the dis¬ tance of a few inches from the cockle. The air so heat¬ ed is admitted into the space to be warmed, and diffuses an equable warmth through the building. I he only ob¬ jection to hot air so introduced is the empyreumatic odour which the heat of the cockle, when not well ma¬ naged, is apt to communicate to the air. But this objec¬ tion is obviated by the contrivance of Mr Perkins, in which hot water is made to circulate through wrought iron tubes; and when more heat is required, these tubes are coiled up in several convolutions in the place where tlm most heat is wanted. In this city, the large premises of Messrs Cadell and Company, booksellers, are so heated ; and the General Register House will in a short period be warmed by a similar apparatus. 2. Artificial Means of Diminishing Temperature. There are three methods by which we can cool bodies; by placing them in contact with colder substances, by the evaporation of liquids, and by the liquefaction of solids. 1. The first method is very familiar, and depends on the tendency of caloric to an equilibrium in contiguous bodies. 2. The conversion of a body into vapour causes, by the increase of its capacity for heat, an absorption of caloric* 19() HEAT. Variations Thus the evaporation of water from the ball of a thermo- 0 ratureT' n,eter causes the mercury to fall. If we apply a still more evaporable fluid, mther, the fall of the thermometer will be still lower; and, if we accelerate this process by an air*pump, the cold produced will be intense ; the degree of the absorption of heat, or, in other words, the production of cold, being in proportion to the quickness of the evapo¬ ration. 3. The most powerful means of reducing temperature is by what are termed freezing mixtures. All these de¬ pend on the rapid melting of solids by the addition of va¬ rious substances. Many experiments have been made on this subject by Lowitz of Petersburg, and by Mr Walker of Cambridge. Salts are the solids most commonly used, and they are in general either mixed with snow or with acids. Thus, if we mix common salt and snow together, the temperature falls to 0° of Fahrenheit. If we pour two ounces of nitric acid diluted with an equal quantity of wa¬ ter on three ounces of sulphate of soda, the temperature sinks below the beginning of Fahrenheit’s scale. Equal parts of strong muriatic acid and of snow will produce a cold of — 30° Fahrenheit; and the same proportions of diluted sulphuric acid and snow, if previously cooled down to 20°, will cause the freezing of mercury, reducing the temperature to — 60°. Dry muriate of lime and dry powdery snow, in the proportions of two of the former to one of the latter, if previously cooled by immersion in salt and snow, will sink the temperature to — 66° ; and three parts of muriate of lime and two of snow, similarly treated, will reduce the temperature to — 73°. In all these experiments, it is the sudden conversion of sensible into latent heat that lowers the temperature of the mixtures; the substances assume the liquid form, their capacity for heat is increased, and the disappear¬ ance of the sensible heat is manifested by the sinking of the thermometer. 3. Natural Variations of Temperature. The temperature of the earth is affected by the absorp¬ tion of the solar rays. The revolution of the earth on its axis brings successive portions of its surface under the immediate influence of the sun, and this portion is great¬ ly extended on either side of the equator by the beauti¬ fully simple yet stupendous contrivance of the inclination of that axis to the plane of its orbit. These causes pro¬ duce variations in natural temperature; and as they are uniform and constant in their operation, the temperature of any place is liable to little change, if compared for a series of years, however subject to inequalities in short in¬ tervals of time. The mean temperature of any climate cannot be ascer¬ tained by a few observations on the heat of the air; but experience has shown that the mean temperature of the month of April, in our latitudes, will afford a near approxi¬ mation to that of the whole year. The surface of the ground absorbs the heat of the sun, and becomes thereby warmed ; but much of the heat so acquired is lost by radiation dur¬ ing the night, as we have already explained. The surplus heat is slowly transmitted downwards. The experiments made by Mr Ferguson, at Raith, in Fifeshire, by burying ■very laige thermometers at different depths in his gar¬ den, showed that during summer the increasing heat pe¬ netrated through the ground about five feet each month, or about two inches daily; so that the whole heat of the summer six months wmuld penetrate to about thirty feet, which agrees remarkably with the experiments made by Saussure on the banks of the Arve, near Geneva. There toe heat of summer took six months to penetrate thirty- one feet; and beyond that depth the temperature of the earth underwent no change from the summer’s heat or the winter’s cold. Hence deep caves, or springs whose Varia sources are from a considerable depth, may be considered of Te as affording a tolerable approximation to the mean annual rat' temperature of the places where they occur. This, how- ^ ever, is not always true. The writer of this article, dur¬ ing several years, occasionally took the temperature of the largest spring in Great Britain, St Winifred’s, at Holy¬ well, in Flintshire; and the temperature of its water was always considerably higher than 50°, the mean tempe¬ rature of that part of the island. In three successive years it was about 57°, and never but once, after heavy rain, observed so low as 55°, whilst another very copious contiguous spring, the sacred well of Finnon Asa, was no more than 50°. Latitude must exert a great influence on the tempera¬ ture of the earth, as is sufficiently obvious ; but the ex¬ tremes of temperature, at different times, in the same place, are less within the tropics than toward the polar limits of the temperate and in the frigid zones; for the difference of heat at different seasons must be less, in those regions where the sun is twice vertical annually, than in higher latitudes. There are two other causes which exert no small in¬ fluence on the heat of a climate, the vicinity of the ocean, and elevation above its level. From the enormous mass of the ocean, its waters, ex¬ cept in the vicinity of land or polar ices, have a remark¬ able uniformity of temperature in almost every climate; and hence the ocean may be considered as the great equa¬ lizer of heat over the globe, tending to mitigate the fer¬ vour of tropical climates, and the rigour of the polar re¬ gions. When cold air sweeps over the surface of the ocean, it tends to cool the particles of water at the surface ; but by this process their specific gravity is increased, and they sink, whilst their place is supplied by fresh particles from below, which, becoming cooled in their turn, give rise to internal motions in the water. From its immense mass, it is evident that no partial application of cold air can reduce the mean temperature of its whole waters ; and hence we find that the temperature of islands in our latitudes is not so low in winter as that of continents under the same parallel. Thus, the severity of winter in Britain bears no proportion to that of France or Germany in the same parallels of latitude. The most northern of the Orkney Islands is nearly in the latitude of Petersburg, yet in the former a continued frost for three or four days is a rare occurrence, whilst in the latter the rapid and spa¬ cious Neva is completely frozen over for several months every season. On the other hand, the ocean exerts a great influence in mitigating the heat of tropical regions. It is true that when the upper- particles of water become heated, the in¬ ternal motions from unequal temperature cease; but the rarefaction produced sets a current in motion, which, aid¬ ed by the trade winds, becomes very manifest amongst the West Indian islands in the Gulf Stream ; the place of which is supplied by currents of cooler water perpetually setting in from the polar regions. But this is not all. The temperature of the atmosphere is mightily diminished by the increased evaporation from the water in warm lati¬ tudes ; and we have seen, that during this conversion of water into vapour, as much heat becomes latent as would raise the temperature of an equal quantity of other mat¬ ter by at least 900° Fahrenheit. Hence tropical islands are less warm than continents under the same parallel; and the intersection of continents by gulfs and seas tends to mitigate the extremes of temperature. The extended form of the old continent towards the eastern regions of Asia renders the inequalities of temperature much great¬ er than under the same parallels in Europe. Thus, at ' HEAT. 197 ^Uths Pekin, the thermometer in winter often descends far be- Tei e-]ow the freezing point, and averages, during the night, rati; for several months, 20° Fahrenheit; yet this place is under the same parallel of latitude as the finest provinces of Southern Italy and the centre of Spain. But of all the causes influencing the temperature of a country, there is none more important than that of eleva¬ tion above the level of the sea. In every climate, as is well known, the temperature diminishes as we rise in the atmosphere ; and if mountains be very lofty, their summits are the abode of perpetual winter. This is best explained by the fact, that as we rarefy air, its capacity for caloric is increased ; the consequence of w hich is, that its tempera¬ ture falls as its sensible is converted into latent heat. In passing through air, the sun’s rays do not sensibly heat it; but when they impinge on the opake surface of the earth, they are retained, raise its temperature, and a part of this increased heat is communicated to the contiguous stratum of air, which expands, ascends, and has its place supplied by a cooler stratum, which ascends in its turn. Thus the earth warms the air near the surface ; but as the pressure of the column of air diminishes by its ascent, its redundant heat becomes latent as the volume of the air augments; so that, at moderate elevations, the atmosphere receives no genial influence from the warmth imparted to the earth; and very lofty mountains, in all climates, are co¬ vered with perennial snow, and where the temperature is steadily below the freezing point, there is perpetual con¬ gelation. The point at which this takes place is different in different latitudes. The limit is highest under the equa¬ tor, and descends as we approach the poles. It is obvious too that the influence of the seasons, especially in those countries where there is a great difference between the temperature of summer and winter, will alter the limit of perpetual congelation. In such climates it will fluctuate with the seasons between two points, which form what are termed the higher and lower limits of congelation. The difference between these limits is least in tropical regions, but increases toward the poles. This circumstance is of great importance, inasmuch as it influences the formation of the stupendous glaciers, which excite the curiosity and admiration of the traveller, in the elevated regions of the temperate, and on the acclivities of the arctic circle. The ascent of heated air from the heated surface of the earth might be supposed to warm the superior regions of the atmosphere, were not this counteracted by the in¬ creased capacity of rarefied air for heat, by which much more is absorbed than the ascending air can carry with it; but, on the other hand, the too great loss of heat in the lower strata of air is provided against, by the change of ca¬ pacity which takes place as cool air descends to supply the place of that which has ascended. Its density is in¬ creased by increasing pressure, consequently its capacity for heat is diminished ; and the heat thus extricated is im¬ parted to the contiguous strata of air. That these two processes counterbalance each other is very obvious, from the uniformity of mean temperature in any spot. The influence of elevation above the level of the sea is capable of countervailing the effect of low latitudes on the vegetable productions of such regions. Tournefort had remarked the succession of plants on the ascent of Mount Ararat, which gave him, in Armenia, the vegetable forms of different parts of Europe. In Wahlenberg’s Flora Lap- ponica, this distribution of vegetable forms into zones is well characterized. The same is remarked in Ramond’s examination of the botany of the Pyrenees ; and the. illus¬ trious traveller Humboldt has given a striking illustration of the same distribution, in his examination of the equinoc¬ tial Andes. After rising through various parallel belts or zones of vegetation, each marked by some characteristic Variations plants, if the mountains be sufficiently high, in all latitudes °f 'i'empe- we arrive at the region of stunted shrubs, and of Alpine v^'at-ure- plants and grasses, amongst which the genera gentiana, ra- nunculns, and saxifraga, are conspicuous; and, finally, we trace hyssi, hepaticee, and Hellenes, the last outskirts of ve¬ getable life, to the very verge of perennial winter. These various causes affecting natural temperature ren¬ der it impossible to estimate the mean heat of any coun¬ try by its latitude ; and as every formula hitherto devised for calculating the mean temperature of any region is now found to be erroneous, it is only by multiplied observations that we can arrive at any accurate conclusion. In the mean time Humboldt has conferred a great favour on me¬ teorological science by his admirable paper On Isothermal Lines, and the Distribution of Heat over the Globe. Set¬ ting aside all hypothetical views, he has traced on a chart, from the best meteorological observations, lines of equal temperatures; so that at a glance we can trace the places which are found to have the same mean temperature. From this map we immediately perceive how widely these isothermal lines differ from the parallels of latitude ; and we remark, that the isothermal lines of Western Europe sink to a far lower latitude as they recede on either hand. Thus, the isothermal line of temperature 540,4 in France, in longitude 0. 37. east, passes through latitude 45. 46. north; but in China, in longitude 116. 27. east, passes near Pekin, in latitude 39. 54. north; and in longitude 104. west, near the mouth of Columbia River, in Ame¬ rica, it passes through 44. 40. north. The isothermal lines, however, on the eastern side of the Rocky Mountains, de¬ scend still lower, compared to their position in Europe, as the following table shows :— Lat. 30 40 50 60 Mean Tempe¬ rature, Old Continent. 70°-52 Fah. 63°T4 50°-89 40°-64 Mean Tempe¬ rature, New Continent. 66°-92 54°-50 37°-94 23°-74 Difference. 3o*60 8°-64 12°-95 16°-90 In both continents the most rapid decrease of mean tem¬ perature is between the parallels of latitude 40° and 45° ; a circumstance which, Humboldt justly remarks, has un¬ doubtedly had a happy influence on the civilization and industry of the people inhabiting that zone, because these slight variations of latitude produce considerable changes in the vegetable productions that become objects of rural economy ; and when contiguous countries differ much in their products, it stimulates the industry of each, and gives vigour to commercial intercourse; circumstances highly conducive to civilization. For various important facts and observations on heat, see Black’s Lectures on Chemistry, vol. i.; Murray’s Sys¬ tem of Chemistry, vol. i.; Dalton’s Chemistry ; Leslie on Heat; Pictet sur le Feu; Rumford’s Essays ; Deluc sur les Modf de VAtmosph.; Saussure sur VHygrometrie; Young’s Lectures on Philosophy; Biot, Trade de Phy¬ sique, i.; Martine on Heat; Crawford on Heat; Irvine’s Essays ; J. and G. Murray’s Popular View of Chemistry ; Mrs Somerville on the Connection of the Physical Scien¬ ces ; Phil. Trans. 1754, 1777, 1783, 1788, 1792, 1795, .1799, 1800, and 1801; Edin. Phil. Trans, vi. ix. x. xii. xiii.; Ann. de Chim. 3, 14, 22, 29, 71, and 75 ; Nicholson’s Journal, 4, 9, 11, and 12, 8vo series; Journ. de Physique, 61; Ann. of Phil. 2, &c.; Manchester Memoirs; Mi- moires de VAcademic de Geneve, &c. (<• i- i-) H E B H E B HEAT, Animal. See Physiology. of the sacred writings; but Huet, bishop of Avranches, in Hel HEATH, James, an English historian, was born in 1629, his Evangelical Demonstration, has attempted toprove^v atLondon, where his father, who was the king’s cutler, then that the Hebrews took their name from the word heber Y lived. He was educated at Westminster school, and be- which signifies beyond, because they came from beyond came a student of Christ Church, Oxford, in 1616. In the Euphrates. Heber is supposed to have been born 2281 1648 he was ejected by the parliamentary visitors, for his b. c. and to have lived 464 years. adherence to the royal cause ; lived upon his patrimony till Heber, Reginald, a poet, and dignitary of the church it was almost spent; then married, and was obliged to write of England, was born at Malpas, in the county of Chester, books and correct the press in order to maintain his family, on the 21st of April 1783. His youth was distinguished He died of a consumption and dropsy at London in August by a precocity of talent, docility of temper, a love of read- 1664, and left several children to the parish. His prin-ci- ing, and a veneration for religion. After acquiring the pal publications were, 1. A brief Chronicle of the late In- elementary parts of education at Neasdon, in the neighbour- testine War in the Three Kingdoms of England, Scotland, hood of London, he was entered of Brazen-nose Colle°-e, and Ireland, 1661, 8vo, afterwards enlarged by the author, Oxford, in the year 1800. In his first year he gained the and completed from 1637 to 1663, in four parts, 1663, in university prize for Latin verse by his Carmen Seculare, 8vo; 2. or The Life and Death, Birth and Burial, a poem on the commencement of the new century; and of Oliver CromweU, the late Usurper, 1663; 3. A new in 1803 he wrote his poem of which was crown- Book of Loyal English Martyrs and Confessors, who have ed with the same success, and received with remark- endured the Pains and Terrors of Death, Arraignment, &c. able applause. His academical career was brilliant from for the Maintenance of the just and legal Government of its commencement to its close. After taking his degree, these Kingdoms both in Church and State, 1663, 12mo. and gaining the university’s bachelors’ prize for the best HEAVEN literally signifies the expanse of the firma- English prose essay, he in 1805 set out on a continen- ment surrounding our earth, and extending every way to tal tour, of which he kept a regular journal, which was an immense distance. afterwards published. Mr Heber returned to England in Heaven, amongst Christian divines and philosophers, is the following year, and in 1807 took orders, and was in- considered as a place in which the omnipresent Deity con- stituted by his brother to the family living of Hodnet in descends to afford a nearer and more immediate view of Shropshire, soon after which he returned to Oxford to himself, and a more sensible manifestation of his glory, than take his degree as master of arts. In 1809 he married in the other parts of the universe. This is often called the and settled in his rectory, and there discharged the duties empyrean, from that splendour with which it is supposed which a large parish devolved upon him with exemplary to be invested ; and of this place the inspired writers give assiduity. Soon after his marriage he published a series us the most noble and magnificent descriptions. The an- of hymns “ appropriate to the Sundays and principal holi- cients considered heaven as the residence only of the ce- days of the year,” the greater number of which were com- lestial gods, into which no mortals were admitted after posed for music already used in the church. In 1812, he death, unless they were deified. As for the souls of good commenced a Dictionary of the Bible, and published a vo- men, they were consigned to the Elysian fields. lume of poems, which contained, besides those previously Heaven, amongst astronomers, called also the ethereal published, translations from Pindar, and a few other pieces, and starry heaven, is that immense region in which the In the same year he commenced a poem entitled Mart stars, planets, and comets are disposed. d'Arthur, which was never completed. The fragment was Heaven is more particularly used in astronomy for an published after his death by his widow, in the volumes orb, or circular region, of the ethereal heaven. which contain his biography. In 1817 he was appointed HEBDOMAD ARY, Hebdomadarius, or Hebdoma- to the prebendary of St Asaph, and in 1822 he obtained the dius, a member of a chapter or convent, whose week it is preachership of Lincoln’s Inn. During the same year the to officiate in the choir, to rehearse the anthems and pray- bishopric of Calcutta became vacant by the death of Dr ers, and to perform the usual functions which the superiors Middleton, and the offer of it having been made to Mr He- perform at solemn feasts, and other extraordinary occasions, her, he accepted of it after much hesitation. About this pe- I he word is formed from the Greek iZbogag, which signi- riod he published a life of Jeremy Taylor, with a review of fies a week, from errcc, seven. his writings. In 1823 he took his degree of doctor of divi- The hebdomadary generally collated to the benefices nity, and embarked for India, where he arrived in safety, which became vacant during his week, though this was Bishop Heber was peculiarly well qualified to fill the high usually looked upon as an abuse. In cathedrals, the heb- and responsible situation which he had attained, with honour flomadary was a canon or prebendary, who had the pecu- to himself and advantage to the church, as well by his liar care of the choir, and the inspection of the offices for amiable and conciliatory temper, as by his talents, and zeal his week. In monasteries, the hebdomadary is he who in the cause of Christianity. Soon after his arrival in waits at table for a week or other stated period, and di- India, he was appointed one of the vice-presidents of the rects and assists the cook. ^ _ Asiatic Society in Calcutta. He also assumed the office HLBDOME, a solemnity of the ancient Greeks, in of president of the Diocesan Committee of the Christian honour of Apollo, in which the Athenians sung hymns !o Knowledge Society, established in Calcutta. The native Cis praise, and carried in their hands branches of laurel, schools and the various branches of the society’s labours 1 he word signifies the seventh day, this solemnity being ob- in that city, in common with other institutions of the same served on the seventh day of every lunar month. description, engrossed much of his time and attention. On • ox, the daufhter of Jupiter and Juno (Apollodor. Ascension-day in the year 1824, Bishop Heber held his i. 3), the goddess of youth, and cup-bearer of the gods, was first visitation in the cathedral of Calcutta; and subse- succeeded in her office by Ganymede, considered by some quently, he made progresses through his diocese, which only as another name of Hebe (Paus. ii. 13). She was was very extensive, consecrating churches, and facilitat- also called Dia (Strab. vhl 382), and was married to Her- ing the adoption of measures for the extension of Chris- cules, when he was raised to the rank of a god; and had tian knowledge amongst the Hindus. In one of his jour- Tjr^uuX'ureS andAnif,tUS (APollodor' ii* 7> 7)- neys to the southern provinces, he was cut off by an apo- HRBLK, the son ot Salah, and father of Peleg, from plectic fit, with which he was seized whilst bathing, at whom the Hebrews derived their name, according to Jose- Trichinopoly, on the 3d of April 1826. After the death phus, Eusebius, Jerome, Bede, and most of the interpreters of this eminent prelate, there was published a Narrative H E B fob, en. of a Journey through the Upper Provinces of India, from Calcutta to Bombay, in 2 vols. 4to, and afterwards in 3 vols. 8vo. A biography of this good prelate, with numerous letters, and a History of the Cossacks, has been published by his widow, in 2 vols. 4to. Besides the works of Bishop Heber already mentioned, he was the author of several dra¬ matic poems, and a considerable contributor to the Quar¬ terly Review. As a poet he is elegant and pleasing, without being either very vigorous or original. His poem of Pales¬ tine is perhaps the best which has ever been written upon the subject; and many of his hymns, whilst they possess all the simplicity and true Christian feeling which should characterise such compositions, have more elevation and poetic fervour than is usually met with in writings of this kind. His prose works are written in an easy, flowing style, and are characterised by acuteness and sound judgment. His Indian Narrative is graphic and pleasing in the highest degree. As a minister of the gospel, Bishop Heber com¬ bined rational piety with zealous industry in the discharge of his duties, and he was beloved and venerated in the high¬ est degree by those over whom he presided as a spiritual guide and instructor. HEBERDEN, William, a practical physician of great celebrity, was born in London in the year 1710. He was sent at a very early age, near the end of 1724, to St John’s College, Cambridge. He took his first degree in 1728, and obtained a fellowship about 1730; he became mas¬ ter of arts in 1732, and took his degree in physic in 1739. He remained at Cambridge about ten years longer as a practitioner of physic, and gave an annual course of lec¬ tures on the Materia Medica. In 1746 he became a fel¬ low of the Royal College of Physicians in London, and two years afterwards he left Cambridge, having presented to St John’s College the specimens which had been sub¬ servient to his lectures. He also added to this donation, a few years afterwards, a collection of astronomical in¬ struments of some value. Having determined to esta¬ blish himself in London, he was elected a fellow of the Royal Society in 1769; and he was employed in a very extensive medical practice for more than thirty years. When he became sensible that his age required some in¬ dulgence, he resolved to pass his summers at a house which he had taken at Windsor; but he continued his practice in the winter for some years longer. In January 1760 he married Mary, daughter of W. Wollaston, Esq. by whom he had five sons and three daughters; but he survived them all, except Dr W. Heberden, and Mary, married to the Rev. G. Jenyns. In 1778 he was made an honorary mem¬ ber of the Royal Society of Medicine at Paris. Dr Heberden’s first publication seems to have been a short essay on the incongruous composition of the mithri- date and theriac, entitled Antitheriaca, 8vo, 1745. 2. He sent to the Royal Society an Account of a very large Hu¬ man Calculus, weighing more than 2^ pounds avoirdupois (Phil. Trans, xlvi. 1750, p. 596; Ahr.'S.x. p. 1005). 3. Ac¬ count of the Effect of Lightning at South Weald in Essex (Phil. Trans, liv. 1764, p. 198). Both these essays are erroneously attributed, in Dr Maty’s index, to his brother, Dr Thomas Heberden of Madeira, who sent several other papers to the society. Dr Heberden was one of the prin¬ cipal contributors to the first three volumes of the Medi¬ cal Transactions, published in a great measure at his sug¬ gestion, by the College of Physicians, in which we find about sixteen of his original communications. 4. Remarks on the Pump Water of London, 1768. 5. Observations on Ascarides. 6. On Night Blindness, or Nyctalopia. 7. On the Chicken-Pox. 8. On the Epidemical Cold of 1767. 9. Queries, relating to bark, camphor, cold, the gout, and apoplexy. 10. On Hectic Fever. 11. On the Pulse. 12. On a Disorder of the Breast, the angina Francfort, 1728, in 8vo ; 3. Antiquitatum Romanarum HEINECCIUS, John Gottlieb (Theophilus), one of Jurisprudentiam illustrantium Syntagma juxta seriem In- the most celebrated jurisconsults Germany has produced, stitutionum Justiniani, Halle, 1718, in 8vo; 4. Elementa was born at Eisenberg, in the principality of Altenburg, Juris Naturae et Gentium, Halle, 1738, in 8vo; 5. I^rae- on the 21st of September 1681. His father, who was re- lectiones Academicae in H. Grotii de Jure Belli ac Pacts o-ent of the school of that place, and a man of talents libros, Berlin, 1744, in 8yo; 6. Praelectiones Academicm superior to his situation, made him early acquainted with in Sam. Puffendorfofe Officio Hominis et Civis, ibid. 1742, the masterpieces of antiquity, and thus inspired him with in 8vo ; 7. Historia Juris Civilis Romani ac Geimamci, a decided taste for study. Heineccius (or more properly Halle, 1735, in 8vo; 8. Elementa Juris Civilis secundum Heinecke) was still very young when he had the misfor- ordinem Institutionum, Franeker, 1725, in 8vo; 9. Ele- tune to lose his father; but in his elder brother, who was menta Juris Civilis secundum ordinem Pandectarum, pastor at Goslar, he found a monitor and guide, who, by Francfort, 1756, in two vols. 8yo; 10. Elementa Juris his care and instructions, in some measure supplied the Cambialis, Amsterdam, 1743, in 8yo. I he works of Ilei- place of his deceased parent. From Goslar he proceed- neccius were collected and published by Uhl, piofessor ed to Leipsic, where he attended the prelections of the at Francfort-on-the-Oder, under the title of Opera tul Uni- illustrious professor who then adorned the university of versarn Jurisprudentiam, Philosophiam, et Litteras liuma- that place. In 1702 he published there a thesis De insig- niores pertinentia, Geneva, 1744-1748, in eight vols. 4to, nibus sacerdotalibus Apo&tolorum ; a subject which might reprinted in the same city, with additions, 1//l, in nine have afforded scope for a great display of erudition, but vols. 4to ; and to these two editions a supplementaly yo- which, as treated by Heineccius, did not indicate the real lume was at the same time added. After the woiks of Cu- talent of the author. In this thesis he attempted to com- jas, this collection is perhaps the most valuable and neces- bat some assertions of Baronius. Heineccius, the follow- sary to a student oi jurisprudence. . ihe commentary Oi ing year, took his degree in arts, and then returned to his Heineccius on the Julian and Papian laws wou a one brother, who wished him to enter the ecclesiastical pro- suffice to place him in the rank of the greatest juriscon- fession. But having satisfied his brother as to the rea- suits; and it his authority has decreased somewhat m sons which induced him to decline taking orders, he soon Germany, which we believe to be the case, it is because afterwards accompanied the latter to Halle, where he be- his successors, profiting by his researches, have been en- came tutor to the sons of Count Golofkin. In 1708 he abled to surpass him. We are also indebted to emec- was admitted into the philosophical faculty of that city, cius for editions of the Jurisprudentia Romana et Attica, and there published an academical dissertation De Ge- Leyden, 1738, in three vols. folio, with a learned pre ace nuina Christi Mra e Nummis et Inscriptionibus illustrata, prefixed to the first volume. n i , in 4to, republished in 1735, with notes by Liebknecht. HEINSIUS, Antony, grand pensionary of Holland by Two years afterwards he obtained a chair, which he filled successive quinquennial re-elections, from the year with ability, but without any material increase of reputa- until his death on the 3d of August 1720, at the age o se- tion. All his studies, howrever, he regarded as merel}'' venty-nine, was one of the statesmen who, during this me- preparatory to that of jurisprudence ; but it was not until movable period, exercised the greatest influence on tie a.- 1716, when he was admitted into the faculty of law, be- fairs of Europe. Marlborough, Prince Eugene, and Hein- ing then in the thirty-sixth year of his age, that he dis- sius, formed the famous triumvirate so resolute y closed his designs. His inaugural thesis De Origine et mined to humiliate France, and which steeped in bitter- Indole Jurisdictionis Patrimonialis, which was considered ness the declining years ox Louis XIV He saw is donn¬ as a masterpiece, procured him the esteem of his judges; try avenged for the misfortunes which that monaici ia and his Abridgment of the Antiquities of the Roman law inflicted on it in 16 72 ; and he also saw himself avenge , confirmed the high idea which had been formed of his for, after the peace of Nimeguen, having been sent to tie merit, whilst it extended his reputation throughout all court of France on affairs connected with the principality Germany. In 1721 he was appointed to the chair of law, of Orange, he had experienced the ill nature of t e aug tv a situation which he filled with an ability and success that and insolent Louvois, who did. all but threaten to have um reflected credit on the university; and new works, which shut up in the Bastille. Heinsius commenced ns pu ic succeeded one another with inconceivable rapidity, added career as councillor-pensionary of the town of Oe an > daily to his reputation. But although he enjoyed the faithful to his commission, he sometimes, in this capacity, highest consideration, yet finding his allowances insufii- pursued a line of conduct not calculated to “ira e cient to enable him to bring up his family, he was obliged, considered as a person devoted to the interests Ox the sta t- 208 H E I Heinsius. holder. But at a subsequent period the Prince of Orange honoured him with the most unlimited confidence; and Heinsius, in return, rendered him the most important ser¬ vices. He continued to enjoy the same favour when that prince became king of England, and even after he had ' been succeeded by Queen Anne. After the death of King William, however, his political conduct in regard to France appears to have experienced some modification, though not to such an extent as to enable the French court to flatter themselves with any decided change in his views. Vol¬ taire, in his Si&cle de Louis XIV., represents Heinsius as a Spartan, proud of having humbled the king of Persia, when, in 1709, Louis sent his minister De Torcy to the Hague to sue for peace. De Torcy himself, in his Me¬ moir es (tom. ii. p*3), describes the grand pensionary “ as a man of consummate ability in the management of af¬ fairs, cold in his manners, polished in his conversation, having nothing repulsive in his demeanour, and rarely warmed, far less excited, by debate. His exterior,” adds the same authority, “ wus simple, and his house plain ; an establishment composed of a secretary, a coachman, a la- quais, and a female servant, by no means indicated the cre¬ dit of a prime minister.” De Torcy further informs us that “ he was never accused, either of seeking to prolong the war on account of the consideration which its continuance ne¬ cessarily gave him, or from any views of private interest or personal ambition.” This is the testimony of an enemy, and cannot, therefore, be suspected of partiality. M. de Haren, in a note to his poem of the Gueux, renders the same justice to the calmness and sobriety of Heinsius ; but supposes that his seclusion from society prevented him acquiring that knowledge of the human heart which a statesman ought to possess, and thus led him to disregard intelligence, of which one better acquainted with mankind would at once have discerned the importance. “ Hence, when the refugee pastor Basnage, in 1707, apprised him of a certain secret convention entered into between the courts of Vienna and Versailles to defeat the projected enterprise against Toulon, Heinsius neglected this information, not imagining it possible that a minister of the gospel could be better initiated in the secrets of cabinets than a grand pen¬ sionary.” But Fagel did not share this security, nor was it justified by the event. M.de Haren also mentions a singular anecdote of Heinsius. Soon after the peace of Utrecht he was attacked by the pestilence in the midst of the Hague, and cured without the appalling fact being suffered to trans¬ pire. On this occasion he displayed admirable prudence and self-possession. The secret was confined to himself, his physician, and Count de Wassenaer-Starrenburg, and was kept with inviolable fidelity until after his death. Heinsius was the last of the magistrates and ministers of the states of Holland who wore the costume of the gown and band. (a.) Heinsius, Daniel, a Dutch philologist, was descend¬ ed of a distinguished family, and born at Ghent in 1580. In the troubles of the Low Countries, his father, a man without ambition, but of an elevated character, took a part, which proved fatal to his own repose and that of his family. Daniel was sent to Veere, in Zealand, whence, with his parents, he passed over into England ; and soon afterwards he accompanied them on their return to Hol¬ land. They established themselves first at Delft, then at the village of Ryswick, and lastly at the Hague. The fa¬ ther of Heinsius consoled himself under his misfortunes by devoting his attention to the education of his son; but circumstances obliged the latter to return to Zealand, where he was placed under good masters, though at first he showed no great disposition to profit by their instruc¬ tions, and preferred play to study. Having, however, evinced a predilection for verse, he composed, at the age of ten, a Latin elegy, which gave a favourable presage of H E I future eminence. As his father intended him for the Heir bar, he was, at the age of fourteen, sent to Franeker to ^ study law; but this intention was defeated by the passion which he had conceived for Greek. Having remained about six months at Franeker, he passed thence to Ley¬ den, whose rising university already shone with great lustre. Here he attracted the notice of Scaliger, whilst Marnix de Sainte-Aldegonde, and the elder Douza, ho¬ noured him with particular attention. Between Heinsius and Scaliger there was established an intimacy, founded on affection on the one hand and veneration on the other. A noble emulation now fired the soul of Heinsius, who, though ambitious to rival, despaired of ever approaching so great a model, and spent many sleepless nights in the most anxious and unremitting labour. Douza, however, judiciously attempted to moderate the ardour of his young friend without repressing his ambition, and procured him agreeable relaxation by occasionally carrying him to his country residence at biordwick, two leagues distant from Leyden. Heinsius was only eighteen when he was attach¬ ed to the university of Leyden, first to explain the Latin classics, and not long afterwards the Greek; and at the age of twenty-five he was appointed to the chair of history and politics. Scaliger, who died in 1609, had wished to leave him the whole of his library; but Heinsius only accepted part of it. On the death of Paul Merula, the office of librarian to the academy of Leyden devolved on him, and he also discharged the duties of secretary. His increasing reputation now attracted to Leyden a great number of pupils ; and as other countries envied Holland the possession of a man of such distinguished merit, pro¬ positions were made to him on the part of France, Ger¬ many, and Italy. In 1616 Heinsius writes that the Ita¬ lians had paid him flattering compliments, and that he was strongly solicited to repair to Rome. “ Valde Itali nos amant, et jam clanculum s/’g rrjv kraAoper, ingenti prae- mio, videndee urbis causa, invitamur.” If we may credit Balzac, Heinsius, in his relations with Rome, acted with more adroitness than sincerity (“ menageait un peu la chevre et le chou”). In the apology for his Herodes In- fanticida against the strictures of Balzac, a work which he sent to Rome, a passage of the text in which the pope is mentioned as ipsum Ecclesice caput, is rectified in the errata into ipsum. Ecclesice Romance caput. “ The text,” says Balzac, “ was for Rome, the errata for Leyden; on the one hand Heinsius wished to please the pope, who w ould probably not read his errata, and on the other to have the means of justifying himself to the ministers, if he should be accused of being a bad Huguenot, and of keeping up an understanding with the enemy.” But, in the first place, this duplicity is irreconcilable with the known character of Heinsius; secondly, it was not Hein¬ sius himself who edited his Epistola qua Dissertationi D. Balzacii ad Herodem Infanticidam respondetur, but Box- horn ; thirdly, the erratum in question is not placed, as usual, at the end of the volume, but is interposed between the dedication and the Epistle; and, lastly, it appears from the statement of Thysius, in his funeral oration on Hein¬ sius, that, in the propositions made to him by Pope Urban VIII. and Cardinal Barberini, in order to draw him to Rome, nothing had been stipulated in reference to re¬ ligion. Various honours were, however, conferred upon Heinsius. The republic of Venice created him knight of the order of St Mark; the king of Sweden, Gustavus Adolphus, named him his historiographer, to which he added the title of privy councillor; and the states of Holland rewarded him for his attachment to his country, and the refusal of various foreign propositions, by choos¬ ing him their historiographer, and attaching to the title a liberal salary. Heinsius alienated many friends by ac¬ cepting, in 1618, the office of secretary to the famous sy- H E I m nod of Dordrecht. At the age of thirty-five he married -/ Ermengarde, sister of Janus Rutgersius, by whom he had a son, Nicolas, and a daughter, Elizabeth, and whom he survived many years. Being endowed with a strong con¬ stitution, Heinsius, notwithstanding his unremitting la¬ bours, was rarely indisposed ; but a particular symptom ac¬ companied the decline of his days, namely, an almost total extinction of memory. He died at Leyden on the 23d of February 1665, when he had nearly completed the eighty- fourth year of his age. Heinsius was not less remarkable for the excellence of his character than for his vast eru¬ dition. Modesty, sensibility, benevolence, and candour, formed its distinctive features; and, though he was natu¬ rally grave, he loved to joke with his friends, and to in¬ dulge in innocent pleasantries. He had some disputes, more or less serious, with Salmasius, Balzac, and a minis¬ ter of the gospel called John de Croy, wdio had sought his acquaintance by means of adulation and sycophancy; but being naturally of a mild and peaceable disposition, he avoided controversy as much as possible, and had proba¬ bly fewer enemies than almost any eminent man of his time. Notwithstanding his great knowledge, or rather because he knew so much, he adopted as his motto, Quantum est quod nescimus. The works of Heinsius are, 1. Editions of the Greek and Latin classics, or works of criticism connected with them, amounting to eighteen in number; 2. Latin poetry, particularly Iambic Auriacus a tragedy, Herodes Infanticida also a tragedy, De Con- temptu Mortis a poem in four books, fugitive pieces un¬ der the titles of Extemporanea and Juvenilia, and some Greek poems ; 3. Latin harangues, which have been col¬ lected under the title of Orationes Varii Argumenti, Ley¬ den, 1615, 1620, in 12mo; 4. Rerum ad Sylvam Ducis atque alibi in Belgio aut a Belgis anno 1629 gestarum His- toria, Leyden, 1631, in folio. (a.) Heinsius, Nicolas, son of the preceding, was born at Leyden on the 29th of July 1620, and there received, un¬ der the auspices of his father, the most careful educa¬ tion. The same studies in which his parent had distin¬ guished himself became in some measure the passion of his life. He visited England in 1642 ; but not finding the English very communicative of their literary treasures, he made only a short stay in their country, where, however, he collated some manuscripts of Ovid, a poet whose works he had already undertaken to illustrate. In 1644 he re¬ paired to Spa for the benefit of the waters, from which he derived great advantage, and on his return traversed Belgium, where he formed useful connections, and acquir¬ ed new riches for his Ovid. The following year he re¬ visited Spa, and towards autumn proceeded to Paris, where his merit and his name procured him the friend¬ ship of the most eminent men, and opened all the libra¬ ries to his researches, and where also he published a col¬ lection of Latin poems, which met with the most flatter¬ ing success. Next year he visited Rome, where, through the good offices of Holstenius, he obtained access to the inedited Greek work of John Lydus on the Roman ma¬ gistracies, and wus otherwise well received. From Rome he proceeded to Naples, but the troubles which broke out in that city in the summer of 1647 obliged him to return to Leghorn, whence he proceeded first to Venice and next to Padua, where, under the title of Italica, he published two books of elegies in 1648. After an absence of three years he returned to Leyden; but his stay there was short, for, having yielded to the solicitations ot Queen Christina of Sweden, who had invited him to join her literary court, he set out for Stockholm, where he established himself in 1650. The queen undertook to purchase books and manuscripts for his library ; but Hein¬ sius, unwilling to take immediate advantage of the ge¬ nerosity of Christina, made advances of which he after- VOL. XI. H E I 209 wards found great difficulty in obtaining the reimburse- Heinsius. ment. At Stockholm he met the ardent enemy of his father, Salmasius, who, in concert with Michon Bourde- lot, endeavoured to overwhelm him with every species of annoyance, and to drive him from the court in disgust. But the muse of Heinsius avenged him on his implacable adversary ; and nothing but the obstinate malevolence of Salmasius can excuse a piece so virulent as the Scazon in Alastorem, which we find in his poems. During the following years Heinsius traversed Italy in all directions, to make interesting acquisitions for Christina, whether in books and manuscripts, or in medals and antiquities. Salmasius had not ceased to intrigue against him during his absence ; but the credit of Bochart counterbalanced this hateful influence, and Salmasius died in 1653, whilst pro¬ ceeding to take the benefit of the waters of Spa. Next year Heinsius returned to Stockholm, but it was only to demand of Christina, whose tastes began to take another direction, permission to retire, and the reimbursement of the sums which he had expended. Her letter, which is in the form of a placet, and exceedingly remarkable, may be found in the Sylloge Epistolarum of Peter Burmann (tom. v. p. 766, et seqq.). The Queen of Sweden attempted to dissuade Heinsius from carrying his resolution into effect; and, on the 7th of October 1654, the states of Holland ap¬ pointed him their resident at Stockholm, which induced him to remain some time longer in the Swedish capital. But in the month of February 1655, having lost his father, he resolved to return to his native country. Like Grotius, he was at the point of death on the road ; but, more fortu¬ nate than that illustrious man, he escaped from a malady which detained him thirty-six days at Dantzig. On his arrival at the Hague, the states, in order to testify their satisfaction with his conduct in Sweden, offered him his choice of the Prussian or Danish legations; but the state of his health prevented his accepting either of those ap¬ pointments ; and, in 1656, he established himself at Am¬ sterdam, where he wras appointed secretary. The repose of his latter days was disturbed by a process brought against him by a courtesan, called Margaret Wullen, whom he had known at Stockholm, and who pretended to have rights over him which he refused to recognise. In 1658 he resigned his secretaryship, and then went to establish himself at the Hague, where Virgil, Valerius Flaccus, the Latin muse, and literary correspondence, occupied all the leisure which the process in question left at his disposal. It appears that he also meditated continuing the Annals of Grotius after 1609, but the design was not carried into execution. Being again appointed resident at the court of Sweden, he set out for that country, and on the road met his debtor Christina, who was on her way to Denmark; she received him kindly, and lavished on him the most flattering distinctions, but forgot to pay her debt, which would have been much more acceptable to Heinsius. About this time, also, Louis XIV. included him in the number of the foreign men of letters to whom he granted pensions ; but the post which he occupied at the court of Sweden prevented his enjoying this favour. He never neglected his favourite studies ; and it was therefore with regret that, in the year 1667, he found himself charged with a mission to the czar of Muscovy. In 1671 he once more returned to the Hague, but with his health much impair¬ ed ; and next year the public calamities forced him to withdraw to East Friseland, then to Bremen, Minden, Pa- derborn, Mayence, Worms, Spire, and Heidelberg. Upon his return to the Hague he occupied himself principally with Valerius Flaccus and Petronius ; but being entangled in new processes, he withdrew to Maarssen, in the province of Utrecht, where he established himself about the month of December 1674. This retreat, however, did not shel¬ ter him from the annoyances to winch he wms exposed, and 210 H E I H E L Heir at length he sought repose in the small town of Viane, II where his friend Graevius took pleasure in visiting him. eiter- pamj]y affairs having recalled him to the Hague, he died there, on the 7th of October 1681, at the age of sixty-one, having expired in the arms of Graevius, whom he charged with his last instructions. Nicolas Heinsius published or wrote, 1. Claudian, with notes, Leyden, 1650, in 12mo, and Amsterdam, 1665, in 8vo ; 2. Ovid, with notes, ibid. 1652, 1661, 1668, in three vols. 12mo; 3. Virgil, without notes, Amsterdam, 1676, and Utrecht, 1704, in 12mo ; 4. Valerius Flaccus, without notes, Amsterdam, 1680, in 12mo; 5. Remarks on Silius Italicus, Petronius, and Phae- drus; 6. A great number of Letters, which may be found in the Sylloge Epistolarum of Burmann, in 5 vols. 4to; 7. Poemata, the best edition of which is that of Elzevir, Amsterdam, 1666, in 8vo, dedicated by the author to the Duke of Montausier. Peter Burmann the younger also published Nic. Heinsii Adversariorum libri v. followed by the notes of Heinsius on Catullus and Propertius ; and the same author also cites inedited notes of Heinsius on Taci¬ tus, on the dialogue De Claris Oratoribus, and on the Catalecta veterum Poetarum. (a.) HEIR, in Law, signifies the person who succeeds an¬ other by descent. Heir-Apparent is a person so called in the lifetime of his ancestor, at whose death he is heir-at-law. IlEiR-Presumptive, is one who, if the ancestor should die immediately, would, in the present circumstances of things, be his heir; but whose right of inheritance may be defeated by the contingency of some nearer heir being born. HEIRSHIP Moveables, in Scotch Law, the best of certain kinds of moveables, which the heir of line is enti¬ tled to take, besides the heritable estate. HEISTER, Laurence, an eminent physician, surgeon, and anatomist, was born at Frankfort-on-the-Maine, in the year 1683. After being educated in the universities of Germany, he prosecuted the study of anatomy and surgery at Amsterdam in 1706 ; next year acted as surgeon in the Dutch camp in Brabant; and afterwards studied medicine at Leyden under the celebrated Boerhaave, at the expira¬ tion of which he took his degrees. In 1709 he was ap¬ pointed physician-general to the Dutch military hospitals, by which means he acquired vast experience, both in me¬ dicine and surgery. In 1710 he was appointed professor of anatomy and surgery at Altdorf, where he acquired great celebrity by his lectures and writings. In 1720 he remov¬ ed to the university of Helmstadt, where he continued dur¬ ing the remainder of his life. The Czar Peter invited him to Russia ; but the esteem in which he was held by diffe¬ rent sovereigns induced him to remain in Germany. His death happened in the year 1758, in the seventy-fifth year of his age. Dr Heister was uncommonly industrious, and wrote a prodigious number of books ; but his reputation was principally derived from his singular skill and success in sur¬ gery. He is particularly known by his Compendium Ana- tomicum, which has been frequently reprinted, and trans¬ lated into different languages. His chief surgical publica¬ tion is his Institutions of Surgery, which was long consider¬ ed as a standard book of the kind, till it was superseded by more modern systems. As a physician his principal works are, 1. Observationes Medico-miscellaneae, Theoreticae et Practicae ; 2. De Medicinae Mechanicae Praestantia; 3. Com¬ pendium Institutionum et Fundamentorum Medicinae. A collection of Medical, Chirurgical, and Anatomical Obser¬ vations was published after his death, in two volumes quarto. HEITERSHEIM, a town of the duchy of Baden, Ger¬ many, and in the circle of Treisam. It is the capital of a bailiwick, in which are a town, nineteen villages, and 8940 inhabitants. The town is situated at the foot of the Black Forest, on a brook running to the Rhine. It has a fine castle, which was once the residence of the order of St John. The Hel' houses are 340, the inhabitants 1630. Lat. 47. 52. 34. N. Il8' HELAI, a village of Hindustan, in the province of Helena Sinde, situated on the road from Tatta to Hyderabad, near the Indus, where this river is three fourths of a mile wide, and from four to five fathoms deep. Lat. 24. 52. N. ’ HELENA, St, an island in the Atlantic Ocean, off the coast of Southern Africa. It belongs to no group of islands, but stands entirely alone in the ocean, about twelve hun¬ dred miles from land. To the sea it presents, throughout its whole circumference, which is twenty-eight miles, only an immense wall of perpendicular rock, from 600 to 1200 feet in height. Its general aspect is bleak and dreary, but on passing through the wall of rock by one of the few open¬ ings which nature has left, the scene is agreeably changed. \ erdant and even beautiful patches of ground are inter¬ spersed amongst the rocks; and on the summit is a fertile plain, consisting of about 1500 acres, covered with grass, and capable of every species of cultivation. The loftiest eminence is called Diana’s Peak. It is situated nearly in the centre of the island, and rises to the height of 2700 feet above the level of the sea. In this, as in most of the African islands, the rocks consist chiefly of basalt. Limestone of the best quality is also abundant, and various kinds of volcanic rocks are scattered about the island in considerable quantities. There are only four small open¬ ings in the rock, which, like a natural bulwark, surrounds St Helena; and on the largest of these, where alone a little beach appears, James lown has been built. It is entered by an arched gateway, w ithin which is a handsome parade, about one hundred feet square. Here are the government- house and the main guard-room. Within the former is the residence of the governor and the public officers. The principal street in James Town contains about thirty houses, most of which are neat and well built. The number of English families upon the island amounts to between two and three hundred. St Helena is chiefly of importance as a place of refreshment for vessels returning from the East Indies. There is abundance of excellent writer, and fresh provisions can be obtained here, though they are neither so plentiful nor so cheap as those of the Cape of Good Hope. St Helena was first discovered by the Portuguese in 1502, on St Helena’s day; whence its name. They stock¬ ed it with different kinds of useful animals; but whether they ever settled a colony on it or not is uncertain. The Portuguese having either abandoned or never taken posses¬ sion of it, the Dutch became its masters, and kept pos¬ session of it till the year 1600, when they were driven out by the English. In 1678 the Dutch retook it by surprise; but a short time afterwards it was recovered by the brave Captain Munden, who also took three Dutch East India- men then lying in the harbour. On this occasion the Hollanders had fortified the landing place, of which there is only one on the island, and erected batteries of great guns to prevent a descent; but the English having know¬ ledge of a small creek, where only two men abreast could creep up, climbed to the top of the rock in the night, and appearing the next morning behind the batteries, the Dutch were so terrified that they threw down their arms, and surrendered at discretion. This creek has since been for¬ tified, and a battery of large cannon placed at the entrance; so that now the island is rendered perfectly secure against all regular approaches or sudden attacks. St Helena has acquired no small celebrity as the place of confinement of Napoleon Bonaparte, ex-emperor of France. The illustrious exile arrived there on the 17th of October 1815, and remained in the island till his death, on the 5th of May 1821. Fie was buried in a retired spot not far from Longwood, the place of his residence. Long. 5. 43. W. Lat. 15. 55. S. Helena, the daughter of Leda (wife of Tyndareus, r m H E L mus. king of Sparta), and of Jupiter, who, being changed into a swan, had obtained the favours of the queen. In conse¬ quence of this amour she produced two eggs, from one of which sprang Castor and Clytemnestra (both mortal, as being children of Tyndareus), and from the other Pollux and Helena, who were considered immortal, as the off¬ spring of Jupiter. (Clement. Alex. Cohort, p. 26 ; Find. Nem. x. 150.) From her infancy she possessed that dazzling beauty which became in the course of time so fatal to her admir¬ ers. About the age of ten she was carried off by Theseus, who concealed her at Aphidnae, in Attica, under the pro¬ tection of his mother iEthra. (Plut. Thes. 31 ; Hygin. 79.) She was rescued by her brothers, Castor and Pollux, who discovered her place of concealment by means of Acade- mus. They carried off at the same time Aithra, who henceforth remained the captive slave of Helen. (Paus. x. 25.) This adventure did not prevent her from being sought in marriage by all the young princes of Greece. The most celebrated of her suitors were Menelaus, Dio¬ mede, Philoctetes, Idomeneus, Merione, Amphilochus, Pa- troclus, the two Ajaxes, Teucer, Antilochus, Ulysses, with others to the number of thirty. Her father, Tyndareus, was alarmed at the number of her suitors, believing that the preference he showed to one would bring on him the displeasure of all the rest. He was relieved from this di¬ lemma by Ulysses, on condition he should receive the hand of his niece Penelope in marriage. His advice was to bind all the princes by an oath that they wrould yield implicitly to the will of the princess, and that they would unite to defend her if any attempt should be made to carry her off from the arms of her husband. The rivals consent¬ ed, and Helen decided in favour of Menelaus, who thus became the heir apparent, and soon afterwards possessor, of the throne of Sparta. By her he had a daughter Hermione, and two sons, Morrhaphius and Diethus. (JSchol. II. r. 175 ; Od. A. 12; Apollodor. iii. 10, 7.) Venus had promised to Paris the possession of the most beautiful of women. At her instigation, he proceeded to Sparta during the absence of Menelaus, and succeeded in gaining the affections of Helen, and in inducing her to quit her husband and her country. It was in vain that Menelaus sent to Troy to demand back his wife, in vain that the sons of Atreus threatened that all Greece would march against Troy. During the celebrated Trojan war she remained faithful to Paris, and had by him Bunichus, Agane, Idseus, and Corythus. On the death of Paris she married Deiphobus, the bravest of the sons of Priam after Hector ; and on the taking of Troy, she is said to have be¬ trayed him in order that she might ingratiate herself with Menelaus. It appears that Menelaus forgave her, and that they proceeded on their way to Sparta, where, according to some, they did not arrive till the space of eight years had elapsed. Here they received the visit of Telemachus, who had been sent by his mother in search of his father Ulys¬ ses. And here the legend of Homer ends. According to Euripides, she was killed by Orestes, her son-in-law, or she was banished by her step-sons, Megapenthes and Ni- costratus, w hen she retired to the island of Rhodes, where she was suffocated in a bath. (Paus. iii. 19.) According to one tradition, Helen never visited Troy, but was detained in Egypt by King Proteus during the whole period of the siege. Here Menelaus being driven on shore by a storm, found her. (Herodot. ii. 112, et seqq.) She had a temple at Therapne (vi. 61). HELENUS, one of the sons of Priam, possessing the power of prophecy (Virg. JEn. iii. 295, 712), who distin¬ guished himself by his valour during the Trojan wrar; but when Helen was given in marriage to Deiphobus, he de¬ termined to leave Troy, and retired to Chrysa, or Mount Ida. He was here discovered and taken prisoner by Ulys- H E L 211 ses. After the taking of Troy we find him the friend or slave Helepolis of Neoptolemus, son of Achilles, whose favour he had gained II by preventing him from embarking in a vessel which sunk Heliastae. with all its passengers. Being tired of Andromache, he gave her as wife to Helenus. On the death of Neoptole¬ mus he became the natural guardian of his son Molossus, and when he came of age, restored to him a part of Epi¬ rus, reserving that which he had conquered during his re¬ gency. He had by Andromache a son called Cestrinus. (Paus. i. 11, ii. 23.) Here Helenus received iEneas on his way to Italy, and foretold some of the calamities which threatened him. (Virg. IE71. iii. 295.) HELEPOLIS, in the ancient art of w7ar, a machine for battering down the walls of a place besieged, the inven¬ tion of which is ascribed to Demetrius Poliorcetes. Dio¬ dorus Siculus says, that each side of the Helepolis wms 405 cubits in breadth and ninety in height; that it had nine stages, and w7as carried on four strong solid wheels eight cubits in diameter ; tEat it was armed with large battering rams, and had two roofs capable of supporting them ; that in the lower stages there were several sorts of engines for casting stones, and in the middle they had large catapul- tas for discharging arrows, and smaller ones in those above, with a number of expert men for working all these ma¬ chines. HELIADES, the daughters of the Sun and Clymene, called also Phaethontides, from their brother Phaethon, whose fate they lamented so much that they were chan¬ ged into poplar trees, and their tears into amber, upon the banks of the Po. (Ovid. Met. ii. 340; Amor. iii. 12, 38; Diodor. v. 23 ; Lucan, ii. 410.) According to Hiodorus (v. 56), they were seven sons of a king of Rhodes, who were celebrated for their knowledge of astrology and na¬ vigation. Having put to death one of their number, call¬ ed Tenages, they were obliged to fly ; and Actis proceed¬ ed to Egypt, where he introduced the knowledge of as¬ trology. HELDEA, in Grecian antiquity, was the greatest and most frequented court in Athens for the trial of civil af¬ fairs. \ HELIASTiE, in Antiquity, the judges of the court of Helicea. They were so called, according to some authors, from a Greek word which signifies to assemble in a great number; but, according to others, from another word which signifies smw, because they held their assemblies sub dio. They composed not only the most numerous, but likewise the most important of the Athenian tribu¬ nals ; for their province was either to explain obscure laws, or to give new vigour and authority to those which had been violated. The Thesmothetae convoked the as¬ sembly of the Heliastse, which sometimes amounted to a thousand, sometimes to fifteen hundred, judges. Mr Blanchard is of opinion, that, to make up this number, the Thesmothet® sometimes summoned those of each tribe who had last quitted the public offices they had ex¬ ercised in another court. But, however this may be, it appears that the assemblies of the Heliastae were not fre¬ quent, as they would have interrupted the jurisdiction of the stated tribunals and the common course of affairs. The Thesmothetae paid to each member of this assem¬ bly, for his attendance, three oboli, which are equal to two Roman sesterces, or to half a drachma. Hence Aris¬ tophanes terms them “ the brothers of the triobolus.” They were likewise condemned to pay a fine if they came too late; and if they did not present themselves till after the orators had begun to speak, they were not admitted. Their attendance was requited out of the public treasury, and their pay was called misthos heliasticos. The assembly met, at first, according to Aristophanes, at the rising of the sun. If the judges were obliged to meet under cover on account of frost and snow, they had 212 H E L H E L Heliasta?. a fire ; but there is not a passage in any ancient author which informs us of the place where these assemblies were held either in the rigorous or in the mild season. We only learn that there was a double enclosure around the as¬ sembly, that it might not be disturbed. The first was a kind of arbour-work, from space to space, separated by doors, over which were painted in red the ten or twelve first letters of the.Greek alphabet, which directed the entrance of the officers who composed the tribunal, each of them entering under the letter which distinguished his tribe. The beadles of the court, to whom they showed the wand which had been sent them by the Thesmothetae as a sum¬ mons to meet, examined its mark to see if it was authen¬ tic, and then introduced them. The second enclosure, which was at the distance of twenty feet from the former, was a rope or cord, that the people who stood round the first enclosure, and were desirous to see what passed within the second, might not be prevented from gratifying their curiosity at a proper distance. Thus the attention of the judges was not interrupted by the concourse of the multi¬ tude, many of whom were heated by views of interest or of party. To each of the members of the assembly were distribut¬ ed two pieces of copper; one of which was perforated, not certainly that it might be distinguished from the other by feeling, for these assemblies met at the rising and were dissolved at the setting of the sun. Those pieces of copper had been substituted for little sea-shells, which were at first in use. The Thesmothetae read the names of those who were to compose the assembly, and each man took his place as he was called. The Thesmothetae were then sent for, whose function it was to observe prodigies and to superintend the sacrifices ; and if they gave their sanction, the deliberations were begun. It is well known that the officers called Exegetce were often corrupted by those who were interested in the debates of the assembly, and that they excited tumults such as were raised by the Roman tribunes in the popular assemblies convoked by the con¬ suls. Of all the monuments which remain relating to the He- liastae, the most curious is the oath which those judges took before the Thesmothetae. Demosthenes has preserved it in his oration against Timocrates, who having been bribed by those who had been intrusted with the effects taken on board a vessel of Naucratis, and refused to give an account of them, got a law passed, by which an enlargement was granted to prisoners for public debts on giving bail. De¬ mosthenes, on making his oration against that law, ordered the oath of the Heliastae to be read aloud, as a perpetual auxiliary to his arguments, and happily calculated to in¬ terest the multitude and inflame their passions. This oath was in these terms : “ I will judge according to the laws an'd decrees of the people of Athens, and of the senate of five hundred. I will never give my vote for the establish¬ ment of a tyrant, or of an oligarchy; nor will I ever give my approbation to an opinion prejudicial to the liberty or to the union of the people of Athens. I will not second those persons who may propose a reduction of private debts, or a distribution of the lands or houses of the Athenians. I will not recall exiles, or endeavour to procure a pardon for those who shall be condemned to die. Nor will I force those to retire whom the laws and the suffrages of the people shall permit to remain in their country. I will not give my vote to any candidate for a public function, who gives not an account of his conduct in the office which he has previously filled; nor will I presume to solicit any trust from the commonwealth without subjecting myself to this condition, which I mean as obligatory to the nine ar- chons, to the chief of religious matters, to those who are balloted on the same day with the nine archons, to the herald, the ambassador, and the other officers of their court. I will not suffer the same man to hold the same Helicon office twice, or to hold two offices in the same year. I Parabola will not accept any present, either myself or by another, either directly or indirectly, as a member of the Heliastic assembly. I solemnly declare that I am thirty years old. I will be equally attentive and impartial to the accuser and the accused; I will give my sentence rigorously, ac¬ cording to evidence. Thus I swear, by Jupiter, by Nep¬ tune, and by Ceres, to act. And if I violate any of my engagements, I imprecate from these deities ruin on my¬ self and my family ; and I request them to grant me every kind of prosperity if I am faithful to my oath.” Here we have one of the motives of the meeting of this assembly stated. Aristotle informs us of another, which was by the public authority deputed to them, namely, to elect a magistrate in the room of one deceased. It is sur¬ prising that Pausanias, who enters so often into details, gives us no particular account of this assembly. All that he says of it is, that tne most numerous of the Athenian assemblies was called Helice. We are informed by Diogenes Laertius, in his life of Solon, that it was before one of these Heliastic assemblies that Pisistratus presented himself, covered with wounds and contusions self-inflicted, to excite the indignation of the people against his pretended enemies, who, jealous, as he alleged, of the popularity he had acquired by asserting the rights of his poorer fellow-citizens, in opposition to the men in power, had attacked him whilst he was hunting, and had wounded him in that barbarous manner. His design succeeded, and a guard was appointed him, by the assistance of which he acquired the sovereignty or tyranny of Athens, and kept it during thirty-three years. The power of the assembly appeared remarkably on that occa¬ sion ; for Solon, who was present, opposed it with all his efforts, but did not succeed. As to the manner in which the judges gave their suf¬ frages, there was a sort of vessel covered with an osier mat, in which there were placed two urns, the one of copper, the other of wood. In the lid of these urns there was an oblong hole, which was large at the top, and be¬ came narrower downwards, as we see in some old boxes of our churches. The suffrages which condemned the ac¬ cused person were thrown into the wooden urn, which was termed kyrios, whilst that of copper, named akyros, received those which absolved him. Aristotle observes, that Solon, whose aim was to make his people happy, and who found an aristocracy establish¬ ed by the election of the nine archons, annual officers, whose power was almost absolute, tempered their sove¬ reignty, by instituting the privilege of appealing from them to the people, who were to be assembled by lot to give their suffrage, after having taken the oath of the Heliasta:, in a place near the Panathenaeum, where Hissus had in former days calmed a sedition of the people, and bound them to unanimity by an oath. It has likewise been re¬ marked, that Apollo was not invoked in the oath of the Heliastae, as in the oaths of the other judges. We have observed, that he who took the oath of the Heliastae en¬ gaged that he would not be corrupted by solicitation or money. Those who violated this part of their oath were condemned to pay a severe fine. The decemvirs at Rome made such corruption a capital crime. But Asconius re¬ marks, that the punishment denounced against them was mitigated in later times; and that they were expelled the senate, or banished for a certain time, according to the de¬ gree of their guilt. HELICOID Parabola, or the Parabolic Spiral, is a curve arising from the supposition that the common or Apollonian parabola is bent or twisted till the axis comes into the circumference of a circle, the ordinates still re¬ taining their places and perpendicular positions with re- H E L ge] n spect to the circle, and all these lines still remaining in the same plane. Hei HELICON, in Ancient Geography, the name of a moun- la v tain in the neighbourhood of Parnassus and Cythseron, sacred -r' to Apollo and the muses, who are thence called Heliconi- des. It is situated in Livadia, and is now called Zagura or Zaguya. Helicon was one of the most fertile and woody mountains in Greece. On it the fruit of the adrachnus, a species of the arbutus, or of the strawberry-tree, was un¬ commonly sweet; and the inhabitants affirmed that the plants and roots were all friendly to man, and that even the serpents had their poison weakened by the innoxious qualities of their food. It approached Parnassus on the north, where it touched on Phocis; and resembled that mountain in loftiness, extent, and magnitude. Here was the shady grove of the muses and their images ; with statues of Apollo and Bacchus, of Linus and Orpheus, and the illustrious poets who had recited their verses to the harp. Amongst the tripods, in the second century, was that consecrated by Hesiod. On the left hand going to the grove was the fountain Aganippe ; and about twenty stadia, or two miles and a half, higher up, the violet- coloured Hippocrene. Round the grove were houses. A festival was celebrated there by the Thespieans, with games called Musea. The valleys of Helicon are described by Wheler as green and flowery in the spring; enlivened by pleasing cascades and streams, and by fountains and wells of clear water. The Boeotian cities in general, two or three excepted, were reduced to inconsiderable villa¬ ges in the time of Strabo. The grove of the muses was plundered under the auspices of Constantine the Great. The Heliconian goddesses were afterwards consumed in a fire at Constantinople, to which city they had been re¬ moved. HELIGOLAND, or Helgoland, a group of small islands in the North Sea, formerly belonging to Denmark, now to Great Britain, and situated about twenty-eight miles from the mouths of the Weser, the Elbe, and the Eyder. It consists of the principal island, subdivided in¬ to the Cliff and the Low Land; the smaller island called the Down; and several sand-banks and rocks, of which that called the Monk is the most conspicuous. The Cliff is a continued rock of sandstone (red breccia), almost per¬ pendicular, varying from ninety to a hundred and sixty- six feet in height; the ascent to it is by a long flight of steps; its circumference is above 4000 paces. Whilst the Cliff is said to suffer progressive diminution from the ac¬ tion of the waves, the Low Land is asserted to be on the increase. It is joined to the former by a bottom of rock, about 500 paces long. Its circumference is much smaller than that of the high ground ; and the circuit of the whole island does not exceed two miles and a half. The Down, or Downs, is not quite half this size; but its extent is con¬ tinually varying. On the High Land is a light-house, whose geographical position is 7° 53' 13" east longitude, and 54° 11' 34" north latitude. It is of great use to guide ships, not only amidst the surrounding rocks and shoals, but being visible at a distance of more than twenty-seven miles, it serves as a mark for directing vessels to the mouths of the nearest rivers on the continent. Heligoland has two good harbours; and to the east of the Down is a road where vessels may anchor in forty- eighty feet of water. The inhabitants, in number about 2000, subsist chiefly by fishing and acting as pilots; the women cultivate the little grain (barley and oats) that is raised here, and attend to a few hundred sheep, for which there is pasture on the upper ground. It is on this part of the island that the public and other buildings are placed ; on the low grounds there are only fishermen’s huts. There are two wells of fresh water, but scarcely a tree or shrub of any kind on the island. Turf, wood, fuel, and garden H E L 213 vegetables, are brought from Cuxhaven and Hamburg in Heliocen- exchange for fish. tlic Lati- Heligoland was, in former ages, of much greater extent; tu^e having been, it is said, the residence of a chief of the Si- jje^0_ cambri, or North Frieslanders, and the seat of worship of meter, the Saxon deity Phoseta. The latter is confirmed by the name, which signifies in German “ sacred land.” The diminution of the island has taken place at different times ; in the years 800 and 1300, if tradition may be be¬ lieved, but with certainty in 1649, and even in 1720. The ravage of 1649 seems to have been very considerable. Du¬ ring the war with the Danes, it was taken by a small squa¬ dron in September 1807, and rendered a depot for mer¬ chandise which was afterwards smuggled into the ports of the Continent, from which our commerce was excluded by Bonaparte. At that time Heligoland was much crowd¬ ed with mercantile adventurers. At the peace of 1814, though exclusion was no longer to be dreaded, our govern¬ ment judged it fit to retain the island, doubtless in conside¬ ration of the value of its double harbour, and of the ease with which the high ground may be defended. HELIOCENTRIC Latitude of a Planet, the inclina¬ tion of a line drawn between the centre of the sun and the centre of a planet to the plane of the ecliptic. Heliocentric Place of a Planet, the place of the eclip¬ tic in which the planet would appear to a spectator placed at the centre of the sun. HELIOCOMETES, a phenomenon sometimes observ¬ ed about sunset, being a large luminous tail or column of light proceeding from the body of the sun, and dragging after it, not unlike the tail of a comet; and hence the name. HELIODORUS of Phcenicia, bishop of Trica in Thes¬ saly, better known by the romance he composed in his youth, entitled ZEthiopica, in which are related the amours of Theagenes and Chariclea. Some say he was deposed by a synod because he would not consent to suppress this romance. The fable has a moral tendency, and particular¬ ly inculcates the virtue of chastity. As this was the first composition of the kind, he is commonly styled the Father of Romance. He was also a good Latin poet. Heliodo- rus lived in the fourth century. For an analysis of the ZEthiopica, with some judicious remarks thereon, see Dun¬ lop’s History of Fiction. HELIOMETER, formed of iikiog, sun, and /isrgw, I mea¬ sure, the name of an instrument, called also astrometer, in¬ vented by M. Bouguer in 1747, for measuring with parti¬ cular exactness the diameters of the stars, and especially those of the sun and moon. Tliis instrument is a kind of telescope, consisting of two object-glasses of equal focal distance, placed one by the side of the other, so that the same eye-glass serves for both. The tube of this instrument is of a conical form, larger at the upper end, which receives the two object-glasses, than at the lower, which is furnished with an eye-glass and a micrometer. By the construction of this instrument two distinct images of an object are formed in the focus of the eye-glass, whose distance, depending upon that of the two object-glasses from one another, may be measured wdth great accuracy. Nor is it necessary that the whole disc of the sun or moon should come within the field of view, since, if the images of only a small part of the disc be formed by each object-glass, the whole “diameter may be easily computed by their position with respect to one another. For, if the object be large, the images will ap¬ proach, or perhaps even lie over each other, and the ob¬ ject-glasses being moveable, the two images may always be brought exactly to touch one another, and the diameter may be computed from the known distance of the centres of the two glasses. Besides, as this instrument has a com¬ mon micrometer in the focus of the eye-glass, when the two images of the sun or moon are made in part to cover one 214 Heliopo lis H E L H E L another, that part which is common to both the images may be measured with great exactness, as being viewed Helix- uPon a gr9und that is only one half less luminous than itself; whereas, in general, the heavenly bodies are viewed upon a dark ground, and on that account are imagined to be larger than they really are. By a small addition to this instru¬ ment, provided it be of a moderate length, M. Bouguer thought it possible to measure angles of three or four de¬ grees, which is of particular consequence in taking the distance of stars from the moon. By means of this instru¬ ment M. Bouguer found, by repeated observation, that the sun’s vertical diameter, though somewhat diminished by the astronomical refraction, is longer than the horizon¬ tal diameter; and, in ascertaining this phenomenon, he also found, that the upper and lower edges of the sun’s disc are not so equally defined as the other parts, on which account his image appears somewhat extended in the vertical direction. This is owing to the decomposition of light, which is known to consist of rays differently refran¬ gible in their passage through our atmosphere. Thus the blue and violet rays, which proceed from the upper part of the disc at the same time with those of other colours, are somewhat more refracted than the others, and there¬ fore seem to us to have proceeded from a higher point; whereas, on the contrary, the red rays proceeding from the lower edge of the disc, being less refracted than the others, seem to proceed from a lower point; so that the vertical diameter is extended, or appears longer, than the horizontal diameter. HELIOPOLIS, ruins at Matarieh, giving name to the district Heliopolites, which stretched into Arabia, a city of EgyP1’ near the apex of the Delta, and near the eastern bank of the Nile, twelve miles from Babylon of Egypt (Anton. Itin.), sacred to the worship of the Sun (Macrob. SatA. 21; Herodot. ii. 59), whose priests were considered as the most learned of the land (ii. 3), particularly in astro¬ logy, which they acquired from Actis, son of Helios, who was founder of the city (Diodor. v. 57). It is situated on a considerable eminence to the south of some lakes, pro¬ bably now Birket-el-Hadgy, which were furnished with water from the canal which ran towards the Red Sea. The city was in ruins in the time of Strabo, and the temple in which the ox Mnevis used to be kept exhibited marks of the destructive visit of Cambyses. He saw the remains of the magnificent edifices in which the college of priests used to reside ; but that learned body had dwindled away, and was then represented only by a few individuals, who ex¬ plained to strangers the antiquities of the temples. The reputation of this college had at one time been so high that it attracted the presence of Plato and Eudoxus, who are said to have resided many years under the tuition of the priests (Strab. xvii. 805, 806; Plin. v. 9). It is supposed to be the On of the Scriptures. HELIOSCOPE, in Optics, a sort of telescope, peculi¬ arly fitted for viewing the sun without affecting the eyes. As the sun may be viewed through coloured glasses with¬ out detriment to the eyes, if the object and eye-glasses of a telescope be made of coloured glass, as red or green, such a telescope will become an helioscope. HELIOS 1 ATE, in Optics, an instrument invented bv the learned sGravesande, who gave it this name from its fixing as it were the rays of the sun in an horizontal direc¬ tion across a dark chamber all the time it is in use. HELIOTROPE (heliotropium'), amongst the ancients, an instrument or machine for showing when the sun arrived at the tiopics and the equinoctial line. This name was also used generally for a sun-dial. , Geometry, a spiral line. The word is Greek, *X/g, and htei ally signifies a wreath or winding, from iki66w, involvo. In architecture, some authors make a difference between the helix and the spiral. A staircase, according to Daviler, is in a helix, or is helical, when the stairs or n steps wind round a cylindrical newel; whereas the spiral i, winds round a cone, and is continually approaching nearer Helia and nearer its axis. cu8 Helix is also applied, in Architecture, to the caulicules or little volutes under the flowers of the Corinthian capi¬ tal, which are called urillce. HELL, the place of punishment after death. As all re¬ ligions have supposed a future state of existence, so all have their hell or place of torment, in which the wicked are supposed to be punished. The hell of the ancient heathens was divided into two mansions, the one called Elysium, on the right hand, pleasant and delightful, appointed for the souls of good men; the other called Tartarus, on the left, a region of misery and torment, appointed for the wicked! The latter only was hell in the present limited sense of the word. Amongst Christians, there are two controverted ques¬ tions in regard to hell; the one concerning the locality, and the other the duration of its torments. The locality of hell, and the reality of its fire, began first to be controverted by Origen. That father, interpreting the Scripture account metaphorically, made hell to con¬ sist, not in external punishments, but in a consciousness or sense of guilt, and a remembrance of past pleasures. Amongst the moderns, Mr Whiston advanced a new hypo¬ thesis. According to him, the comets are so many hells appointed in their orbits alternately to carry the damned into the confines of the sun, there to be scorched by its violent heat, and then to return with them beyond the orb of Saturn, there to freeze in the dismal regions of eternal cold. Another modern author, not satisfied with any hy¬ pothesis hitherto advanced, assigns the sun as the locality of hell. As to the second question, the duration of hell torments, we find Origen again at the head of those who deny that they are eternal. It was his opinion, that not only* men, but devils, would, after a due course of punishment suit¬ able to their respective crimes, be pardoned and restored to heaven. The principle upon which Origen mainly built his opinion, was the nature of punishment, which he took to be emendatory, and applied only as physic for the recovery of the patient’s health. The chief objection to the eterni¬ ty of hell torments amongst modern writers, is the dispro¬ portion between temporary crimes and eternal punishments. Those who maintain the affirmative, ground their opinions on Scripture accounts, which represent the pains of hell under the figure of a worm which never dies, and a fire which is not quenched. HELLANICUS, an ancient historian of Mitylene, in Lesbos, was son of Andromenes or Aristomenes, born b. c. 496, if we credit the statement of Aulus Gellius (xv. 23), that he was sixty-five years old b. c. 431, at the beginning of the Peloponnesian war. Herodotus was then fifty-three, and Thucydides forty years of age. According to Lucian (Macrob. c. 22), he lived to the age of eighty-five (which extends the life of Hellanicus to b. c. 411), and died at Perperena, a village of iEolis, opposite the island Lesbos (Suid.). It is impossible to say in what dialect of the GieeL language he wrote, as those authors who have quot¬ ed him may have changed his words to suit their own style. He is accused by Diodorus (i. 37) of overlaying his history with fable, so that the entire loss of his works is a matter of little regret. He seems to have been a vo¬ luminous writer, having been employed on the historv partly of foreign nations, and partly of Greek races and states. His style is said to have been simple and unadorn¬ ed, without eloquence or ornament. The following are a few of his works: Antiquities of Egypt, of Phoenicia, of Persia, of Scythia, of Troy, and of Barbarian Nations; Journey to the Temple of Ammon; Foundation of Chios. H E L , j]lc fragments of Hellanicus have been collected by Sturz, Lips. 1826. its. HELLAS, in Ancient Geography, an appellation com- J prehending, according to the more ancient Greeks and Ro¬ mans, Achaia and Peloponnesus, but afterwards restricted to Achaia. It was bounded on the west by the river Ache- lous, on the north by Mounts Othrys and CEta, on the east by the dSgean Sea, and on the south by the Saronic and Corinthian Bays, and by the isthmus which joins it to Peloponnesus. It was called Hellas, from Hellen, the son of Deucalion, or from Hellas, a district of Thessaly ; and hence Hellenes, the gentilitious name, denoting Greeks. HELLE, in fabulous history, a daughter of Athamas, king of Thebes, by Nephele. Helle fled from her father’s house with her brother Phryxus, to avoid the cruel op¬ pression of her mother-in-law Ino. According to some accounts, she was carried through the air on a golden ram, which her mother had received from Neptune, and haying in her passage become giddy, she fell from her seat into^ that part of the sea which from her received the name of Hellespont. Others say that she was carried on a cloud, or rather upon a ship, from which she fell into the sea and was drowned. Phryxus, after he had given his sister a bu¬ rial on the neighbouring coast, pursued his journey, and arrived in Colchis. HELLENISM, in matters of language, a phrase in the idiom, genius, or construction of the Greek tongue. This word is only used when speaking of the authors who, writ¬ ing in a different language, express themselves in a phrase¬ ology peculiar to the Greek. HELLENISTIC Language, that used by the Grecian Jews who lived in Egypt and other parts where the Greek tongue prevailed. In this language the Septuagint was written, and also the books of the New Testament; and it was thus denominated, to show that it was Greek filled with Hebraisms and Syriacisms. HELLENISTS {Hellenistee), a term occurring in the Greek text of the New Testament, and which in the Eng¬ lish version is rendered Grecians. But the critics are di¬ vided as to the signification of the word. CEcumenius {Scholia ad Act. vi. 1) observes, that it is not to be under¬ stood as signifying those of the religion of the Greeks, but those who spoke Greek (tous 'EXswtfr/ Hebrews (Phil. iii. 5), meaning a Hebrew both by nation and language. The Hellenists are thus properly distin¬ guished from the Hellenes or Greeks (mentioned in John, xii. 20), who were Greeks by birth and nation, and yet pro¬ selytes to the Jewish religion. HELLENODICiE, 'EXX^o&xa/, in Antiquity, the direc¬ tors of the Olympian games. At first there was only one, but afterwards the number was increased to two, to three, and at length to nine. They assembled in a place called ' 'EXkri'ibhyjj.m, in the Elean forum, where they were obliged to reside ten months before the celebration of the games, to take care that such as offered themselves to contend performed their iroay^ijjvcic/xar«, or preparatory exercises, and were instructed in all the laws of games by certain men called voyotpukaxig, or keepers of the laws. And the better to prevent all unjust practices, they wrere further obliged to take an oath that they would act impartially, take no bribes, nor discover the reason for which they dis¬ liked or approved of any of the competitors. At the so¬ lemnity they sat naked, having before them the victor’s crown till the exercises were finished, and then it was pre¬ sented to whomsoever they adjudged it. Nevertheless, there lay an appeal from the Hellenodicae to the Olympian senate. HELLESPONT, a narrow strait between Asia and Eu¬ rope, connecting the Mediterranean with the Propontis. It received its name from Helle, who wras drowned there in her voyage to Colchis. It is celebrated for the love and death of Leander, and for the bridge of boats which Xerxes built over it when he invaded Greece. It is now called the Dardanelles. This strait is about thirty-three miles in length, and, in the broadest parts, the Asiatic coast is about one mile and a half distant from the European, and only half a mile in the narrowest. HELLSTEDT, a town of Prussia, in the circle of Mans¬ field and province of Saxony, with 540 houses and 3604 in-^ habitants; near to which are some mines of copper and of silver, which employ a part of the population in extracting these metals and converting them to use. HELM, a long and flat piece of timber, or an assem¬ blage of several pieces, suspended along the hind-part of a ship’s stern-post, where it turns upon hinges to the right or left, serving to direct the course of the vessel, as the tail of a fish guides the body. See Ship-Building. There are several terms in nautical language relating to the helm; as, Bear up the helm, that is, let the ship go more large before the wind ; Helm a midship, or right the helm, that is, keep it even with the middle of the ship; Port the helm, put it over the left side of the ship; Star¬ board the helm, put it on the right side of the ship. HELMET, a piece of defensive armour worn by horse¬ men both in war and in tournaments. It anciently cover¬ ed both the head and face, only leaving an aperture in the front secured by bars, which was called the visor. 216 HELMINTHOLOGY.1 Helmin¬ thology. I he title of this article was formerly bestowed on a much larger group of animated beings than that to which we here restrict it. The Linnman group of Vermes con¬ tained, in fact, the whole of the intestinal and other worms, the molluscous and testaceous tribes, the Zoophytes and Infusoria,—which now form the natural materials of many classes. We here apply it exclusively to the Annelides, or red-blooded vermes, of which the medicinal leech and earth-worm afford familiar examples. Bruguieres and others have no doubt conjoined them, in comparatively recent times, with the intestinal tribes; and it was at one time our intention (see Animal Kingdom, vol. iii. p. 180 of this work) to have adopted that arrangement. But we now conceive it to be more advisable to follow the example of Cuvier, and, referring the latter to the radiated or zoophytical division, to include in the article Helmin¬ thology the Annelides alone. In truth, the intestinal tribes exhibit no organs of respiration, either tracheal or bi anchial, no traces of a true circulation,—and their ner¬ vous system is extremely obscure. It will therefore be¬ come apparent, from the following definition, how greatly the Annelides differ from the creatures just named. The Annelides or red-blooded worms form the first class of the articulated division of the animal kingdom.2 Their blood, of a red colour, resembling that of the vertebrated animals, circulates in a double system of closed vessels, that is, in arteries and veins. This system, though desti¬ tute of a heart properly so called, is sometimes provided with one or more distinct fleshy ventricles. Respiration is carried on through the medium of organs, which are sometimes external, occasionally developed beneath the surface of the skin, or sunk more deeply into the inte¬ rior. They may all be presumed to breathe by means of branchiae, although the respiratory system, of the so-called Abranchial Order, is still unknown. The branchiae or respiratory organs of the greater number are external, and vary considerably in their size, form, number, and position. Their body, of a softish texture, is more or less elongated, and always divided into numerous rin^s or segments, of which the anterior, known under the name of head, scarcely differs from the others, except by the possession of a mouth, and of the principal organs of the senses. None of the Annelides possess articulated membeis properly so called, but in room of these many are furnished with setiferous mammillae, or fleshy projec* n tions, bearing bundles of hairs or bristles, and forming tht ^ what may be called pedes spurii, of which the number * is extremely various. These peculiar organs are some¬ times composed of two parts, the one superior and dorsal, the other inferior and ventral. The muscular power re¬ sides in the interior, and is capable of producing only an undulatory or creeping movement,—the locomotive parts being incompetent to sustain the body. The organs of the mouth consist sometimes of parts resembling jaws, more or less developed,—sometimes of a simple tube! The organs of the external senses are composed of fleshy tentacula, sometimes articulated,—and of certain blackish points, not existing in all the species, regarded as eyes. The nervous system consists of a double ganglionic cord, analogous to that of insects, as already described in our article Entomology. In regard to their natural habits, most of these creatures are aquatic (the Lumbrici or earth¬ worms excepted). Some dwell in holes beneath the wa¬ ters, other form tubes or tunnels of mud or other matters, or even transude from their own bodies a calcareous se¬ cretion, which forms around them a protecting covering.3 * * Considered sexually, they are for the most part herma¬ phrodite, and some require reciprocal communication. It will be perceived, even from the preceding brief expo¬ sition, that the Annelides are animals of a very peculiar nature. Although their nervous system coincides with that of the other articulated classes, and although their bodies are likewise divided by transverse sections, yet their loco¬ motive organs are entirely dissimilar to those of the Crus¬ tacea, Arachnides, and Insects. Their setiferous mam¬ millae are merely retractile sheaths, and the hairs or bris¬ tles which they enclose are in no way comparable to the feet of the last-named classes, but are organs of a very different nature. The Annelides are few in number compared with in¬ sects and other articulated classes, and the greater pro¬ portion are marine. Their possession of red blood is a singular character in animals so low in the scale, and one not possessed by the molluscous tribes, which are yet re¬ garded as their superiors in other points of organisation. In regard to their external parts, we shall here indicate a few of the most important,—premising that the charac¬ ters mentioned are not universal to the class, but rather 1 From sx^i/s, a worm, and Xaym, a discourse. I 0fAheuSe prli!,Varyudi^si0nS of the animal ki"gdom, see vol. iii. p. 179 of this work. Annelides) often ^Wt ailhouthll if+Vp I'r!" h te™ M’ df denominates the setigerous genera of the class shell of the Mollusca not even where tlierp1!6'1)! 'V SU ^ reSViar ?nd solid, it cannot however in any manner be compared to the poda are always simple excretions^rom their hod v^vh- h aPP™ximatlon’ as 111 Dentalium and Siliquaria. These tubes of the Cheto- without dyin/immediateN We h 7 > b d' ’ hl nl°.mfan® a“ached to it, and from which the animal may issue forth hollowed hi the^nH et17^ ^ u l to observe something of this kind in the mucosity with which certain species line the hole of the tube of the Amnhitrit/amWh^S uf ^blt’ hY” Y? ^re.nicol8e’ and some Lumbrici. This is analogous to the mucous pellicle or less thick, composTd^nereY Y’^rrma « bUt m th%latte,r’ surrounding this mucosity, is attached externally a stratum, more of sand. These tubes are rmfstinfl ' £ramS sandi or, in fine, of debris, more or less thick, of shells and larger grains calcareous TtY d Yki ta tlJ °Pen at 1,oth extremities ; there are also some of them more regular, which are completely trt“^ t,Y atrabter rhereby theJ ^ dif fr°m tubular Shells’ thefummitof which, oTXecoi strata extremely thin nkced insirW^n h,°'Tever’ aPPear constantly to grow, after the manner of tubular shells, by laminae or rent outside-- hut W(J , . out-edging one another. Trom this result striae marking the growth, more or less appa- a mouth, as in the Mollusca^'rhis Uf Stl"’ae ?n, ^hcir surface, nor anything indicating the delicate working of the edges of may add, that the constant nerforation^PH ^ alone suffice to distinguish them from the true tubular shel/s,• but to this we in its tube, to form partitions theY „rl, Y .su™mi|' °* the tube of the Chetopoda never allows the animal, in growing and advancing guishes the tubes of the Chetonnda tfYn m 16 tuY ar shells the reverse is invariably the case. A final character which distin- bodies, which never takes nlace with 'h^tthey are adherent, and fixed flatly, through a greater portion of their extent, on foreign add, that the 3roiu^of the stTefl-^arineYlollusca °vCuvier s Animal Kingdom, vol. xiii. p. 58.) We may but there is no doubt that the ^ aYaIs1born Wlth 6hel,ls’ because that Part forms, in fact, a portion of their skin; to form their protecting habitations? ^ ^ ^ produced m an exP0Sed condition, and afterwards proceed, by a voluntary effort, HELMINTHOLOGY. 1 COnflned to certain races. The head, in such as possess le0J one) is a small anterior swelling, which bears the antennas V*- ^ commonly so called, and the eyes, and is distinct from the first segment of the body. The Nereids of Linnaeus are regarded by Latreille as the only Annelides of which the anterior segment merits the name of head, or possesses organs fit to be compared to eyes, more especially to those of the larvae of insects. These eyes are simple, extreme¬ ly small, and appear like blackish points,—their number from two to four. Savigny indeed attributes eight to the leech tribe, but Latreille suspects that their structure is different from that of the Nereids. The organisation of the mouth varies greatly in the different orders. The parts called maxillae by Savigny are hard circumscribed parts, of a corneous or calcareous nature, to which Latreille does not accord the name of jaws. The latter author indeed seems to regard the Annelides as a suctorial rather than a masticating class. Most of them are of carnivorous ha¬ bits, and live on the blood of other creatures. The trunk or sucker is a contractile fleshy portion, constituting the mouth, and containing the so-called jaws. The latter por¬ tions, however, being adherent to the inner coats of the sucker, and the latter being nothing more than a prolon¬ gation of the oesophagus, can scarcely be regarded as ge¬ nuine jaws. Several tribes have their branchiae uniformly spread over the extent of the body, or over its central portion, while others (and these usually dwell in tubes) bear those organs at their anterior extremity. In the erratic species, or such as are naked, and without fixed dwellings, they are usually disposed longitudinally along the sides of the body, there being one for each foot. Blood-vessels some¬ times appear to spread into the setiform processes, and to convert them into respiratory organs. We have already stated that Linnaeus placed the Anne¬ lides in his almost unlimited class of Vermes,—a vast and by no means well-combined group, which the later la¬ bours of Otho Frederick Muller, Pallas, and other natu¬ ralists, failed to cast into a more natural mould. The great Swedish naturalist separated the true Annelides from each other, placing one portion of the group in the order Intestina, and the other in that of Mollusca. In Cuvier’s earliest work {Tableau Elementaire, &c. 1789), he re¬ stricted the class of worms to the Annelides and intesti¬ nal species, a mode of grouping previously practised by Bruguieres in the Encyclopedic Methodique. Subsequent investigations induced the French anatomist to raise the former to the rank of a separate class, which he named Vers a sans rouge, in a memoir read to the French Insti¬ tute in 1802. On this same group Lamarck {Extrait du Cours, &c. 1812) bestowed the name of Annelides, which has since been very generally adopted. A slight disparity, however, still exists in the constitution of the Annelides, in the works of Cuvier and Lamarck, the former including in the class so named the genus Gordius, which the latter associates with the other Vermes. But notwithstanding the valuable labours of these and other writers, the external structure of the Annelides cannot be said to have been at all rigorously determined, or viewed in relation to that of conterminous groups, till we received the fruits of Savigny’s laborious and most delicate observations, originally presented to the Academy of Sciences.1 At that period Blainville was also occupied in the study of the same group, which, with the exception of the leeches, forms his class of Setipodes. He pub¬ lished an extract from his labours in the course of the 217 ensuing year.2 Oken, Leach, Latreille, Duges, Au- Helmin- douin, Mylne Edwards, and others, have likewise contri- thology. buted to our knowledge of this curious and important class, in publications, to the majority of which we shall more particularly allude in the course of the present trea¬ tise. In regard to the geographical distribution of the An¬ nelides, our data are not yet sufficiently precise and nu¬ merous to admit of any satisfactory generalization. We have already said, that with the exception of the earth¬ worms (and even these require a moist abode), all the known species are aquatic. We may add, that the great majority inhabit the saline waters of the ocean. Most of the Naids, however, occur in fresh water, and some true Nereids are found in the lakes of North America. Annelides of some kind or other are met with in all quarters of the globe, and the species of many genera are very widely distributed ; but others, such as the Amphi- iiomce, for example, are characteristic of, if not peculiar to, the warmer seas. Undoubtedly the most magnificent are native to the Indian shores. “ It is in general on the coasts of the sea, in the midst of Thalassiophytes, in the anfractuosities of Madrepores, in the sand, and particu¬ larly in mud, that the Chetopoda are to be found; and if some species are more commonly to be met with in the open sea, as, for instance, the Amphinomae, named by M. Savigny Pleione vagans, it appears that they may have been drawn along with marine plants by the cur¬ rents, as is the case with many other animals.’’3 Their na¬ tural movements are extremely slow, and may be compar¬ ed to those of slugs, although their appendages for loco¬ motion are much more numerous. The Nereids, however, not only creep in a kind of serpentine manner over the surface of solid bodies at the water’s edge, but frequent¬ ly swim very respectably, either by successive undulations of the body, after the manner of eels and serpents, or by agitating their appendages, and thus making these organs serve as oars.4 The utility, in an economical point of view, of the An¬ nelides in general to the human race, is by no means great. According to Pallas, the inhabitants of some parts of Belgium eat those portions of Aphrodita aculeata which compose the mouth ; the Nereids and Arenicolae, as well as the earth-worms, are extensively employed as baits for fish, and the medicinal uses of the leech are notorious; but, with these, and, it may be, a few other exceptions, little can be said regarding the direct benefits derivable from this peculiar class. Its subjects, however, are by no means on that account the less important in the eyes of the philosophical naturalist. Several of the Annelides possess a phosphoric pro¬ perty, from which Linnaeus named a certain species Ne¬ reis noctiluca. Others, characterized by the same attri¬ bute, have been more recently described by Sig. Viviani.5 The presence or absence of the organs of motion, and the position of the branchiae, furnish natural characters of easy application, which modern zoologists have employed to signalize the primary groups. Lamarck divides the Annelides into three orders, les Apodes, les Antennes, and les Sedentaires,—and in the system of Cuvier they likewise form an equal number of orders, les Tubicoles, les Dorsibranches, and les Abranches. In both systems the Serpulae occupy the highest position in the scale. Sa¬ vigny’s arrangement of these animals consists of five or¬ ders, of which the author has as yet treated only of four, viz. les Nereidees, les Serpulees, les Lombricines, and les Hi- 1 Systeme des Annelides, forming a portion of the great French work on Egypt. 3 Griffith’s Animal Kingdom, vol. xiii. p. 73. 2 Bulletin de la Soc. Phil. Mai et Juin 1818. ■* The lateral parts are hence named rames by M. Savigny. * Phosphorentia maris quatuordecim lucescentium animalculorum novis specicbus illustrata. Gen use, 1805. VOL. XI. 2 E 218 HELMINTHOLOGY. Tubicola?. rudinees. He places the Aphrodites and Nereids at the culum; they are sometimes even wanting. Their tube is? v head of the class. Latreille is also of opinion that these rarely calcareous, and seems often formed of grains 0f ' Annelides, especially the Nereids, so far as regards their very fine clay or mud. Most of the ascertained species * external organisation, are entitled to precedence, and are of considerable size, and are remarkable for the ex¬ make the nearest approach to the articulated animals pro- treme delicacy and lustre of their plumy branchice. vided with feet, such as Insects and Crustacea. One of the most splendid of the genus is figured by Dr We shall here, in as far as general arrangement is con- Shaw under the title of Tubularia magnified.1 It is found cerned, follow the system of Cuvier. on various parts of the coast of Jamaica,' adhering to the rocks. It is extremely wary, and when approached in¬ stantly recedes within its tube, which on a further alarm Order I.—TUBICOLiE, Cuv. also retires into the rock, so that specimens can be ob¬ tained only by breaking off portions of the mass. These, Some form a calcareous homogeneous tube, supposed when put into tubs of sea water, may be preserved for to result from transudation, like the covering of testaceous months, and the habits of the animals attentively studied. Mollusca, but which does not adhere by any muscular at- The species in question is characterized by a simple un- tachment; others construct a covering by agglutinating dulated tube of a whitish hue, the tentacula being varied grains of sand, broken shells, and other debris, by means by beautiful alternate bands of red and white. Amph. ve- of a membrane, likewise the result of transudation ; while siculosa is a British species described by Montagu.2 The a third group are surrounded by a tube of an entirely internal texture of its tube is coriaceous, but the outer membranous or corneous nature. coat is invariably covered by coarse sand, intermixed with Genus Serpula, Linn. The body is composed of nu- fragments of shells. (See Plate CCLXXV. fig. 5.) Con- merous segments ; its anterior portion is enlarged in the siderable variety exists in the form and aspect of the ge- form of a disk, armed on either side by several bundles of nus Sabella. stiff bristles; and on each side of the mouth is a fan- Genus Terebella, Cuv. These, like the preceding, shaped plume of branchiae, usually adorned by lively co- inhabit a tube of their own formation, but composed of coarser materials than that of the generality of Sabellaj, Their body presents much fewer segments, and the head is otherwise adorned. Numerous filiform tentacula, ca¬ pable of great extension, surround the mouth ; and on the neck are placed the branchiae, which are not fan-shaped, but in the form of little branches. The animals of this genus, according to Montagu, either prepare a sheath from the tenacious secretion of their own bodies, mixed with adventitious matters, or reside in prepared perforations at the bottom of the sea. Their tubes are in general so extremely fragile as to be easily destroyed, and the animals are then found lurking beneath stones, or forming a new dwelling. Some fabri¬ cate their tube in old shells or stones, to which they ad¬ here by their entire length, while others fix a tube per¬ pendicularly in the sand. These tubes are indeed fre¬ quently observed to obtrude several inches above the sur¬ face of the soil, and when the waters flow, the gills and other appendages are stretched forth, and seem agitated to and fro. The gills or branchial appendages are ex¬ tremely sensible, of a fine blood colour, and when touched they contract so suddenly as to expel the fluid which they contain, and then they lose their sanguine hue. Many are gregarious, and so numerous, that the sea-shore is sometimes seen covered by their fragments after a storm. When their tubes are entire, but a small portion of the body is protruded, with the exception of the filiform ten¬ tacula, which they thrust about in all directions as if in search of food. The branchial appendages, just mention¬ ed as so finely coloured during life, lose their brightness from day to day as the animals become sickly in confine¬ ment, 1 • gigantea, Mont, the largest of the genus, measures sixteen inches in length, and occurs, though rarely, on the Devonshire coast. We here figure as an example another species, which has likewise been taken on that coast by deep dredging, viz. T. nebulosa of Montagu. See Plate CCLXXV. fig. 8. Genus Amphitrite, Cuv. Pectinaria, Recog¬ nizable by the golden coloured bristles ranged in a coro¬ nal or pectinated manner, in one or more rows, on the anterior portion of the head, where they probably serve .fit uie ucise oi eacn piume is a nesny niament, one or other of which is always prolonged and dilated at the extremity into a disk of various form, which serves as an operculum, and closes the overture of the tube when¬ ever the contained creature chooses to retire. (Plate CCLXXV. fig. 3.) Of this genus the calcareous tubes cover, by their tortuous windings, the surface of stones, shells, and other submarine bodies. The species are wide¬ ly distributed throughout the seas of Europe, India, and America. The largest are indigenous to the warmer cli¬ mates of the globe. Little is known of their instinctive habits or natural economy. They are said to feed on aquatic animalcules, which they seize by means of their branchial tentacula. Linnaeus, and most of the naturalists of his time, placed the Serpulae among the testaceous Mollusca. They now constitute a numerous genus, of which several species oc¬ cur in the European seas. They are very contractile, and are supposed to feed on animalcules. A well-known species, S. contortuplicata (Plate CCLXXV. fig. 1), has rounded tortuous tubes, of about three lines in diameter. Its operculum is tunnel-shaped, and its branchiae are of¬ ten of a beautiful red, or varied with yellow and violet. Any object thrown into the sea is apt to be speedily covered by this species. Genus Spirorbis, Lam. Branchiae much less nume¬ rous than in the preceding genus (from three to four on each side), placed anteriorly in a somewhat radiated form. A pediculated operculum, with a flat summit placed be¬ tween the branchiae. Tube testaceous, and rolled after the manner of a Cornu ammonis. This genus is composed of very small species, which are found attached to fuci, shells, and other marine bodies. They frequently occur in great numbers, though always separate from each other. The animals are of a blood-red colour. We have figured the Sp. nautiloides of Lam. synonymous with the Serpula spirorbis of Linn. See Plate CCLXXV. figs. 2 and 4. Genus Sabella, Cuv. Amphitrite, Lamarck. Body and fan-shaped branchiae resembling those of the preced¬ ing genus, but both the fleshy filaments adhering to the branchiae terminate in a point, and do not form an oper- 1 Linn. Trans, v. p. 228, tab. 9. * Ibid. xi. p. 19, tab. 5. HELMINTHOLOGY. 219 Dor ran- either as a means of defence, for the purposes of locomo- ■ c . tion>i or for collecting the materials of their dwelling. ^ Numerous tentacula surround the mouth, and at the com¬ mencement of the back, on either side, there are comb¬ shaped branchiae. The gills or branchial appendages of this genus are at¬ tached to the anterior part only of the body; and this is the case in fact with all the tribes that inhabit tubes, because gills attached to the other parts of the body, which are covered, would be useless for the purposes of respiration.1 2 Certain species construct very light and delicate tubes, in the form of a lengthened cone, which they carry along in the course of their travels. Their golden bristles form two combs, the teeth of which are directed downwards. Their intestine is very ample, folded several times, and is usually filled with sand. A well-known European species is the Amph. auricoma Belgica of Gmelin, of which we have given two representations. (See Plate CCLXXV. figs. 6 and 7.) Its tube measures about two inches in length, and is formed of little rounded grains of various colours. Other species attach their tubes to different substances, and their golden setae form upon the head several con¬ centric crowns, from which an operculum is produced, which closes the tube when the animal is in a state of contraction. Each foot is furnished with a cirrhus, and the body, terminating posteriorly in a tube curved towards the head, is provided with a kind of muscular gizzard.3 To these belong Amph. alveolata, Ellis, Cbra//. 37, of which the tubes, combined in a compact mass, present regularly dis¬ posed orifices, resembling the cells of a piece of honey¬ comb. Another species, Amph. ostrearia of Cuvier, forms its tubes on the shells of oysters, and is said to be ex¬ tremely injurious to the increase of that valuable mollusc. Cuvier has placed in this order of Annelides the singu¬ lar genus Syphostoma, first made known by Dr Otto, in a dissertation published at Breslau in 1820. (See Plate CCLXXV. figs. 12 and 18.) It appears to have two an¬ terior openings or mouths.4 Here also, but with a more doubtful claim, the genus Dentalium is allowed to stand. Its covering is a solid calcareous shell, in the form of an arched elongated cone, open at both ends, and compared by some to a small tusk of an elephant. (See Plate CCLXXV. fig. 9.) The animal itself does not appear to be in any way articulated, nor to possess lateral setae. Its body is of a conical form like that of the shell, and is very smooth and compact.5 Okder II.—DORSIBRANCHIA. The genera of this order bear their branchiae through¬ out the length of their body, or are at least along its middle portion, and in the various forms of branches, tufts, plates, or tubercles, in which the sanguineous vessels ramify. The majority of the species live in the mud, or swim freely in the sea. A few dwell in tubes. Those in which the branchiae are most highly developed are placed at the head of the order. Genus Arenicola, Lam. Branchiae numerous, com¬ plicated, bush-shaped, and disposed over the intermediate segments of the body. Mouth terminal, in the form of a dilatable fleshy trunk, without either teeth or tentacula. Lorsibran- No apparent eyes. The posterior extremity wants both the branchiae and the bundles of setae with which the other segments are furnished. There are no cirrhi to any part of the body. This genus was established by Lamarck, at the ex¬ pense of the old genus Lumbricus of Linnaeus. The best- known species, A.piscatorum (Lum. marinus, Linn.), Plate CCLXXV. fig. 10, measures about a foot in length, and bears thirteen pair of branchiae. It is of a reddish colour, and when handled it stains the fingers of a fine yellow. It in¬ habits moist sand by the sea-shore, and is much used as a bait by fishermen. Genus Amphinome, Brug. A pair of branchiae on each segment of the body, and two bundles of setae, and a pair of cirrhi to each foot. The sucker is destitute of maxillae. This genus was formed by_Bruguieres from Aphrodita of Pallas and Terebella of Gmelin. Savigny divides it into three, viz. Isif, Gen. Chlceia, containing such as have five tenta¬ cula to the head, and branchiae in the form of tri-pinnate leaves. We have figured as an example (Plate CCLXXV. fig. 13) a large and beautiful species, C. capillata, remark¬ able for its long and thick-set bundles of setae of a brilliant yellow, and its purple branchiae. It inhabits the Indian Seas. 2d, Gen. Pleione, containing those species which, with the same number of tentacula, have tufted branchiae. 2d, Gen. Euphrosine, containing species characterized by bushy branchiae, of a complicated structure, and strongly developed (Plate CCLXXV. fig. 11). The head is furnish¬ ed with only a single tentaculum. The known species in¬ habit the Red Sea. Genus Eunice, Cuv. Leodice, Sav. Branchiae in the form of plumes, but the mouth or trunk is armed with three pair of corneous maxillae of different forms. Each foot has two cirrhi and a tuft of setae. The head bears five tentacula placed above the mouth, and two on the nape of the neck. (Plate CCLXXV. fig. 16.) Some of the species are furnished with a pair of eyes. This genus contains a monstrous worm, Eun. gigantea, Cuv. the largest of all known Annelides. It measures from four to six feet in length, and its body consists of 448 seg¬ ments. Its colour is ashy grey, with an opalescent reflec¬ tion. It inhabits the Indian seas. Montagu (in Linn. Trans, vol. xi. pi. 3) has figured and described a species, under the title of Nereis sanguinea, but which, from the author’s description of the jaws, is no doubt referrible to the present genus, or rather to that subdivision of it called Marphysa by Savigny, and distinguished by the absence of nuchal tentacula. The body is long, slightly depressed beneath, and its segments exceed 270, about forty of which, at the posterior extremity, were of a much paler colour than the others, and appeared to Montagu as if they had been late¬ ly reproduced. The rest of the body was of a fine bronze colour, resplendent with changeable prismatic tints. It is a large species, measuring fourteen or fifteen inches in length. Eun. tubicola inhabits the North Sea, and is re¬ markable for dwelling constantly in a solid corneous trans¬ parent tube. See Plate CCLXXV. figs. 14 and 17. After the preceding genera of the dorsibranchial order, of which the branchiae are complicated, Cuvier places those 1 Montagu observed Terebella venustula fixing its tentacula, and then, by contracting them, draw its body forward. > rSidSform of Lamarck, and Hcrmelia of Savigny. No department of natural history ia more dark- Med byaconfused cloud svnonyms than that which treats of the Annelides. “ Ces perpdtuels otanpmejtades noms say Cu¬ vier, .. finiront par rendre fe’tude de la nomenclature beaucoup plus difficile que celle des fails. («=»'" '• >"• P- u-‘-> ; 'j16 article Spin*, in the Did. lhic d„ Genre Zlclafc, in Mlm. * la See. d’llut. Nat. if Pa... t. ii. p. 321. We may here note, that the genus Dentalium seems to have been equally abundant m ancient as m modern tim^ ciiiuy of the calcareous tubes being found in a fossil state. 220 HELMINTHOLOGY. Dombran-of which the respiratory organs are reduced to simple la- resembling those of the preceding genus, but the feet orDorsib m^n8e’ or even t0 slight tubercles. In some species indeed organs of movement present, in addition to the tubercles cilia the branchiae are represented by cirrhi alone. which bear the setae and foliaceous cirrhi (branchbe), two Some exhibit an alliance to the genus Eunice, in the branchial tubercles, which occupy the upper and under strength of their jaws, and the unequal number of their an- margins. tennae. Such are the genera Lysidice and Aglaura of Genus Spio, Fab. Body slender, with two very long Savigny. tentacula resembling antennae ; head furnished with eyes; Genus Nereis, Cuv. Lycoris, Sav. .Tentacula of even branchiae on each segment of the body, in the form of a numbers, attached to the sides of the base of the head, and simple filament. a little further onwards two others biarticulate, with a pair The species of this genus occur chiefly in the North of simple tentacula between them. A single pair of max- Sea. They are of small size, and dwell in membranous illae in the proboscis. Branchiae composed of small plates, in tubes. They continually agitate their long tentacula. We which a net-work of sanguineous vessels is disposed. Each have figured as an example the S. crenaticornis of Mon¬ foot is moreover provided with two tubercles, two bundles tagu,3 the characters of which will be better understood of setae, and an upper and under cirrhus. by an inspection of Plate CCLXXVI. figs. 1 and la, than by “ The Nereides,” it is observed in Mr Griffith’s Supple- the most laboured description. The tube of this species is ment, “ most usually live in the excavations of littoral rocks, extremely tender, being composed of minute adventitious in the hollows of sponges, in certain alcyones, in univalve matter slightly agglutinated. It is usually attached to or bivalve shells, in Madrepores, in the interstices of the Sertularice. In general the feelers or tentacula are alone radicles of Thalassiophytes, under stones, and in general in displayed ; these are kept in constant motion, and are turn- all bodies which present fissures more or less profound, ed about in all directions, although they are at the same There are some which bury themselves in mud or sand, time capable of instantaneous contraction, where they excavate a lodge proportional to the dimen- Genus Syllis, Sav. Tentacula of uneven number, and sions of their body, and sometimes they line this dwelling moniliform, in common with the superior cirrhi of the feet, with a mucous matter issuing from their body, in sufficient The latter very simple, with a single tuft of setae, abundance to construct a tube or sheath. From this they Some diversity seems to exist in this genus in regard to put forth a greater or less portion of their body, but rarely the presence or absence of jaws, a character, however, of the posterior extremity, so that they may be able to re- too great importance, it may be supposed, to admit of such enter on the slightest indication of danger. They all ap- extreme variation in a natural group. The segments of pear to feed upon animal substances, whether in the living the body are very numerous. state, or in a state of putrefaction more or less advanced. S. monilaris, Sav. (Plate CCLXXVI. fig. 2), inhabits M. Bose, who has observed the manners of some species the Red Sea. Its body is long (consisting of 341 segments), on the coasts of the United States, tells us positively that slightly depressed, insensibly narrowed towards the tail, these animals feed upon polypi and small worms, on which which terminates in two slender moniliform threads, they throw themselves, by darting the anterior part of their Genus Glycera, Sav. Recognizable by the form of body, which they have first contracted. Otho Fabricius the head, which bears the shape of a fleshy conical point, tells us of some species of Spio, or Nereides with tubes, that resembling a little horn, and of which the summit is divid- they seize the planariae on which they feed, by means of ed into four scarcely perceptible tentacula. The maxillae their long tentacula.” are alleged to vary as in the preceding genus. The species of this genus have a linear shaped body, Few of the species have been observed in a recent state, more or less convex above, and composed of numerous G. unicornis is supposed by some to be identical with the segments. The term Sea scolopendrce, sometimes applied Nereis alba of Muller and Gmelin. Its native country is to them, expresses not inaptly their usual form. (See Plate unknown. G. Meckelii of Audouin and Edwards occurs CCLXXV. fig. 15.) N. margaritacea of Leach is distin- on the shores of France.4 guished by its pearly body, terminated by two long setae. Genus Nephthys, Cuv. The species of this genus are Its head is tri-lobate, with eight tentacula. This species distinguished by a trunk resembling that of Phyllodoce, is common near the Bell Rock, and is subject to great va- but they want the tentacula, and have on each foot two nation of colour. bundles of setae, widely separated, with an intermediate Near the preceding Nereids may be classed several ge- cirrhus. nera of the same slender form, and with branchiae reduced The only species admitted by Savigny is N. Hombergii, to simple plates, or even to threads or tubercles. In some discovered by the gentleman whose name it bears, near the maxillae and tentacula are absent. Havre de Grace. Genus Phyllodoce, Sav. Tentacula on the side of Genus Lombrinera, Blainv. Tentacula wanting. The the head, in equal numbers, with four or five smaller ones body, which is extremely elongated, bears on each segment in advance. Eyes apparent. Flunk large, and provided merely a little forked tubercle, from which issues a small with a circle of very short fleshy tubercles. No apparent bundle of setae. jaws. Branchiae broad, and in the form of leaves, thin, Fo this genus are referrible, among other species, the flat, and veined. Body linear, with many segments. Nereis ebranchiata of Pallas,5 and the Lumbricus fragilis Ph. laminosa, Sav., is almost cylindrical, and consists of of Muller.6 The latter forms the doubtful genus Scoletoma from 325 to 338 segments. It is of a brown colour, with of Blainville. reflections of purple and violet. Though nearly a foot long, Genus Aricia, Sav. Teeth and tentacula wanting, it measures only a hne and a half in breadth. It inhabits Body elongated, with two rows of lamellar cirrhi on the the shores of Nice. The Nereis lamelligera Atlantica of back. Anterior feet furnished with dentated crests, which Pallas is probably a Phyllodoce. are absent from the other organs of movement. Genus Alciopa, Aud. and Edw. Mouth and tentacula Genus Hesione, Sav. Body short, thickish, composed tcriof to lLbpuXfaStf S^iyfwoT0 Mn,ed (ln ^ dec- I’rima> P1'1 %• ^ a P»>- 1 Nov. Act. Petrop. t. ii. p. 233, tab. 5. Linn. Trans, xi. tab. 14, fig. G (not 3, as in the author’s references to his own figures). Litton, de la France, Annelides, pi. vi. fig. 1. 5 Nov. Act Petrop. t. li. pi. vi. fig. 2. Zool. Dan. pi. xxii. HELMINTHOLOGY. 221 jl •, n. of few segments, and these not very distinguishable. A iSKj very long cirrhus, probably performing the functions of v '' branchiae, occupies the upper part of each foot, which has also another beneath, and a tuft of setae. The sucker is large, but unprovided with either teeth or tentacula. the species, though few in number, seem pretty widely distributed. H. splendida, Sav.1 (Plate CCLXXVI. fig. 3), occurs on the coasts of the Red Sea, and was found by Mathieu at the Isle of France. H. festiva greatly resem¬ bles the preceding, though of smaller size. It was disco¬ vered in the neighbourhood of Nice, by M. Risso.2 Genus Ophelia, Sav. Body thick and short, with the segments not very apparent, and the setae scarcely visible. For two thirds of its extent long cirrhi serve as branchiae. The palate contains a toothed crest, and the lips are sur¬ rounded by tentacula, of which the two upper are larger than the others. 0. bicornis, Sav. discovered by Orbigny, seems the only species yet distinctly known. Genus Cirrhatulus, Lam. A very long branchial fila¬ ment, and two small tufts of setae on each segment of the body. These segments are very numerous and closely set, and there is an additional range of filaments on the poste¬ rior part of what may be called the neck. The head, but slightly apparent, has neither jaws nor tentacula. To this genus Lamarck (under the name of C. borealis) refers the Lumbricus cirratus of Otho Fabricius.3 Cuvier considers the Terebella tentaculata of Montagu4 as like¬ wise being a species of Cirrhatulus. See Plate CCLXXVI. fig. 4. The body of this marine Vermis is long and slender, and composed of more than 200 annulations, each of which is furnished with two fasciculi of very minute bristles. There are no eyes, and the branchiae are obscure. From the sides of the segments issue very long, red, capillary appendages, most numerous near the anterior end, the ex¬ treme point of which, however, is destitute of them, and becomes acuminated. The mouth is placed on the infe¬ rior face. The posterior end is likewise obtusely pointed. The length of this animal is eight or nine inches. The colour of the upper portion is olive green, of the under dull orange. While in a state of nature, the filiform ap¬ pendages of the sides are in continual motion, appearing like slender red worms, twisting themselves around the body in all directions. This curious species was taken from a piece of timber that had been perforated by Pholades, and was destitute of any natural covering.5 Although Mon¬ tagu placed it in the genus Terebella, he expressed his doubts as to the genus to which it really belonged. Genus Palmyra, Sav. Setae of the upper tufts large, flattened, fan-shaped, and shining with the brilliancy of polished gold; under tufts small. Cirrhi and branchiae not much developed. Body elongated, with two rather long and three very short tentacula. The only known species is P. aurifera, a native of the Isle of France, from whence it was sent to Paris by M. Mathieu. Genus Aphrodita, Linn. Distinguished by its two longitudinal ranges of broad membranous scales, which cover the back, and beneath which the branchiae, in the form of little fleshy crests, are concealed.6 The form of these Annelides is usually flattish, and is shorter and broader than in most of the genera. The in- Abranchia. terior contains a very thick and muscular oesophagus, sus- ' ceptible of being in part protruded outwards, like a trunk or sucker ; there is likewise an unequal intestine, furnished on each side with a great number of branched caeca, of which the extremities are attached between the bases of the tufts of setae, which serve as locomotive organs. It is alleged that the sexes are separate in the Aphroditae, and that the females are oviparous. At certain periods the female is certainly found filled with egg-like substances, which swim in a circumambient liquid, and the male is said to abound with milt. Savigny has raised this genus to the rank of a family, con¬ taining three genera, viz. Palmyra, already noticed, Hali- thea, and Polynoe. To the genus Halithea belongs a well-known British species, Aph. aculeata, Linn. It is of an oval form, six or seven inches in length, and nearly two inches broad. The scales of the back are covered, and in part concealed, by a substance resembling tow, which takes its growth from the sides. From these sides also spring groups of strong spines, which partially pierce through the tow-like substance, and bundles of softer and more flexuous bristles, which shine with the brilliancy of gold, or exhibit the various tints of the rainbowy scarcely yielding in beauty, as Cuvier has ob¬ served, either to the lustrous plumage of the humming-bird, or the sparkling of precious gems. Lower down is a tu¬ bercle, from which spines issue in three groups, and of three different sizes, and lastly, a fleshy cone. There are forty of these tubercles on each side ; and between the first two there are a pair of small fleshy tentacula. There are fifteen pair of broad scales, sometimes pursed, upon the back, and fifteen small branchial crests on each side. This curious creature is known along our native shores by the name of sea-mouse. Two other species, Aph. sericea and hystrix, are referrible to the same genus. Another subdivision of the Linneean Aphrodita: has none of the flax-like substance on the back—the tentacula are five in number—and the trunk encloses strong corneous mandibles. (Plate CCLXXVI. fig. 5.) It is named Polynoe by Savigny, and contains most of the old species described by Linnaeus, Pallas, Muller, and Otho Fabricius. The Aph. clava of Montagu7 is a Polynoe. Several other ge¬ neric groups have been recently formed by Audouin, Milne Edwards, and others, from the genus Aphrodita.8 Genus Chjetopterus, Cuv. Mouth with neither trunk nor sucker, provided above with a lip, to w hich are attach¬ ed two or three small tentacula. Then follows a disk, fur¬ nished with nine pair of fe’et, followed by a couple of long- silky bundles like wings. The lamelliform branchiae are attached rather to the under than the upper portion, and prevail along the middle of the body. There is only one species of this singular genus, Ch. per- gamentaceus, Cuv. which measures from eight to ten inches in length, and inhabits a tube formed of a substance re¬ sembling parchment. It occurs in the West Indian seas.J Order III.—ABRANCHIA. In this the third principal division of the Annelides there is no apparent external organ of respiration. Certain spe- 4 Linn. Trans, ix. pi. vi. fig. 2. 5 Ibid. p. 110. 1 Ouvrage d'Egypte, pi. iii. fig. 3. 2 Etir. Merid. t. iv. p. 418. * Fauna Groenlandica, p. 281, fig. 5. . , j 6 In the opinion of some observers, the Aphrodite* offer an exception to the characters of their class in not being possessed oi icd blood; but Cuvier has stated his belief (Regne Animal, t. iii. p. 180, note) that that feature is distinguisia e in pi. squama a. 7 Linn. Trans ix pi vii. fig 3 8 See Re^ne Ammal‘> U m- P‘ 20?- 3 For descriptive notices (with figures) of several rare and otherwise interesting British Annelides, consult a series of papers pub¬ lished in the Magazine of Natural History (chiefly volumes Gth and 7th), by an ingenious observer, Dr Johnston of Berwick. 222 . HELMINTHOLOGY. Abranchia. cies, like the earth-worm, seem to respire over the entire surface ; others, like the leech, by interior cavities. We perceive a circulating system of closed vessels, generally filled with red blood, and a nervous knotted cord, as among the preceding groups.1 Some are furnished with setae, which aid the locomotion, while others are destitute of these parts; from whence arises a subdivision into two principal families. FAMILY I ABRANCHIA SETIGERA. These are furnished with setae, and correspond to the two genera Lumbricus and Nais of Linn. Genus Lumbricus, Cuv. Body long, contractile, cylin¬ drical, divided by wrinkles into a great number of appa¬ rent rings. Mouth without teeth, subterminal, bilabiate, the upper lip larger than the other, advanced. No eyes. This genus corresponds to Enterion of Savigny, and contains the earth-worm and other species. The setae are rough and short, as if unguiculated. Each segment is provided with eight of these setae, that is, four on each side, united in pairs, and forming, by their distribution on the body, eight longitudinal rows, of which four are lateral and four inferior. From six to nine of the segments, com¬ prised between the 26th and the 37th, are swollen, and form towards the anterior and superior portion of the body a kind of cincture, especially perceptible during the breed¬ ing season. In the interior of these creatures wre perceive a straight wrinkled intestine, unprovided with a caecum, but receiving in its course several muscular fibres (proper to the rings of the body), which form an equal amount of small diaphragms. Some internal whitish glands towards the anterior of the body are regarded as connected with the generative system. The nervous cord consists of a series or infinity of very small ganglia, closely set together. The circulation of the blood among the Lumbrici is by no means difficult to detect. We may perceive arising from the intestinal canal, and from the inner surface of the out¬ er envelope, an infinite number of small veinous vessels, which interlace with a great assemblage of arterial ones. These veins unite in one common trunk, placed longitudi¬ nally beneath the belly, and from that trunk proceed five small canals, which finite in a single dorsal vessel, which may be regarded as the heart. From the last-mentioned organ small arteries take their origin, and proceed to form a net-work with the veins of the superficies of the body,— thus completing the circulation. Respiration appears to be carried on at the surface of the skin, most likely by means of extremely small internal branchiae. The appearance of the common earth-worm {Lumbricus terrestris) is too familiar to need description in this place. We shall merely mention, that beneath the sixteenth seg¬ ment there are two pores, the uses of which are still un¬ known. The mode of production is likewise still disputed. M. Montegre2 maintains that the eggs descend between the intestine and the outer envelope, around the rectum, where they hatch, and are speedily protruded in the living state. M. Dufour, on the contrary,3 asserts that they lay eggs resembling those of leeches.4 See Plate CCLXXVI. figs. 7, 8, 9, 10. The ordinary habits of the earth-worm are well known. They inhabit moist earth, which they pierce in all directions, and a quantity of which they swallow. They also, however, feed on animal and vegetable remains, and always prefer soil imbued with those substances. TheyAbrand seek each other’s society chiefly during the night, and in ^ the month of June. Under the specific name of terrestris, / naturalists have no doubt confounded many different kinds. Savigny, to whom we owe so much in relation to the An- nelides in general, has, since the publication of his great work on that class, devoted his attention more particularly to the genus Lumbricus, and has ascertained the existence of about twenty-two species in the environs of Paris alone.5 In the genus Hypogceon of Savigny, each segment is furnished with an additional seta on its dorsal surface, and the setae are long, spiny, and sharp-pointed. The body in form and colour greatly resembles that of the common earth¬ worm, but the segments are less numerous, not exceed¬ ing 106, whereas those of the latter amount to 120 and upwards. The only species with which we are acquainted is Hyp. hirturn, first observed in the neighbourhood of Phi- ladelphia. Genus Nais, Linn. Body elongated, linear, flattened, transparent or semi-transparent, and in general provided with lateral ciliae, simple or in tufts. Segments less dis¬ tinctly marked than in the earth-worm. The synonymy of this genus is very confused, its nature and attributes obscure, and its position in the system con¬ sequently various, according to the views of different ob¬ servers. The name, borrowed from the heathen mytho¬ logy, was first applied by Muller, and was generally adopt¬ ed by contemporaneous, as it has been by succeeding, na¬ turalists. It was written Naias by Bruguieres (in Encyc. Method.), an erroneous alteration, in so far as the latter term had been previously consecrated by Linnaeus to a ge¬ nus in botany. Lamouroux increased the confusion by bestowing the name of Navsa on a polypus genus of the family of Tubularia, already known by the title of Plumas- tella ; and the resemblance of the two names has induced some compilers to refer to them as synonymous, although they in fact signify objects belonging to separate classes of the animal kingdom. Lamarck and Cuvier, in preserving the name of Nais to the subjects of our present notice, do not agree regarding their relations to other groups. The former author places them in the third or concluding order of his class Yermes ( Vers hispides), thus disposing them between the genus Gordius and the Epizoarice. His reason for so doing is, that the structure of the Naides is by no means sufficient¬ ly composite to entitle them to a place among the true An- nelides; and the fact of their being capable of multipli¬ cation by incision, shows that their nature is somewhat anomalous in relation to the last-named class. We may bear in mind, howrever, that notwithstanding the observa¬ tions of Trembley and Roesel, their tomiparous generation is doubted by Bose; and, all things considered, we regard them as more nearly related to the genera Nereis and Lumbricus than to any other. We therefore follow Cuvier in placing them among the Annelides. The Naides in general are small vermiform creatures, ot a few lines in length, of a reddish colour, though diapha¬ nous, extremely active in their movements, and of a vora¬ cious disposition. They abound in fresh waters, where some dwell upon aquatic plants,—others beneath stones, or in ’perforations in mud. They prey on minute Crustacea, such as the genus Daphnia, and on the still mi¬ nuter animalcular tribes, and are themselves greedily de- 1 See M. Ant. Duges Sur VAnat. et Phys. des Annel. Abranch. in Ann. des Sciences Nat. for Sept. 1828. 55 Mem. du Mus. t. i. p. 242. * A.nn. des Sciences Nat. t. v. p. 17, and xiv. p. 216. 4 This seeming contrariety is easily reconciled by bearing in mind that these creatures are in fact ovo-viviparous, and are sometime* born in the completed state, sometimes still surrounded by an envelope or egg-like covering. 6 See also M. Morren’s Treatise De Lumbrici terrestris Ilistoria Naturali nec non anatomica. Unix. 1823. HELMINTHOLOGY. 223 a. voured by the fresh-water polypi, which swallow them up, tices of their history and habits, although it was so late as Abranchia. j notwithstanding the pointed ciliae with which their sides the time of Linnaeus before we attained to any knowledge are armed. These ciliae, however, and other apparently of their specific distinctions. The Swedish naturalist (in indigestible portions, are afterwards disgorged by the po- his Fauna Suecica) described eight species, and nume- lypi,bin the same manner as owls and other birds of prey rous additions have been made in more recent times. For reject from their stomachs little rounded pellets of hair a long period the genus Hirudo, as founded by Ray and and feathers. adopted by Linnaeus, experienced no subdivision ; but the The productive powers of the Naides, by whatever pro- labours of Leach, Oken, Savigny, Lamarck, and others, cess accomplished, are truly astonishing. They appear in have shown the propriety of re-arranging a group, consist¬ ing no doubt of natural constituent parts, but composed of beings exhibiting a varied range of structure, and too much extended for the formation of a genus, properly so called. The structure of these creatures is soft and contractile, composed of a great number of articulations, and generally invested by an abundant supply of mucous moisture. The countless thousands in the waters of marshes after the lapse of a few hours, prior to which only some solitary individu¬ als were perceptible. The mouth in these animals is some¬ times a simple cleft, sometimes an opening, accompanied by two lips. The N. proboscidia of Gmelin, being provid¬ ed with a trunk, forms the genus Stylaria of Lamarck; while certain anomalous species; such as Lumbricus tubi fex and marinas of Muller, constitute the conterminous anterior cavity, which contains the- mouth, is named capu- "genus Tubifex of the former author. They dwell in per forations in the mud of streams and marshes, and in the sand of the sea-shore. We may conclude by observing, that the nervous system of the Naides is unknown, and that the ocular points on the heads of certain species, though vaguely named eyes, cannot with any certainty be regard¬ ed as organs of vision. Genus Climena, Lam. Head without tentacula or other appendages. Body cylindrical, composed of few seg¬ ments, somewhat swollen about the middle, and attenuat¬ ed at either end. The posterior extremity is truncated and radiated. These creatures inhabit fixed tubes of a cylindrical form and membranous texture, open at both ends. Our illustration, Plate CCLXXVI. fig. 6, represents Cl. am- phistoma, a species taken in the Gulf of Suez, and indi¬ genous to the shores of the Red Sea. Its tube is composed exteriorly of grains of sand and fragments of shells, and is usually attached to the interstices of rocks, or to Madre¬ pores and other productions of the sea. FAMILY II.—ABRANCHIA ASETIGERA. This family comprehends such of the abranchial order as are unprovided with setae, and is constituted by the old ge¬ nera Gordius and Hirudo of Linn., of which all the dis¬ tinctly-known species are aquatic.1 The leeches in general (Hirudines) are characterized by an oblong body, sometimes depressed, transversely wrinkled, and furnished with a dilatable cavity at either extremity—that is, the mouth is surrounded by a lip, and the posterior end is provided with a flattened disk. These latter parts are useful as organs of prehension and locomo¬ tion, and also act as suckers. The mouth, placed in the anterior cavity, is furnished with three jaws. These useful vermes were probably known in very an- x . cient times. The Halucah or Gnaluka of the Hebrews it is perfectly transparent at the points which adhered to appears to have been one of this tribe, at least the term the coloured layer, and slightly opake, or even ot a whitish has been so translated in our versions of the Proverbs, ch. colour, where it became unattached in passing from one xxx. v. 15. “ The horse-leech hath two daughters, cry- segment to another. Under the microscope it is seen to ing, Give, give.” The Greek writers make mention of be pierced by an infinity of small holes, through which a them under the name of Bdella, and the Latin authors un- mucous liquid flows, which lubricates the surface. The der those of Hirudo and Sanguisuga ; but the ascertain- coloured layer, or pigmentum, adheres strongly to the der- ment of the precise species indicated is by no means easy, mis on which it lies. I he hues which it exhibits are very After the revival of learning we have various general no- different according to the species,—sometimes they are la by Savigny, while the posterior disk bears the name of cotyla in the nomenclature of that author. On the ante¬ rior segments certain small black points are observable, which some designate as eyes, but which have scarcely been proved to fulfil the functions of those organs. They vary in number in the different genera, from two to ten. Various experiments have been made with a view to the ascertainment of this sense. If we place leeches in a ves¬ sel surrounded by black paper, and permit the light to enter only by means of a single small orifice, they are by no means slow in directing themselves to that point;—but this observation we deem to be in no way conclusive, in as far as light produces an efficient action and a directing in¬ fluence, not only upon many of the lowest tribes, which we know to be destitute of eyes, but even upon the sub¬ jects of the vegetable kingdom. M. Moquin-Tandon how¬ ever asserts, that having placed a small piece of red-colour¬ ed wood in front of Nephelis vulgaris, it evidently turned round on purpose to avoid it.2 Their perception of the sense of touch is delicate, although they possess no spe¬ cial or circumscribed organs for its reception. The sense of taste is obvious,—that of hearing and of smell imper¬ ceptible. No odour affects them,—no sound seems to pro¬ duce any influence; nor can we detect any organs which may reasonably be deemed the seat of these last-named functions. The tegumentary system of leeches has been examined in detail in very few species. In the medicinal leech three parts are, however, distinguishable—the epidermis, an intermediate layer which is the seat of colour,—and the dermis. The epidermis is extremely fine and delicate, perfectly colourless, and remarkably deciduous, that is to say, it is frequently renewed, even as often as once in every four or five days in warm weather. It adheres intimately to the lower layer, but not by its entire extent—being fre¬ quently free between the rings of which the body of the creature is composed. When detached we perceive that 1 We do not exactly know what species of the lower tribes is alluded to by Sir T. S. Raffles in one of his letters descriptive of an excursion from Bencoolen. “ I must not omit to tell you, that in passing through the forest, we were, much to our inconvenience, greatly annoyed bv leeches; they got into our boots and shoes, which became filled with blood. At night, too, they fell off the leaves that sheltered us from the weather, and on awaking in the morning we found ourselves bleeding profusely. These were a species of intruders we were not prepared for.” Another species of land leech is said to inhabit Madagascar, where it occurs on plants. ■ It seizes greedily on the legs of the passers by, and sucks their blood. 8 Monographic de lafamille des Hirudinees. Montpellier, 11526, in 4to. 224 HELMINTHOLOGY. Abranchia. dark and uniform, but usually lighter on the under than ed in some detail by several authors, especially that of (Saw-Mv the upper surface; sometimes the ground colour is varied guisuga officinalis, Hcemopis vorax, Nephelis gigas, and by spots or streaks of different intensities, while the pig- Albione muricata. It is composed of a series of ganglions ment, if we may so express it, is occasionally almost colour- extending from the mouth to the extremity of the&bodv, less, and we may then perceive distinctly through the skin and placed, as among the other articulated classes, beneath all the interior organs of the body. The dermis, or deep- the alimentary canal. From each ganglion proceed ner- est layer, exhibits a curious organisation ; it consists of a vous threads, which ramify ad infinitum to the other parts, thickish tunic, presenting an appearance of distinct cir- The circulating system of leeches has been the subject cular articulations, which produce the ringed or wrinkled of still more numerous researches. MM. Thomas,2 CU- aspect of the external surface. The spaces which exist vier, Carena,3 Moquin-Tandon, Duges,4and Audouin,5 have between these rings are covered by the epidermis, and greatly signalised themselves in that laborious field. All seem intended to facilitate the varied movements of the the species hitherto examined have presented four longi- animal. tudinal vascular trunks,—one dorsal, another ventral (these Beneath the skin, of course, are placed the muscles. We two being separated by the alimentary canal), and two find first a layer of transverse fibres, which adheres inti- lateral. These principal organs communicate with each mately to the dermis. This layer covers other muscles, of other, not only by the capillary vessels which meet and which the direction is longitudinal; and beneath these intermingle in the different parts to which they are distri- we find some more, of which the direction is again trans- buted, but also by special branches of considerable diame- versal« ter, which proceed directly from one vascular trunk to ano- The capula or oral sucker is formed by two extensile ther. The ventral vessel furnishes large branches, which, lips; the one superior, usually large, sometimes almost mounting vertically on either side, embrace the intestinal lanceolate—the other inferior, and less advanced. Within canal, and open on the dorsal vessel. Duges names these it are placed the jaws, rarely wanting, and usually three the abdomino-dorsal branches. The lateral branches com- in number, disposed triangularly, and fixed upon a corre- municate with each other by means of transverse branch- sponding number of little tubercles. Their consistence es, which pass beneath the medullary cord. These branch- is slightly cartilaginous, their form almost lenticular, and es have been lately figured and described by Jean Muller their margin, free and cutting, is sometimes smooth, some- (in Archiv. fur Anat. und Phys. Jan. Marz. 1828), and times furnished with a double row of dentations, more or Duges names them latero-abdominal branches. Lastly, less numerous according to the different kinds. A sort of these lateral trunks also send large branches to the dor- cartilaginous ring, which frequently surrounds the base of sal vessel, which bear the designation of latero-dorsal the tubercles, indicates the opening of the intestinal canal, branches. In addition to these canals, which thus esta- which commences by a species of oesophagus more or less blish a direct connection between the principal trunks, narrow, presenting occasionally some longitudinal folds, each of the latter gives rise to an infinite number of small but never any lateral pouch-like swellings. The ensuing vessels, which carry the blood to the various parts, and es- portion or stomach, on the contrary, usually exhibits pecially to the skin, which may be regarded as the princi- throughout its entire extent expansions more or less per- pal, though not the sole, organ of respiration. That other ceptible, according to the state of repletion. In certain organ, to which we now allude, consists of certain pouches, species (such as Clepsina complanata) these lateral appen- amply provided with blood-vessels, which form a net-work dages are never effaced, but constitute permanent caeca, on their coats, and proceed from the subdivision of a ves- The rectum is generally separated from the stomach by a sel furnished by the latero-abdominal branches, as well valvular contraction. The anal opening is on the back, as of a large vascular pouch or bag called pulmonary by at the origin of the posterior sucker, called cotyla by Sa- Duges, and which is derived from the lateral trunk. In vigny. The digestive canal is throughout composed of a species of Albione dissected by M. Audouin, the lateral two pellucid tunics, and towards its extremity some mus- vessels were perceived to be in direct communication with cular fibres are perceptible. Although the existence of a the respiratory pouches, by means of two branches, one of liver in the leech tribe is not so ascertained as to be at all which is anterior, the other posterior. He also observed generally admitted (indeed it is denied by some, and doubt- that numerous branches sprang from the anterior portion ed by many), yet M. Blainville describes an apparatus for of the dorsal vessel, and proceeded partly to the pouches, the secretion of bile, consisting of a cellulo-membranous and partly to the lateral trunks. Thus the pouches com- tissue, surrounding a portion of the stomach and intestine.1 municate at the same time, both with the dorsal and lateral All leeches are blood-thirsty and voracious, and support vessels. In accordance with these views, the process of themselves by sucking the life-blood of other animals, circulation is supposed to be as follows. The lateral trunks Their powers of digestion and assimilation are, however, are regarded as great veins, which receive the blood from extremely slow. After the lapse of days, weeks, and even all parts of the body, and transmit it to the respiratory months, portions of the liquid or solid matters which they pouches, in which it becomes re-oxygenated ; a small por- may have swallowed are found to remain in the intestinal tion then flows back to the lateral vessels, while the great- canal. The kinds used in medicine, moreover, offer this er portion enters the dorsal vessel, and then the ventral peculiarity, that the blood which they have sucked does one, both of which assist in propelling it to all the other not seem to experience any sensible alteration in their sto- parts of the body, from whence it returns to the lateral mach, but maintains its natural colour and fluidity. If, branches, and thence flows to the respiratory pouches as however, the leech dies, or the blood is exposed to the aforesaid. We must add, however, that M. de Blainville air’^ sPeedily coagulates, and becomes of a blackish brown, and others deny that the pouches or vesicular sacks just he neivous system of the leech tribe has been describ- mentioned are of a pulmonary nature.6 They regard them Essai d une Monographic dc la famille dcs Hirudineei. Paris, 1827, in 8vo. Mem. pour servir a VHistoire Nat. dcs Sangsucs. Paris, 1806. Monographic du Genre Hirudo, in Mem. de I'Acad. de Turin, tom. xxv. Recherches sur la Circulation, <^c. des Annelides Ahranches, 1828. Articles Sangsuc and Sangsues, in the Dictionaire Classiquc d'Hist. Nat. envn* a Vier ®e.em®. t0 express no very decided opinion on the subject above referred to. “ On voit dans plusieurs en dessous du corps deux senes de pores, orifices d autant de petites poches interieures que quelques naturalistes regardent comme des organes du plupart du temps remplis d’un fluide muqueux.” (Regne Animal, t. iii. p. 213.) respiration bien qu’ils soient la HELMINTHOLOGY. 225 a. rather as secreting glands, and it is certain that respiration j is carried on in great part through the medium of the skin. Various kinds of leeches may be often seen fixed by their posterior sucker, and swinging themselves to and fro for hours and even days together, their bodies being at that time more than usually flattened, in order to render the motion more effective. They are then respiring after the manner of the Naids, by bringing their cutaneous system into constant contact with a fresh supply of water. Dur¬ ing this singular process the pulmonary pouches are al¬ most quite inert, and their sanguineous vessels scarcely perceptible, while the cutaneous net-work, on the contrary, is in full and remarkable activity. Leeches are hermaphrodites, like others of their class; but sexual union of separate individuals is indispensable to the process of fecundation. Although in many of their more obvious characters they so nearly resemble the Plana- ri£e,.they stand too high in the scale to be capable of repro¬ duction by excision, or the cutting of parts. A variety of opinion exists among naturalists regarding the mode of pro¬ duction, whether by eggs or living young. It is probable that such as do not appear to lay eggs are merely ovo- viviparous, and bring forth their young alive, after they have been hatched in the body of the parent. The ma¬ jority of species in truth lay oviferous capsules, each con¬ taining several germs. Certain kinds of Clepsina are distinguished by this peculiarity; a small pouch exists in the*3 * *abdomen, in which the young seek protection du¬ ring infancy. They attain to full size rather slowly, and the&duration of life is considerable, though not distinctly known. Medicinal leeches have been kept in life for a period of eight years; and it has been inferred, that if, with the disadvantages of confinement, and irregular sup¬ plies of food, they survive so long, their natural term of life must be much greater. This, however, we regard as an inconclusive, if not erroneous mode of reasoning; for we know that among insects and other classes of the more lowly organized departments of animal life, absti¬ nence, and the non-fulfilment of their natural instincts, are uniformly found to prolong their period of existence. The leech tribe in general is widely distributed over the earth’s surface, although, as usual, each species has its own range of localities.1 * Our medicinal kinds seem proper to Europe, although they extend from Russia to the southern point of Spain. All the species are ex¬ tremely sensible of atmospheric changes. They seem agitated during high winds, and often bury themselves in the mud during cloudy weather. Some fanciful observers have even kept them in confinement, that they might serve to indicate the weather; but we incline to think that it is fully as useful, and not more troublesome, to look out of a window than into a phial. On the approach of cold weather they sink into the mud, and pass the winter in a state of lethargy. We shall now proceed to a brief consideration of the principal genera into which the tribe has been partitioned by modern naturalists. Genus Sanguisuga, Sav. Oral sucker consisting of several segments ; upper lip almost lanceolate ; aperture transversal, jaws three in number, compressed, and each Abranchia. armed on their cutting edges with two ranges of fine teeth. Ten black points (which some regard as eyes) disposed in a curved line ; the posterior four more isolate. Anal sucker obliquely terminal. This genus contains the leeches properly so called, that is, the medicinal kinds ; and, according to Savigny, consists of three species. Some recent additions, however, have been made to these by MM. Moquin-Tandon and Carena. II. medicinalis of naturalists (Plate CCLXXVI.fig. 14) is the most common kind, and that most frequently used for blood-letting purposes. It occurs throughout the fresh¬ water marshes of Europe, and measures from four to five inches in what may be called its medium state, although capable of both contraction and extension within and be¬ yond those limits. Its body, including the anterior sucker, is composed of ninety-eight rings, and is of a deep-green colour on the back, witli six reddish bands, three on each side. The two inner bands are almost spotless ; the two central ones are marked by a chain of small spots and points of velvet-black ; the exterior bands are marginal, and each subdivided by a black fillet. The abdomen is of an olive colour, broadly bordered and spotted with black. Savigny distinguishes, under the name of S. offi¬ cinalis (it is the H. provincialis of Carena), another spe¬ cies, likewise used in medicine (see Plate CCLXXVI. figs. 11 and 12), and frequently confounded with the preceding. It is vulgarly known as the green leech, and resembles the common kind in size, and the number of its segments ; but the colour of the back is not so sombre, and the abdomen is of a more yellow green, and, though bordered with black, is without spots. The six anterior eyes are very projecting, and have more truly the appearance of organs of vision. The third species mentioned by Savigny is the S. granulosa. It was brought by M. Leschenhault from Pondicherry, where it is used in blood-letting after the manner of our European kinds. S. obscura and interrup- ta are both described by M. Moquin-Tandon as indige¬ nous to the vicinity of Montpellier; and S. verbena of Carena occurs in the Lago Maggiore. With the exception of the last-named species, and that from Pondicherry, M. Blainville refers all the others to the H. medicinalis of Linn., of which, according to his peculiar views, he establishes five varieties; the grey, the green, the spotted, the black, and the flesh-coloured. With that love of change for which too many modern na¬ turalists are remarkable, he names the genus Jatrobdella. We have already mentioned that leeches are abundant in all the countries of Europe. France furnishes an im¬ mense supply, and their collection in some of her pro¬ vinces affords the materials of an important branch of commerce. Some curious details on the subject were read several years ago to the agricultural society of the department of Seine-et-Oise. Towards the month of April or May, according to the nature of the season, the coun¬ try people collect the cocoons or capsules formerly men¬ tioned as containing the eggs. These they find in abun¬ dance in the mud of shallow marshes, and convey them 1 We observe it stated in several continental works of authority, that leeches are unknown in, or at least not indigenous to, the western world. We were inclined a priori to doubt the accuracy of this statement, and lateiy in which we were aided by an excellent physiological naturalist of this city, Lr Allen Thomson. /I f , the Unite7sTates!by Drs Wood and Bache (published at Philadelphia in 1833), there is a description of a true American medicinal leech. ThesShors state; that at New York, Boston, and elsewhere, European leeches, that is the gray and green var^ Hirudo medicinalis of Linmeus, are chiefly employed, and are imported in great quantities; .but tha\in 1 n fvol bourhood the indigenous Hirudo decora is used. It is this species which is described m MaJ01- 268). The back is of a deep pistachio-green colour, with three longitudina rows of square spots, twenty-two on every fifth ring. The abdomen is spotted with black. This kind usually measures two or three inches in leil|tb’°™"a ^ ^ taining to the extent of four or five inches. It is carried to Philadelphia by the country people i Xn corre- is said to draw less blood than the European leech, and does not cut so deeply. About three American do not more than corre spond to a single European leech in their suctorial powers. 2 ^ VOL. XI. 226 HELMINTHOLOGY. Abranchia. to various reservoirs in other quarters, so as to spread <**-v**s and propagate the breed. They do not use them com¬ mercially till they are about eighteen months old. Leeches are very numerous in the lakes and marshes in the neigh¬ bourhood of Nantes; and their collection is carried on throughout the whole year, but chiefly during summer. They are transported to Paris in linen bags, each contain¬ ing about 500, placed in panniers, and surrounded by wet moss. During a favourable season the dealers of Nantes will sometimes receive at the rate of fifty thousand every day; and a Parisian druggist informed M. Audouin, that in the summer of 1820 he received from Moulins 130,000 for his own share.1 Many leeches refuse to bite. This generally arises either from their appetite for food having been recently satisfied, or from their being about to change their skins. It is believed, however, that capri¬ cious individuals sometimes occur, which will not suck at all; and of this it is impossible to ascertain the cause. Inflammation occasionally follows the infliction of the bite, and in this case a vulgar prejudice exists that a horse¬ leech has been applied. This is in every way an error, for the horse-leech refuses to fasten upon the human body. The means used for the preservation of leeches in confinement are various. The most common mode con¬ sists in placing them in a bottle of water frequently re¬ newed. Some apothecaries find advantage from placing moss or aquatic plants at the bottom of the vessel, which aid in freeing them from slime. The chief dispenser of the marine hospital of Rochefort keeps his leeches simply in moistened clay, in which the creatures form holes and galleries, where they live happily for years. Genus H^mopis, Sav. Differs from the preceding chiefly in the jaws being not compressed, and furnished with less numerous dentations. (Plate CCLXXVI. fig. 15.) AT. sanguisorba, Sav. {Hirudo sanguisuga, Linn.), com¬ monly called the horse-leech, is a well-known species, somewhat larger than the medicinal kinds, and of a uni¬ form greenish-black colour. A great diversity of opinion seems to exist regarding the blood-drawing propensities of this species. Many allege that it causes wounds ex¬ tremely dangerous both to man and beast. Linnaeus asserts that nine will kill a horse. MM. Huzard and Pelletier, on the other hand, maintain that the horse¬ leech, improperly so called, never attacks any vertebrated animal whatever;2 while M. de Blainville again is of opi¬ nion that these writers have mistaken their subject of observation, and have described the black leech (his Pseudobdella nigra), which is truly characterized by the jaws being nothing more than folds of toothless skin, and may therefore be inferred to confine its attacks to the lower orders of creation. We agree with Cuvier in think¬ ing that the subject deserves a fresh examination. In ad¬ dition to the common species, Savigny describes three other kinds, H. nigra, luctuosa, and lacertina. Genus Bdella,3 Sav. Dentations of the jaws entirely wanting. (Plate CCLXXVI. fig. 17.) Eyes only eight in number. As far as we know, this genus consists of only a single species, the Bd. Nilotica, found in Egypt, and familiar to the Arabs under the name of Alah. It appears to have been known to the ancients ; and Herodotus {Hist, lib. ii. cap. 68) describes it as a parasite of the crocodile. It is ofaAbui chestnut-brown colour above, of a lively red below. (Plate ^ CCLXXVI. fig. 16.) Genus Nephelis, Sav. In this genus the eyes are also only eight in number, tbe four anterior being disposed in a crescent form, the four posterior ranged on each side on a transverse line. The jaws are reduced to three simple folds. Savigny describes three species, N. rutila, testacea, and cinerea. The two former occur near Paris; the last named is frequent in the marshes of the forest of Fon¬ tainebleau. The genus Trochetia of Dutrochet4 5 does not seem to differ from the preceding, except by an enlargement near the position of the generative system. One species ( Gcob- della trochetii of Blainville) comes on shore in pursuit of earth-worms. Another minor genus has been establish¬ ed by M. Moquin-Tandon, under the name of Aulasto- ma. The jaws are represented by numerous projecting folds. The eyes are ten in number. We may here also mention M. Odier’s genus Branchiobdella, of which the jaws are two in number, and the eyes wanting.6 It inha¬ bits the gills of cray-fish.6 In all the preceding groups or genera of leeches, the anterior sucker is but slightly distinguishable from the adjoining portion of the body; but in the two following genera it is rendered more perceptible by a restriction, and is composed of only a single segment. In the genus H-Emocharis of Savigny, the eyes are eight in number, the body slender, and indistinctly ringed. The species do not swim, but march after the manner of the surveyors or geometric caterpillars. They attach themselves par¬ ticularly to fishes. The genus Albione of the same au¬ thor differs from the preceding in its body being beset by tubercles, and in possessing only six eyes. The spe¬ cies inhabit the sea. We may mention as an example the Hirudo muricata of Linn. The genus Branchellion of Sav. is distinguished by what some regard as projecting branchiae. The epidermis is loose and ample, and seems to enclose the animal as in a sack. The species are parasitical, and attach them¬ selves chiefly to fish of the torpedo kind. With the leech¬ es, Cuvier also places the genus Clepsina, Sav., which is characterized by a broadened body, possessing only a pos¬ terior sucker. The anterior portion is a simple orifice, without any appearance of the usual disk. (See Plate CCLXXVI. figs. 13 and 13a.) The species make a near approach to the Planarice, and the one represented by the figure just referred, to was described and figured by Mr Kirby, under the name of Hirudo crenataJ Other genera, allied to the preceding in their enlarged form and absence of the oral disk, have been established by Oken and Blain¬ ville. Of these, however, we cannot give account within our prescribed limits, and we shall therefore conclude the present treatise by a short notice of the more distantly related. Genus Gordius, Linn. Body filiform, smooth, or with very slight transverse markings. Neither branchiae nor tentacula of any kind. A well-known species of this genus ( G. aquaticus, Linn.) is distinguished in this country by the name of the hair- eel. It occurs in springs and marshes, and among moist 3 ®?Ct' CySS'd Hlst‘ NaU t‘ xv' P* 108- 2 Journal de Pharmacie, Mars 1825. 1 hough we adopt the above name, we beg to protest against its propriety of application, in as far as it had been previously used to designate a genus of the class Arachnides. 4 Ihe title ot this genus, it we mistake not, is liable to an objection similar to that stated in the preceding note, Decandolle hav¬ ing previously established Trochetia as a genus in Botany. (See Mtm. du Museum, t. x. p. 106.) 5 We have already explained under what reservation of doubtful function we use the word eyes, in reference to the tribe of leeches. « Mtm. de la Soc. d'Hist. Nat. t. i. pi. iv. Linn, Trans, ii. tab. 29, p. 318. H E L (t,-. a sand. It also dwells in mud, which it perforates in all di¬ ll rections. The position of the genus is variously regard- lelni ed by different naturalists, and the extreme tenuity of 1 form in these creatures has probably opposed obstacles in the way of a precise knowledge of their structure. The nervous system being composed of a ganglionic cord, H E L 227 seems, however, a strong reason for placing them among Abranckia the Annelides. We follow the Baron Cuvier in so doing, H although we are aware that Rudolphi and Blainville com- Helmont* bine them with the genus Filaria, which contains the noted Guinea worm (F. Medinensis), and is usually regard¬ ed as belonging to the intestinal class.1 (x.) Page. ABRANCHIA 221 Abranchia Setigera 222 Abranchia Asetige- 223 Aglaura 220 Albione 226 Alciopa 220 Amphinome 219 Amphitrite 218 ANNELIDES 216 Aphrodita 221 Arenicola 219 Aricia 220 Aulastoma 226 Bdella 226 Branchellion 226 Branchiobdella 226 Clepsina 226 INDEX. Page. Page. Page. Chloeia 2l9 Halithea 22l Ophelia 221 Cirrhatulus 221 Hesione 220 Chaetopterus 221 Hirudo 223 Palmyra 221 Climena 223 Horse-leech 226 Pleione 219 Hypogaeon Dentalium 219 222 Polynoe 221 Phyllodoce 220 DORSIBRANCHIA....219 Jatrobdella. 225 Pseudobdella. .226 Earth-worm 222 Leeches 223-225 Enterion 222 Eunice 219 Euphrosine 219 Glycera 220 Gordius 226 Haemocharis 226 Haemopis 226 Hair-worm 226 Lombrinera 220 Lumbricus 222 Lysidice 220 Marphysa 219 Nais, .222 Sabella 218 Sanguisuga 225 Serpula 218 Spirorbis ...218 Spio .,..220 Syllis 220 Syphostoma 219 Nephelis 226 Terebella 218 Nephthys 220 Trochetia 226 Nereis 220 TUBICOLiE 218 HELMOND, a town of the Netherlands, in the province of North Brabant, on the river Aa, which flows through it in three branches. It is defended by a strong castle, and contains 500 houses, with 2492 inhabitants, wrho carry on considerable trade in linen yarn, linen cloth, and especially damask table-cloths and napkins. Long. 5. 37.17. E. Lat. 51. 29. 4. N. HELMONT, John Baptist Van, a famous Braban^on physician, and leader of distinction in the chemical school of medicine, was born at Brussels in the year 1577, and descended of a noble family. At Louvain and other places he studied medicine with so much avidity, that he had perused Hippocrates, Galen, and the Greek and Arabian physicians at a very early period of life. When not more than seventeen years of age, he read public lectures at Lou¬ vain, and was created doctor of physic in the year 1599, when only twenty-two. Having, in 1609, married a wife who was both rich and noble, he retired with her to Vil- forde, where he practised as a physician, without taking any fees. He was accustomed to boast of the thousands whom he cured every year; but his success in his own fa¬ mily was by no means great, for his eldest daughter died of a leprosy, and he lost two sons by the plague. He pub¬ lished a variety of works, by which he acquired great re¬ putation. He was invited to the court of Vienna by the Emperor Rodolph, but he declined accepting the invitation. He died in the year 1644, in the sixty-eighth year of his age. Van Helmont was a man of acute genius, clear-sight¬ ed in detecting the mistakes of others, and extremely fond of forming hypotheses of his own, which were not always supported by conclusive arguments. He affirmed with great boldness, evinced extreme credulity, and showed excessive fondness for narrations, however extravagant, which seem¬ ed to favour his own preconceived opinions. Perhaps his greatest foible was the liberal manner in which he praised himself, in reference to his own pretended nostrums and specifics. His ideas were far from being perspicuous, chiefly owing to his habit of employing terms and phrases which he had not properly defined. He added much, how¬ ever, to the stock of chemical facts at that time known, and paved the way to more interesting discoveries ; and he con¬ tributed more than any of his predecessors to subvert the Galenical theory of humours and qualities, which he cer¬ tainly combated with many forcible arguments. His theory of ferments was in a great measure espoused by Sylvius. His son Francis Mercury published a collected edition of his works, Amsterdam, 1648, in 4to, which has often been re¬ printed since, under the title of Opera Omnia, and has been * A common belief prevails in this country among the young and ignorant, that Gordn or hair-eels derive their origin from hmse- hairs, or at least, that if a hair plucked from the tail of a horse (or probably a mare) is placed in water, it will ere long assume the form and fulfil the functions of a Gordius,-in other words, will become animated. We once heard this subject very gravely discussed in a company of poets and philosophers. The writer of the preceding sketch maintained, perhaps more seriously than so absurd a subject deserved, that such a transformation could not be. His arguments, which proceeded on certain general pnncip es no nec to be here narrated, were met by an equally serious assertion on the Parl ^ W that native of the vale of Ettrick, in the so ~ ' " ' ’ ’ ' " * having on one occasion, while engaged some weeks after in the form of a congeries, Blessed be the day I ’scaped the Stygian crew, From Pyrrho’s maze, and Epicurus’ sty. And held high converse with the godlike few, Who to the enraptured heart, and ear, and eye. Teach virtue, beauty, love, and truth, and melody. 228 H E L H E L Helsing¬ fors. Helmsley translated into Dutch, French, and English. Of all his productions, the most curious are, 1. Febrium Doctrina in- audita, Antwerp, 1614, in 8vo ; and, 2. De Magnetica Vul- ^ nerum naturali et legitima Curatione, contra Joh. Roberti, Soc. Jesu, Paris, 1621, in 8vo. HELMSLEY, a town of the wapentake of Rydall, in the north riding of the county of York, and 218 miles from London. It is on the river Rye, in a beautiful valley. It is well built, and had formerly a strong castle, which was demolished by Cromwell. There is a good market, which is held on Saturday. Near it are the ruins of Itevaulx Abbey, converted into a splendid modern mansion. The population amounted in 1801 to 1449, in 1811 to 1415, in 1821 to 1520, and in 1831 to 1485. HELMSTEDT, a city of the duchy of Brunswick, in Germany, the capital of the circle of the same name. It stands near the river Elze, and is fortified. It contains two churches, an orphan-house, three hospitals, 659 houses, and 5420 inhabitants. It was formerly the seat of a uni¬ versity of great celebrity. There are manufactures car¬ ried on of flannels and other woollen goods, and bleacheries, tanneries, and some distilleries. Long. 10. 56. 55. E. Lat. 51. 13. 45. N. HELMUND, Hekrmund, or Hirmund, a river of Kho- rassan, and the largest of any in that country, has its rise to the west of Cabul, in the hill called Kohi Baba. It runs south-west through the Hazara country, and passing south¬ ward, it crosses the great roads from Candahar to Herat at Greeshk, a distance of 260 miles, and its course is through very high and steep hills. It falls into the lake of Seestan, after a course of 360 miles. It is a very large river in sum¬ mer, from the melting of the snows; and it is a common practice with the inhabitants to try to shoot arrows across, or to sling stones, which they are not able to accomplish. In the cold weather it is only breast deep. There are two boats at the Greeshk Pass, but for the greater part of the year the river is fordable. Its stream is swelled by several considerable tributaries. liELOISE, celebrated on account of her unfortunate af¬ fection for her tutor Abelard, and for her Latin letters to him after they had retired from the world. She died abbess of Paraclete in 1163. See Abelard. HELOS, in Ancient Geography, a maritime town of La¬ conia, situated between Trinasus and Acriae. In Pausa- nias’s time it was in ruins. This district was called Helo- tea, and the people Helotes, Helotce, Helei, and Heleatce, by Stephanus, and Ilotce by Livy. Being subdued by the Lacedaemonians, they were all reduced to a state of public slavery, or made the slaves of the public, on the condition that they could neither recover their liberty nor be sold out of the territory of Sparta. Hence the term siXurmiv, in Haipocration, for being in a state of slavery ; and hence also the Lacedaemonians called the slaves of all nations whatsoever helotes. The epithet is Heloticus. HELOTS, in Grecian antiquity, the slaves of the Spar¬ tans. The freemen of Sparta were forbidden the exercise of any mean or mechanical employment, and therefore the whole care of supplying the city with necessaries devolved upon the Helots. HELSINGBORG, a city of Sweden, in the province of Malmoe. It stands at the entrance, and the narrowest part, of the Sound. It is a lively place of trade, being the principal entrance to Sweden from the Danish dominions. I here is no harbour ; but the vessels are moored to the mole, oi bridge of boats. It contains 350 well-built houses, and 2150 inhabitants. It is in long. 12. 38. 27. E. and lat. 56. 2. 55. N. a circle of the Russian government of Finland, on the Gulf of Bothnia, extending over 6808 square miles, and comprehending three cities or towns, 6692 villages or farms, 21,952 families, and a population of 175,000 persons. The northern part is mountainous ; but H I the southern is low and level, and produces sufficient corn || for the demand of the inhabitants. It yields for exporta-Helve tion some hemp and flax, and a little iron for home use. The capital, of the same name, is situated on the sea-shore and, since it has come under the Russian dominion, has been regularly fortified. The harbour is deep, safe, and spacious and is frequented by foreign ships, as well as by those be¬ longing to the city. The chief trade consists in the export of planks, masts, spars, corn, and salted fish. It contains three churches, 1100 houses, and 9105 inhabitants. Lons' 26. 55. E. Lat. 60. 5. N. HELSTONE, a town in the county of Cornwall, in the hundred of Kerriar, 276 miles from London. It stands on the river Loe, which forms a harbour near the town. It is one of the chief markets for tin, and has a stannery for affixing a stamp to prove its purity. The tower of the church, ninety feet in height, is a conspicuous sea-mark. It consists of four streets crossing each other at right angles, with a stream of water running through them. It is a borough governed by a mayor and aldermen, and returns one member to the House of Commons, chosen by about 300 voters. It has a good market, which is held on Satur¬ day. The inhabitants amounted in 1801 to 2248, in 1811 to 2297, in 1821 to 2671, and in 1831 to 3293, HELVETIC, something which has a relation to the inhabitants of the Swiss cantons, who were anciently called Helvetii. HELVETII, a people of Belgica, in the neighbourhood of the Allobroges and the Provincia Romana. They were famed for bravery and a predilection for war. The Civi- tas Helvetia was divided into four pagi or cantons, situated to the south and w est of the Rhine, by which they were divided from the Germans ; and extending towards Gaul, from which they were separated by Mount Jura on the west, and by the Rhone and the Leman Lake on the south, and therefore called a Gallic nation. (Tacitus, Caesar, Strabo, Ptolemy, Pliny.) HELVETIUS, Claude Adrian, a man of letters, and celebrated French philosopher, was born at Paris about tlie beginning of 1715. After receiving the rudiments of his education in his father’s house, he was sent to the College ol Louis-le-Grand, where he discovered greater indica¬ tions of genius than any of his fellow-students, and thus gained the esteem of the professor of rhetoric, by whom particular attention was paid to his education. By his ele¬ gant and graceful exterior he endeavoured to ingratiate himself with the fair sex ; but he was soon convinced, that although external advantages may dazzle for the moment, nothing but intellectual accomplishments can command esteem and respect. The circumstance which led him to perceive the absolute necessity of mental improvement, in order to be truly esteemed and admired, is worthy of notice. When walking alone in one of the public gardens, he dis¬ covered a most extravagant figure amidst a circle of young and amiable ladies. This was the geometer Maupertuis, who engrossed all the care and attention of this charming group, notwithstanding the ridiculous and grotesque singu¬ larity ol his dress, appearance, and manners. This convin¬ ced Helvetius, that if he wished to be sincerely admired or esteemed, dancing, tennis, and all other bodily exercises must give place to the cultivation of the mind. Imme¬ diately, therefore, he became a solitary, recluse student; the mathematics in particular attracted his attention ; and in a short time he was admitted as the companion of some of the most distinguished literary characters of the period in which he lived. Voltaire and Montesquieu were amongst his early acquaintance ; and with the latter he contracted a cordial and lasting friendship. The first literary produc¬ tion of Helvetius was of the poetical kind, consisting of epistles on happiness; but these were not communicated to HEM HEM 229 *, • i sthe public until after his decease. When read in private, I! however, they were much admired, and Voltaire considered [cffli them as a strong proof ot the didactic and philosophical upti- powers of their author. When the Esprit des Loix or Mon- rY" ’ tesquieu appeared, the work was studied by Helvetius with the utmost care and attention; and his only objection to it was that it did not contain the first ideas respecting the things of which it professed to treat. Instead of examin¬ ing systems of legislation, and comparing them with each other, Helvetius was of opinion, that the nature of man should first be studied, and that the laws for governing him should be founded on the principles of his own constitu¬ tion. This seemed to him true philosophy, and with such ideas he determined to undertake a work which might supply what he conceived to be defects in the publication of Montesquieu. Accordingly, in 1 <58 appeared his fa¬ mous book De l'Esprit, which was published without the author’s name, but which was condemned by the parliament of Paris, as tending to degrade the nature of man; a pro¬ ceeding which had the .effect of making the book be sought for with avidity all over France, as well as other European countries, and gave to the speculations of the author much more importance than perhaps they would have otherwise acquired. To avoid the malice of his enemies, he visited England in the year 1762; and in the following year went to Prussia, where he was received with every mark of re¬ spect by the king, who gave him lodgings in the palace, and admitted him into his familiar parties. He was un¬ commonly liberal to the indigent, some of whom but ill re¬ quited him ; on which occasions he was wont to say to his friends, “ If I were a king I would correct them ; but as I am only rich, and they are poor, I do my duty in relieving them.” Although his constitution was excellent, and his friends thence concluded that they would long enjoy the happiness of his society, he fell a victim to the gout in his head and stomach in the month of December 1771, being then in the fifty-sixth year of his age. Besides his work De VEsprit, Helvetius was the author of, 1. De 1’Homme, de ses Facultes intellectuelles, et de son Education, in two vols. 8vo ; 2. Le vrai sens du Sys- teme de la Nature, London, 1774, in 8vo ; 3. Le Bonheur, a poem in six cantos, London, 1772, in 8vo ; all published after his death. Helvetius possessed considerable taste and ingenuity, some knowledge of human nature, and a turn for ridiculing the follies of mankind ; but as a philo¬ sopher he was plausible rather than profound, fond of para¬ doxes, and so prone to scoff at what he considered as false re¬ ligion, that his belief in the true faith came to be questioned. At the same time his works abound in just observations, often very happily expressed ; and he displays a knowledge of the world, of which we but rarely meet with indications in the works of speculative men. HELVIDIANS, a sect of ancient heretics, denominat¬ ed from their leader Helvidius, a disciple of Auxentius the Arian, whose distinguishing principle was, that Mary, the mother of Jesus, did not continue a virgin, but had other children by Joseph. HELVOETSLUYS, a town in the circle of Brill, in the province of Holland. It is a fortified naval station, with a good but small harbour, with docks and storehouses for equipping ships of war. It is the place of direct commu¬ nication with England by the packets, which sail to and from Harwich twice in each week. The population, in 1831, was 1641 persons. Long. 4. 7. 52. E. Lat. 51. 49. 29. N. HEMEL-Hempsted, a town of the hundred of Daco- rum, in the county of Herts, twenty-three miles from Lon¬ don, on the river Gade, with a market on Thursday. The inhabitants amounted in 1801 to 2722, in 1811 to 3240, in 1821 to 3962, and in 1831 to 4759. HEMEROBAPT1STS, a sect amongst the ancient Jews, so called from their washing and bathing every day, Hemero- in all seasons, and observing this custom with the greatest dromi solemnity, as a religious rite necessary to salvation. Epi- phanius, who mentions this as the fourth heresy amongst CyCqun". the Jews, observes, that in other points these heretics entertained much the same opinions as the Scribes and Pharisees, only that they denied the resurrection of the dead, in common with the Sadducees. The sect who pass in the East under the denomination of Sabians, calling themselves Mendai liaki, or “ the dis¬ ciples of John,” and whom the Europeans entitle “ the Christians of St John,” because they yet retain some knowledge of the gospel, are probably of Jewish origin, and seem to have been derived from the ancient Hemero- baptists ; at least it is certain that the John whom they consider as the founder of their sect bears no similitude to John the Baptist, but rather resembles the person of that name whom the ancient writers represent as the chief of the Jewish Hemerobaptists. These ambiguous Chris¬ tians dwell in Persia and Arabia, but principally at Bas- sora ; and their religion consists in bodily washings, per¬ formed frequently and with great solemnity, and attend¬ ed with certain ceremonies, which the priests mingle with this superstitious service. HEMERODROMI, compounded of day, and cisojttoj, course, amongst the ancients, were sentinels or guards appointed for the security and preservation of cities and other places. They went out of the city every morning as soon as the gates were opened, and kept all day patrolling round the place; sometimes also making excursions into the country, to see that there were no enemies lying in wait to surprise them. Hemerodromi were also a sort of couriers amongst the ancients, who only travelled one day, and then deli¬ vered their packets or dispatches to a fresh man, who run his day, and so on to the end of the journey. The Greeks had couriers of this kind, whom they derived from the Persians, as appears from Herodotus. Augustus also established couriers, who, if they did not relieve each other from day to day, yet did it from space to space, and that space was not very great. HEMEROTROPHIS, in Antiquity, a measure of capa¬ city, the same with the chcenix. It was so called from its containing only one day’s food. The word is compounded of jj/Afga, a day, and rgo 74t°5 from Italy, 2262 from Hdi the Philippine Islands, 2218 from the United States, and ~ some small quantities from a few other places. In 1832 the duty on hemp was reduced from 4s. 8d. to Id. per cwt. a reduction which cannot fail to be beneficial to the trade. Manilla, commonly called‘Manilla white rope. Mr Crawfurd gives the following account of this article “ Of the wild banana, one kind {Musa textilis) grows in vast abundance in some of the most northerly of the Spice Islands In the great island of Mindanao, in the Philippines, it fills’ extensive forests. From the fibrous barker epidermis is manufactured a kind of cloth, in frequent use among the natives.. It also affords the material of the most valuable cordage which the indigenous products of the Archipe- lago yield. I his is known to our traders and navigators under the name of Manilla rope, and is equally applicable to cables, and to standing or running rigging.” (Hist, of Archipelago, vol. i. p. 412.) V Hemp (Indian), or Sunn. This consists of the fibre of the crotolaria juncea, a totally different plant from the cannabis sativa, which, as already stated, is never used by t le Hindus for cloth or cordage. Sunn is grown in vari¬ ous places of Hindustan. The strongest, whitest, and most durable species is produced at Comercolly. Durincr t lose periods of the late war when the intercourse with the Baltic was interrupted, and hemp bore an enormous price, large quantities of sunn were imported; but the bbre being comparatively weak, the article was not found to answer, and the importation has since been discontinu¬ ed. (Milburn’s Orient. Commerce.) HEMS, an ancient city of Syria, on the borders of the desert. The present town stands on a fine plain, watered by a rivulet, and does not occupy above one fourth of the space within the walls. It was the ancient Emesa in the t!™e,of.tihe Roman empire, and appears to have been for- tinea with walls about three miles in circumference. It SlrC-CiSS^Ve^ changed masters in the various revolutions which took place in this part of Asia, and fell into decay. It contains many ruins and relics of antiquity. It is 120 of Aleppo, and eight north of Damascus. Long. 37. 20. E. Lat. 34. 25. N. * HEMSKEREK;, Egbert, called the Old, a celebrated blemish painter of humorous conversations. We have no information as to the time in which he flourished, or the school in which he was taught. Though the taste of his compositions is but low, yet it ought to be considered that he took his subjects from nature; from persons in the meanest occupations, whose dress, actions, and manners could not furnish the imagination with any ideas of ele¬ gance; and to express their passions and humours undis¬ guised seems to have been the utmost of his ambition. By frequenting fairs, merry-meetings, gaming-houses, and inns, he acquired a surprising power of connecting humo¬ rous circumstances. He designed and drew correctly, and Ins pictures have a strong effect, from his accurate management of the chiaroscuro. Some of his pictures lave suffered from unskilful cleaners, and many things are so d as his which dishonour him ; but his genuine works, m ell pieserved, have a clearness and force equal to any of the blemish artists. HEN. See Ornithology. Hen and Chickens, a group of small islands near the ?uoSti°f^?eW Zeaiand’in the South Pacific Ocean. Long. 80. 1. W. Lat. 35. 53. S. This is also the name of a group of islands in the Eastern Seas. Long. 118. 3. E. Lat. 5. 30* S* HENAULT, Charles John Francis, president of the parliament of Paris, was born at Paris in 1685. He early discovered a sprightly, benevolent disposition ; and his pe- HEN H jL .. netration and aptness were soon distinguished by the suc- IX, > cess of his studies. On quitting college, Henault entered the Oratory, where he soon attached himself to the study of eloquence; and on the death of the Abbe Rene, re¬ former of La Trappe, he undertook to pronounce his pane¬ gyric; but as this did not meet the approbation of Mas¬ sillon, he quitted the Oratory after two years; and his fa¬ ther bought for him, of Mareschal Villeroi, the office of lieu¬ tenant des chasses, and the government of Corbeli. In 1707, he gained the prize of eloquence at the French academy; and next year he carried off another at the Academic des Jeux Floraux. In 1713 he brought out a tragedy on the stage, under the disguised name of Fuselier. As he was known to the public only by some lighter pieces, Cornelia the Vestal met with little success ; and he therefore locked it up without printing. But in his old age his passion for these subjects revived ; and Horace Walpole happening to be at Paris in 1768, where he formed a friendship with Henault, obtained this piece, and had it printed at his own press. In 1751 M. Henault, under a borrowed name, brought out a second tragedy, entitled Marius, which was well received and printed. He had been admitted as coun¬ sellor in parliament in 1706, with a dispensation on ac¬ count of his age ; and in 1710 he was appointed president of the first chamber of inquests. These important places, which he determined to fill in a becoming manner, engag¬ ed him in the most solid studies. He spent several years in making himself master of the Roman law, and the or- donnances of the French kings, with their customs and public law. On the death of the Cardinal Dubois, in 1732, he succeeded in his place at the French academy. Cardi¬ nal Fleury recommended him to succeed himself as direc¬ tor ; and he pronounced the eloge of M. de Malezieux. M. Henault’s favourite study was history, not a bare col¬ lection of dates, but a knowledge of the laws and manners of nations; and to obtain this he drew instruction from private conversations, a method he so strongly recommends in his preface. After having thus discussed the most im¬ portant points of public law, he undertook to collect and publish the result of his inquiries ; and he is deservedly ac¬ counted the first framer of chronological abridgments, in which, without stopping at detached facts, he attends only to those forming a chain of events which perfect or alter the government and character of a nation, and traces only the springs which exalt or humble a nation, extending or contracting the space it occupies in the world. The first edition of his work, the result of forty years’ reading, ap¬ peared in the year 1744, under the auspices of the Chan¬ cellor d’Aguesseau, and with the modest title of Essay. The success it met wdth surprised him. He made continual improvements in it, and it has gone through many editions, and been translated into Italian, English, and German. In 1755, he was chosen an honorary member of the Academy of Belles Lettres, being then a member of the academies of Nanci, Berlin, and Stockholm. He compos¬ ed three comedies, namely, La Petite Maison, Le Jaloux deLui-meme, and La Iteveil d’Epirmnide. The subject of the last was the Cretan philosopher, who is pretended to have slept twenty-seven years. He is introduced fancying that he had slept but one night, and astonished at the change in all around him ; he mistakes his mistress for his mother ; but discovering his mistake, offers to marry her, which she refuses, though he still continues to love her. The queen was particularly pleased with this piece, and ordered the president to restore the philosopher’s mistress to her former youth ; he accordingly introduced Hebe, and this episode produced an agreeable entertainment. A delicate constitution made him liable to much illness, wliich, however, did not interrupt the serenity of his mind. One morning, after a quiet night, he felt an oppression, which the faculty pronounced a suffocating cough. He then E N 231 received the sacraments. It wms believed the next night Hendeca- would be his last; but by noon the following day he was out gon of danger. “ Now I know what death is,” said he ; “ it will II not be new to me any more.” He never forgot it during -^enley* the remaining seven years of his life, which, like all the Thames rest, were gentle and calm. He died on the 24th of Novem- ber 1770, in his eighty-fifth year. The principal works of President Henault are, 1. Nouvelle Abrege Chronologique de 1’Histoire de la France, 1768, in 4to ; 2. Histoire Cri¬ tique de 1’etablissement des Francais, dans les Gaules, ou- vrage inedit du President Henault, imprime sur le Manu- scrit original ecrit de sa Main, Paris, 1801, in two vols. 8vo; 3. Lettre du President Henault sur la Regale, ad¬ dressee a 1’Abbe Velly, originally published in the J/ercwre de France ; 4. Lettres du President Henault a Marmontel, au sujet d’un Extrait de 1’Abrege de 1’Histoire de De Thou, in the collection of Fontanieu ; 5. Memoire sur les Abreges Chronologiques, Mem. de VAcad, des Inscrip.; 6. Discours qui remportent le prix d’eloquence de 1’Academic Fran- ^aise, 1707, par Henault, Conseiller au Parlement, Paris, 1707, in 4to ; 7 Pieces de Theatre, en Vers et en Prose, a collection which contains Cornelie Vestale, Francois IL, the Petite Maison, the Jaloux de Lui-meme, the Reveil dHEpimenide, and the Temple des Chimeres. LIENDECAGON, in Geometry, a figure having eleven sides and as many angles. HENDON, a village of the hundred of Gore, in the county of Middlesex, on the river Brent, seven miles from London. Within the parish are many elegant villas, and a public classical school for the education of independent dissenters. The population amounted in 1801 to 1955, in 1811 to 2589, in 1821 to 3100, and in 1831 to 3110. HENED-Penny, in our old writers, a customary pay¬ ment of money, instead of hens, at Christmas. Du Cange is of opinion that it may be hen-penny, gallinagium, or a composition for eggs; but Cowel thinks it is misprinted hened-penny for heved-penny or head-penny. HENERY Isle, a small island lying due south from Bombay. It is about 600 yards in circumference, and near¬ ly of a circular form. It is fortified and well inhabited. In 1790 it belonged to Ragojee Angria, and was a principal rendezvous of private vessels, though within sight of Bom¬ bay. Near it is another small island named Kenery, which is also fortified, and of considerable strength. It wTas taken possession of and fortified by Sevajee in 1679. In 1790 it belonged to the Peshwa, and was also the haunt of pirates. Henery is situated in long. 72. 50. E. and lat. 18. 42. N. HENGTCHEOU, a city of China of the first rank, in the province of Houquang, situated on the river Heng. It has a manufactory of paper, and there are also silver mines in the neighbourhood. Long. 112. E. Lat. 26. 36. N. HENIOCHAS, or Heniochus, a northern constellation, the same as Auriga. HENLEY-in-Arden, a town of the county of Warwick, in the parish of Wooton-Wawen and hundred of Borlich- way, 105 miles from London. It stands in what was for¬ merly the forest of Arden, and has a chapel of ease and a good market. The population amounted in 1801 to 1098, in 1811 to 1055, in 1821 to 1249, and in 1831 to 1214. Henley-on-Thames, a town of the hundred of Ben- field, in the county of Oxford, divided from Buckingham¬ shire by the river Thames, over which there is an elegant bridge. It is thirty-five miles from London, and, though an ancient, is a well-built town, with a good market, which is held on Thursday. It is surrounded with the seats of nobility and gentry. The church is large and the tower lofty, and both are said to have been erected by Cardinal Wolsey. It is a borough, governed by a mayor and aider- men, and in ancient times returned two members to parlia¬ ment. The population amounted in 1801 to 2948, in 1811 to 3117, in 1821 to 3509, and in 1831 to 3618. 232 HEN Henley Henley, John, better known by the appellation of Ora- II tor Henley, a very singular character, was born at Melton- iiennegau. Mowbray, Leicestershire, in 1691. His father, the reverend Simon Henley, and his grandfather by his mother’s side, John Dowel, were both vicars of the same parish. Having passed through his exercises at Cambridge, and his exami¬ nation for the degree of bachelor, with the particular ap¬ probation of Mr Field, Mr Smales, and the master of the college, he returned to his native place, upon which he was desired by the trustees of the school in Melton, first to as¬ sist in, and then to take the direction of that school, which he raised from a declining to a flourishing condition. In this seminary he established a practice of improving elocu¬ tion by the recitation of passages in the classics, morning and afternoon. Whilst at Melton, he w as invited by a let¬ ter from the reverend Mr Newcombe to become a candi¬ date for a fellowship in St John’s ; but as he had long been absent, and therefore lessened his personal interest, he de¬ clined appearing as a competitor. Here likewise he began his Universal Grammar, and finished ten languages, with dissertations prefixed, as the most ready introduction to any tongue whatsoever. In the beginning of this interval he wrote his poem on Esther, which was well received. He w as ordained a deacon by Dr Wake, then Bishop of Lin¬ coln ; and after having taken his degree in arts, was ad¬ mitted to priest’s orders by Dr Gibson, his successor in that see. Having early formed a resolution to improve himself with all the advantages ot books and conversation, he de¬ termined on the first opportunity to proceed to London. But he laid the basis of future proficiency in assisting at. the curacy of his native town, where he preached many occasional sermons, particularly one at the assizes at Lei¬ cester ; he then gave a voluntary warning for the choice of a new master and curate, and went to town recommended by above thirty letters from the most considerable men in the country, both of the clergy and laity, but against the inclination of his neighbours and his school, which was now, as from his first entrance upon it, still advancing. In town he published a translation of Pliny’s Epistles, of se¬ veral works of the Abbe Vertot, and of Montfaucon’s Italian Travels in folio. His most generous patron was the Earl of Macclesfield, who gave him a benefice in the country, the value of which to a resident would have been above L.80 a year ; he had likewise a lecture in the city, and preached more charity sermons about town, wTas more numerously followed, and raised more money for the poor children, than any other preacher, however dignified or distinguished. Henley preached on Sundays upon theological matters, and on \\ ednesdays upon all other sciences. He used every Saturday to print an advertisement in the Daily Ad¬ vertiser, containing an account of the subjects he intended to discourse on the ensuing evening at his Oratory, near Lincoln’s-Inn-Fields, with a sort of motto before it, which was generally a sneer at some public transaction of the preceding week. His audience w as generally composed of the low est ranks ; and it is well known that he collected a great number of shoemakers, by announcing that he could teach them a speedy mode of operation in their business, which proved to be only the making of shoes by cutting off the tops of ready-made boots. He died in October J756. HEN>, EBON, a city of the arrondissement of L’Orient, in the department of Morbihan, in France. It stands on the navigable river Blavet, about nine miles from the sea. It has a good harbour for small vessels, and an extensive corn-market. The population amounts to 4678. Lone. 3. 22. 32. W. Lat. 47. 48. i. N. S HENNEGAU, a province in the Netherlands. It is formed from the former French department of Jemmappes, with almost all of the ancient courtships ofHennegau and Tournay, and some few communes from Liege, from Na¬ mur, and from Brabant. The French department of the HEN Ardennes bounds it on the south, south-west, and west sides- u and it is otherwise enclosed by the other Netherland pro’ a i yinces. It extends over 1745 square miles. It is divided [ into three arrondissements, viz. Mons, Tournay, and Char- Heilr leroy, and these are subdivided into 29 cantons and 423 '•Y communes, containing, in 1833, 604,957 inhabitants. In the northern and western parts the province is hilly and very w-oody. On the plains, and especially near Tournay, the soil is generally very fertile; and in the other parts’ though stony, it may, by good cultivation, be highly pro¬ ductive. It produces so much corn as to spare three tenths of the crop for exportation. Like the rest of Flanders, it also yields great abundance of most excellent hemp, and possesses good w-et and dry pasturage. It has some mines of iron, and several of coal, of which substance nearly two millions of chaldrons are extracted annually. The manufac¬ tures are extensive, consisting of carpets, cloths, cottons, printed calicoes, lace and lace-making thread, hosiery, glass] paper, ironmongery, and various smaller commodities. The inhabitants all adhere to the Roman Catholic church, and are under the ecclesiastical jurisdiction of the Bishop of Tournay, whose diocese comprehends 343 parishes, with their respective churches. HENNERSDORF, a city of the kingdom of Saxony, in the bailiwick of the Elster and circle of Voightland. It contains 620 houses, with 4300 inhabitants, employed in making nankeens and other cottons, in gold and silver¬ smiths’ work, and in clock and watchmaking. HENOTICUM ('Eiwjjs, union, from g/f, hog, one), in Ec¬ clesiastical History, a famous edict of the Emperor Zeno, published a. d. 482, and intended to reconcile and reunite the Eutychians with the Catholics. It w-as procured from the emperor by means of Acacius, patriarch of Constantinople, with the assistance of the friends of Peter Mongus and Peter 1 rullo. The sting of this edict consists in this, that it repeats and confirms all that had been enacted in the councils of Nice, Constantinople, Ephesus, and Chalcedon, against the Arians, Nestorians, and Eutychians, without making any particular mention of the council of Chalcedon. It is in form of a letter, addressed by Zeno to the bishops, priests, monks, and people of Egypt and Libya. It w-as opposed by the Catholics, and condemned in form by Pope Felix II. HENRICANS, in Ecclesiastical History, a sect so called from Henry its founder, who, though a monk and hermit, undertook to reform the superstition and vices of the clergy. For this purpose he left Lausanne in Switzer¬ land, and removing from different places, at length settled at ioulouse in the year 1147, and there exercised his ministerial function, till being overcome by the opposition of Bernard, abbot of Clairval, and condemned by Pope Eugenius III. at a council assembled at Rheims, he was, in 1148, committed to prison, and there he soon ended his days. This reformer rejected the baptism of infants, severely censured the corrupt manners of the clergy, treated the festivals and ceremonies of the church with the utmost contempt, and held clandestine assemblies for inculcating his peculiar doctrines. HENR\, the name of several emperors of Germany, and kings of England and France. See England, France, and Germany. Henry IV, king of France and Navarre, commonly styled the Great, was the son of Antony de Bourbon, chief of the branch of Bourbon, so called from a fief of that name which fell to them by marriage with the heiress of the estate. His mother was the daughter of Henry d’Al- bert, king of Navarre ; a woman of masculine genius, intre¬ pid, simple, and even rustic in her manners, but deeply versed in politics, and a zealous Protestant. He was born in 1553; and in 1569, when scarcely sixteen years of age, he was declared the Defender and Chief of the Protestants at Rochelle. Ihe peace of St Germain, concluded in 1570, HEN ^Hen recalled to court the lords in the Protestant interest; and ijKL jn 1572 Henry was married to Margaret de Valois, sister to Charles IX. king of France. It was in the midst of the rejoicings on account of these nuptials that the horrid mas¬ sacre of the Protestants took place at Paris. By this in¬ fernal stroke of barbarous policy, Henry was reduced to the alternative of either changing his religion or being put to death; he chose the former, and was detained a state pri¬ soner for three years. In 1587 he made his escape, and putting himself at the head of the Huguenot party, he ex¬ posed himself to all the risks and fatigues of a religious war, being often in want of the necessaries of life, and en¬ during all the hardships of the common soldiers ; but this year he gained a victory at Courtras, which established his reputation in arms, and endeared him to the Protestants. On the death of Henry III. religion was urged as a pre¬ text for one half of the officers of the French army reject¬ ing him, and for the leaguers refusing to acknowledge him. A phantom, the Cardinal de Bourbon, was set up against him; but his most formidable rival was the Duke de Mayenne. However, Henry, with few friends, few^er im¬ portant places, no money, and a very small army, supplied every deficiency by his activity and valour. He gained several victories over the duke, particularly that of Ivri in 1590, memorable for his heroic admonition to his soldiers : “ If you love your ensigns, rally by my white plume ; you will always find it in the road to honour and glory.” Paris held out against him, notwithstanding his successes. But he took all the suburbs in one day, and might have reduced the city by famine, if he had not humanely suffered his own army to relieve the besieged ; yet the bigoted friars and priests in Paris all turned soldiers, excepting four of the Mendicant order, and held daily military reviews and pro¬ cessions, with the swnrd in one hand and the crucifix in the other, on which they made the citizens swear rather to die with hunger than submit to Henry. The scarcity of provisions in Paris, however, became at last universal famine; bread had been sold, whilst any remained, for a crown the pound; at last it was made from the bones of the charnel-house of St Innocents; human flesh became the food of the obstinate Parisians, and mothers devoured the dead bodies of their children. In fine, the Duke of Mayenne, convinced that neither Spain nor the League would grant him the crown, determined to assist in giving it to the rightful heir. He engaged the state to hold a conference with the chiefs of both parties, which ended in Henry’s abjuring the Protestant religion at St Denis, and being consecrated at Chartres in 1593. The follow¬ ing year Paris opened its gates ; in 1596, the Duke of May¬ enne was formally pardoned ; and in 1598, peace was con¬ cluded with Spain. Henry now showed himself doubly worthy of the throne, by his encouragement of commerce, the fine arts, and manufactures, and by his patronage of men of ingenuity and sound learning of every country. But though the ferment of bigotry had been assuaged, the leaven wTas not destroyed. Scarcely a year passed without some attempt being made on his life ; and at last the dag¬ ger of Ravaillac reached his heart whilst in his coach, in the streets of Paris, on the 14th of May 1610, in the fifty- seventh year of his age and twenty-second of his reign. Henry VIII. king of England, was the second son of Henry VII. by Elizabeth, the eldest daughter of Edw ard IV. He was born at Greenwich, on the 28th of June 1491; on the death of his brother Arthur, in 1502, he was created Prince of Wales ; and the following year he was betrothed to Catharine of Aragon, Prince Arthur’s widow, the pope having granted a dispensation for the purpose. Henry VIII. ascended the throne on the 22d of April 1509, and his marriage with Catharine was celebrated about two months thereafter. In the beginning of his reign he left the government of his kingdom entirely to his ministers, and VOL. XI. HEN 233 spent his time chiefly in tournaments, balls, concerts, and Henry, other expensive amusements. Nevertheless he was not so totally absorbed in pleasure as not to find leisure to sacrifice to the resentment of the people two of his father’s ministers, Empson and Dudley. A house in London, which had belonged to the former, was, in the year 1510, given to Thomas WTolsey, who w^as now the king’s almo¬ ner, and who from this period began to insinuate himself into Henry’s favour. In 1513, Wolsey became prime mi¬ nister, and from that moment governed the king and king¬ dom with absolute power. In this year Henry declared war against France, gained the battle of Spurs, and took the towns of Terouenne and Tournay; but before he em¬ barked his troops he beheaded the Earl of Suffolk, who had long been confined in the Tower. In 1521, he sacri¬ ficed the Duke of Buckingham to the resentment of his prime minister Wolsey, and the same year obtained from the pope the title of Defender of the Faith. Henry, having been eighteen years married, grew tired of his wife, and in the year 1527 resolved to obtain a di¬ vorce ; but after many fruitless solicitations, finding it im¬ possible to persuade the pope to annul his marriage with Catharine, he espoused Anne Boleyn in the year 1531. During this interval his favourite Wolsey was disgraced, and died ; whilst Henry threw off the papal yoke, and burn¬ ed three Protestants for heresy. In 1535, he put to death Sir Thomas More, Fisher, and others, for denying his su¬ premacy ; and suppressed all the lesser monasteries. Having now possessed his second queen about five years, he fell violently in love w ith Lady Jane Seymour. Anne Boleyn was accused of adultery with her own brother, and with three other persons, and having been condemned, was beheaded on the 19th of May 1536. The day following he married Jane Seymour. In 1537, he put to death five of the noble family of Kildare, as a terror to the Irish, of whose disloyalty he had some apprehensions; and in the following year he executed the Marquis of Exeter, with four other persons of distinction, whose only crime was corresponding with Cardinal Pole. In 1538 and 1539, he suppressed all the monasteries in England, and seized their revenues for his own use. 4 he queen having died in child-bed, he this year married the princess Ann of Cleves, but disliking her person, he immediately determined on a divorce; and his obsequious parliament and convocation unanimously pronounced the marriage void, for reasons too ridiculous to be stated. His majesty being once more at liberty to indulge him¬ self with another wife, fixed upon Catharine Howard, niece to the Duke of Norfolk, who was declared queen in August 1540 ; but they had been privately married some time be¬ fore. Henry, it seems, w as so entirely satisfied with this lady, that he daily blessed God for his present happiness. But his felicity was of short duration. He had not been married above a year, when the queen was accused of fre¬ quent prostitution, both before and since her marriage ; and having confessed her guilt, she was beheaded in hebruary 1542.° In July 1543, he married his sixth w ife, Lady Ca¬ tharine Parr, the widow of John Neville Lord Latimer, and lived till the year 1547 w ithout committing any more flagrant enormities; but finding himself now approaching his dissolution, he made his will; and, that the last scene of his life might resemble the rest of the piece, he determined to end the tragedy w ith the murder of two of his best friends and most faithful subjects, the Duke of Norfolk and his son the Earl of Surrey. The earl was beheaded on the 19th of January, and the duke was in like manner ordered for execu¬ tion on the 29th, but he fortunately escaped by the king’s death which, happened on the 28th. They were condemned without the shadow of a crime; but Henry’s political rea¬ son for putting them to death was his apprehension that, if they were suffered to survive him, they would counteract 234 HEN Henry, some of his regulations in religion, and might be trouble- •—--y-w some to his son. Henry died on the 28th January 1547, in the fifty-sixth year of his age, and was buried at Windsor. Lord Herbert tries to palliate his crimes, and exaggerates what he is pleased to call his virtues. Bishop Burnet says, “he was rather to be reckoned among the great than the good princesbut he afterwards acknowledges that “ he is to be numbered among the ill princes,” yet adds, “ I cannot rank him with the worst.” Sir Walter Raleigh, with more justice, says, “ If all the pictures and patterns of a merciless prince were lost to the world, they might again be painted to the life out of the history of this king.” Henry of Huntingdon, an English historian of the twelfth century, was canon of Lincoln, and afterwards arch¬ deacon cf Huntingdon. He wrote, 1. A History of Eng¬ land, which ends with the year 1154 ; 2. A Continuation of the History of Bede ; 3. Chronological Tables of the Kings of England; 4. A short treatise on the Contempt of the World ; 5. Several books of epigrams and love-verses; 6. A poem on herbs. All these productions were rvritten in Latin. Henry the Minstrel, commonly called Blind Harry, an ancient Scottish author, distinguished by no particular surname, but well known as the author of an historical poem reciting the achievements of Sir William Wallace. It is difficult to ascertain the precise time in which this poet lived, or when he wrote his history, as the two authors who mention him speak somewhat differently on these points. Dempster, who wrote in the beginning of the seventeenth century, says that he lived in the year 1361 ; but Major, who was born in the year 1446, says that he composed this book during the time of his in¬ fancy, which we must therefore suppose to have been a few years posterior to 1446 ; for if it had been compos¬ ed that very year, the circumstance would probably have been mentioned. As little can we suppose, from Demp¬ ster’s words, that Henry was born in 1361; for though he says that he lived in that year, we must naturally imagine that he had then attained the years of maturity, or had begun to distinguish himself in the world, rather than that he was only born at that time. We are in entire ignorance of the family from which Henry was descended ; though, from his writings, we should be led to suppose that he had received a liberal education. In these he discovers some knowledge of di¬ vinity, classical history, and astronomy, as well as of the languages. In one place he boasts of his celibacy, which seems to indicate his having engaged himself in some of the religious orders of that age. From what Major says of him, we may further suppose his profession to have been that of a travelling bard ; though it does not appear that he was skilled in music, or that he had no other profession than that just mentioned. His being blind from his birth, indeed, makes this not improbable; but even this circumstance is not inconsistent with the sup¬ position of his being a religious mendicant. “ The parti¬ culars,” says Major, “ which he heard related by the vul¬ gar, he wrote in the vulgar verse, in which he excelled. By reciting his histories before princes or great men, he gained his food and raiment, of which he was worthy.” It is thus probable that he was a frequent visitor at the Scottish court; and welcomed by those great families who could boast of any alliance with the hero himself, or who took pleasure in hearing narrated either his exploits or those of his companions. According to the most early account of Henry, it ap¬ pears to have been at least fifty-six years after the death of Wallace that Henry was born; yet he is said to have consulted with several of the descendants of those who had been the companions of that hero whilst he achieved his most celebrated exploits, and who were still capable of ascertaining the veracity of what he published. His HEN chief authority, according to his own account, was a Latin R history of the exploits of Sir William, written partly bv ^ Mr John Blair and partly by Mr Thomas Gray, who had ^ been the companions of the hero himself. Henry’s ac¬ count of these two authors is to the following purpose* “ They became acquainted with Wallace when the latter was only about sixteen years of age, and at that time a stu¬ dent at the school of Dundee ; and their acquaintance with him continued till his death, which happened in his twen¬ ty-ninth year. Mr John Blair went from the schools in Scotland to Paris, where he studied some time, and re¬ ceived priest’s orders. He returned to Scotland in 1296, where he joined Wallace, who was bravely asserting the liberties of his country. Mr Thomas Gray, who was par¬ son of Libberton, joined Wallace at the same time. They were men of great wisdom and integrity, zealous for the freedom of Scotland ; and were present with Wallace, and assisted him, in most of his military enterprises. They were also his spiritual counsellors, and administered to him ghostly comfort. The history written by these two clergymen was attested by William Sinclair, bishop of Dunkeld, who had himself been witness to many of Wal¬ lace s actions. The bishop, if he had lived longer, was to have sent their book to Rome, for the purpose of obtain¬ ing the sanction of the pope’s authority.” The book which Henry thus appeals to as his principal authority is now lost, so that we have no opportunity of comparing it with what he has written. The character given of Henry by Dempster, however, is more favourable than that given by Major. The former tells us that “ he was blind from his birth ; a man of singular happy genius; he was indeed another Homer. He did great honour to his native country, and raised it above what was common to it in his age. He wrote, in the vernacular verse, an elaborate and grand work, in ten books, of the deeds of William Wallace.” But in this account there is a mis¬ take, for the poem contains twelve books ; but Dempster, who wrote in a foreign country, and had not a printed copy of Henry’s work by him when he composed his eulo- gium, is excusable in a mistake of this kind. It is conjec¬ tured that he wrote his Actis and Deidis of Shyr Wilham Wallace about 1446, when he must have been an old man. If we compare Henry’s Wallace with Barbour’s Bruce, the result must be a decision in favour of the latter work. T. he Bruce of Barbour is evidently the work of a politician as well as a poet. 1 he characters of the king, his brother, Douglas, and the Earl of Moray, are carefully discriminated, and their separate talents always employed with judgment, by which means every event is prepared and rendered pro¬ bable ; but the Actis and Deidis of Shyr Wilham Wallace is a mere romance, in which the hero hews down entire squadrons with his single arm, and is indebted for every victory to his own physical strength. Both poems abound with descriptions ot battles; but in those of Barbour our attention is successively directed to the cool intrepidity of the king, the brilliant temerity of his brother Edward, and the enterprising stratagems of Douglas ; whilst in the work of the Blind Minstrel we find little else than a disgusting picture of hatred, revenge, murder, and bloodshed. Asa poe¬ tical story-teller, however, he has considerable merit; and the numerous editions through which his Wallace has passed sufficiently attests, if not the genius of the poet, at all events the popularity of his subject. The only known manuscript of this poem, from which all the printed copies have been taken, is that in the Advocates’ Library, which bears date 1488. The first printed edition was that of Edinburgh, 15/0; but perhaps the best and most correct is that pub¬ lished by the Rev. Dr Jamieson, Edinburgh, 1820. Mor¬ risons edition, Perth, 1790, is also deserving of commen¬ dation, as being the first in which the text was given with any regard to accuracy. HEN HEN 235 Henry Prince of Wales, eldest son of King James VI. > of Scotland, by Anne, sister of the king of Denmark, and one of the most accomplished princes of the age in which he lived, was born on the 19th of February 1594. Besides his knowledge of the learned languages, he spoke the French and Italian ; and he had made a considerable progress in philosophy, history, fortification, mathematics, and cosmo¬ graphy, in which last branches he was instructed by that excellent mathematician Mr Edward Wright. He aspir¬ ed to know something of every thing, and to excel in what was most excellent. He had a just apinion of the great abilities of Sir Walter Raleigh ; and is reported to have said, in allusion to the long imprisonment of Raleigh, that no king but his father would keep such a bird in a cage. That emi¬ nent writer, soldier, and statesman, had a reciprocal regard for the prince, to whom he had designed to address a dis¬ course on the Art of War by Sea, which his highness’s death discouraged the author from finishing. He had also intend¬ ed, and, as he expresses it, hewn out a second and third volume of his History of the World, which were to have been dedicated to his highness; “ but it has pleased God,” says he, “ to take that glorious prince out of this world,” a prince, “ whose unspeakable and never-enough-lamented loss hath taught me to say with Job, Versa est in luctum cithara mea, et organum meum in vocern jlentium.” The prince died in November 1612. Dr Welwood, in his Notes on Wilson’s Life of King James I. informs us, though with¬ out giving any authority, that when the prince fell sick, the queen sent to Sir Walter Raleigh for some of his cele¬ brated cordial, which she herself had taken some time be¬ fore in a fever with remarkable success. Raleigh sent it, together with a letter to the queen, in which he expressed a tender concern for the prince ; and, boasting of his me¬ dicine, said, “ that it would certainly cure him or any other of a fever, except in case of poison.” Sir Anthony Wel¬ don suggests that the prince was poisoned; and the same notion is countenanced by Wilson and by Dr Welwood. Bishop Burnet likewise informs us, that Colonel Titus had heard King Charles I. declare, that the prince his brother was poisoned by means of Viscount Rochester, afterw ards Earl of Somerset. But it will perhaps be sufficient to op¬ pose to all such suggestions the unanimous opinion of the physicians who attended the prince during his sickness, and opened his body after his death; from which, as Dr Welwood himself observes, there can be no inference draw n that he was poisoned. To this may be added the autho¬ rity of Sir Charles Cornwallis, who was well informed and above all suspicion in this point, and who pronounces the rumours spread of his highness having been poisoned as groundless; affirming that his death was natural, and oc¬ casioned by a violent fever. Henry, Philip, a pious and learned nonconformist mi¬ nister, son of Mr John Henry, page of the back stairs to James duke of York, was born at Whitehall in 1631. He was admitted into Westminster school at about twelve years of age; became the favourite of Dr Bushby; and was employed by him, with some others, in collecting materials for the Greek Grammar which he afterwards published. From Westminster he removed to Christ-Church, Oxford, where, having obtained the degree of master of arts, he was taken into the family of Judge Puleston, at Emeral, in Flintshire, as tutor to his sons, and preacher at Worth- enbury. He soon afterwards ^married the only daughter and heiress of Daniel Matthews of Broad-oak, near Whit¬ church, by whom he became possessed of a competent estate. When the king and episcopacy were restored, he refused to conform, was ejected, and retired with his family to Broad-oak, at which place, or in the immediate neighbourhood, he spent the remainder of his life, reliev¬ ing the poor, employing the industrious, instructing the ignorant, and exercising every opportunity of doing good. His moderation in his nonconformity was eminent and Henry, exemplary; and upon all occasions he bore testimony against uncharitable and schismatical separation. In church-government he wished for Archbishop Usher’s reduction of episcopacy. But he thought it lawful to join in the common prayer in public assemblies, which, during the time of his silence and restraint, he devoutly and reverently attended along with his family^ Henry, Matthew, an eminent dissenting minister and au¬ thor, was the son of the former, and was born in the year 1662. He continued under his father’s care till he was eighteen years of age, by which time he had become well skilled in the learned languages, especially Hebrew, which his father had rendered familiar to him from his childhood; and from first to last the study of the Scriptures formed his principal employment. He completed his education in an academy kept at Islington by Mr Doolittle, and was after¬ wards entered as a student of law in Gray’s Inn, where he became well acquainted with the civil and municipal law of his own country; and from his application and great abilities it was thought he would have become very emi¬ nent in that profession. But at length, resolving to de¬ vote his life to the study of divinity, he, in 1685, retired into the country, and was chosen pastor of a congregation at Chester, where he lived about twenty-five years, great¬ ly esteemed and beloved by his people. He had several calls from London, which he constantly declined; but he was at last prevailed on to accept an unanimous invitation from a congregation at Hackney. He wrote, 1. Exposi¬ tions of the Bible, in five vols. folio; 2. The Life of Mr Philip Henry; 3. Directions for daily Communion with God ; 4. A method for Prayer; 5. Four Discourses against Vice and Immorality ; 6. The Communicant’s Companion ; 7. Family Hymns ; 8. A Scriptural Catechism ; and, 9. A Discourse concerning the Nature of Schism. He died of apoplexy, at Nantwich, in 1714, and was interred at Trinity Church, in Chester. Henry, Dr Robert, author of the Flistory of Great Britain, was the son of James Henry, farmer at Muirtown, in the parish of St Ninians, North Britain, and of Jean Galloway, daughter of Mr Galloway of Burrowmeadow, in Stirlingshire. He was born on the 18th of February 1718; and having early resolved to devote himself to a literary profession, was educated first under Mr John Ni- colson at the parish-school of St Ninians, and for some time at the grammar-school of Stirling. He completed his course of academical study at the university of Edin¬ burgh, and afterwards became master of the grammar- school of Annan. He was licensed to preach on the 27th of March 1746, and w^as the first licentiate of the presby¬ tery of Annan after its institution as a separate presby¬ tery. Soon afterwards he received a call from a congre¬ gation of Presbyterian dissenters at Carlisle, wdiere he was ordained in November 1748. In this situation he remained twelve years, and on the 13th of August 1760 became pastor of a dissenting congregation at Berwick- upon-Tweed. Here he married, in 1763, Ann Balderston, daughter of Thomas Balderston. surgeon in Berwick, by whom he had no children, but with whom he enjoyed to the end of his life a large share of domestic happiness. He was removed from Berwick to be one of the ministers of Edinburgh in November 1768; officiated in the church of the New Grey Friars from that time until November 1776; and then became colleague-minister in the Old Church, and remained in that situation till his death. The degree of doctor in divinity was conferred upon him by the university of Edinburgh in 1770; and in 1774 he was una¬ nimously chosen moderator of the general assembly of the church of Scotland, being the only person on record who had obtained that distinction the first time he was a mem¬ ber of assembly. 23G HEN Henry. These facts contain the outline of Dr Henry’s life, which, in fact, exhibits few events interesting to the bio¬ grapher. Though he must have been always distinguish¬ ed amongst his private friends, he had few opportunities of being known to the public until he was translated to Edinburgh. The composition of sermons must have occu¬ pied the chief part of his time during his residence at Car¬ lisle, as his industry in that situation is known to have ren¬ dered his labours in this department easy to him during the remainder of his life. But even there he found leisure for other studies; and the knowledge of classical litera¬ ture, in which he eminently excelled, soon enabled him to acquire an extent of information which qualified him for something more important than he had hitherto in his view. Soon after his removal to Berwick, Henry published a scheme for raising a fund for the benefit of the widows and orphans of Protestant dissenting ministers in the north of England. This idea was probably suggested to him by the prosperity of the fund which had about thirty years before been established as a provision for ministers’ wi¬ dows in Scotland. But the situation of the clergy of Scotland was very different from the circumstances of the dissenting ministers in England. Annuities and provi¬ sions were to be secured to the families of dissenters, with¬ out subjecting the individuals, as in Scotland, to a pro¬ portional annual contribution, and without such means of creating a fund as could be the subject of an act of par¬ liament to secure the annual payments. The acuteness and activity of Dr Henry surmounted these difficulties; and, chiefly by his exertions, this useful and benevolent institution commenced about the year 1762. The ma¬ nagement was intrusted to him for several years; and its success exceeded the most sanguine expectations which were formed of it. It w'as probably about the year 1763 that he first con¬ ceived the idea of his History of Great Britain; a work which has long been established in the public opinion, and will probably be regarded by posterity, not only as having enlarged the sphere of history, and gratified our curiosity on a variety of subjects which fall not within the limits prescribed by preceding historians, but as one of the most accurate and authentic repositories of historical informa¬ tion which this country has produced. The plan adopted by Dr Henry is sufficiently explained in his general pre¬ face. In every period, it arranges, under separate heads or chapters, the civil and military history of Great Britain; the history of religion; the history of our constitution, government, laws, and courts of justice; the history of learning, of learned men, and of the chief seminaries of learning; the history of arts; the history of commerce, of shipping, of money or coin, and of the price of commo¬ dities ; and the history of manners, virtues, vices, customs, language, dress, diet, and amusements. Under these seven heads, which extend the province of the historian greatly beyond its usual limits, every thing curious or in¬ teresting in the history of any country, may be compre¬ hended. But it certainly required a more than common share of literary courage to attempt on so large a scale a subject so intricate and extensive as the history of Britain from the invasion of Julius Caesar. That Dr Henry nei¬ ther overrated his powers nor his industry, could only have been proved by the success and reputation of his works. But he soon found that his residence at Berwick was an insuperable obstacle to the minute researches which the execution of his plan required. His situation there excluded him from the means of consulting the original authoiities; and though he attempted to find access to them by means of his literary friends, and with their as¬ sistance made some progress in his work, his information was notwithstanding so incomplete, that he found it im- H E N possible to prosecute his plan to his own satisfaction, and Her,' was at last compelled to relinquish it. w^ /f By the friendship of Mr Gilbert Laurie, lord provost of ^ Edinburgh, and one of his majesty’s commissioners of ex¬ cise in Scotland, who had married the sister of Mrs Hen¬ ry, he was removed to Edinburgh in 1768; and it is to this event that the public are indebted for his prosecution of the History of Great Britain. His access to the public libraries, and the means of supplying the materials which these did not afford him, were from that time used with so much diligence and perseverance, that the first volume of his History, in quarto, was published in 1771, the second in 1774, the third in 1777, the fourth in 1781, and the fifth in 1785. The sixth volume was published after his death. These volumes comprehend the most intricate and obscure periods of our history; and when we consider the scanty and scattered materials which Dr Henry has digested, and the accurate and minute information which he has given us, under every chapter of the work, we must entertain a high opinion both of the learning and industry of the au¬ thor, and of the vigour and activity of his mind; espe¬ cially when it is added, that he employed no amanuensis, but completed the manuscript with his own hand, and that, excepting the first volume, the whole book, such as it is, was printed from the original copy. Whatever correc¬ tions were made on it were inserted by interlineations, or in revising the proof sheets. He found it necessary, in¬ deed, to confine himself to a first copy, from an unfortu¬ nate tremor in his hand, which made writing extremely inconvenient, obliged him to write with his paper on a book placed on his knee instead of a table, and unhap pily increased to such a degree that in the last years of his life he was often unable to take his victuals without assistance. An attempt which he made after the publica¬ tion of the fifth volume, to employ an amanuensis, did not succeed. Never having been accustomed to dictate his compositions, he found it impossible to acquire a new habit; and though he persevered only a few days in the attempt, it had a sensible effect on his health, which he never af¬ terwards recovered. An author has no right to claim in¬ dulgence, and is still less entitled to credit,fro m the pub¬ lic, for any thing which can be ascribed to negligence in committing his manuscripts to the press ; but considering the difficulties which Dr Henry surmounted, and the accu¬ rate research and information which distinguish his History, the circumstances which have been mentioned are far from being uninteresting, and must add considerably to the opinion formed of his merit amongst men who are judges of what he has done. He did not profess to study the or¬ naments of language; but his arrangement is uniformly regular and natural, and his style simple and perspicuous. More than this he has not attempted, and this cannot be denied him. He believed that the time which might be spent in polishing or rounding a sentence was more use¬ fully employed in investigating and ascertaining a fact. Hence, as a book of facts and solid information, supported by authentic documents, his History will stand a compari¬ son with any other similar work of the same period. But Dr Henry had other difficulties to surmount than those which related to the composition of his work. Not having been able to transact with the booksellers to his satisfaction, the five volumes were originally published at the risk of the author. When the first volume appeared, it was censured with unexampled acrimony and perseve¬ rance. Magazines, reviews, and even newspapers, were filled with abusive remarks and invectives, in which both the author and the book were treated with contempt and scurrility. When an author has once submitted his works to the public, he has no right to complain of the just seve¬ rity of criticism. But Dr Henry had to contend with the inveterate scorn of malignity. In compliance with the HEN usual custom, he had permitted a sermon to be published ' which he had preached in 1773 before the Society in Scot¬ land for propagating Christian Knowledge, a composition containing plain good sense on a common subject, from which he expected no reputation. This was eagerly seized on by the adversaries of his History, and torn to pieces with a virulence and asperity which no want of merit in the sermon could justify or explain. An anonymous let¬ ter had appeared in a newspaper vindicating the History from some of the unjust censures which had been published, and asserting, from the real merit and accuracy of the book, the author’s title to the approbation of the public. An answer appeared in the course of the following week, charging him, in terms equally confident and indecent, with having written this letter in his own praise. The efforts of malignity seldom fail to defeat their purpose, and to re¬ coil upon those who direct them. Dr Henry had many friends, and till lately had not discovered that he had any enemies. But the author of the anonymous letter was un¬ known to him, till the learned and respectable Dr Mac- queen, from the indignation excited by the confident pe¬ tulance of the answer, informed him that the letter had been written by him. These anecdotes are still remem¬ bered. The abuse of the History, which began in Scot¬ land, was renewed in some of the periodical publications in South Britain; though it is justice to add, without mean¬ ing to refer to the candid observations of English critics, that in both kingdoms the asperity originated in the same quarter, and that paragraphs and criticisms written at Edin¬ burgh were printed in London. The same spirit appear¬ ed in Strictures published on the second and third volumes; but by this time it had in a great measure lost the atten¬ tion of the public. The progress of his work introduced Dr Henry to more extensive patronage, and in particular to the notice and esteem of the Earl of Mansfield. That nobleman thought the merit of Dr Henry’s History so considerable, that, with¬ out any solicitation, after the publication of the fourth vo¬ lume, he applied personally to the king to bestow on the author some mark of his royal favour. In consequence of this, Dr Henry was informed by a letter from the secre¬ tary of state, of his majesty’s intention to confer on him an annual pension for life of L.100, “ considering his distin¬ guished talents and great literary merit, and the import¬ ance of the very useful and laborious work in which he was so successfully engaged, as titles to his royal counte¬ nance and favour.” Dr Henry had kept very accurate ac¬ counts of the sales of his work from the time of the ori¬ ginal publication ; and after his last transaction conveying the copyright to a London bookseller, he found that his profits had amounted in all to about L.3300; a striking proof of the intrinsic merit of a work which had forced its way to the public esteem, in spite of the malignant oppo¬ sition with which it had to struggle. The prosecution of his History had been Dr Henry’s favourite object for almost thirty years of his life. He had naturally a sound constitution, and a more equal and larger portion of animal spirits than is commonly possess¬ ed by literary men. But from the year 1785 his bodily strength became sensibly impaired. Notwithstanding this, he persisted steadily in preparing his sixth volume, which brings down the history to the accession of Edward VI. The materials of this volume were left in the hands of his executors almost completed. Scarcely any thing remain¬ ed unfinished but the two short chapters on arts and man- HEN 237 ners; and even for these he had left materials and autho- Henryson. rities so distinctly collected, that there was no great diffi- — culty in supplying what was wanting. This sixth volume was published in the year 1793, with a life of the author prefixed ; and it was found entitled to the same favourable reception from the public which had been given to the for¬ mer volumes. Dr Henry’s original plan extended from the invasion of Britain by the Homans to his own times ; and men of literary curiosity must regret that he did not live to complete his design; but he has certainly finish¬ ed the most difficult parts of his subject. The periods after the accession of Edward VI. afford materials more ample, better digested, and much more within the reach of common readers. Till the summer of 1790 he was able to pursue his studies, though not without some inter¬ ruptions. But at that time his health greatly declined; and, with a constitution quite worn out, he died on the 24th of November of that year, in the seventy-third year of his age. HENRYSON, Robert, one of the most celebrated of the early Scotish poets, is described as chief schoolmaster of Dunfermline, and this is almost the only particular of his life that is sufficiently ascertained. According to one w riter, he was a notary public, as well as a schoolmaster ; and another is inclined to identify him with Henryson of Fordell, the father of James Henryson, who was king’s ad¬ vocate and justice clerk, and who perished in the fatal battle of Floddon. This very dubious account seems to have originated with Sir Robert Douglas; who avers that Robert Henryson appears to have been a person of distinc¬ tion in the reign of James the Third, and that he was the father of the king’s advocate. Douglas refers to a certain charter, granted by the abbot of Dunfermline in 1478, where Robert Henryson subscribes as a w itness j1 but in this charter he certainly appears without any particular dis¬ tinction, as he merely attests it in the character of a notary public. A later writer is still more inaccurate when he pretends that the same w itness is described as Robert Hen¬ ryson of Fordell :2 in this and other two charters which oc¬ cur in the chartulary of Dunfermline, he is described as a notary public, without any other addition.3 That the no¬ tary public, the schoolmaster of Dunfermline, and the pro¬ prietor of Fordell, were one and the same individual, is by no means to be admitted upon such slender and defective evidence. Henryson, or, according to its more modern and less correct form, Flenderson, was not at that period an uncommon surname. It is not however improbable that the schoolmaster may have exercised the profession of a notary. While the canon law prevailed in Scotland, this profession was generally exercised by ecclesiastics, and some vestiges of the ancient practice are still to be traced : every notary designates himself a clerk of a particular dio¬ cese ; and by the act of 1584, which under the penalty of deprivation prohibited the clergy from following the pro¬ fession of the law, they still retained the power of making testaments; so that we continue to admit the rule of the canon law, w hich sustains a will attested by the parish priest and two or three witnesses.4 If therefore Henryson wtis a notary, it is highly probable that he was also an ecclesias¬ tic, and if he was an ecclesiastic, he could not well leave any legitimate offspring. The poet, in one of his works, describes himself as “ ane man of age;” and from Sir Francis Kinaston we learn that “ being very old he dyed of a diarrhea or fluxe.” With respect to the period of his decease, it is at least certain that he died before Dunbar, 1 Douglas’s Baronage of Scotland, p. 518. 2 Sibbald’s Chronicle of Scottish Poetry, vol. i. p. 88. 3 Chartulary of Dunfermline, f. 04. a Robert Henryson is a witness to other two charters which occur in the same record, f. 63. a. b. His only mark of distinction is that of being designated Magister, while the names of several other witnesses appear with¬ out this title. He had perhaps taken the degree of master of arts. 4 Decretales Gregorii IX. lib. iii. tit. xxvi. cap. x. 238 HEN HEN Henryson. who in his Lament, printed in the year 1508, commemo- v“’~s> rates him among other departed poets. In Dunfermling he hes tane Broun, With gude Mr. Robert Henryfoun. The compositions of Henryson evince a poetical fancy, and, for the period when he lived, an elegant simplicity of taste. He has carefully avoided that cumbrous and viti¬ ated diction which had begun to prevail among the Scotish as well as the English poets. With his power of poetical conception he unites no inconsiderable skill in versifica¬ tion : his lines, if divested of their uncouth orthography, might often be mistaken for those of a much more modern poet. His principal work is the collection of Fables, thirteen in number, which have been printed in various forms. They are written in a pleasing manner, and are frequently distinguished by their arch simplicity; but in compositions of this nature, brevity is a quality which may be considered as almost indispensable, nor can it be denied that those of Henryson sometimes extend to too great a length. The collection is introduced by a prologue, and another is prefixed to the fable of the lion and the mouse. The latter prologue exhibits a curious specimen of the literature of that age. In a delightful morning of June, the poet wanders into a wood, and reclines himself, in the midst of flowers, under the shade of a hawthorn ; where, having made the sign of the cross, he falls asleep, and fancies himself to be accosted by a person of a goodly appearance. This venerable stranger proves to be iEsop ; who is here represented as a Roman and a poet, and in whom it is not easy to recognise the reputed author of the fables written in Greek prose. Mr Tyrwhitt, who was equally familiar with classical and with Gothic literature, has remarked that in many passages quoted from /Esop by writers of the middle ages, it is difficult to ascertain what author they mean. Henryson’s Tale of the vponlands Mouse and the bur- gesse Mouse may be regarded as one of his happiest efforts in this department. ’Ihe same tale, which is borrowed from Hisop, has been told by many other poets, ancient as well as modern. Babrius has dispatched the story of the two mice in a few verses,1 but Henryson has extend¬ ed it over a surface of several pages. To this fable of the Scotish poet, it does not, in the opinion of Dr Nott, seem improbable that Sir Thomas Wyatt might have been in¬ debted, if not for the idea of his first satire, at least for the manner of telling the story.2 Henryson’s Tale of Sire Henr Chauntecleire and the Foxe is evidently borrowed from 4 Chaucer’s Nonnes Preestes Tale. From these apologues ' some curious fragments of information may be gleaned. That of the Sheepe and the Dog contains all the particu-* lars of an action before the consistory court, and probably as complete an exposure of such transactions as the author could prudently hazard. The proceedings of the ecclesi¬ astical courts seem about this period to have been felt as a common grievance ; and they are still more decidedly re¬ prehended in the Satyre of Sir David Lindsay, whose works furnish many valuable contributions to the history of man¬ ners and customs. Another conspicuous production of Henryson is the Tes¬ tament of Cresseid,3 which is a sequel to Chaucer’s Troy- lus and Creseyde, and is commonly printed among the works of that poet.4 It evidently rises above the ordinary standard of that period, and on some occasions evinces no mean felicity of conception. The silent interview between Troilus and Cresseid is skilfully delineated; and the en¬ tire passage has been described as beautiful by a very com¬ petent judge of old poetry.5 It is unnecessary to remark that for “ the tale of Troy divine,” neither Chaucer nor Henryson had recourse to the classical sources :6 this, like some other subjects of ancient history, had been invested w ith all the characteristics of modern romance ; nor could the Scotish poet be expected to deviate from the models which delighted his contemporaries. Sir Troilus is com¬ mended for his knightly piety; a temple is converted into a kirk ; Mercury is elected speaker of the parliament; and Cresseid, on being afflicted with a leprosy, is consigned to a spittal-house, in order to beg with cup and clapper. The peisonages aie ancient, but the institutions and manners are all modern. Henryson’s tale of Orpheus is not free from similar in¬ congruities, and possesses fewer attractions; it is indeed somewhat languid and feeble, and may have been a lucu¬ bration of the author’s old age. Sir Orpheus is represent¬ ed as a king of Thrace, and is first dispatched to heaven in search of the lost Eurydice. Quhen endit was the fangis lamentable, He take his harp, and on his breft can hvng, Syne pafsit to the hevin, as fais the fable, ‘ To feke his wyf, bot that auailit no thing: ^ By Wadlyng ftrete7 he went but tarying. Syne come doun throu the fpere of Saturn aid, Quhilk fader is of all thir fternis cald.8 2 Fabularum choliambicarum libri tres, coUegit Fr. Xav. Berger, p. 9. Monachii IfilbWi™ ly, and divers aged schollers of the Scottish nation, that it was made and wrt^ten by one Mr%nb;rt Hpn!'le m, te Tleof‘Kei' schoole-master in Dumfermling, much about the time that Chaucer was first nrintwi an i i v Henderson, sometime cheife Thinne, which was neere the end of his raigne. This Mr. Henderson witHlvnU ^ td^/catei .to Kinbr Henry the 8th by Mr. death of Troilus, but made no mention Sbecam" JfCr^ ^ ^ ^ related tl* punishment and end due to a false unconstant whore, which commonly terminates in extreme W J ^ cW8 thf Creseid, written by Chaucer; with a Commentary by Sir Francis Kinaston n. xxix T nnd i roe ^ee the Loves of Iroilus and Latin rhyme two books of Chaucer’s poem, and had published them under the'title of Amormn ‘Train KmfSto!1 lad translated into co-Latim. Oxonire, 1635, 4to. He comnleted his version nf tlio * , i e ot -flmorum Troth et Creseidce hbn duo priorcs Angfi- came into the possession of Mr Waldron,Pwho announced his intention Jf SmiUiT^Arthrnress^hut d"' ™?™SCriVl at lenSth to proceed beyond a short specimen Uin° 1110 the Press> ^ut dl(l not find encouragement and £ mS* Ml!'6 H*Ute °f ->• «■ P- ^ Scott s Notes to Sir Tristrem, p. 362. " WafWS,”.’! of E"S1:sh po«Or, voL ii. p. 220, and Donne's Illustrations of Shakspeare vol ii n fr, Lo, quod he, cafte vp thyne eye, Se yonder, lo, the Galaxye, The whiche men clepe the Milky Way, For it is whyte ; and fome perfay 8 tt . , . , . . Callen it Watlynge ftrete. in the lattir end. Edinburgh, Chepman^and MyUar, 1500,^to.110 t0 HeWyn and to Hel to feik his Quene : and ane othir Ballad HEN *■ nn, i. Having searched the sun and planets without success, •' he directs his course towards the earth, and in his passage is regaled with the music of the spheres. His subsequent adventures are circumstantially, but not very poetically detailed. In enumerating the various characters whom he finds in the domains of Pluto, the poet is guilty of a glaring anachronism : here Orpheus finds Julius Caesar, Nero, and even popes and cardinals ; and it is likewise to be remarked that the heathen and the Christian notions of hell are blended together. But such anachronisms are very frequently to be found in the writers of the middle ages. Mr Warton remarks that Chaucer has been guilty of a very diverting, and what may be termed a double anachronism, by representing Creseyde and two of her female companions as reading the Thebaid of Statius. Like the fables of Henryson, his tale of Orpheus is fol¬ lowed by a long moral; and here he professes to have derived his materials from Boethius and one of his com¬ mentators. The Bludy Serk is an allegorical poem of considerable ingenuity. The poet represents the fair daughter of an ancient and worthy king as having been carried away by a hideous giant, and cast into a dungeon, where she was doomed to linger until some valiant knight should achieve her deliverance. A worthy prince at length appeared as her champion, vanquished the giant, and thrust him into his own loathsome dungeon. Having restored the damsel to her father, he felt that he had received a mortal wound. He requested her to retain his bloody shirt, and to con¬ template it whenever a new lover should present himself. It is unnecessary to add that the interpretation of this al¬ legory involves the high mysteries of the Christian faith. The poem bears an obvious resemblance to two distinct tales which occur in the Gesta Romanorum. In the first of these, a noble lady having been cruelly oppressed by a tyrant, is relieved by a valiant pilgrim, who falls in the moment of victory. According to his injunctions, she places his staff' and scrip in her chamber; but on being addressed by three kings, in whom we are instructed to re¬ cognize the devil, the world, and the flesh, she afterwards removes these memorials, and forgets her obligations. The other tale represents the daughter of a king as having suf¬ fered dishonour from a tyrannical duke. When reduced to poverty and wretchedness, she is accosted at the way- side by a certain valiant knight, who, on condition of ob¬ taining her hand, undertakes to fight the oppressor, and to recover her inheritance. A fierce combat ensues. Be¬ fore he slays his antagonist, he receives a mortal wound, winch, after an interval of three days, terminates his life. She hangs up his bloody armour in a chamber, and on being addressed by any new suitor, she surveys this me¬ morial of her deliverer, and declares her resolution to form no new attachment.1 The Abbay Walk is of a solemn character, and is not altogether incapable of impressing the imagination. Its object is to inculcate submission to the various dispensa¬ tions of Providence, and this theme is managed with some degree of skill. Of his poem entitled the Garment of Gude Ladyis, Lord Hailes has remarked that “ the com¬ parison between female ornaments and female virtues, is ex¬ tended throughout so many lines, and with so much of a tire-woman’s detail, that it becomes somewhat ridiculous.” 2 But the most beautiful of Henryson’s productions is Ito- bene and Makyne, the earliest specimen of pastoral poetry in the Scotish language. We consider it as superior in many respects to the similar attempts of Spenser and Browne: it is free from the glaring improprieties which HEP 239 sometimes appear in the pastorals of those more recent Hepatic writers, and it exhibits many genuine strokes of poetical II delineation. The shepherd’s indifference is indeed too ^t^aes" suddenly converted into love ; but this is almost the only ’_x_s, instance in which the operations of nature are not faith¬ fully represented. The story is skilfully conducted, the sentiments and manners are truly pastoral, and the diction possesses wonderful terseness and suavity. The Fables of Henryson have lately been reprinted3 from the edition of Andrew Hart; of which the only copy know n to exist was lately added to that great repository of Scotish literature, the Advocates Library. It is a small octavo volume, which, although in a very frail condition, cost no small price. This edition, printed in 1621, is not however the first; and indeed the title-page indicates the work to be “ newlie reuised and corrected.” In the li¬ brary of Sir Andrew Balfour, which was sold by auction in 1695, there appears to have been a copy of an edition printed at Edinburgh in 1570. And after a short interval the work was exhibited in an English dress : “ The fabu¬ lous Tales of Esope and Phrygian, compiled moste elo¬ quently in Scottishe metre, by Mr. Robert Henrison, and now lately Englished.” London, printed by Richard Smith, 1577, 8vo. Of this edition there is a copy in the library of Sion College. Among the Harleian manuscripts in the British Museum are preserved “ The morall Fai- billis of Esope, compylit be Maister Robert Henrisoun, Scolmaister of Dunfermling, 1571.” This is apparently the date of the transcript, which is conjectured to have been taken from the edition of the preceding year. The manuscript, as Mr Pinkerton has stated, “ is well writen and preserved, and has some curious illuminations, tho poorly done.”4 Ten of the fables, together with several other poems of the same author, are to be found in Ban- natyne’s manuscript. The various works of Henryson af¬ ford so excellent a specimen of the Scotish language and versification, that a complete collection, printed with due accuracy and accompanied with proper illustrations, could not fail to be highly acceptable to the lovers of our early literature. (x.) HEPATIC, in Medicine and Anatomy, any thing be¬ longing to or connected with the liver. HEPATOSCOPIA (formed of j^ao, liver, and cxoctsw, I consider), in Antiquity, a species of divination, in which predictions wrere made by inspecting the livers of animals. Hepatoscopia is also used as a general name for divi¬ nation by entrails. HEPHLESTIA, in Grecian antiquity, an Athenian fes¬ tival in honour of Vulcan, the principal ceremony of which consisted of a race, performed in the following manner: The antagonists w'ere three young men, one of whom, by lot, took a lighted torch in his hand, and began his course ; if the torch was extinguished before he finished the race, he delivered it to the second, and he in like manner to the third; and the victory was his w'ho first carried the torch lighted to the end of the race. To this successive delivering of the torch we find many allusions in ancient writers, particularly the poets. HEPHAESTIO, one of the chief favourites of Alexander the Great, was the son of Amyntor of Pella, the capital of Macedonia. He accompanied Alexander in his expedition against the Persians; and yet it is not a little surprising that he held no military command till after the battle of Arbela, b. c. 381, when he was appointed leader of a squa¬ dron of horse. (Arrian, iii. 15.) From this time his ad¬ vancement to superior command was rapid, for we find him next year, b. c. 330, in the expedition against the 1 Clesta Rhomanorum, cum applicationibus moralizatis ac mysticis, f. xiii. xxvii. edit. Hagenaw, 1508, 4to. 4 Hailes’s Ancient Scottish Poems, p. 279. Edinb. 1770, 12mo. * Edinb. 1832, 4to. This edition was printed for the Maitland Club. 4 Pinkerton’s List of the Scotish Poets, p. c. 240 HER Hephaes- Parthians and Hyrcanians, hipparchos, or colonel, of a re- ti° giment. (iii. 27.) In the campaign against the inhabitants Heraclea. Sogdiana, he was appointed to the command of a bri- gade, and w^as then sent with Perdiccas into the country of Peucelastis, on the banks of the Indus, where he took the chief town. (iv. 16, 22, 23.) After the battle in which Porus was defeated on the banks of the Hydaspes, b. c. 327, Hephaestio was sent with a body of troops against another Porus, who reigned over the country along the banks of the Hydraotes. (v. 21; Diodor. xvii. 21.) As a reward for his services, he received from his royal friend Drypetis, the daughter of Darius, last king of Persia. (Ar¬ rian, vii. 4.) But he did not long survive the successful termination of Alexander’s exploits; for being taken ill at Ecbatana, where all had assembled to return thanks to the gods with more than ordinary solemnity for their success, Hephsestio suddenly died, to the inconsolable grief of Alex¬ ander. (vii. 14; Diodor. Sic. xvii. 114, 115.) Heph^stio, a grammarian of Alexandria, in Egypt, who lived a. d. 150, and is supposed to have been one of the preceptors of TElius Verus, mentioned by Julius Capitoli- nus in his life of that emperor. ( Vit. Veri, c. 2.) Suidas states that he was a voluminous writer, though chiefly on grammar and metres; but, of all his works, nothing has been preserved except an Elementary Treatise on Metres. (Ey^/cigidiov ‘Xioi [urow %at noirtijjCLTwv.) Though this work is by no means complete, nor always correct, still it is valuable as being the only one on that subject which has reached us. It has been illustrated by numerous scholia ; and there is an introduction to it (ngoteyopivcL), ascribed to the celebrated Longinus, which was first published by Hudson in the preface to his edition of the work (-Kg/ v^oug), Oxford, 1710. The principal editions of this work of Hephaestio are, Florent. ap. Junt. 1526; Par. ap. Turne- bum, with scholia, 1553; Trajecti ad Rhenum, ap. Pauw, 1726 ; but the best is by Gaisford, Oxford, 1810. HEPHTHEMIMERIS (composed of g^rra, seven, half, and ^og, part), in the Greek and Latin poetry, a sort of verse consisting of three feet and a syllable; that is, of seven half feet. Hephthemimeris, or Hepthemimeres, is also a caesura after the third foot; that is, on the seventh half-foot. It is a rule that this syllable, though it be short in itself, must be made long on account of the caesura, or to render it an hephthemimeris. HEPTACHORD, in the ancient poetry, signified verses wdiich were sung or played on seven chords, that is, on seven different notes. In this sense it was applied to the lyre when it had but seven strings. One of the intervals is also called an heptachord, as containing the same num¬ ber of degrees between the extremes. HEPTAGON, in Geometry, a figure consisting of seven sides and as many angles. In fortification, a place is termed a heptagon which has seven bastions for its defence. HEPTAGONAL Numbers, in Arithmetic, a sort of polygonal numbers, in which the difference of the terms of the corresponding arithmetical progression is 5. One of the properties of these numbers is, that if they be mul¬ tiplied by 40, and 9 be added to the product, the sum will be a square number. HEP TANGULAR, in Geometry, an appellation given to figures which have seven angles. HEPTARCHY (compounded of the Greek gwra, septem, seven, and a^)j, imperium, government), a government composed of seven persons, or a country governed by seven persons, or divided into seven kingdoms. The Saxon heptarchy included all England, which was can¬ toned out into seven petty independent kingdoms. See Britain. HERACLEA, an ancient city of Romania, being the see of an archbishop of the Greek church, and also a sea- H E R port. It was a famous place in former times, and there Heraci are still some remains of its ancient splendour. Theo- itu dore Lascaris took it from David Comnenus, emperor of | Trebisond, after which it fell into the hands of the Ge- ^erai noese; but Mahommed II. took it from them, and since that time it has been in the possession of the Turks. It is r situated near the sea. Long. 27. 58. E. Lat. 40. 59. N. HERACLEONITES, a sect of Christians, the follow¬ ers of Heracleon, who refined upon the Gnostic divinity, and maintained that the world was not the immediate production of the Son of God, but that he was only the occasional cause of its being created by the demiurgos. The Heracleonites denied the authority of the prophe¬ cies of the Old Testament; maintaining that they were mere random sounds in the air, and that St John the Baptist was the only true voice that directed to the Mes¬ siah. HERACLIDiE, the descendants of Hercules, who at the time of their father’s death were residing with Ceyx, king of Trachis, who generously protected them till he was forced by the threats of Eurystheus to refuse them any longer refuge. They fled to Athens, where they received the protection of Theseus, dwelt in the Tetrapolis, and, together with the Athenians under the command of Hyllus and lolaus, fought a battle against: Eurystheus at the pass of Sciron. The Argive king fell, and the result of this battle w as the possession by the Heraclidae of the whole Pe¬ loponnesus, where they ruled for one year, at the expira¬ tion of which a pestilence drove them back again to Atti¬ ca. They were succeeded by the Pelopidae, against whom the expeditions of the Heraclidae were now directed. Hyl¬ lus again collected his forces, and met the Arcadians, loni- ans, and Achaeans at the isthmus, where he fell in single combat with Echemus, the son of Aeropus, prince of Te- gea ; upon which the Heraclidae promised not to renew the attempt for fifty, or some say a hundred years. They made two unsuccessful attempts under Cleodaeus and Aristoma- chus; but at last, led by Temenus, they met the united force of the Peloponnesus, under the command of Tisame- nus, the grandson of Agamemnon, and completely defeat¬ ed it, 1104 b. c. This event, which is said to have hap¬ pened eighty years after the fall of Troy, and 328 years be¬ fore the first Olympiad, gave the Heraclidae, along with the Dorians, entire possession of the country. (Diod. iv. 57,58. Apollodor. ii. 8, ad fin. Herod, ix. 26. Paus. ii. 13, 18; iii. 1 ; iv. 2 ; v. 3 ; Muller’s Doriansf HERACLIDES, surnamed Ponticus, because he was a native ol Heraclea in Pontus, was the son of Euthyphron, of noble birth and of great riches. Of his private history only a few particulars have come down to us, which are found in Suidas and Diogenes Laertius (v. 86). At Athens we find him the disciple of Plato, who died 347 b. c. ; of Speusippus, who taught 347—339 b. c.; and of Aristotle, who taught at Athens 334—322 b. c. On his return to his native city he expelled a tyrant, and established free¬ dom ; but he is accused of having arrogated to himself more power than w7as consistent with the principles which he advocated. He persuaded the inhabitants of Heraclea that an oracle had commanded him to be presented with a golden crowm ; but whilst he was in the act of being crowned, he fell down in a fit of apoplexy. Having re¬ covered consciousness, but aware that he was dying, it is said that he wished a friend to remove his body and sub¬ stitute a serpent, that his fellow-citizens might believe that he had been carried to heaven. Such stories, how¬ ever, ought to be regarded with great suspicion. He was the author of many works of considerable merit, though both Cicero (Nat. Deor. i. 13) and Plutarch (Carnil. 22) speak of his judgment with no respect; whilst Aristoxenus and Chamaeleon render us suspicious of his literary honesty. His ethical writings were principally in the form of a dia- H E R I ], ;slogue, and treated of justice, moderation, self-restraint, re- || lio-ious feelings, firmness, virtue, and happiness. His phy- lera sical works contained treatises on reason, the soul, nature, tu? on things in heaven and in hell, on life, and on goodness. ^ ; Amongst his grammatical writings are mentioned a work in two books on the age of Homer and Hesiod, on Archilo¬ chus and Homer, and on the qualities of Sophocles and Eu¬ ripides. (For a detailed account of his works, the reader may consult Clinton’s Fasti Hellenici, vol. ii. p. 470.) Some extracts from his treatise on the Constitutions of various States remain. They are usually published along with the YaricB Historice of AElian. The best edition is that by Coray, Paris, 1805. There is a separate edition by Koeler, Fragmenta de Civitatibus, Halae, 1804. Heraclides, the author of a work on incredible events (tfsg/ avigav), and another on Homeric allegories (dXXriyo- yai' Owgaui), which has been falsely ascribed to the na¬ tive of Heraclea. We have no means of discovering at what time Heraclides flourished, or of what city he was a native; but his works are not without value, chiefly as supplying us with many quotations from lost poets. In the first we have a number of wonderful stories after the manner of Palsephatus, but all naturally resolved. In the second he has endeavoured to explain the mythic sto¬ ries of Homer as allegories, in order to relieve Homer from the charge of impiety, to which he thinks he would otherwise be exposed. It was first published along with Pakephatus and some other authors, at Venice, by Aldus (1505), then by Gessner, Basle (1544), and by Gale in his Opuscula Mythologica, Amstel. 1688. The best edition is that by Heyne, Heraclidce Allegories Homericee, cum no- tis Schow. Gotting. 1782 ; De Incredibilibus, Gr. et Lat. ed Teucher, Lemgo, 1796. The Allegories have been trans¬ lated into German by Schulthess, Zurich, 1779. HERACLITUS, a celebrated philosopher of Ephesus, in Asia Minor, flourished about b. c. 503, in the reign of Darius, son of Hystaspes. Of his personal history we know nothing more than that he was the son of Blyson, attended the lectures of the philosophers Hippasus and Xenopha¬ nes, and made a particular study or the doctrines of the Pythagoreans. Heraclitus was one of those spirits whose eye was formed so as to view only the miseries of human life, and who gave vent to their sensibility by tears, as De¬ mocritus did by laughter. He was usually called the Weeping Philosopher. He was a voluminous writer, but his most esteemed work was a treatise on nature, which, how¬ ever, was so obscure, that he obtained the surname of 2/.o- nms. It is said that Euripides sent this work to Socrates, and that the philosopher having read it, remarked that all he could understand was very good, but that much of it was unintelligible. Heraclitus retired from intercourse with men to some deserted spot, where he could pursue without interruption his philosophical speculations ; but his austere mode of living brought on a dropsy, and find¬ ing no relief, he determined to destroy himself by fire, and thus perished in his sixtieth year. Others say that he was devoured by dogs. Heraclitus regarded fire as the beginning and end of all things, as a matter subtile, eter¬ nal, unalterable, and ever moving. The less subtile por¬ tions of fire produced air, those of air generated water, and from this again was formed earth. The soul he considered as an igneous substance, or an exhalation (avc/Jvgiadig). He was in fact a materialist, and admitted only body, form, and motion. Every thing was only a change of body, death only a change of form. This treatise was first published by Crates, and put into Greek verse by Scythinus. Some fragments of it which remain have been published by Ste¬ phens, with other pieces, in a work entitled Poesis P/tilo- sophica, Paris, 1573. Also Fragmenta et Literce, Gr. et Lat. ed. Lubin, Rostock, 1601. See likewise De principio rerum naturalium ex mente Heracliti physici exercitatio, vol. xr. HER 241 Herald. Lips. 1697 ; De rerum naturalium genesi ex mente Heracliti Heraclius physici dissertation Lips. 1702. HEHACLIUS, an eastern emperor, descended from a Cappadocian family, was sent to subdue the tyrant s"‘ Phocas, whom he totally vanquished in the year 610. In consequence of this victory, young Heraclius was raised to the throne by the suffrages of the senate and people. He confined in a monastery Crispus, the son-in-law of Pho- cas, whose defection had contributed to his success. Hav¬ ing humbly requested peace from the Persian monarch, who was extending his conquests all over the Asiatic part of the empire, his exorbitant and unjust conditions so ex¬ asperated Heraclius, that he at once started from inglo¬ rious ease into a conspicuous hero, raised, by vast exer¬ tions, a considerable army, conquered the king of Persia, and established his winter-quarters on the banks of the Halys. He next year penetrated into the very heart of Persia, and having resisted the attack of a threefold army of Persians, he surprised the town of Salban. Another of his expeditions was against the Tigris ; and he fought a battle near the site of the ancient Nineveh in 627, about the end of the year, at which time he gained a complete victory over the Persians, having slain three of their chiefs with his own hand. He recovered three hun¬ dred Roman standards, and set a vast number of captives at liberty. In 628 he made the Persian king put an end to the persecution of the Christians, renounce the conquests of his father in the Roman empire, and restore the true cross, which had been taken from Jerusalem. When at Emesa, he first heard of the name of Mahommed, who invited him to embrace his new faith, but without success. He brought a reproach on his name by adhering to the doctrine of the Monothelites, but chiefly by espousing his niece Martina for his second wife, by whose influence he divided the suc¬ cession between Constantine and Heracleonas, his son by Martina. He fell into a dropsical complaint, by which he was carried off in the month of February 641, in the thirty-first year of his reign. HERALD, a term supposed to be derived from Acer, an army, and healt, a champion. The principal employment of heralds in early times was to demand redress of injuries from foreign powers, carry messages of amity or defiance, and proclaim war and peace; whence they came also to record and emblazon armorial bearings, and to marshal great public solemnities. In the days of chivalry they were introduced into this island from France; and as in that country, and indeed also in Rome so likewise, both in England and Scotland they were in high repute. The chief of them was styled king of arms, and crowned at his installation to office by the sovereign himself; and as the sovereign and other lords had their armiger or armour-bearer, so every herald had his signifer or ancient, or, as he was called from the French, pursuivant, that is, follower or attendant. In 1450 the heralds of England were by King Richard II. incorporated into a college like the collegium, fecialium of Rome. The earl marshal of England is superior of the college, and has the right of appointing the members of whom it consists, namely, three kings at arms, six heralds at arms, and four pursuivants at arms. The kings are garter, clarencieux, and norroy ; of w hom garter, instituted and created by King Henry V. to attend on the order of the garter, is principal. His distinguishing colour is blue ; that of the “ provincial kings,” as clarencieux and norroy are called, is purple. Clarencieux was ordained by King Edward IV., when, on attaining the dukedom of Clarence by the death of his brother, he made the herald which properly belonged to the Duke of Clarence a king ot arms, with power to marshal and dispose of funerals, and other processions, throughout the realm of England on the south side of Trent, as the office of norroy is the like on the 2 H 242 HER HER Herald, north. The heralds are styled of York, Lancaster, Ches- of whom there is now, by statute 1587, c. 46, a certain num jj f—' ter, Windsor, Richmond, and Somerset. They are esquires her in every shire of the kingdom. They are admitted and ^ by creation, and rank according to seniority of appointment, removed by the lord lyon, and their duty is to execute the For some time past the crown has occasionally issued a war- process and letters of the superior courts. The jurisdic- rant to the earl marshal to create extraordinary heralds; tion and authority of the Scottish king of arms is thus but these receive no salary, which the king’s ordinary heralds twofold; one over the officers at arms, in which respect and pursuivants at arms do. The pursuivants are now reck- he may not inaptly be regarded as in many respects at the oned of a sort in the number of heralds, and commonly sue- head of the executive department of the law here ; and the ceed in the place of heralds, as these die or are preferred, other in relation to bearings and ensigns armorial. The Their names are Blue-mantle, Rouge-croix, Rouge-dragon, lord lyon also appoints a procurator fiscal to sue before and Portcullis. The meetings of the heralds’ college are him, a messenger to act as his macer, and a clerk andregis- termed chapters; and matters are determined therein by a trar. majority of voices. The earl marshal sits in the midst of Immemorial usage and the king’s concession of arms are his court, attended sometimes by one or more of the judges, the main pillars of the law of arms. They give the funda- He has also belonging to his court a pursuivant messen- mental right to use ensigns armorial, and to have those ger to serve his precepts, a crier, a doctor of the civil law, ensigns matriculated in the heralds’ books. Where nei- and the clerk or registrar, on either side of whom are pla- ther usage nor royal concession appears, the discretion of ced the officers at arms to give their opinions when re- the college arises ; and as the principles on which coatar- quired. mour is awarded were never very clearly defined, it is not In Scotland there is but one principal herald or king of surprising that the power to purchase arms became the ch¬ arms. He is called Lyon from the cognisance of Scotland, terion of fitness to bear them ; and that, as Bailey savs, as one of the signifer; or pursuivants is called Unicorn “ In our days all are accounted gentlemen that have mo- from the supporters of the shield; and, as early as the co- ney, and if a man hath no coat of arms, the king of arms ronation of King Robert II. on the 2/th of March 1371, we can sell him one.” The principles which regulate the he- find lyon king of arms called in with his attending heralds raids’ court at Edinburgh are stated in the Report of by the lord marischal of Scotland, sworn, and crowned, the Commission on Courts of Justice in Scotland, anno (MS. Account of the Coronation, apiid Chalmers, Ca- 1821. Under that commission Mr George Tait, advo- ledonia, vol. i. p. 763, note.) Indeed it would seem that cate, late lyon-depute, was examined on oath, and being heralds are of greater antiquity in Scotland than in Eng- interrogated, according to what rules or ordinances cases land ; and it is not unlikely that norroy, the most ancient respecting the grant of arms, or competition of claims be¬ ef the English kings of arms, had his origin in the wars of tween different parties, are determined, he deponed, that the borders, lhat the Scottish king of arms was at one he was not aware of any record of precedents in cases time dependent on the marischal of Scotland, as the Eng- of this nature, and he had not since his appointment had lish heralds are on the marshal of England, there is clear occasion to decide any formal or regular question of com- circumstantial, though certainly, from the state of the re- petition ; but that the rules according to which he would cords, no direct evidence, lhat dependence, however, form his opinion, and which he had observed in as far as he did not continue, and lyon has long held his place by com- had been called to decide on claims presented, were those mission under the great seal, and been recognised as the to be found in the acts of the Scottish parliament, 1592, head of the office oi arms; nor is there any such rule ac- c. 127, and 1672, c. 21, and the rules laid down by Sir knowledged here as that established in the heralds’ college George Mackenzie, by Nisbet, and other waiters on heraldry, at London, that none can be a king of arms before he is a And being interrogated, if there was any restriction observed herald. Jurisdiction in arms, also, which was heretofore with respect to the class or description of persons tow'hom in all the heralds jointly, is now exercised only by the a grant of arms would be allowed, he deponed that such king of arms, who himself performs the duties of his place grants were not refused in any case .where the person ap- by deputies of his own appointment. This devolution of plying was respectable, which he understood to be con- duty to a deputy may be traced up to about the year 1663, formable to the practice now observed in all other colleges wdien lyon first obtained the style of lord lyon king of arms, of arms ; but with regard to the right of bearing support- I he heralds are Rothesay, Ross, Snowdon, Marchmont,. ers, he conceived it to be competent to be granted only Islay, and Albany. The pursuivants are Unicorn, Or- in a very few cases, which cases Mr Tait enumerated at mond, Garrick, Bute, Dingwall, and Kintyre. The num- length, but which, it is enough here to say, may be reduced ber of each thus appears to be six, as it has been for at to those in which the claim rests on the immemorial use of least three hundred years past; but in the end of the supporters by the claimant’s family, or on the claimant or fifteenth century there were but five each, including the his ancestor being either a peer of the realm, or else one of lyon herald. They receive their commission from the lord the ancient barones minores, or, lastly, on the king’s con- lyon, usually for life ; and the only duty they now perform cession of supporters. is to attend at royal proclamations, coronations, and other From the earl marshal of England an appeal lies to the great public solemnities. Attached to this department of king in council. The case wras probably the same in Scot- the office of arms are now also six trumpeters, officers ap- land, and both the language and context of the statutes parently of modern origin. The macers used likewise to be above named imply that the lord lyon is, under his ma- reckoned amongst the officers at arms, and in early times jesty, king and sovereign within the office of arms; but for were placed after the pursuivants ; but, from the institu- some time past the Court of Session have treated his juris- tion of the Court of Session, they took precedence of them, diction as subject to their review and control, and are nowr altogether detached from the heralds’ office, By the statutes imposing and regulating the assessed and wait only on the judges of the above court. They re- taxes, an annual duty of 12s. was made payable by every ceive their commission from the crown, excepting one, which person using or wearing any armorial bearing or ensign, is hereditary, and executed by deputy. After the pursui- which duty is doubled if the party be liable in house-duty, vants are accordingly to be ranked the messengers at arms, and quadrupled if he be liable in the duty on a carriage. (u. u. u.) 243 HERALDRY Mn m,Is the science which teaches how to blazon, or explain in Kpc.proper terms, all that belongs to coats-of-arms, and how to J marshal, or dispose regularly, different arms on a field; and it also teaches whatever relates to the marshalling of solemn cavalcades, processions, and other public ceremo¬ nies, at coronations, installations, creations of peers, nup¬ tials, christening of princes, funerals, and the like. Arms, or coats-of-arms, are hereditary marks of honour, com¬ posed of fixed and determined colours and figures, granted by sovereign princes as a reward for military valour, shining virtue, or signal public service, and which serve to denote the descent and alliance of the bearer, or to dis¬ tinguish states, cities, societies, or orders, civil, ecclesias¬ tical, and military. Thus heraldry is the science of which arms are the proper object; but yet they differ much both in their origin and in their antiquity. Heraldry, according to Sir George Mackenzie, “ as digested into an art, and subjected to rules, must be ascribed to Charlemagne and Frederick Barbarossa, for it did begin and grow with the feudal law.” Sir John Feme is of opinion that we borrowed arms from the Egyptians, meaning probably from the hieroglyphics of that people. Sir William Dugdale mentions that arms, as marks of honour, were used by great commanders in war, necessity requiring that their persons should be notified to their friends and followers. Nisbet, in his System of Heraldry, says that arms owe their rise and beginning to the light of nature, and that signs and marks of honour were made use of in the first ages of the world, and by all nations, however simple and illiterate, to distinguish the noble from the ignoble. We find from Homer, Virgil, and Ovid, that the ancient heroes had different figures on their shields, by which their persons were distinctly known. Alexander the Great, desirous to honour those of his cap¬ tains and soldiers who had done any glorious action, and also to excite emulation amongst the rest, granted them certain badges to be borne on their armour, pennons, and banners ; and at the same time ordained that no person or potentate throughout his empire should attempt or presume to give or tolerate the bearing of those signs upon the ar¬ mour of any other man, but that it should be a power re¬ served to himself, which prerogative has ever since been claimed and exercised by all other kings and sovereign princes within their dominions. From these and many other opinions, it may with some confidence be infei'red that in all ages men have made use of figures of living creatures, or symbolical signs, to denote the bravery and courage either of their chief or nation, to render themselves more terrible to their enemies, and also to distinguish themselves or families, as names do indivi¬ duals. Agrippa, in his treatise on the vanity of sciences (c. 81), has collected many instances of these marks of distinction, anciently borne by kingdoms and states which were any way civilized. Thus the Egyptians bore an ox, the Athenians an owl, the Goths a bear, the Romans an eagle, the Franks a lion, and the Saxons a horse, which last is still borne in the arms of his Britannic majesty. As to hereditary arms of families, Camden, Spelman, and others agree that they began towards the end of the se¬ venteenth century. According .to Menestrier, a French writer whose authority is of great weight in this matter, Henry 1’Oiseleur, or the Falconer, who was raised to the imperial throne of the West in 920, by regulating tourna¬ ments in Germany gave occasion to the establishment of family arms, or hereditary marks of honour, which are un¬ deniably more ancient and better observed amongst the Germans than in any other nation. Menestrier likewise Hereditary asserts, that with tournaments came coats-of-arms, which Arms, &c. were a sort of livei’y, made up of several lists, fillets, or narrow pieces of stuff of different colours, whence came the fess, the bend, the pale, and other devices, which were the original charges of family arms ; for they who had never been at tournaments had not such marks of distinction. Those who engaged in the crusades also took up several figures hitherto unknown in armorial ensigns; such as alerians, bezants, escalop-shells, martlets, and the like, but more particularly crosses, of different colours for the sake of distinction. From this it may be concluded that he¬ raldry, like most human inventions, was insensibly intro¬ duced and established; and that, after having been rude and unsettled for many ages, it vras at last methodised, perfected, and fixed, by the crusades and tournaments. These marks of honour are called arms, from their be¬ ing principally worn in war and in tournaments by mili¬ tary men, who had them engraved, embossed, or depicted on shields, targets, banners, or other martial instruments. They are also called coats-of-arms, from the custom of the ancients embroidering them on the coats which they wore over their arms, as heralds do to this day% Arms are distinguished by different names, to denote the causes of their bearing; such as, arms of dominion, of pretension, of concession, of community, of patronage, of family, of alliance, of succession. Arms of dominion or sovereignty are those which emperors, kings, and sovereign states constantly bear, and which are, as it were, annexed to the territories, kingdoms, and provinces they possess. Thus the three lions are the arms of England, the fleurs- de-lis those of France, and so on. Arms of pretension are those of kingdoms, provinces, or territories, which a prince or lord has some claim to, and which he adds to his own, although these kingdoms or territories be pos¬ sessed by a foreign prince or other lord. Thus the kings of England have quartered the arms of France with their own ever since Edward III. laid claim to the kingdom of Fiance, which happened in the year 1330, on account of his being son to Isabelle, sister to Charles the Handsome, who died without issue. Arms of concession, or augmen¬ tation of honour, are either entire arms, or else one or more figures, granted by princes as a reward for some extraordinary service. We read in history that Robert Bruce, king of Scotland, allowed the Earl of Wintoun’s ancestor to bear, in his coat-armour, a crown supported by a sword, to show that he and the clan Seaton, of which he was the head, had supported his tottering crown. Queen Anne granted to Sir Cloudesly Shovel, rear-ad¬ miral of Great Britain, a cheveron between two fleurs-de- lis in chief, and a crescent in base, to denote three great victories which he had gained, two over the French and one over the Turks. Arms of community are those of bi¬ shoprics, cities, universities, academies, societies, compa¬ nies, and other bodies corporate. Arms of patronage are such as governors of provinces, lords of manors, patrons of benefices, and others, add to their family arms, as a token of their superiority, rights, and jurisdiction. These arms have introduced into heraldry, castles, gates, wheels, ploughs, rakes, harrows, and the like. Arms oifamily, or paternal arms, are those which belong to one particular family, and distinguish it from others, and which no per¬ son is suffered to assume without committing a crime that sovereigns have a right to restrain and punish. Arms of alliance are those which families or private persons take up and join to their own, to denote the alliances which they 244 HERALDRY. Of the have contracted by marriage. This sort of arms is either Escut- impaled, or borne in an escutcheon of pretence, by those who cheon. have married heiresses. Arms of succession are such as are taken up by those who inherit certain estates, manors, and other hereditaments, either by will, entail, or dona¬ tion, and which they either impale or quarter with their own arms; and this multiplies the titles of some families from necessity, and not through ostentation, as some have imagined. These are the eight classes under which the different kinds of arms are generally arranged ; but there is a sort which blazoners call assumptive arms, being such as are assumed by the caprice or fancy of upstarts, though of ever so mean extraction, who, being advanced to a de¬ gree of fortune, take them without any legal title. This is considered as a great abuse of heraldry, and common only in Britain, no such practice being permitted on the Continent. We now proceed to consider the essential and integral parts of arms, which are, the Escutcheon, the Tinc¬ tures, the Charges, and the Ornaments. I OF THE SHIELD OR ESCUTCHEON. The shield or escutcheon is the shield or ground on which are represented the figures that make up a coat-of-arms. These marks of distinction were originally put on bucklers or shields before they were placed on banners, standards, flags, and coat-armour; and wherever they may be fixed, they are still represented on a plain or superficies the form of which resembles a shield. Shields, in heraldry called escutcheons or scutcheons, from the Latin word scutum, have been, and still are, of different forms, according to the usages of different times and nations. Amongst ancient shields, some were almost like a horse¬ shoe, and others triangular, somewhat rounded at the bottom. The people who inhabited Mesopotamia, now called Diar- hekir, made use of this sort of shield. Sometimes the shield was heptagonal, that is, bad seven sides. The first of this shape is said to have been used by the celebrated triumvir Marc Antony. That of knights-banneret was square, like a banner. As to modern escutcheons, those of the Italians, particularly of ecclesiastics, are generally oval. The Eng¬ lish, French, Germans, and other nations, have their es¬ cutcheons formed different ways, according to the carver’s or painter’s fancy. But the escutcheon of maids, widows, and such as are born ladies, and are married to private gen¬ tlemen, is generally of the form of a lozenge. Sir George Mackenzie mentions one Muriel, countess of Strathern, who carried her arms in a lozenge, in 1284 ; a circumstance which shows how long we have been conversant with he¬ raldry. Armorists distinguish several parts or points in escut¬ cheons, in order to determine exactly the position of the bearings they are charged with. Thus, in the annexed out¬ line of an escutcheon, ABC D E F G H I A is the dexter chief, B the precise middle chief, C the sinister chief, D the honour point, E the fess point, F the nombril point, G the dexter base, H the middle precise base, and I the sinister base. The knowledge of these points is of great importance, and ought to be well observed, for they are frequently oc¬ cupied with things of different kinds. It is necessary to observe, that the dexter side of the escutcheon is opposite o' i) to the left hand, and the sinister side to the right hand, ofTinctlr v the person who looks on it. Furs 4 4 A II. OF TINCTURES, FURS, LINES, AND DIFFERENCES. 1. Of Tinctures. By tinctures is meant that variable hue of arms which is common both to shields and their bearings. According to the French heralds, there are but seven tinctures in ar¬ moury, of which two are metals, and the other five colours. The metals are gold, termed or ; and silver, termed argent. The colours are blue, termed azure; red, termed gules 1 green, termed vert; purple, termed purpure ; and black, termed sable. When natural objects, such as animals, plants, celestial bodies, and the like, are introduced into coats-of-arms, they retain their natural colours, which is expressed in this science by the word proper. Besides the five colours above mentioned, the English writers on heraldry admit two others, namely, orange, termed tenny; and blood-colour, termed sanguine. But these two are rarely to be found in British bearings. These tinctures are represented in engravings and draw¬ ings by dots and lines (as in fig. 3, No. 1-9), which are Plate the invention of the ingenious Silvester de Petra Sancta,ccLnv an Italian author of the seventeenth century. Thus, or is expressed by dots; argent needs no mark, and is therefore plain ; azure, by horizontal lines; gules, by perpendicular lines ; vert, by diagonal lines from the dexter chief to the sinister base points; purpure, by diagonal lines from the sinister chief to the dexter base points ; sable, by perpen¬ dicular and horizontal lines crossing each other; tenny, by diagonal lines from the sinister chief to the dexter base points, traversed by horizontal lines; sanguine, by lines crossing each other diagonally from dexter to sinister, and from sinister to dexter. Sir George Mackenzie observes, that some fantastic he* raids have blazoned not only by the ordinary colours and metals, but by flowers, days of the week, parts of a man’s body, and the like, and have been condemned for it by the heralds of all nations. Yet, he adds, the English have so far owned this fancy, that they lay it down as a rule that the coats of sovereigns should be blazoned by the planets, and those of noblemen by precious stones. According to this rule, which some think judicious, though Cartwright and others reprobate it as absurd, the relative blazonry would stand thus: Or Topaz Sol. Argent Pearl Luna. Sable Diamond Saturn. Gules Ruby Mars. Azure Sapphire Jupiter. Vert Emerald Venus. Purpure Amethyst Mercury. Tenny Jacinth Dragon’s-head. Sanguine Sardonix Dragon’s-tail. “ But I crave leave to say,” continues Sir G. Mackenzie, “ that these are but mere fancies, and are likewise unfit for the art, for these reasons: Is*, The French, from whom the English derive their heraldry, not only in principles, but in words of the French language, do not only not use these different ways of blazoning, but treat them en ridicule. 2dly, The Italian, Spanish, and Latin heralds use no such different forms, but blazon by the ordinary metals and co¬ lours. Qdly, Art should imitate nature; and as it would be an unnatural thing in common discourse not to call red red because a prince wears it, so it is unnatural to use these terms in heraldry. And it may fall out to be very ridiculous in some arms ; for instance, if a prince had for ® 0 his arms an ass couchant under his burden gules, how ridi- 'incti is, culous would it be to say he had an ass couchant Mars? ' urs, c. ^ hundred other examples might be given; but it is ^ enough to say, that this is to confound colours with charges, and the things that are borne with colours, ktldy, It makes the art unpleasant, and deters gentlemen from studying it, and strangers from understanding what our heraldry is; nor could the arms of our princes and nobi¬ lity be translated in this disguise into Latin or any other language. But that which convinces most that this is an error is, because it makes that great rule unnecessary, whereby colour cannot be put upon colour, nor metal upon metal; but this cannot hold but where metals and colours are expressed.” The English heralds give different names to the roundlet (No. 10), according to its colour. Thus, if it be or, it is called a bezant; if argent, opiate; if azure, a hurt; if gules, a torteau ; if vert, a pompey ; if purpure, a golpe; if sable, a pellet; if tenny, an orange; and if sanguine, a guze. The French, and all other nations, do not admit such a multiplicity of names for this figure, but call them bezants, after an ancient coin struck at Con¬ stantinople, anciently Byzantium, if they are or and tor- teaux; or of any other tincture, expressing the same. 2. Of Furs. Furs represent the hairy skin of certain beasts, prepar¬ ed for the doublings or linings of robes and garments of state; and as shields were anciently covered with furred skins, they are therefore used in heraldry not only for the linings of the mantles, and other ornaments of the shields, but also in the coats-of-arms themselves. There are three different kinds in general use, namely, \. Ermine, which is a field argent, powdered with black spots, the tails of which terminate in three hairs (No. 11); 2. Counter-ermine, where the field is sable, and the powder¬ ing white (No. 12); and, 3. Vair (No. 15), which is ex¬ pressed by blue and white skins, cut into the forms of lit¬ tle bells, ranged in rows opposite to each other, the base of the white ones being always next to that of the blue ones. Vair usually consists of six rows; if there be more or fewer, the number ought to be expressed; and if the co¬ lours be different from those above mentioned, they should likewise be expressed. The English multiply the furs, as well as the names of the tinctures, though no other nation has adopted such varieties. Thus they give us, 1. White, which is the na¬ tural colour of the ermine, but is used upon no occasion except in the description of mantles. 2. Ermines, which is the same with contra-ermine. 3. Erminois, where the field is or, and the powdering sable (No. 13). 4. Fean, where the field is sable, and the powdering or (No. 14). The French use no such term; but they call all furs or doublings des pannes or pennes, a term which has possibly given rise to this mistake, and many others, on the part of those who did not understand the French language. 5. Erminites, the same as ermine, with the addition of a red hair on each side of the black. Sir George Mackenzie calls these distinctions “ but fancies, for erminites signifies pro¬ perly little ermines? 6. Counter-vair, when the bells of the same tincture are placed base against base, and point against point (No. 16). 7. Potent-counter-potent, anciently called vairy-cuppy, as when the field is filled with crutches or potents counterplaced (No. 17). It may not be improper to observe here, that the use of the tinctures took its rise from the several colours used by warriors whilst they were in the army, which Silves¬ ter de Petra Sancta proves by many citations. And be¬ cause it was the custom to embroider gold and silver on silk, or silk on cloth of gold and silver, the heralds therefore appointed, that, in imitation of the clothes so embroidered, 245 upon colour, nor metal upon Of Tinctures, Furs, &c. 3. Of the Lines used in the parting of Fields. Escutcheons are either of one tincture or more than one. Those which are of one only, that is, when some metal, colour, or fur, is spread all over the surface or field, are said to have such a tincture predominant; but in those which have more than one, the field is divided by lines, which, according to their different forms, receive various names. Lines may be either straight or crooked. Straight lines are carried evenly through the escutcheon, and are of four different kinds, viz. a perpendicular line [ ; a horizontal, —; a diagonal dexter, \ ; a diagonal sinister, /. Crooked lines are those which are carried unevenly through the es¬ cutcheon, rising and falling. French armorists reckon ele¬ ven different sorts of these ; Guillim admits of only seven ; but there are fourteen distinct kinds, viz. 1. The engrail-Under fig. ed; 2. the invected; 3. the wavy; 4. the embattled, orl. crenelle ; 5. the nebule ; 6. the regule ; 7. the indented; 8. the dancette; 9. the dove-tail; 10. the grafted; 11. the embattled aronde; 12. the battled embattled; 13. the patee or dove-tail; and 14. the champaine. The principal reason why lines are thus used in herald¬ ry, is to distinguish bearings which would otherwise be the same; for an escutcheon charged with a chief engrailed, differs from one charged with a chief w avy, as much as if the one bore a cross and the other' a saltier. As the lines above mentioned serve to divide the field, it must be observed, that if the division consist of two equal parts formed by the perpendicular line, it is called parted per pale; by the horizontal line, parted per fess; by the diagonal dexter, parted per bend; and by the dia¬ gonal sinister, parted per bend sinister. If a field be divided into four equal parts by any of these lines, it is said to be quartered, and this may be done in two ways, viz. 1. Quartered or parted per cross, which is made by a per- Under fig. pendicular and horizontal line, crossing each other at the !• centre of the field, and dividing it into four equal parts called quarters. 2. Quartered or parted per saltier, which is made by two diagonal lines, dexter and sinister, cross¬ ing one another in the centre of the field, and likewise dividing it into four equal parts. The escutcheon is sometimes divided into a greater number of parts, in order to place in it the arms of the se¬ veral families to which one is allied; and in this case it is called a genealogical achievement. These divisions may consist of six, eight, twelve, and sixteen, quarters, and even sometimes of twenty, thirty-two, sixty-four, and upwards; there being examples of such divisions frequently exhibited at pompous funerals. An extraordinary instance of this kind was exhibited at the funeral of the Viscountess Town- shend, whose corpse was brought from Dublin Castle to Rainhamhall in Norfolk; on which occasion one of the principal tenants on horseback carried before the hearse a genealogical banner, containing the quarterings of his lordship’s and her ladyship’s families, to the amount of up¬ wards of 160 coats. But Sir William Dugdale justly ob¬ jects to so many arms being clustered together in one shield or banner, on account of the difficulty of knowing and dis¬ tinguishing one coat-of-arms from another. 4. Of the Differences of Coats-of-Arms. Armorists have invented various differences or cha- racteristical marks, by which bearers of the same coat-ol- arjns may be distinguished from one another, and their nearness to the principal bearer demonstrated ; and these differences are to be considered as either ancient or mo¬ dern. HERALDRY. colour should never be used metal. 246 HERALDRY. Of Of Ancient Differences. Those which are called ancient Tinctures, differences consist in bordures,1 which is a bearing that goes 1 urs, &c. aj] round, and parallel to the boundary of the escutcheon, in the form of a hem, and always contains a fifth part of the field in breadth. Bordures were used in ancient times not only for distinguishing one nation or tribe from ano¬ ther, but also for noting a diversity between particular persons descended of one family and from the same pa¬ rents. This distinction, however, was not expressly sig¬ nified by invariable marks ; nor were bordures always ap¬ propriated to denote the different degrees of consangui¬ nity; for, as Sir Henry Spelman rightly observes, ancient heralds, being fond of perspicuous differences, often invert¬ ed the paternal tincture, or sometimes inserted another charge in the escutcheon, such as bends, croslets, cantons, or the like; an irregularity which, he supposes, has indu¬ ced modern armorists to invent and make use of others. Plate There are bordures of different forms and tinctures, as, ccLxxvm.for example, 1. Sable, a bordure argent, borne by the % Earl of Thanet. When a border is plain, it is not neces¬ sary to mention it, as it is always so understood in heraldry, though it be not expressed ; but if it has any other form, this must be signified. 2. Gules, a bordure engrailed ar¬ gent, borne by Lord Gray. This is called engrailedfrom the French word engrele. which signifies a thing the hail has fallen upon and broken off the edges, leaving it with little semicircles struck out of it. 3. Gules, a bordure engrailed or, borne by the Earl of Shrewsbury. In a bordure or or¬ dinary formed of these lines, the points are represented on all sides towards the field, and the semicircles are turned towards the bordure or ordinary. 4. Argent, a bordure invected azure. This is quite contrary to the last, which turns its points from the bordure into the field. 5. Gules, a bordure indented argent. The word indented requires little explanation, the signification being obvious, from its figure, which is composed of tracks resembling teeth, called in Latin dentes. 6. Azure, a bordure ermine. 7. Vert, a bordure vair. 8. Ermine, a bordure compony, or gobony, or and sable. This is so termed from its being composed of small equal pieces. 9. Quarterly, azure and gules, a bordure compony argent and azure, borne by the Duke of Beaufort. 10. Azure, a bordure counter-compony argent and gules. But the counter- compony always consists of two tracks and no more. 11. Or, a bordure cheeky argent and sable. This has a great resemblance to the last bordure, having only one track more. Before blazoning, therefore, care must be taken to number them, so as to avoid taking the one for the other. 12. Gules, a bordure argent, charged with eight trefoils slipped proper, that is, vert. All nations use few terms in blazoning bordures ; but English armorists have perplexed it, and rendered it unintelligible to all foreign¬ ers, by introducing several mystical proper names, amongst which may be reckoned the following, viz. They call a bordure, if charged with eight plants, fruits, flowers, or leaves, verdoy of such vegetables ; or enaluron of such birds ; enurny of beasts ; perjlew of furs ; and entoyre of inanimate things, of whatsoever kind. 13. Gules on a bordure azure, eight stars or. 14. Argent, a bordure compony of the last and gules, the first charged with roses of the second, barbed and seeded proper. This bordure is borne by the Duke of Richmond. 15. Ermine, with a bordure engrailed gules, the coat-of-arms of Vis¬ count Kingsland. This family is of French extraction, and allied to the Dukes of Lower Bretagne. 16. Argent, a bordure sable charged with eight bezants, borne by Lord Ranelagh. 17. Party per pale argent and gules, a bordure charged with eight escalops counterchanged; the coat of arms of Maule, Lord Panmure. This ancient of family is originally French, and derives its surname fromTinctu, the lordship of Maule in Normandy, where the same arms Furs,) are still to be seen in the parish church. 18. Azure, a bordure quarterly, the first and fourth ermine, the second and third counter-compony argent and azure. 19. Purpure, a bordure compony or and gules, each of the last charged with a bezant. 20. Quarterly or and gules, within a bor¬ dure vert, charged with eight escalops or. We shall con¬ clude this head with observing, that a bordure is never of metal upon metal, and seldom of colour upon colour, but rather of the same tincture with the principal bear¬ ing or charge. Thus Dalziel of Glenae, whose predeces¬ sor was a younger brother of the family of Carnvvath, has, within a bordure argent, the paternal coat of the ancient name of Dalziel, viz. sable, a hanged man with his arms ex¬ tended, argent, and whom they formerly carried hanging on a gallows. This bearing, though so very singular for a coat-of-arms, was given as a reward to one of the ancestors of the Earl of Carnwath, to perpetuate the memory of a brave and hazardous exploit performed, in taking down from a gallows the body of a favourite and near relative of Kenneth II. who had been hung up by the Piets. The story is thus related by Nisbet: “ The king being exceedingly grieved that the body of his minion and kinsman should be so disgracefully treated, he proffered a great reward to any of his subjects who would adventure to rescue his corpse from the disgrace his cruel enemies had unjustly put upon it; but when none wmuld undertake this ha¬ zardous enterprise, at last a valorous gentleman came and said to the king, Dalziel, which signifies, ‘ I dare and he did actually perform that noble exploit to the king’s satisfaction and his own immortal honour, and in memory of it got the aforesaid remarkable bearing; and afterwards his posterity took the word Dalziel for their surname; and the interpretation of it, I dare, continues even to this day to be the motto of that noble family.” We can have no better proof of the truth of the tradition than this, that the heads of the ancient family in question have for ages carefully retained this bearing without any alter¬ ation or addition. Of Modern Differences. The modern differences which the English have adopted, not only for distinguishing sons issued out of one family, but also for denoting the differ¬ ence and subordinate degrees in each house from the ori- ginal ancestors, are nine, viz. for the heir or first son, the Plate label; second son, the crescent; third son, the mullet ;CCLH’ fourth son, the martlet; fifth son, the annulet; sixth son,™er' the fleur-de-lis; seventh son, the rose; eighth son, the cross-moline ; ninth son, the double quatre-foil. By these differences the six sons of Thomas Beauchamp, the fif¬ teenth Earl of Warwick, who died in the thirty-fourth year of the reign of Edward III. are distinguished in an old window of the church of St Mary at Warwick; so that although they are called modern differences, their usage among the English is ancient. It must be observed, that of all the above-mentioned marks of distinction, none but the label is affixed on the coats-of-arms belonging to any of the royal family ; which the authors of this peculiarity have, however, thought proper to distinguish by additional pendants and distinct charges on them. As to the distinction to be made in the arms of the off¬ spring belonging to each of the above-mentioned brothers, it is expressed by figures on the top and margin of the table contained in fig. 3. For instance, the heir or first Pb^. son of the second house bears a crescent charged with a la¬ bel during his father’s lifetime only; the second son of the 1 Bordures are still introduced into English coats-of-arms, but for particular reasons, which heralds can best explain. They are by the French frequently taken for a principal figure, and numbered amongst the rest of the ordinaries. Of second house, a crescent charged with another crescent; (f-jctui, the third son of the second house, a crescent charged Vlrs, ■ with a mullet; the fourth son of the second house, a '""V ’ rharpred with a martlet; the fifth son of the se¬ ll E R A L D R Y. 247 lit.—OF THE CHARGES. >v~ orescent charged with a martlet; the fifth son of the se cond house, a crescent charged with an annulet; the sixth son of the second house, a crescent charged with a fleur- de-lis; and so on of the other sons, taking care to have them of a different tincture. It is not certain in what part of the escutcheon these differences should be borne ; for Guillim, Morgan, and others, give us many different examples of their position. The honour-point would be the most proper place, if the arms would admit of it; but that is not always the case, as the part in question may be charged with some figure in the paternal coat, which cannot with propriety receive the difference. There are instances where these are borne as perfect coats-of-arms, which are to be blazoned thus : The first is azure, a label argent. When such a label is borne as a difference, the pendants, according to Leigh, signify that he is but the third person ; the dexter pen¬ dant referring to his father, the sinister to his mother, and the middle one to himself. The second is argent, a label of five points azure, borne by the name of Henting- ton. If a label has more or less than three pendants or points, they are to be expressed as in the foregoing ex¬ ample. The third is azure, a crescent argent, borne by the name of Lucy. The reason Leigh assigns for the second son having a crescent for a difference, is to show that he should increase the family by adding to its riches and reputation. The fourth is argent, a mullet sable, on a chief azure, a fleur-de-lis or ; borne by the name of Rogers, in Gloucestershire. A mullet or spur was ap¬ pointed for the third son’s difference, to indicate that he should follow chivalry. The fifth is azure, a fleur-de-hs argent; borne by Digby Baron Digby of GeaShill, in King’s County, Ireland. These examples, with many more which might be pro¬ duced, demonstrate the impropriety of adopting these modern differences as marks of cadency to distinguish the different branches of a family; for it is impossible to dis¬ tinguish the uncle or granduncle from the nephew^ or grandnephew, if each of them are second, third, or fourth sons; and in the course of succession these differences would multiply to such a number, that it would be im¬ possible in most cases to delineate them distinctly. But as they are given by most of the English writers on he¬ raldry, though no foreign nation uses them, it w as thought proper to insert them here. Sisters, except of the blood-royal, have no other mark of difference in their coats-of-arms, than the form of the escutcheon ; and therefore they are permitted to bear the arms of their father, even as the eldest son does after his father’s decease. The reason of this is said to be, that when they are married, they lose their surname, and re¬ ceive that of their husbands. Next to these diminutions Leigh, Guillim, and Dr Harris in his Lexicon Technician, set forth at large dif¬ ferent figures, which, they pretend, wrere formerly added to the coats of such as were to be punished and branded for cowardice, fornication, slander, adultery, treason, or murder, for which they give them the name of abatements of honour; but as they produce but one instance of such whimsical bearings, we have not inserted them here. Be¬ sides, arms being marks of honour, they cannot admit of any note of infamy ; nor would any body now-a-days bear them if they were so branded. It is true, a man may be degraded for various crimes, particularly high treason ; but in such cases the escutcheon is reversed, trodden upon, and torn in pieces, to denote a total extinction and suppression of the honour and dignity of the person to whom it belonged. Armorists call a charge whatsoever is contained in the field, whether it occupy the whole or only a part thereof. All charges are distinguished by the names oi' honourable ordinaries, subordinaries, and common charges. Honourable ordinaries, the principal charges in heraldry, are made of lines only, which, according to their disposi¬ tion and form, receive different names. Sub-ordinaries are ancient heraldic figures, frequently used in coats of arms, and which are distinguished by terms appropriated to each of them. Common charges are composed of na¬ tural, artificial, and even chimerical objects or figures; such as planets, creatures, vegetables, instruments, and the like. Of the Charges. 1. Of Honourable Ordinaries. The most judicious armorists admit of only nine honour¬ able ordinaries, viz. the chief, the pale, the bend, the bend sinister, the fess, the bar, the cheveron, the cross, and the saltier. Of these, six only have diminutives, which are as follow : That of the chief is a fillet ; the pale has a pallet and endorse ; the bend, a bendlet, cost, and riband; the bend sinister has the scarp and baton; the bar, the closet and barulet; and the cheveron, a cheveronel and couple-close. Of the Chief. The chief is an ordinary determined by a horizontal line, which, if it be of any other form but straight, must be expressed. It is placed in the upper part of the escutcheon, and contains in depth the third part of the field. Its diminutive is a fillet, the content of which is not to exceed one fourth of the chief, and it stands in the lowest part of the escutcheon. This ordinary is sub¬ ject to be charged w ith variety of figures; and may be indented, wavy, nebule, and so forth. 1. Or, a chief indented azure ; borne by Viscount Mount- Fig. 2. garret. The family of the Butlers is descended from the ancient Counts of Brion in Normandy; but since Henry II. conferred the office of chief butler of Ireland upon one of the family, he and his successors have assumed the name of Butler. 2. Azure, a chief engrailed or. 3. Ar¬ gent, a chief invected vert. 4. Vert, a chief undy or. 5. Azure, a chief nebule argent. 6. Or, a chief cheeky azure and argent. 7. Ermine, a chief quarterly or and gules ; borne by the name of Peckham. 8. Argent, a chief sable ; in the lower part thereof a fillet of the field. 9. Azure, fretty argent, a chief or; borne by \ iscount Doneraile. This family is of French extraction, and is descended from Sir Robert Saint Leger, knight, who in 1066 ac¬ companied William duke of Normandy in his expedition into England. 10. Argent, on a chief engrailed azure, a tortoise passant or ; borne by the name of Bidgood. II. Argent, on a chief gules, two spur revels or; borne by Lord St John of Bletshoe. This ancient family de¬ rive their surname from a place called St John in Nor¬ mandy. 12. Argent, on a chief vert, two spears’ heads erect of the field, the points imbrued gules; borne by Viscount Middleton. This family is lineally descended from George de Brodrick, who came into England in the reign of W illiam II. 13. Or, on a chief sable, three esca- lops of the field, for the name of Graham; and borne quartered in the arms of the Duke, Marquis, and Earl of Montrose, with argent three roses gules. According to the Scottish writers, this family is descended from the re¬ nowned Greme or Grseme, who in the year 404 was gene¬ ral of Fergus II.’s army, and in 420 forced his way through the wall built by the Romans between the rivers Forth and Clyde, in order to prevent the Scots from molesting them in their possessions; and the said breach has ever since been called Grcemes Dike. 14. Argent, on a chief 248 HERALDRY. Of the indented gules, three crosses patee of the field ; borne ^harges^ by the Earl of Egmont. This family is supposed to have sprung from a younger branch of the sovereign dukes of Bretagne in France. They were transplanted into Nor¬ mandy before the Conquest, possessed of great estates and power, and were invested with the office of chief butler. 15. Azure, on a chief indented or, three spur revels gules ; borne by the Earl of Drogheda. This family, which is of French extraction, came into England soon after the Con¬ quest, and established their first residence in the manor of Moore Court, in the county of Kent. 16. Ermine, on a chief indented azure, three ducal coronets or; borne by the name of Lytton. 17. Azure, on a chief or, three mart¬ lets gules, for the name of Wray ; and borne by Sir Cecil Wray, Bart, of Lincolnshire. 18. Ermine, on a chief gules ; five lozenges of the first; borne by the name of Dixin. 19. Argent, fretty gules, on a chief of the second, three leo¬ pards’ faces or ; borne by Lord Ravensworth. 20. Ermine, a chief party per pale azure and or, on the dexter the sun in his splendour, on the sinister a cross patee gules; the arms of the bishopric of Raphoe, in Ireland. Oj the Pale. The pale is an ordinary, consisting of two perpendicular lines drawn from the top to the base of the escutcheon, and contains the third middle part of the field. Its diminutives are, the pallet, which is the half of the pale ; and the endorse, which is the fourth part of a pale. This ordinary and the pallet may receive any charge, but the endorse should not be charged. The endorse, besides, is never used, except to accompany the pale in pairs, as co- tises do the bend ; but Sir John Feme is of a different opi¬ nion. Fig. 4. The following are examples : 1. Gules, a pale or ; borne by the name of Grandmain. 2. Party per pale argent and gules, a pale counterchanged. 3. Argent, a pale between two endorses gules. 4. Party per pale, 1st, paly of six argent and sable ; 2d, azure ; borne by the name of Trench- ard. 5. Pale of six or and azure. 6. Argent, three pallets undy sable ; borne by the name of Downes. 7. Party per pale, argent and gules; borne by Earl Waldegrave. 8. Party per pale indented, or and gules ; borne by Berming- ham, baron of Athenry, in Ireland. This family, which are of English extraction, took their name from the town of Ber- mingham in the county of Warwick. 9. Quarterly per pale dove-tail, gules and or; borne by Lord Montfort. Sir Thomas Bromley, one of his lordship’s ancestors, was by the 21st Elizabeth constituted lord high chancellor of England, in which post he died. 10. Argent, a pale flory counterflory sable. 11. Argent, a pale lozengy sable ; borne by the name of Savage. 12. Argent, a pale indented vert; borne by the name of Dickson. 13. Argent, on a pale engrailed sable, three crescents or; borne by the name of Ashley. 14. Ermine on a pale engrailed azure, three lions’ heads couped or; borne by the name of Avery. 15. Vert, on a pale ra¬ diant oi, a lion rampant sable ; borne by Lord Tyrawley, in Ireland, supposed to be descended from Milesius king of Spain, by his eldest son Hiberius, who, with his brother Heremon, established a colony in Ireland. 16. Azure, a pallet argent. 17. Vert, an endorse or. 18. Argent on two pallets sable, six cross croslets fitchy or ; borne by the name of Bethunes, of the county of Salop. 19. Argent, two endorses gules, in chief three mullets sable ; borne by the name of Vautort. 20. Azure, on a pale walled with, three pieces on each side or, an endorse sable ; borne by the name of Sublet de Noyers, a family of distinction in r ranee. Oftl °J the and Bend Sinister. The bend is an ordi w nary formed by two diagonal lines, drawn from the dexter chief to the sinister base, and contains the fifth part of the field in breadth if uncharged; but if charged, then the third. Its diminutives are, the bendlet, which is the half of a bend ; the cost or cotise, when two of them accom pany a bend, which is the fourth part of a bend ; and the riband, the moiety of a cost, or the eighth part of the held. I here is also the bend sinister, which is of the same breadth as the bend, but drawn the contrary way. Thr is subdivided into a scarpe> which is the half of the bend*5 and into a baton, which is the fourth part of the bend but does not extend itself to the extremities of the field there being part of it seen at both ends. The examples are, 1. Argent, a bend wavy sable; borne Plate by the Earl of Portsmouth, descended from the Wallops ecu*, o Hampshire, a Saxon family, who were possessed of lands to a considerable value in the county at the time of the Conquest. 2. Cheeky or, and azure, a bend ermine; borne by Viscount Dudley and Ward. 3. Azure, a bend entail¬ ed argent, between two cotises or ; borne by Lord Fortescue, as also by Baron Fortescue, in Ireland, this last nobleman bearing a crescent in his arms for difference.1 4. Sable, a bend argent between two cotices indented or • borne by the name of French. 5. Paly of six or and sable’ a bend counterchanged; borne by Baron Baltimore. 6. Party per bend crenelle argent and gules ; borne by the Earl of Cork and Orrery, in Ireland. 7. Argent, three bendlets, enhansed gules, as the English express it, though the phrase enhansed is used by no other nation. The pro¬ per blazon of this arms is, parted per bend, 1st, bendy of six gules and argent, and, 2d, of the last; borne by Lord Byron.2 8. Ermine, a bend voided gules; borne by the name of Ireton. 9. Argent, three bendlets wavy azure; borne by the name of Wilbraham. 10. Bendy of six pieces argent and azure. When the shield is filled with an equal number of bendlets of metal andcolour, it is called bendy; but it the number of them be unequal, they are to be blazoned by the name bendlets, and their number specified. 11. Party per bend azure and argent, two bendlets engrailed counter- changed ; borne by the name of Frenes. 12. Quarterly, or and gules, a bend over all vair ; borne by the Duke of Dorset and Earl of Middlesex. 13. Gules on a bend ar¬ gent, three trefoils slipped proper; borne by the Earl of Bristol, who derives his pedigree from Robert Fitz-Hervey, a younger son of Hervey duke of Orleans, who came over from France with William the Conqueror. 14. Argent, on a,. end gules cotised sable, three pair of wings conjoined i St ’ k°rne by Viscount Powerscourt, in Ireland. 15. Gules, on a bend centre ermine cotised or, three boars’ heads couped argent; borne by Lord Edgcumbe, whose ancestors received their name from the manor of Edg¬ cumbe in Devonshire. 16. Argent, a bend sinister gules. 17. Or, a bendlet gules. 18. Argent, a riband gules. The name of this bearing corresponds with its form, being long and narrow, in the shape of a riband. 19. Azure, a scarf m. I Ins bearing is that kind of ornament which is used by officers on duty, and usually worn after the same man- ner". * p bis contains three batons ; the first is compony ermine and azure, set over the royal arms; the second is compony argent and azure, set over the royal arms; the nied William d^ke of N^mandyT? Hs iLlsim^of Emdand •^n'fbeLdnffa0'? °f stren£th and courage, who accompa- had three horses killed under him, and from that s-nalevenl Z “ ]?efore the duke> a‘ the battle of Hastings, scutum, or the old French word a S ^ ™ t0 family Were assumed ’ for the Latin word ducum. ’ 3 SmelCt’ bein» added tof°rie’ strong, composes their name; and the motto is, Forte scutum salu, and mam and land3 in ihe "*>««»com-**** HERA f'Qf t third is gules, charged with three roses argent, seeded and ^harji- barbed proper, set over the royal arms. fljy ''' Of the Fess and Bar. The fess is an ordinary which is produced by two parallel lines drawn horizontally across the centre of the field, and contains in breadth the third part thereof. Some English writers think it has no dimi¬ nutive, as a bar is a distinct ordinary of itself. The bar, according to their definition, is formed of two lines, and contains only the fifth part of the field ; but this is not the only respect in which it differs from the fess; for there may be more than one in an escutcheon, placed in diffe¬ rent parts of it, whereas the fess is limited to the centre- point. The bar has two diminutives ; the barulet, wEich contains the half of the bar ; and the closet, which is the half of the barulet. When the shield contains a number of bars of metal and colour alternate, of even number, that is called harry of so many pieces, expressing their num¬ ber. : 2 The examples are, 1. Argent, afess indented sable; borne by Earl Delaware. 2. Argent, a fess wreathed azure and gules; borne by the Earl of Hyndford.1 3. Party per fess or and argent, a fess nebule gules ; borne by the name of Anteshed. 4. Party per fess indented or and azure; borne by the name of Saunders. 5. Cheeky or and azure on a fess gules, a crescent argent for difference ; borne by Lord Clifford of Chudley, descended from Walter de Clifford of Clifford Castle, in the county of Hereford, who came over into England with the Conqueror.2 6. Argent, on a fess azure, three lozenges or; borne by the Earl of Denbigh and Desmond, descended from the Earls of Hapsburg, in Germany; Geoffroy earl of Hapsburg be¬ ing oppressed by Rodolph emperor of Germany. 7. Or, on a fess gules, three fleurs-de-lis of the first; borne by the name of Leonard. 8. Ermine, on a fess gules, a lion passant or ; borne by Baron Craysfort, in Ireland. 9. Sable, a fess ermine, between three crescents or; borne by the Earl of Coventry, descended from John Coventry, a native of the city of Coventry, and afterwards mercer and Lord Mayor of London in the reign of Henry V. 10. Sable, a fess cheeky, or and azure, between three bezants; borne by the Earl and Baron of Londonderry.3 II. Or on a fess sable, between three Muscovy ducks proper, arose of the field; borne by Viscount Bateman. 12. Sable, on a fess argent, between three leopards passant guardant or, three escalops gules; borne by the Earl of Hillsborough. 13. Or, a fess-couped gules, between two lions passant sable ; borne by Lord Masham, descend¬ ed from Sir John Masham, who flourished in the reign of King Henry VI. 14. Argent, a lion rampant guardant gules, debruised by a fess azure, between three etoiles is- L D R Y. 249 suing out of as many crescents of the second; borne by Of the the Earl of Roscommon in Ireland.4 5 15. Or, two bars Charges, azure, a chief quarterly of the second and gules, the first and fourth charged each with two fleurs-de-lis of France, the second and third with a lion of England ; borne by the Duke of Rutland and Marquis of Granby. 16. Barry of ten pieces argent and azure, over all six escutcheons 3, 2, 1, sable, each charged with a lion rampant of the first, armed, and langued gules, a crescent for difterence ; borne by the Earl of Salisbury, descended from the famous William Cecil, Lord Burghley, who left two sons, Thomas and Robert, both of whom were made earls in one day; Robert, the younger, being created Earl of Salisbury in the morning; and Thomas, the eldest, Earl of Exeter in the afternoon. 17. Gules, two bars or; borne by the Earl of Harcourt, descended from the Harcourts of Nor¬ mandy, who took their name from a place called Har¬ court in that province, where the family usually resided. 18. Ermine, two bars gules; borne by the Earl of West¬ meath, Baron Delvin. 19. Argent, two bars indented sable ; borne by the Earl of Athlone.6 20. Argent, three bars gemels gules ; borne by the Earl of Barrymore. Of the Cheveron. The cheveron, which represents two rafters of a house well joined together, or a pair of com¬ passes half open, occupies the fifth part of a field with the English, but the French allow it the third. Its diminu¬ tives are, the cheveronel, which contains the half of a che¬ veron ; and the couple close, which is the half of a cheve¬ ronel, that is, its breadth is only a fourth part of a cheve¬ ron. But this last diminutive is never borne except in pairs, or with a cheveron between two of them. The French have but one diminution of this ordinary, called etaye, con¬ taining the third part of its breadth. The examples of cheverons are, 1. Argent, a cheveron Fig. 3. gules between three torteaux ; borne by the Earl of Har- borough, lineally descended from Scherard, who possess¬ ed manors and lands in the counties of Cheshire and Lan¬ cashire in the reign of William the Conqueror. 2. Sable, a cheveron between three etoiles argent; borne by Lord Langdale, descended from the Langdales of Yorkshire, who resided at the town of Langdale, whence they took their name, in the reign of King John. 3. Sable, a cheve¬ ron between three leopards’ heads or; borne by the Earl of Stafford.6 4. Argent, a cheveron between three griffons passant sable, a crescent for difference; borne by the Earl of Ailesford, descended from Herbert Fitz-FIerbert, earl of Pembroke, and chamberlain to King Henry I. They took the name of Finch in the reign of King Edward I.7 5. Azure, a cheveron ermine between three escalops ar¬ gent; borne by Viscount Townshend. This family is of 1 Of this ancient family, which is said to assume their surname from the lands of Carmichael, in the county of Lanark, in Scot¬ land, where they still have their chief seat, was Sir John Carmichael, who accompanied Archibald, earl of Douglas, to the assistance of Charles VI. of France, against the English ; and signalizing his valour at the battle of Baughey in April 1421, and breaking his spear when the French and Scotch obtained the victory, had thereupon added to his paternal coat a dexter arm holding a broken spear, which is now the crest of the family. *' Fair Rosamond, mistress to Henry II. was of this family. 3 Of this family, anciently of Bandfort, in the county of Dorset, was Thomas Pitt, who, in the reign of Queen Anne, was made governor of Fort St George in the East Indies, where he resided many years, and purchased a diamond, which he sold to the king of Irance for L.125,000 sterling, weighing 136 carats, and commonly known by the name of the Pitt Diamond. * This noble family is derived from Logan, surnamed DUune or Delion, which signifies brave and valiant, to whom the Duke of Aquitaine gave his daughter in marriage, in whose right, after her father’s death, he became prince and sovereign of Aquitaine, which continued in his posterity till Henry II. married Alionora, daughter and heir to William V. duke of Aquitaine, and about 1172 ob¬ tained that principality by superior force ; and, to prevent any disturbance, brought Sir Henry Delion or Dillon, and his brother Ihomas, then infants, to England, their father being slain. 5 Godart, the first earl, was descended of an ancient family in the United Provinces of Holland, where he was Baron de Reede and Ginkel. In 1691, he was a lieutenant-general of King William’s forces in Ireland, where, in June the same year, he took Ballymore for the English, and, in July following, the town of Athlone. 6 All genealogists agree that the name of Wentworth is of Saxon original, and taken from the manor of Wentworth in Yorkshire, where, in the reign of William the Conqueror, lived Reginald de Wenteworde, as it is spelt in Doomsday Book. 5 One of the ancestors of this family was the Right Honourable Heneage Finch, earl of Nottingham, who was constituted lord high chancellor of England in 1675 ; and lord high steward on the trials of Philip earl of Pembroke, and William viscount Stafford, in 168(1. VOL. XI. 2 I 250 HERALDRY. Of the Norman extraction, and came into England about the time Charges. 0f the Conquest. 6. Azure, a cheveron between three mullets or; borne by Viscount Chet wind, of Ireland. 7. Ar¬ gent, a cheveron gules, between three square buckles sable ; borne by Lord Ducie, descended from the Ducies in Nor¬ mandy. 8. Argent, a cheveron cheeky gules, and of the field, between three bugle-horns strung sable, garnished of the second; borne by Lord Semple. The first Lord Semple was Sir Robert, who, being much in favour with King James IV. was by him created Lord Semple in 1489. 9. Argent, a cheveron engrailed between three lions pas¬ sant sable ; borne by Viscount Strangford. 10. Quarterly argent and azure, a cheveron engrailed counter-changed; borne by the name of Chamber. 11. Party per cheveron engrailed gules and argent, three talbots’ heads erased counter-changed; borne by Lord Feversham, descended from the Buncombes of Barley-end in Buckinghamshire. 12. Paly of six, argent and gules, on a cheveron azure, three cross-croslets or; borne by the name of Carpenter, Baron Carpenter of Killaghy in Ireland. 13. Azure, on a cheveron or, between three bezants, a bay leaf proper; borne by the Earl of Hopetoun, descended from Henry Hope, a native of Holland, who, about two centuries ago, came over and settled in Scotland. 14. Vert, on a che¬ veron between three unicorns’ heads erased argent, horned and maned or, three mullets sable; borne by the name of Kerr, being the first and fourth quarters in the arms of Kerr, duke of Roxburghe, &c. This family is said to have come from Normandy. 15. Azure, on a cheveron or, between three bears’ heads couped argent, muzzled gules, a roebuck’s head erased, between two hands holding dag¬ gers all proper; borne by Mackay, Lord Reay.1 16. Er¬ mine, on a cheveron azure, three foxes’ heads erased or, and in a canton of the second a fleur-de-lis of the third; borne by the Earl of Ilchester, &c. 17. Or, two cheve- ronels gules, borne by Lord Monson, descended from John Monson, who flourished in the reign of King Edward HI. and from whom descended another John, who attended King Henry V. in his wars in France. 18. Or, on a fess, between two cheveronels sable, three cross-croslets of the first; borne by the Earl of Orford. This family took their name from Walpole in Norfolk, where they resided before the Conquest. 19. Azure, three cheveronels interlaced or, and a chief of the last; borne by the name of Fitz-Hugh. 20. Argent, three cheveronels gules, in chief a label azure; borne by Viscount Barrington, &c. This family is of Nor¬ man extraction. Of the Cross. The cross is an ordinary formed by the meeting of two perpendicular with two horizontal lines in the fess-point, where they make four right angles; the lines are not drawn throughout, but discontinued the breadth of the ordinary, which takes up only the fifth part of the field when not charged; but if charged, the third. It is borne as well engrailed, indented, &c. as plain. There is so great a variety of crosses used in heraldry, that it would be a difficult task to treat of them all. Guillim has mentioned thirty-nine different sorts; Be la Colurn- biere, seventy-two; Leigh, forty-six ; and Upton declares he cannot ascertain all the various crosses borne in arms, as they are almost innumerable. As their different forms cannot be given here, we shall, therefore, only take notice of such as are most commonly seen at present in coats- of-arms. Fig. 4. 1 he first is quarterly, ermine and azure, a cross or ; borne by the Buke of Leeds. 2. Gules, a cross engrailed tu!yT canfe'tolreland1 a •''“"K"' son of Ochonachcr, who, about the end of the twelfth ten. began 4e suruaSe”fF XL or S It” m”” a0n|‘d “t SJtatl“aver, whose son was named V More, and from him 20th of June 1628 was created Baron’Keav „f conn^ of CmLnesVb^ ChaXs ^ Cr'iated bar<“,e‘ “ 1625’ a“d “ ““ argent, a lozenge in the dexter chief of the second; borne Of by Lord Leigh. This family took their surname from the ChX! £ town of High Leigh in Cheshire, where they resided be- fore the Norman conquest. 3. Gules, a cross argent fretty ^ ^ azure; borne by Viscount Taaffe of Corran, in Ireland. 4. Sable, a cross raguly or; borne by the name of Stoway! 5. Argent, on a cross sable, a leopard’s face or; borne by Brydges, duke of Chandos. The ancestors of this noble family took their name from the city of Bruges in Flanders; and one of them, who came over with William the Conqueror, had a considerable share in the victory of Hastings. 6. Or, on a cross sable, a patriarchal cross of the field ; borne by Vesey, Baron Knapton in Ireland. The family of Vescey or Vesey derives its origin from Charles the Great, king of France, and emperor of the West, who died at Aix-la-Chapelle in Germany, on the 28th of January 814. 7. Argent, on a cross gules, five escalops or; borne by the Earl of Jersey, descended from the family of Villiers in Normandy, some of whom came over to England with the Conqueror. 8. Sable, on a cross within a bordure engrailed or, five pellets; borne by the Earl of Brooke and Warwick. The ancestors of this fa¬ mily are of Norman extraction, and came over with Wil¬ liam the Conqueror, who conferred on them manors and lands in England. 9. Argent, a cross bottony sable ; borne by the name of Winwood. 10. Or, a cross-croslet gules, borne by the name of Taddington. 11. Azure, a cross potent fitchy or. This ensign is said to have been borne by Ethelred, king of the West Saxons. 12. Party per pale, gules and argent; a cross potent quadrate in the centre, between four crosses patee counter-changed; the arms of the episcopal see of Litchfield and Coventry. 13. Azure, a cross moline argent; borne by Bentinck, duke of Port¬ land, descended from a family in the United Provinces of Holland, of which was William Bentinck, who in his youth was page of honour to the Prince of Orange, afterwards William HI. king of Great Britain, and, on the accession of William and his consort, was made groom of the stole, privy-purse to his majesty, lieutenant-general of his ma¬ jesty’s army, and also created Baron of Cirencester, Vis¬ count Woodstock, and Earl of Portland, in 1689. 14. Ar¬ gent, a cross patonce sable ; borne by the name of Rice. 15. Sable, a cross patee argent; borne by the name of Maplesden. 16. Azure, a cross flowery or; borne by the name ot Cheney. 1 his is said to have also been the arms of Edwin, the first Christian king of Northumberland. 17. Argent, six cross-croslets fitchy 3, 2, 1, sable, on a chief azure two mullets pierced or; borne by the Buke of Newcastle, descended from Jeffrey de Clinton. 18. Gules, a cheveron between ten crosses patee, six above and four below, argent; borne by the Earl of Berkeley, descended from Robert Fitz-Harding, who obtained a grant of Berkeley Castle in Gloucestershire, which the family still inherits, and whence they obtained the sur¬ name of Berkeley, from Henry, duke of Normandy, after¬ wards king of England. 19. Azure, three mullets or, accompanied with seven cross-croslets fitchy argent, three in chief, one in fess, two in flanks, and the last in base; borne by Lord Somerville. 20. Gules, three crosses re- cercelee, voided or, a chief vairy ermine and contre er¬ mine ; borne by Baron Willoughby de Broke, descended from William de Vernai, who flourished in the reign of King Henry I. Of the Saltier. The saltier, which is formed by the bend and bend sinister crossing each other in right angles, oft late ;lx? ?.l. HERALDRY. as the intersecting of the pale and fess forms the cross, i. contains the fifth part of the field; but if charged, the > third. In Scotland, this ordinary is frequently called a St Andrew’s Cross. It may, like the others, be borne en¬ grailed, wavy, &c. also between charges, or charged with any thing. The examples are, 1. Argent, a saltier gules ; borne by the Duke of Leinster, descended from Otho, or Other, a powerful lord in the time of King Alfred, descended from the dukes of Tuscany. 2. Gules, a saltier argent, between twelve cross-croslets or; borne by the Earl of Plymouth, descended from Robert Fitz-Hicman, lord of the manor of Bloxham, Oxfordshire, in the 56th Henry III. 1272. 3. Vert, a saltier wavy ermine ; borne by the name of Wake- man of Beckford, in Gloucestershire. 4. Ermine, a saltier counter-compony or and gules ; borne by the name of Ulmston. 5. Argent, a saltier azure with a bezant in the centre ; borne by Yorke, earl of Hardwicke. 6. Argent, on a saltier gules an escalop or ; the arms of the bishop- rick of Rochester. 7. Party per saltier, azure and ar¬ gent, on a saltier gules, a crescent of the second for dif¬ ference ; quartered by Viscount Gage of Castle-Island, in Ireland. This noble family is of Norman extraction, and derives its descent from De Gaga or Gage, who at¬ tended William I. in his expedition to England; and, af¬ ter the conquest thereof, was rewarded with grants of lands in the forest of Dean, and county of Gloucester. 8. Gules, on a saltier argent, a rose of the first barbed and seeded proper ; borne by Lord Abergavenny, premier ba¬ ron of England. 9. Or, on a saltier azure, nine lozenges of the first; the paternal arms of Dalrymple, earl of Stair. 10. Argent, on a saltier engrailed sable, nine annulets or ; borne by the name of Leak. 11. Gules, a saltier between four crescents or; borne as the second and third quarters in the coat-of-arms of Lord Kinnaird. 12. Argent, a sal¬ tier engrailed between four roses gules, for Lennox ; and borne as first and fourth quarters in the coat-of-arms of Lord Napier.1 13. Gules, a saltier or, surmounted of an¬ other vert; for the name of Andrews. 14. Azure, a saltier quarterly quartered or and argent; the arms of the epis¬ copal see of Bath and Wells. 15. Party per saltier argent and gules, a saltier counter-changed. 16. Party per pale in¬ dented argent and sable, a saltier counter-changed ; borne by persons of the name of Scot. 17. Argent, three saltiers couped and engrailed sable ; borne by the name of Benton. 18. Argent, a saltier gules, and a chief ermine; borne by Fitz-Maurice, earl of Kerry, &c. This family is a branch of that of Kildare, who originally descended from the Grand Duke of Tuscany, and of which was Otho, a baron of Italy, whose son Walter, attending the Norman con¬ queror into England, was made constable of the castle of Windsor. 19. Sable, a saltier argent, on a chief azure, three fleurs-de-lis or ; borne by the Earl of Upper Ossory, and Baron of Gowran in Ireland, descended from Here- mon, the first monarch of the Milesian race in Ireland. After they had assumed the surname of Fitz-Patrick, they were for many ages kings of Ossory, in the province of Leinster. 20. Party per pale argent and gules, three sal¬ tiers counterchanged; borne by the name of Lane. These arms are also borne, without the least alteration, by the name of Kingsman. 2. Of Sub-Ordinaries. Besides the honourable ordinaries and the diminutions already mentioned, there are other heraldic figures, called sub-ordinaries, or ordinaries only, which, by reason of their ancient use in arms, are of worthy bearing; namely, the gyron, franc-quarter, canton, pairle, fret, pile, orle, ine¬ scutcheon, tressure, annulet, flanches, Basques, voiders, billet, lozenge, gutts, fusil, rustre, mascle, papillone, and diaper. See Plate CCLXXVII. under fig. 1. The gyron is a triangular figure formed by two lines, one drawn diagonally from one of the four angles to the centre of the .shield, and the other is drawn either ho¬ rizontal or perpendicular, from one of the sides of the shield, meeting the other line at the centre of the field. Gyronny is said, when the field is covered with six, eight, ten, or twelve gyrons in a coat-of-arms; but a French author contends that the true gyronny consists of eight pieces only. The franc-quarter is a square figure, which occupies the upper dexter quarter of the shield, but is rarely carried as a charge. The canton is a square part of the escutcheon, somewhat less than the quarter, but without any fixed proportion, representing the banner that was given to ancient knights-bannerets, and, gene¬ rally speaking, possesses the dexter-chief point of the shield; but should it possess the sinister corner, which but seldom occurs, it must be blazoned a canton sinister. The joaiYfe is a figure formed by the conjunction of the upper half of the saltier with the under half of the pale. The fret is a figure representing two little sticks in saltier, with a mascle in the centre interlaced. Gibbon terms it the herald's true lover s knot, but many dissent from his opinion. Pretty is said when the field or bearings are co¬ vered with a fret of six, eight, or more pieces. The pile, consisting of two lines terminating in a point, is formed like a wedge, and is borne engrailed, wavy, &c. It issues in general from the chief, and extends towards the base ; yet there are some piles borne in bend, and issuing from other parts of the field. The orle is an ordinary compos¬ ed of two lines going round the shield, the same as the bordure; but its breadth is but one half of the latter, and at some distance from the brim of the shield. The ine¬ scutcheon is a little escutcheon borne within the shield. Modern heralds give the name of inescutcheon to such as are borne single in the fess-point or centre, and call that which is fixed upon the fess-point escutcheon of pretence. The pressure is an ordinary commonly supposed to be the half of the breadth of an orle, and is generally borne flowery and counter-flowery, as it is also very often double, and sometimes treble. This double tressure forms part of the arms of Scotland, as marshalled in the royal achieve¬ ment, and granted to the Scotch monarch by Charle¬ magne. The annulet, or ring, is a well-known figure, and is frequently found in arms throughout every kingdom of Europe. The fianches are formed by two curved lines, or semicircles, being always borne double, d he Jlasques re¬ semble the flanches, except that the^circular lines do not no so near the centre of the field. Ihe voiders are con¬ sidered as a subordinate ordinary, and are not unlike the Basques, but they occupy less of the field. The billet is an oblong square figure, twice as long as broad. Some heralds 251 Of the Charges. 1 This family is said to be descended from the ancient thanes or stewards of Lennox in ^ havln/ionvSated of Napier from the following occurrence. King David II. in his wars with the ng is , , , , • ’ f . an(j com_ his subjects to battle, the Earl of Lennox sent his second son Donald, with such forces as his duty obllge r 3 fj™5 form blaz°n is peculiar to all living things which are found issuing out of the midst of some ordinary or other charge. Adders, snakes, and serpents, are said to represent many things, which being according to the fancy of the ancients, and a few modern authors who have adopted their opinions, it is needless to enlarge upon. It is certain they often occur in armory ; but the noblest is that of the duchy of Milan viz. “ argent, a serpent gliding in pale azure, crowned or, vorant an infant issuing gules.” I he occasion of this bearing was as follows: Otho, first viscount of Milan, on his way to the Holy Land with Godfrey of Bouillon, defeated and slew m single combat the great giant Volux, a man of extraordinary stature and strength, who had challenged the bravest of the Christian army. The viscount having killed him, took his armour, and amongst it his helmet, the crest of which was a serpent swallowing an infant, worn by him to strike terror into those who should be so bold as to engage him. HERALDRY. 255 ed and seeded proper; borne by Boscawen, Viscount Fal¬ mouth, descended from Richard Boscawen, in the county ' of Cornwall, who flourished in the reign of King Edward VI. 18. Azure, three laurel leaves slipped or; borne by the name of Leveson, and quartered by Granville-Leveson Gower, Earl Gower, &c. 19. Azure, three garbs or ; borne by the name of Gumming. 20. Gules, three cinquefoils argent; borne by Lambart, baron of Cavan, in Ireland. This ancient family is of French extraction. It is to be observed, that trees and plants are sometimes said to be trunked, eradicated, fructuated, or raguled, ac¬ cording as they are represented in arms. Art. 2. Of Artificial Figures borne in Coats-of-Arms. After the various productions of nature, artificial figures, the objects of art and mechanism, claim the next rank. They may be distributed into the following classes, viz. Warlike instruments, as swords, arrows, battering-rams, gauntlets, helmets, spears, pole-axes ; ornaments used in royal and religious ceremonies, as crowns, coronets, mitres, wreaths, crosiers; architecture, as towers, castles, arches, columns, plummets, battlements, churches, portcullises; navigation, as ships, anchors, rudders, pendants, sails, oars, masts, flags, galleys, lighters, and so on. All these bearings have different epithets, serving to ex¬ press their position, their disposition, or their form. Thus swords are said to be erect, pommeled, hiked; arrow's, armed, feathered ; towers, covered, embattled; and so of all others, as will more fully appear by the following exam¬ ples : 1. Sable, three swords, their points meeting in the base argent, pommeled and hiked or, a crescent in chief of the second for difference; borne by Powlet, duke of Bolton, descended from Hercules, lord of Tournon in Picardy, who came over to England with Jeffrey Plantagenet, earl of An¬ jou, third son of King Henry II., and amongst other lands had the lordship of Paulet in Somersetshire conferred on him. 2. Argent, three battering-rams barways in pale, head¬ ed azure and hooped or, an annulet for difference; borne by Bertie, earl of Abington. 3. Azure, three left-hand gaunt¬ lets with their backs forward or; borne by Fane, earl of Westmoreland, descended from the Fanes, an ancient family which resided at Badsal in Kent. 4. Azure, three arrows, their points in base or; borne by Archer, Lord Archer, descended from John de Archer, who came over from Normandy with William the Conqueror. 5. Gules, two helmets in chief proper, garnished or, in a base of a garb of the third ; borne by Cholmondeley, earl of Chol- mondeley, descended from the ancient family of Egerton in Cheshire, which flourished in the time of the Conquest, from whom also the Duke of Bridgewater was descended. 6. Ar¬ gent, a ship with its sails furled up sable; quartered by Hamilton, earl of Abercorn. The descent of this family is from that of the Duke of Hamilton. 7. Or, an anchor in pale gules; quartered by Johnston, marquis of Annandale. The Johnstons are an ancient and warlike family, and de¬ rive their surname from the barony of Johnston in Annan¬ dale. 8. Sable, three spears’ heads erect argent, imbrued gules, on a chief or, as many pole-axes azure; borne by King, Lord King. 9. Gules, three clarions or; quartered by Carteret, earl of Granville. This ancient family derives its pedigree from Offerey de Carteret, who attended William the Conqueror in his descent upon England, and contri¬ buted to the victory he obtained over Harold, at Hastings, in 1066. 10. Argent, a maunch sable ; borne by Hastings, Of the earl of Huntingdon, descended from Hugh de Hastings, Charges, a younger son of the ancient and noble family of the Has- tings, earl of Pembroke, of which was William de Hastings, steward of the household to King Henry I. 11. Azure, a circular wreath argent and sable, with four hawks’ bells joined thereto in quadrature or; borne by Jocelyn, Viscount Jocelyn.1 12. Gules, three towers argent; quartered by Fowler, Viscount Ashbrook. 13. Gules, two keys in saltier argent, in chief a royal crown proper; the arms of the arch¬ bishopric of York. 14. Gules, two swords in saltier argent, pommeled and hiked or; the arms of the bishopric of Lon¬ don. 15. Sable, a key in bend, surmounted by a crosier in bend sinister, both or; the arms of thebishopricof St Asaph. 16. Gules, two keys adossee in bend, the uppermost argent, the other or, a sword interposed between them in bend sinister of the second, pommeled, and hiked of the third ; the arms of the bishopric of Winchester. 17. Gules, three mitres with their pendants or ; the arms of the bishopric of Chester. 18. Sable, three ducal coronets paleways or ; the arms of the bishopric of Bristol. 19. Gules, a sword erect in pale argent, pommeled and hiked or, surmounted by two keys in saltier of the last; the arms of the bishopric of Exeter. 20. Gules, three ducal coronets or; the arms of the bishopric of Ely. Art. 3.— Of Chimerical Figures. The last and the oddest kind of bearings in coats-of-arms is comprehended under the name of chimerical figures; that is, such figures as have no real existence, but are mere fabulous and fantastical inventions. These, charges, griffons, martlets, and unicorns excepted, are so uncom¬ mon in British coats, that in order to make up the same number of examples hitherto contained in each collection, several foreign bearings are introduced ; which, however, as they are conformable to the laws of heraldry, may also contribute both to entertain and instruct the reader. Those most in use are the following, namely, angels, cherubims, tritons, centaurs, martlets, griffons, unicorns, dragons, mer¬ maids, satyrs, wiverns, harpies, cockatrices, phoenixes. These, like the foregoing charges, are subject to various Plate positions and dispositions, which, from the principles al-cclxxxii. ready laid down, will be easily understood by the fol-%- T lowing examples: 1. Gules, an angel standing affrontee, with his hands conjoined and elevated upon his breast, ha¬ bited in a long robe close girt argent, his wings displayed or ; borne by the name of Brangor de Cerevisia, a foreign prelate, who assisted at the council of Constance in 1412. 2. Sable, a cheveron between three cherubim or; borne by the^ name of Chaloner of Yorkshire and Cheshire. 3. Azure, a fess indented between three cherubim argent. These arms were granted to John Ayde, Esq. of Dodding- ton in Kent, by Sir William Segar, garter. 4. Gules, a cherub having three pair of wings, the uppermost and lowermost counter-crossed saltierways, and the middle¬ most displayed argent; borne by the name of Buocasoco, a foreign prelate. This example is copied from Menes- trier’s Methode du Blason. 5. Azure, a griffon segreant or, armed and langued gules, between three crescents ar¬ gent ; quartered by Bligh, Lord Clifton. 6. Gules, three martlets or; borne by the name of Macgill. This bird, which is represented without feet, is given for a difference to younger brothers, to put them in mind that, in order to 1 This noble family is of great antiquity ; for, after the Romans had been masters of Britain for five hundred years, weaned with the wars, they took their final leave of it. and carried awav with them a great many of their brave old British soldiers, who had served them in their wars both at home and abroad, to whom they gave Armorica in France, for their former services, winch country was irom them afterwards denominated Little Britain. It is supposed that there were some of this family amongst them; and that they gave the name of Jocelyn to a town in this country, which still preserves the name; and it is thought probable that they returned with Wiliiaiu the Conqueror, since in 1066 we find mention made of Sir Gilbert Jocelyn. 256 HERALDRY. External raise themselves, they should trust to the wings of virtue IsA The imperial crown, which is made of a circle of Ex Orna- and merit, and not to their legs, having but little land to gold, adorned with precious stones and pearls, heightened 0 set their feet on. 7. Azure, three mullets argent within with fleurs-de-lis, bordered and seeded with pearls, and ®' nfpr.flnwprv nr. in the centre a mart- raised in the form of a can voided at. the ton hire a ^ merits. raised in the form of a cap voided at the top like a crescent From the middle of this cap rises an arched fillet enrichedFig' with pearls, and surmounted with a mound on which is a cross of pearls. No. 1. 2d. The crown of the kings of Great Britain, which is a a double tressure counter-flowery or, in the centre a mart let of the last; borne by Murray, Lord Elibank. 8. Sable, a cockatrice displayed argent, crested, membered, and jow- lopped gules. 9. Argent, a mermaid gules, crined or, hold¬ ing in her right hand a comb, and in her left a mirror, both proper; borne by the name of Ellis. 10. Argent, a wi- circle of gold, bordered with ermine, enriched with pearls vern, his wings elevated, and his tail nowed below him and precious stones, and heightened up with four crosses gules; borne by the name of Drakes. 11. Or, a dragon patee and four large fleurs-de-lis alternately; .from these passant vert. 12. Gules, a centaur or sagittary in full rise four arched diadems adorned with pearls, which close speed reguardant proper. This was the coat-of-arms of under a mound, surmounted with a cross like those at the Stephen of Blois, son of Adela, daughter of William the bottom. No. 2. Conqueror, and of Stephen, earl of Blois ; who, grounding %d. The crown of the kings in France, which is a circle his pretension to the crown of England on this descent, enamelled, adorned with precious stones, and heightened was proclaimed king in 1135, and reigned till the 25th of up with eight arched diadems, rising from as many fleurs- October 1154. 13. Argent, an unicorn sejant sable, un- de-lis, which conjoin at the top under a double fleur-de-lis, guled and horned or ; borne by the name of Harling. 14. all of gold. No. 3. Argent, a dragon’s head erased vert, holding in his mouth ^th. The crowns of Spain, Portugal, and Poland, are all a sinister hand couped at the wrist gules ; borne by the three of the same form, and are described by Colonel Par- name of Williams. 15. Gules, three unicorns’heads couped sons in his Genealogical Tables of Europe. A ducal coronet, or; borne by the name of Paris. 16. Argent, a wivern heightened up with eight arched diadems, which support a volant bendways sable; borne by the name of Raynon. mound, ensigned with a plain cross. Those of Denmark 17. Azure, a lion sejant guardant winged or, his head and Sweden are both of the same form, and consist of eight encircled with a glory, holding in his fore-paws an open arched diadems, xfising from a marquis’s coronet, which con- book, in which is wrritten, Pax tibi, Marce, Evangelista join at the top under a mound ensigned with a cross-bot- meus ; over the dexter side of the book a sword erect, all tony. The crowns of most other kings are circles of gold, proper. These are the arms of the republic of Venice, adorned with precious stones, heightened up with large 18. Azure, a bull saliant and winged or, borne by the trefoils, and closed by four, six, or eight diadems, support- name of Cadenet, a family of distinction in Provence. 19. ing a mound, surmounted of a cross. Argent, a wivern with a human face affrontee hooded, and 5M. The Grand Signior bears over his arms a turban, winged vert; borne by the Buseraghi, an ancient and noble enriched with pearls and diamonds, under two coronets, the family of Lucca. 20. Azure, a harpy displayed, armed, first of which is made of pyramidical points heightened up crined, and crowned or. These are the arms of the city of with large pearls, whilst the uppermost is surmounted with Nuremberg in Germany. crescents. No. 4. To the above-mentioned figures may be added the mon- 6th. The pope, or bishop of Rome, appropriates to him- tegre, an imaginary creature, supposed to have the body self a tiara or long cap of golden cloth, from which hang °f a tiger with the head and horns of a satyr; also those two pendants embroidered and fringed at the ends, semee which have a real existence, but are said to be endowed with extravagant and imaginary qualities, as the salaman¬ der, beaver, cameleon, and others. IV. OF THE EXTERNAL ORNAMENTS OF ESCUTCHEONS. The ornaments which accompany or surround escut¬ cheons were introduced to denote the birth, dignity, or of¬ fice, of the persons to whom the coat-of-arms appertained ; and this Was practised both amongst the laity and the clergy. Those which are most in use consist of ten sorts, viz. crowns, coronets, mitres, helmets, mantlings, chapeaux, wreaths, crests, scrolls, and supporters. 1. Of Crowns. The first crowns were only diadems, bands, or fillets ; but afterwards they were composed of branches of various trees, and then flowers were added to them. Amongst the Greeks, the crowns given to those who carried off the prize at the Isthmian games were of pine; at the Olympic, of laurel; and at the Nemean, of smallage. The Romans also had various crowns to reward martial exploits and ex- ti aordinary services done to the republic. Examples of some of these crowns are frequently met with in modern achievements. But modern crowns are only used as an ornament, which emperors, kings, and independent princes set on their heads, in great solemnities, both to denote their sovereign autho¬ rity, and to render themselves more imposing to their sub¬ jects. Those most in use in heraldry are as follow : with crosses of gold. This cap is enclosed by three mar¬ quises’ coronets; and has on its top a mound of gold, on which is a cross of the same, sometimes represented by en¬ gravers and painters pometted, recrossed, flowery, or plain. It is a difficult matter to ascertain the time when the popes assumed the three coronets above mentioned. A succession of the supreme pontiffs, engraved and published by order of Clement XIII. for the edification of his subjects in Great Britain and Ireland, represents Marcellus, who was chosen bishop of Rome in the year 310, and all his suc¬ cessors, adorned with such a cap ; but it appears from good authority, that Boniface VIII. who was elected to the see of Rome in the year 1295, first compassed his cap with a co¬ ronet ; whilst Benedict XII. in 1335, added to it a second, and John XXIII. in 1411, a third, with a view to indicate that the pope is the sovereign priest, the supreme judge, and the sole legislator, amongst Christians. No. 5. 2. Of Coronets. The coronet of the Prince of Wales, or eldest son of the king of Great Britain, was anciently a circle of gold set round with four crosses patee, and as many fleurs-de-lis alternately; but since the restoration it has been closed w ith one arch only, adorned wdth pearls, surmounted by a mound and cross, and bordered with ermine like the king’s. No. 7. Besides this coronet, the Prince of Wales has another distinguishing mark of honour, peculiar to himself, called by the vulgar the prince’s arms, namely, a plume of three ostrich-feathers, with an ancient coronet of a prince of Wales. Under this, in a scroll, is the motto, Ich Dien, HERALDRY. 257 rten which in the German or old Saxon language signifies 1 3n>a serve. This device was first assumed by Edward, prince of ients Wales, commonly called the Black Prince, after the famous battle of Cressy, in 1346, where having with his own hand killed John, king of Bohemia, he took from his head such a plume as that here described, and put it on its own. No. 6. The coronet of all the intermediate sons and brothers of the kings of Great Britain is a circle of gold bordered with ermine, heightened up with four fleurs-de-lis and as many crosses patee alternate. No. 8. The particular and distinguishing form of such coronets as are appropriated to princes of the blood-royal is described and settled in a grant of Charles II. in the thirteenth year of his reign. The coronet of the princesses of Great Britain is a circle of gold bordered with ermine, and heightened up with crosses-patee, fleurs-de-lis, and strawberry leaves alternate (No. 9); whereas a prince’s coronet has only fleurs-de-lis and crosses. A duke’s coronet is a circle of gold bordered with er¬ mine, enriched with precious stones and pearls, and set round with eight large strawberry or parsley leaves. No. 10. A marquis’s coronet is a circle of gold bordered with ermine, set round with four strawberry leaves and as many pearls on pyramidical points of equal height alternate. No. 11. An earl’s coronet is a circle of gold bordered with ermine, heightened up wdth eight pyramidical points or rays, on the tops of which are as many large pearls, which are placed alternately with as many strawberry leaves, but the pearls much higher than the leaves. No. 12. A viscount’s coronet differs from the preceding ones as being only a circle of gold bordered with ermine, with large pearls set close together on the rim, without any li¬ mited number, which is the prerogative above the baron, who is limited. No. 13. A baron’s coronet, which was granted by King Charles II., is formed with six pearls set at equal distances on a gold circle bordered with ermine, four of which only are seen on engravings, paintings, and the like, to show that he is inferior to the viscount. No. 14. The eldest sons of peers, above the degree of a baron, bear their father’s arms and supporters with a label, and use the coronet appertaining to their father’s second title; and all the younger sons bear their arms with proper differences, but use no coronets. As the crown of the king of Great Britain is not quite like that of other potentates, so most of the coronets of foreign noblemen differ a little from those of the British nobility. For example, the coronet of a French earl is a circle of gold with eighteen pearls set on the brim of it; a French viscount’s coronet is a circle of gold only enamel¬ led, charged with four large pearls ; a French baron’s co¬ ronet is a circle of gold enamelled and bound about with a double bracelet of pearls; but these coronets are only used on French noblemen’s coats-of-arms, and not worn on their heads, as the British noblemen and their ladies do at the king’s coronation. 3. Of Mitres. The archbishops and bishops of England and Ireland place a mitre over their coats-of-arms. It is a round cap pointed and cleft at the top, from which hang two pen¬ dants fringed at both ends; with this difference, that the bishop’s mitre is only surrounded with a fillet of gold, set with precious stones (Plate CCLXXXIII. fig. I, No. 6), whereas the archbishop’s issues out of a ducal coronet. (Plate CCLXXXII. fig. 2, No. 15.) This ornament, with other vestments, is still worn by the archbishops and bishops of the church of Rome, whenever they officiate with solemnity; but it is never used in England, other¬ wise than on coats-of-arms, as before mentioned. VOL. XI. 4. Of Helmets. External Orna- The helmet was formerly worn as a defensive weapon, ments- to cover the bearer’s head, and is now placed over a coat- of-arms as its chief ornament, and the true mark of gen¬ tility. Several sorts have been distinguished, ls£, by the matter they are made of; ‘Hdly, by their form; and, 2>dly, by their position. ls£, As to the matter they are, or rather were, made of, the helmets of sovereigns were of burnished gold damask¬ ed ; those of princes and lords, of silver figured with gold ; those of knights, of steel adorned with silver; and those of private gentlemen, of polished steel. 2e?(y, As to their form, those of the king and the royal family, and noble¬ men, of Great Britain, are open-faced and grated, and the number of bars serves to distinguish the bearer’s quality; that is, the helmet appropriated to the dukes and mar¬ quises is different from the king’s, by having a bar exact¬ ly in the middle, and two on each side, making but five bars in all (No. 1), whereas the king’s helmet has six Plate bars, or three on each side (No. 7). The other grated CCLXXXir* helmet with four bars is common to all degrees of peer- age under a marquis. The opened-faced helmet without bars denotes baronets and knights. The close helmet is that for all esquires and gentlemen, ‘idly, Their position is also looked upon as a mark of distinction. The grated helmet in front belongs to sovereign princes. The grated helmet in profile is common to all degrees of peerage. The helmet standing direct without bars, and the beaver a little open, denotes baronets and knights. Lastly, the side-standing helmet, with the beaver close, is the man¬ ner of wearing it peculiar to esquires and gentlemen. See Nos. 1, 2, 3, 4, 7. 5. Of Manllings. Mantlings are pieces of cloth jagged or cut into flowers and leaves, which now serve as an ornament for escut¬ cheons. They were the ancient coverings of helmets, to preserve them, or the bearer, from the injuries of the weather, as also to prevent the evil consequences of their too much dazzling the eye in action. But their shape must have undergone a great alteration since they have been out of use, and therefore they might more properly be termed flourishmgs than mantlings. The French heralds assure us that these mantlings were originally no other than short coverings which commanders wore over their helmets, and that, going into battle with them, they often, on coming away, brought them back in a ragged manner, occasioned by the many cuts which they had received on their heads ; and therefore the more hacked they were, the more honourable they were accounted; as our colours in time of war are the more esteemed for having been shot through in many places. Sometimes skins of beasts, as lions, bears, and such like, were thus borne, to make the bearer look more terrible, and that gave occasion to the doubling of mantlings with furs. 6. Of Chapeaux. A chapeau is an ancient hat, or rather cap, of dignity, worn by dukes, generally scarlet-coloured velvet on the outside, lined and turned up with fur, and frequently to be met with above an helmet, instead of a wreath, under gen¬ tlemen’s and noblemen’s crests. Heretofore they were seldom to be found, as of right appertaining to private fa¬ milies ; but by the grants of Robert Cooke, clarencieux, and other succeeding heralds, these, together with ducal coronets, are now frequently to be met with in families, who yet claim not above the degree of gentlemen. (Plate CCLXXXII. fig. 3, No. 5.) 2 K 258 HERA External 7. Of the Wreath. Orna¬ ments. wreat]1 is a ]j;n(j 0f ro]} made of two skeins of silk 0f different colours twisted together, which ancient knights usually wore as a head-dress when equipped for tourna¬ ments. The colours of the silk are always taken from the principal metal and colour contained in the coat-of-arms of the bearer. They are still accounted one of the lesser ornaments of escutcheons, and are placed between the helmet and the crest. In the time of Henry I. and long afterwards, no man who was under the degree of a knight had his crest set upon a wreath ; but this, like other prero¬ gatives, has been so far infringed, that every body now-a- days wears a wreath. 8. Of Crests. The crest is the highest part of the ornaments of a coat-of-arms. It is called crest, from the Latin word crista, which signifies comb or tuft, such as many birds have upon their heads, as the peacock, pheasant, and others, in allu¬ sion to the place on which it is fixed. Crests were formerly great marks of honour, because they were only worn by heroes of great valour, or by such as were advanced to some superior military command, in order that they might be the better distinguished in an engagement, and thereby rally their men if dispersed ; but they are at present considered as a mere ornament. The crest is frequently apart either of the supporters, or of the charge borne in the escutcheon. Thus the crest of the royal achievement of Great Britain is a lion guardant crowned, and the crest of France is a double fleur-de-lis. Out of the many crests borrowed from supporters, are the following, namely, the Duke of Montagu’s, a griffon’s head couped or, backed and winged sable; the Marquis of Rockingham’s, a griffon’s head argent, gorged with a ducal coronet; the Earl of Westmoreland’s, a bull’s head argent, pyed sable, armed or; and Lord Archer’s, out of a mural crown or, a wivern’s head argent. There are several in¬ stances of crests which relate to alliances, employments, or names; and which on that account have been changed. 9. Of the Scroll. The scroll is the ornament placed above the crest, con¬ taining a motto, or short sentence, alluding thereto, or to the bearings, or to the bearer’s name. Thus, the motto of the Earl of Cholmondeley is, Cassis tutissima virtus, “ Virtue is the safest helmet,” on account of the helmet in the coat-of-arms; and the motto of Lord Fortescue is, Forte scutum solus ducum, “ A strong shield is the safety of the commanders,” alluding to the name of that ancient family. Sometimes, however, the motto has reference to neither, but expresses something divine or heroic; as that of the Earl of Scarborough, Murus cercus conscientia sana, “ A good conscience is a wall of brass.” Others are enig¬ matical, as that of the royal achievement, which is, Dieu et mon droit, “ God and my right,” introduced in 1340 by Edward III., when he assumed the arms and title of king of France, and began to prosecute his claim, which occa¬ sioned long and bloody wars, fatal by turns to both king¬ doms ; or that of the Prince of Wales, Ich dien, “ I serve,” the origin of which has already been explained. Mottos, though hereditary in the families which first took them, have been changed on particular occasions, and others ap¬ propriated in their stead. Instances of this are sometimes to be met with in the history of families. 10. Of Supporters. Supporters are figures standing on the scroll, and placed LDR Y. at the side of the escutcheon; they are so called because Ei i they seem to support or hold up the shield. The rise of 0 supporters is, by Menestrier, traced to ancient tourna- ®' ments, in which the knights caused their shields to be ^' carried by servants or pages under the disguise of lions, bears, griffons, blackamoors, and the like, who also held and guarded the escutcheons, which the knights were obliged to expose to public view for some time before the lists were opened. But Sir George Mackenzie dis¬ sents from this opinion, and contends (TVeaft'se ora the Sci¬ ence of Heraldry, chap. xxxi. p. 93), “ That the first ori- gin and use of them was from the custom which ever was, and is, of leading such as are invested with any great honour to the prince who confers it. Thus, when any man is created a duke, marquis, or knight of the garter, or any other order, he is supported by, and led to the prince, betwixt two of the quality, and so receives from him the symbols of that honour ; and in remembrance of that so¬ lemnity, his arms are thereafter supported by any two creatures he chooses.” Supporters were formerly taken from such animals or birds as were borne in the shields, and sometimes they have been chosen as bearing some al¬ lusion to the names of those whose arms they are made to support. The supporters of the arms of Great Britain, since the accession of James I. to the throne, are a lion rampant guardant crowned or, on the dexter side, and an unicorn argent, crowned, armed, unguled, maned, and gorged with an antique crown, to which a chain is affixed, all or, on the sinister. This last figure represents the coat-of-arms of the king of Great Britain, or the royal achievement, as it has been marshalled since the accession of George I. in 1714, and is blazoned as follows, viz. ARMS. Quarterly, in the first grand quarter gules, three lions rampant guardant in pale or, the imperial en¬ signs of England ; impaled with or, a lion rampant, with- in a double tressure flowery and counter-flowery gules, the royal arms of Scotland. The second is azure, three fleurs-de-lis or, the arms of France. The third is azure, a harp or, stringed argent, the ensign of Ireland. The fourth grand quarter is gules, two lions passant guardant in pale or, for Brunswick ; impaled with or semee of hearts proper, a lion rampant azure, for Lunenburg ; with graft¬ ed in base gules a horse current argent, for ancient Sax¬ ony; and in a shield surtout gules, the crown of Charle¬ magne or, as arch-treasurer of the empire ; the whole within a garter, inscribed with this motto, Horn soix qui MAL y PENSE, as sovereign of that noble order, given by the founder King Edward III. CREST. On a helmet full faced, grated and surmount¬ ed by a crown, a lion guardant crowned or ; the mantlings of the last, and lining, ermine. SUPPORTERS. On the dexter side a lion rampant guards or, crowned as the crest. On the sinister side an unicorn argent, crowned, armed, maned, and unguled or, gorged with an antique crown ; a chain affixed thereto, re¬ flecting over the back, and passing over the hind legs of the last, both standing on a scroll inscribed with this motto, Dieu et mon droit, from which issue the two royal badges of his majesty’s chief dominions, viz. on the dexter side a rose party per pale argent and gules, stalked and leaved proper, for England; and on the sinister side a thistle proper,, for Scotland, being so adorned by King James I. upon his succeeding to the crown of England. As king of Scotland, he bore two unicorns as his supporters; but upon the union of that crown with England, in 1603, he introduced one of the above supporters on the sinister side of the royal achievement, which continues to this day. It is to be observed, that bearing coats-of-arms support¬ ed, is, according to the heraldic rules of England, the pre¬ rogative, first, of those called nobiles majores, viz. dukes, HERALDRY. 259 ule? marquises, earls, viscounts, and barons; secondly, of all knights of the garter, though they should be under the %T degree of barons ; thirdly, of knights of the bath, who, as well as the former, receive on their creation a grant of supporters ; and, lastly, of such grants as the king chooses to bestow this honour upon. An instance of this occur¬ red in the case of Sir Andrew Fountain, who was knight¬ ed by Philip, earl of Pembroke, when lord lieutenant of Ireland, Fountain being then his secretary; and on his return to England, King William granted him supporters to his arms, viz. two griffons gules and or. In Scotland all the chiefs of clans or names have the privilege of claim¬ ing supporters, and also the baronets. But by act of par¬ liament, 10th September 1672, none are allowed to use either arms or supporters, under a penalty and confiscation of all moveables on which arms are put, without the au¬ thority of the lord lyon. have inserted examples ot the different dispositions of figures. Marshal in which they are properly represented. Thus, two may be hng Coats- ranged in pale, in fess, &c. Three may be 2 and 1, as also in bend, &c. Four are placed 2 and 2, or cantoned, Five, 1, 3, 1, in cross ; or 2, 1, 2, in saltier. Six, 3, 2, l,CCLXXxn. in pile ; or 2, 2, 2, paleways. Eight, in orle, or on a bor- fig. 4. dure. Nine, 3, 3, 3, barways ; or 3, 3, 2, 1, in pile. Ten, 4, 3, 2, 1, in pile ; or else 4, 2, 4, barways. Twelve are placed 4, 4, 4, barways. There are other positions called irregular; as, for ex¬ ample, when three figures are naturally placed, 2 and 1 are disposed 1 and 2, &c. It must also be observed, that when the field is strewred with the same figures, this is express¬ ed by the word semee ; but, according to the opinion of a French armorist, if the figures strewed on the field are whole ones, it must be denoted by the words sans nombre ; whereas, if part of them be cut off at the extremities of the escutcheon, the word semee must then be used. v.—OF THE RULES OR LAWS OF HERALDRY. The several escutcheons, tinctures, charges, and orna¬ ments of coats-of-arms, and their various properties, being now explained, it may not be improper to subjoin such rules for blazoning these as the ancient usage and laws of heraldry have established amongst us. I. The first and most general rule is, to express one’s self in proper terms, so as not to omit any thing which ought to be specified, and at the same time to be clear and concise without tautology. II. We must begin with the tincture of the field, and then proceed to the principal charges which possess the most honourable place in the shield, such as fess, cheveron, &c. always naming that charge first which lies next and immediately upon the field. III. After naming the tincture of the field, the honour¬ able ordinaries, or other principal figures, their attributes, and afterwards their metal or colour, must be specified. IV. When an honourable ordinary, or some one figure, is placed upon another, whether it be a fess, cheveron, cross, &c. it is always to be named after the ordinary or figure over which it is placed, with the expression sur- tout, or over all. V. In blazoning such ordinaries as are plain, the bare mention of them is sufficient; but if an ordinary should be made of any of the crooked lines mentioned above, its form must be specified ; that is, whether it be engrailed, wavy, &c. VI. When a principal figure possesses the centre of the field, its position is not to be expressed ; or, which amounts to the same thing, when a bearing is named, without spe¬ cifying the point where it is placed, then it is understood to possess the middle of the shield. VII. The number of the points of mullets or stars must be specified when more than five ; and also if a mullet or any other charge be pierced, it must be mentioned as such, to distinguish it from what is plain. VIII. When a ray of the sun, or other single figure, is borne in any other part of the escutcheon than the centre, the point it issues from must be named. IX. The natural colour of trees, plants, fruits, birds, and the like, is no otherwise to be expressed in blazoning but by the word proper ; but if discoloured, that is, if they differ from their natural colour, it must be particularized. X. When three figures are in a field, and their position is not mentioned in the blazoning, they are always under¬ stood to be placed, two above, and one below. XI. When there are many figures of the same species borne in a coat-of-arms, their number must be observed as they stand, and distinctly expressed. But, for the better understanding of this hist rule, we VI.—OF MARSHALLING COATS-OF-ARMS. By marshalling coats-of-arms is to be understood the art of disposing them in one escutcheon, and of distribut¬ ing their contingent ornaments in proper places. Various causes may occasion arms to be thus conjoined, and these Guillim comprehends under two heads, viz. mani¬ fest and obscure. By manifest causes in the marshalling of coats-of-arms, are meant such as betoken marriages, or a sovereign’s gift, granted either through the special favour of the prince, or for some eminent services. Concerning marriages it is to be observed, that when the coats-of-arms of a married couple, descended of distinct families, are to be put together in one escutcheon, the field of their respec¬ tive arms is conjoined paleways, and blazoned parted per pale, baron and femme, two coats, first, fyc.; in which case the baron’s arms are always to be placed on the dexter side, and the femme’s arms on the sinister side. If a widower marry again, his late and present wife’s arms are, according to Leigh, to be both placed on the si¬ nister side, in the escutcheon with his own, and parted per pale. The first wife’s coat should stand on the chief, and the second on the base ; or he may set them both in pale with his own, the first wife’s coat next to himself, and his second outermost. If he should marry a third wife, then the first two matches should stand on the chief, and the third should have the whole base. And if he take a fourth wife, she must participate one half of the base w ith the third wife, and so they will seem to be so many coats quartered. But it must be observed, that these forms of impaling are meant of hereditary coats, by which the husband stands in expectation of having the hereditary possessions of his wife united to his patrimony. In the arms of femmes joined to the paternal coat of the baron, the proper differences by which they were borne by the fathers of such women must be inserted. If a coat-of-arms which has a bordure be impaled with another, as by marriage, then the bordure must be wholly omitted in the side of the arms next the centre. The person who marries an heiress, instead of impaling his arms with those of his wife, is to bear them in an es¬ cutcheon placed in the centre of his shield, after the same manner as the baronet’s badge is marshalled, and which, on account of its showing forth his pretension to her es¬ tate, is called an escutcheon of pretence, and is blazoned sur- tout, or over all, as in the escutcheon borne in the fourth quarter of the royal achievement. But the children are to bear the hereditary coat-of-arms of their father and mo¬ ther quarterly, which denotes a fixed inheritance, and so transmit them to posterity. The first and fourth quarters generally contain the father’s arms, and the second and 260 HERALDRY. Funeral third the mother’s; unless the heirs should derive not on- Escut- ly their estate, but also their title and dignity, from their cheons. mother. If a maiden or a dowager lady of quality marry a com¬ moner, or a nobleman inferior to her in rank, their coats-of- arms may be set beside one another in two separate escut¬ cheons, upon one mantle or drapery, and the lady’s arms may be ornamented according to her title. Archbishops and bishops impale their arms differently from the before-mentioned coats, in giving the place of honour, that is, the dexter side, to the arms of their dignity. It may be observed of these prelates, that they thus bear their arms parted per pale, to denote that they are joined to their cathedral church in a sort of spiritual marriage. With respect to such armorial ensigns as the sovereign thinks fit to augment a coat-of-arms withal, they may be marshalled in various ways, as may be seen by the arms of the Duke of Rutland, and others. To those augmentations may be added, first, the baro¬ net’s mark of distinction, or the arms of the province of Ulster in Ireland, granted and made hereditary in the male line by King James I. who erected this dignity on the 22d of May 1611, in the ninth year of his reign, in order to propagate a plantation in that province. This mark is, Argent, a sinister hand couped at the wrist, and erected gules; which may be borne either in a canton, or in an escutcheon, as will best suit the figures of the arms. Se¬ condly, the ancient and respectable badge of the order of the garter, instituted by King Edward III. in 1349, and which, ever since its institution, has been looked upon as a great honour bestowed on the noblest persons of this nation and other countries. This honourable augmentation is made to surround, as with a garter, the arms of such knights, and is inscribed with the motto, Honi soil qui mal y pense. So far the causes for marshalling different arms in one shield, &c. are manifest. As to those which are called ob¬ scure, that is, when coats-of-arms are marshalled in such a manner that no probable reason can be given why they are so conjoined, they must be left to heralds to explain, as being the most proper persons to unfold these and other mysteries of the science. VII.—OF FUNERAL ESCUTCHEONS. After having treated of the essential parts of the coats- of-arms, of the various charges and ornaments usually borne therewith, of their attributes and dispositions, and of the rules for blazoning and marshalling them, we shall next describe the several funeral escutcheons, usually call¬ ed hatchments, by which it may be known, after any per¬ son s decease, what rank either he or she held when living; and if it be a gentleman’s hatchment, whether he was a bachelor, married man, or widower, with similar distinc¬ tions for gentlewomen. rifvvvrr, r- The represents such as are affixed to the r* fronts of houses when any of the nobility and gentry dies, the arms therein being those of a private gentleman and his wife parted per pale; the dexter side, which is gules, three bars or, for the husband, having the ground without the escutcheon black, denotes the man to be dead; and the ground on the sinister side being white, signifies that the wife is living, which is also demonstrated by a small latchment, which is there depicted without mantling, hel¬ met, and crest, for the sake of perspicuity alone. When a married gentlewoman dies first, the hatchment is distinguished by a contrary colour to the former; that is, the arms on the sinister side have the ground without the escutcheon black, whereas those on the dexter side, for her surviving husband, are upon a white ground. The hatchment of a gentlewoman is, moreover, differenced by pu a cherub placed over the arms instead of a crest. ji When a bachelor dies, his arms may be depicted single ctl( or quartered, with a crest over them, but never impaled as ^ J the two first are, and all the ground without the escutcheon is also black. When a maid dies, her arms, which are placed in a lo¬ zenge, may be single or quartered, as those of a bachelor; but, instead of a crest, they have a cherub placed over them, and all the ground without the escutcheon is also black. When a widower dies, his arms are represented impaled with those of his deceased wife, having a helmet, mantling, and crest over them, and all the ground without the escut¬ cheon black. When a widow dies, her arms are also represented im paled with those of her deceased husband, but enclosed in a lozenge, and, instead of a crest, a cherub is placed over them; all the ground without the escutcheon being also black. If a widower or bachelor should happen to be the last of his family, the hatchment is depicted as in the case of a wi¬ dower ; and that of a maid or widow, whose family is ex¬ tinct by her death, is depicted as in that of a widow, with this difference only, that a death’s-head is generally annexed to each hatchment, to denote that death has conquered all, leaving nothing but the vain formalities of heraldry. By these rules, which are sometimes neglected through the ignorance of illiterate people, may be known, upon the sight of any hatchment, what branch of the family is dead; and by the helmet or coronet, the title and degree of the person deceased. The same rules are observed with respect to the escut¬ cheon placed on the hearse and horses used in pompous funerals ; excepting that they are not surmounted with any crest, as in the foregoing examples of hatchments, but are always plain. It is necessary, however, to ensign those of peers with coronets, and that of a maiden lady with a knot of ribands. In Scotland, a funeral escutcheon not only shows forth the arms and condition of the defunct, but is also a proof of the gentility of his descent; and such persons for whom this species of escutcheon can be made out, are legally entitled to the character of gentlemen of blood, which is the highest species of gentility. The English hatchment above described exhibits no more than a right to a coat of arms which may be acquired by purchase, and is only the first step towards establishing gentility in a family. The funeral escutcheon, as exhibited in Scotland, France, and Germany, is in the form of a lozenge, above six feet square of black cloth; in the centre of w hich is painted, in proper colours, the complete achievement of the defunct, with all its exterior ornaments and additional marks or badges of honour; and round the sides are placed the six¬ teen arms of the families from which he derives his de¬ scent, as far back as the grandfather’s grandfather, as the proofs of his gentility. They exhibit the armorial bear¬ ings of his father and mother, his two grandmothers, his four great-grandmothers, and his eight great-grandmothers’ mothers; and if all these families have acquired a legal light to bear arms, then the gentility of the person whose proof it is must be accounted complete, but not otherwise. On the four corners are placed mort-heads, and the initials of his name and titles or designation ; and the black inter¬ stices are semee or powdered with tears. On the morning of the interment, one of these is placed on the front of the house where the deceased lies; and another on the church where he is to be buried, and after the burial it is fixed above the grave. The pall, too, is generally adorned with these proofs of gentility, and the horses of the hearse with the defunct’s arms. HER HER 261 HERALDUS, Desiderius, in French Hsvci.ult.) a coun- culent sterns or stalks that die down to the ground every Herbage Ien seller of the parliament of Paris, who in different works year. Of herbaceous plants, those are annual which pe- Herl save proofs of uncommon learning. His Adversaria ap- rish, stem, root, and all, every year ; biennial, which sub- ccoi neared in the year 1599; but if the Scaligerana may be sist by the roots two years ; perennial, which are perpe- ” ,1 * . j i : ki- trio Kv tboir rnfits fnr a series of vears. a new stem Herbert. Plan credited, he repented having published it. His notes on tuated by their roots for a series of years, a new stem Tertullian’s Apology, on Minutius Felix, and on Arnobius, being produced every spring. - are esteemed; and he also wrote notes on Martial’s Epi- HERBAGE, in Law, signifies the pasture provided by £rrams. He disguised himself under the name of David nature for the food of cattle; also the liberty to feed Leidhresserus, to write a political dissertation on the in- cattle in the forest, or in another person’s ground, dependence of kings, some time after the death of Henry HERBAL signifies a book which treats of the classes, IV He had a controversy with Salmasius, De Jure Attico genera, species, and virtues of plants. ac 'Romano ; but did not live to finish what he had writ- Herbal is also used to signify what is sometimes called ten on the subject. What he had executed, however, hortus siccus, or a collection of dried plants, was printed in 1650. He died in June 1649. Guy Patin HERBELOT, Barthelemi d’, a celebrated French savs that he was looked upon as a very learned man, both orientalist, eminent for his oriental learning, was born at in the civil law and in polite literature, and that he wrote Paris on the 24th of December 1625. He travelled seve- with great facility on any subject he pitched on. ral times into Italy, where he obtained the esteem of some HERAULT, a department of France, formed out of a of the most learned men of the age. Ferdinand II. grand part of the ancient province of Lower Languedoc. On duke of Tuscany, showed him many marks of favour.. A the southern side it is bounded by the Mediterranean library being exposed to sale at Florence, the duke desired Sea, and on the other sides by French departments. Its him to examine the manuscripts in the oriental languages, extent is 2926 square miles, or, according to the Royal to select the best of them, and to mark the price; and Almanac, 630,935 hectares. It is divided into four ar- this being done, that generous prince purchased the whole, rondissements, and these into thirty-six cantons and 333 and made him a present of them. Colbert, informed of communes; and it contains 346,207 inhabitants, of whom D’Herbelot’s merit, recalled him to Pans, and obtained for about 50,000 are Protestants, and the rest adhere to the him a pension of 1500 livres ; and he afterwards became Church of Rome. They speak a patois, that is, a mixture secretary and interpreter of the oriental languages, and of Celtic, Arabic, Latin, and French, of which three royal professor of the Syriac tongue. He died at Paris fifths of the words are Latin. Of late years, however, in 1695. His principal work is the Bibliotheque Orientale, especially in the towns, the peculiar dialect has been giv- ou Dictionaire Universel, contenant generalement tout ce qui ing way to pure French. The northern division of the regarde la Connaissance des Peoples de l' Orient, Paris, 1697, department consists of mountains, with valleys between in folio. The Bibliotheque Orientale, considered in its de- them, which gradually decline in height as they approach tails, occupied the same rank in the seventeenth, as the the coast, where they expand into a level and fertile Uistoire des Huns did in the eighteenth century ; but with plain. The soil on the higher parts is commonly stony, this difference, that D Herbelot cleared the road, and was chalky, and barren ; but on the plain on the coast, though often copied by De Guignes. Both these celebrated ori- marshy, extremely fruitful. The corn raised in the de- entalists were men of prodigious erudition; and in fact partment is of less importance than those vegetable sub¬ stances which are the produce of southern climates. The chief attention is paid to the vines, and the wines are highly esteemed, especially those called Muscatel, Fron- tignac, and Lunel; but a very large proportion of the grapes are distilled, and yield brandy and spirits of wine for the foreign trade. Many olive trees are planted, and the oil which they afford is said to be equal to that of Pro¬ vence. Silk worms are extensively bred, but chiefly in the district of the Cevennes. The country abounds in mines, which were once extensively worked; but at present all we can hardly persuade ourselves that the most laborious life could be sufficient for collecting the treasures which are to be found in this collection. If we reflect on the number of Arabic, Turkish, and Persian chronicles of which the Bibliotheque Orientale contains extracts ; at¬ tend to the immense extent of the biography of Hadgi Khalfa, of which it presents an abridged translation ; and consider the amount of accessory knowledge necessary in such an undertaking, some idea may be formed of the erudition, perseverance, and activity of D’Herbelot. M. d’Herbelot’s modesty was equal to his erudition; and his are abandoned except some of coals, which yield annu- uncommon abilities were accompanied and adorned with ally about 90,000 tons, and serve as fuel where wood is probity, piety, and charity, which he practised through- beginning to become scarce. Some salt is made by na- °U1 the whole course of his he. tural evaporation on the sea-coast; but not more than HERBERT, Mary, Countess of Pembroke, was sister 6000 tons, though it would be very easy to procure a of Sir Philip Sidney, and wife of Henry, earl of 1 embroke. much larger quantity. The fishing for sardinias gives She was not only a lover of the muses, but a great en- employment to numerous persons on the sea-shore. There courager of polite literature ; a character which 18 not are manufactures of woollen and cotton goods, and some very common amongst titled ladies. Her brother dedi- of silk; and there are establishments for preparing che- cated to her his Arcadia. She translated a dramatic mical articles, perfumery, and dyers’colours. The chief piece from the French, entitled Antomus, a tragedy, though exports consist of wine, brandy, vinegar, spirits of wine, it is said that in this she was assisted by her chaplain, Dr rosins, figs, almonds, capers, cork, oil, honey, wax, soap, Babington, afterwards Bishop of Exeter. She also trans- and perfumery. The capital is the city of Montpellier, lated the Psalms of David into English metre; but it is whose salubrity is much celebrated. doubtful whether these works were ever printed. This HERB, in Botany, a name by which Linnaeus denomi- lady died in 1621; and an exalted character of hei may nates that portion of every vegetable which arises from be found in Osborne s Memoirs of James 1. ^ the root, and is terminated by the fructification. It com- Herbert, Edward, Lord Herbert of Cherburyin Shrop- prehends, 1. the trunk, stalk, or stem; 2. the leaves; shire, an eminent English writer, was born in 1581, and 3. those minute external parts called by the same author educated at Oxford, after which he travelled, and at is the/wfcm or supports of plants ; and, 4. the buds, or, as return was made a knight of the bath. James I. sent him he also terms them, the winter-quarters, of the future ve- as ambassador to Louis XIII. in behalf of the 1 rotestants getable. who were besieged in several cities of E ranee ; and he con- HERBACEOUS Plants are those which have sue- tinued in this situation until he was recalled, on account of 262 HER Herbert, a dispute between him and the constable de Luines. In 1625 he was advanced to the dignity of baron of tlie king¬ dom of Ireland, by the title of Lord Herbert of Castle Island; and in 1631 to that of Lord Herbert of Cherbury in Shropshire. After the breaking out of the civil wars, he adhered to the parliament; and in 1644 obtained a pension, on account of his having been plundered by the king’s forces. Lie wrote a History of the Life and Reign of Henry VIII., a treatise Zte Veritate, of considerable ce¬ lebrity, and several other works. Lord Herbert died at London in 1648. This nobleman, according to Granger, “ stands in the first rank of the public ministers, historians, and philosophers of his age. It is hard to say whether his HER York in 1782, leaving several manuscripts to the public H< library at Oxford, and others to that of the cathedral at roi York. i HERBIVOROUS Animals, those which feed only on herbs or vegetables. He HERBIERS, a town of the arrondissement of Boubon- ^ Vendee, in the department of Vendee, in France. It is situated on the river Maine, which passes through it, and contains 501 houses, with 2247 inhabitants. It is-in a pleasant and fertile district, and produces very good wine. HERBORN, a city of the duchy of Nassau, in Ger¬ many, on the river Dille, and the capital of a bailiwick of the same name. It contains a theological seminary, with person, his understanding, or his courage, was the most four professors for Protestants, two churches, 430 houses, extraordinary ; as the fair, the learned, and the brave and 2350 inhabitants, who carry on a considerable trade in held him in equal admiration. But the same man was linen goods and hosiery, in breweries and paper-making, wise and capricious; redressed wrongs, and quarrelled HERCULANEUM, the name of an ancient city of for punctilios; hated bigotry in religion, and was himself Campania, in Italy, which was destroyed by an eruption of a bigot to philosophy. He exposed himself to such dan- Vesuvius in the first year of the Emperor Titus, or the 79th gers as other men of courage would have carefully declin- of the Christian era; and which has been rendered inte- ed; and called in question the fundamentals of a religion resting on account of the curious monuments of antiquity which none had the hardiness to dispute besides himself.” discovered and disinterred from its ruins. The epoch of Herbert, William, Earl of Pembroke, was born at Wilton, in Wiltshire, 1580, and admitted to New College, Oxford, in 1592, where he continued about two years. In 1601 he succeeded to his father’s honours and estate, and the foundation of Herculaneum is unknown. Dionysius of Halicarnassus conjectures that it may be referred to a period about half a century anterior to the war of Troy, or about 1840 years before Christ; and therefore that it was made a knight of the garter in 1604, and governor of lasted about 1400 years, Portsmouth six years afterwards. In 1626 he was elected The thickness of the heap of lava and ashes by which chancellor of the university of Oxford, and about the the city was overwhelmed has been much increased by same time made lord steward of the king’s household, successive streams vomited forth since that catastrophe, He died suddenly at his house in London on the 10th of and now forms a mass tw'enty-four feet deep, of dark gray April 1630, if we may credit Wood, according to the cal- stone, which is easily broken in pieces. By its non-adhe- culation of his nativity made several years before by Mr Thomas Allen of Gloucester Hall. Concerning this cal¬ culation, Clarendon relates, that some considerable per¬ sons connected with Lord Pembroke having met at Mai¬ denhead, one of them at supper drank a health to the lord steward; upon which another said, that he believed his lord- ship was at that time very merry, for he had now outlived the day which it had been prognosticated from his nativity that he would not survive. The next morning, however, they received the news of his death. Whether the noble historian really believed this and other accounts relating to astrology, apparitions, providential interpositions, and other marvels not dreamt of in philosophy, which he has inserted in his history, we do not presume to say; he nar¬ rates them, however, as if he did not actually disbelieve them. Lord Pembroke was not only a great favourer of learned men, but was himself learned, and endowed with a considerable share of poetical genius. All that are ex¬ tant of his productions in this way were published under the title of Poems written by William. Earl of Pembroke. Herbert, Sir Thomas, a gentleman of the Pembroke family, was born at York, where his father was an aider- man. V\ illiam, earl of Pembroke, sent him abroad in 1626; and he spent four years in travelling through Asia and Africa. In 1634 he published, in folio, a Relation of some Years’ Travel into Africa and the Great Asia, espe¬ cially the Territories of the Persian Monarchy, and some parts of the Oriental Indies and Isles adjacent. On the breaking out of the civil war, he adhered to the parlia¬ ment; and at Oldenby, on the removal of the king’s ser¬ vants, by the desire of the parliamentary commissioners, he and James Harrington were retained as grooms of the bed¬ chamber, and attended the king even to the block. At the Restoration he was created a baronet by Charles II. for his fmthfnl services to his father during the last two years of his life. In 1678 he wrote Threnodia Carolina, contain¬ ing an account of the last two years of the life of Charles L ; and he assisted Sir William Dugdale in compiling the third volume of his Monasticon Anglicanum. He died at sion to foreign bodies, marbles and bronzes are preserved in it as in a case made to fit them; and exact moulds of the faces and limbs of statues are frequently found in this substance. The precise situation of this subterranean city was not known till the year 1713, when it was accidentally discovered by some labourers, who, in digging a well, struck upon a statue on the benches of the theatre. Many others were afterwards excavated and sent to France by the Prince of Elbceuf. But little progress was made in the excavations till the Infanta Charles of Spain ascended the throne of Naples, when, by unwearied efforts and great li¬ berality, a considerable portion of Herculaneum was ex¬ plored, and such treasures of antiquity thence extracted, as form the most curious museum in the world. To attempt removing the covering being found too arduous a task, the king contented himself with cutting galleries to the princi¬ pal buildings, and causing one or two of them to be cleared out. Of these the theatre is the most considerable. On a balustrade which divided the orchestra from the stage was found a row of statues; and, on each side of the pulpitum, the equestrian figure of a person of the Nonia family. From the great rarity of equestrian statues in marble, these would have been very valuable objects had their work¬ manship been even less excellent than it is; and one of them in particular is a very fine piece of sculpture. After the king of Spain left Naples, the digging was continued, but with less spirit and expenditure; indeed, the collec¬ tion of curiosities derived from Herculaneum and Pompeii had become so considerable, that a relaxation of zeal and activity ensued. These relics are arranged in a wing of the palace, and not only consist of statues, busts, altars, inscrip¬ tions, and other ornamental appendages of ancient opulence and luxury, but comprehend an entire assortment of the domestic, musical, and chirurgical instruments used by the ancients ; tripods of elegant form and exquisite execution, lamps in endless variety; vases and basins of noble dimen¬ sions, chandeliers of the most beautiful shapes, paterae and other appurtenances of sacrifice, looking-glasses of polished metal, coloured glass so hard, clear, and well stained, aa HERCULANEUM. ||rct - to appear emeralds, sapphires, and other precious stones ; neui a kitchen completely fitted up with copper-pans lined with JKy' ' silver, kettles, cisterns for heating water, and every utensil necessary for culinary purposes ; specimens of various sorts of combustibles, retaining their form though burned to a cinder; corn, bread, fish, oil, wine, and flour; a lady’s toilet, fully furnished with combs, thimbles, rings, paint, ear-rings, and so forth. Amongst the statues, which are numerous, the greatest share of merit is allowed to a Mer¬ cury and a sleeping faun ; the busts occupy several apart¬ ments, but very few of the originals whom they were meant to represent are known. The floors are paved with ancient mosaic. A few rare medals have been found in these ruins ; the most curious is a gold medallion of Augustus, struck in Sicily in the fifteenth year of his reign. The fresco paint¬ ings, which, for the sake of preservation, have been taken off the walls and framed and glazed, are to be seen in an¬ other part of the palace. The elegance of the attitudes, and the infinite variety of the subjects, stamp them as per¬ formances worthy of the attention of artists and antiqua¬ ries ; but no pictures yet found are masterly enough to prove that the Greeks had carried the art of painting to as great perfection as they did that of statuary. But we cannot suppose those authors incapable of appreciat¬ ing the merits of an Apelles or a Zeuxis, who with so much critical discernment have pointed out the beauties of the works of a Phidias, or a Praxiteles; nor can we ima¬ gine that they would have bestowed equal praise upon both kinds of performances if either of them had been much inferior to the other. We must therefore presume that the capital productions of the ancient painters being of more perishable materials than busts and statues, have been destroyed in the fatal disasters which have so often afflicted both Greece and Italy. Plerculaneum and Pom¬ peii were but towns of the second order, and not likely to possess the masterpieces of the great artists, which were usually destined to adorn the more celebrated temples, or the palaces of kings and emperors. A more valuable ac¬ quisition than bronzes and pictures was thought to have been made when a large parcel of manuscripts was found amongst the ruins ; and hopes were entertained that many classical works, of which time has deprived us, were about to be restored to light, and that a new mine of science wTas on the point of being opened. But the difficulty of unrol¬ ling the parchment, of pasting the fragments on a flat sur¬ face, and of deciphering the obscure letters, has proved so great, that little progress has hitherto been made ; and the value of the Avritings which have been unrolled has by no means corresponded to the public expectation. But although the few successful results of the investi¬ gation, which have hitherto been laid before the public, are indeed of such a nature as not to have rewarded, by their importance, the great labour which has been bestowed on them, the zeal of the lovers and patrons of literature has not allowed their ardour to be subdued by the difficulties of the task. The progress of the discovery and examina¬ tion of these singular remains of antiquity has been de¬ scribed, from time to time, in the Philosophical Transac¬ tions, and in many other publications. It was in October 1752 that the first of the carbonised rolls of papyrus were found; and Paderni’s account of them is accompanied by an interesting specimen, which exhibits the genuine form of the characters used by the Romans in their manuscripts. N-AlfERlVS-DMLC DENNC^RISCRVDE The precise spot AA’here the discovery wras made was the Bosco di Sant’ Agostino, a shrubbery belonging to the church of St Austin, close to Portici, toAvards Torre del Greco; it was covered with ashes, and a hard tufa or lava, 263 to the depth of about a hundred and twenty English feet. Hercula- In the course of a year or two about two hundred and fifty neum. rolls had been found, some Greek and some Latin. The library appeared to be an apartment belonging to a con¬ siderable palace, which had not been further examined. The floor was of an elegant mosaic work ; and the books were in presses, inlaid with different sorts of wood, dispos¬ ed in rows, and ornamented with cornices. In 1754 Pa- derni spent twelve days in this room, and found in it three hundred and thirty-seven volumes, all apparently made brittle by the fire, and all in Greek; besides eighteen rolls of a larger size, lying in a separate bundle, which were in Latin, and more injured than the Greek. The former two hundred and fifty seem to have been in a separate room belonging to the same building. Some few of the rolls had an umbilicus or roller of wood in the centre. The Canon Mazzocchi began his labours about this time, and found that the subject of one of the manuscripts was mu¬ sic, and that of another the Epicurean Philosophy ; a small bust of Epicurus having also been found in the same room. In 1755 a further account of these operations was com¬ municated to the Royal Society by Mr Locke. “ Within two years last past,” says his correspondent, “ in a cham¬ ber of a house, or, more properly speaking, of an ancient villa (for by many marks it is certainly known that the place where they are hoav digging was never covered with buildings, but Avas in the middle of a garden), there has been found a large quantity of rolls, about half a palm long, and round, which appeared like roots of wood, all black, and seemed to be only of one piece. One of 'them falling on the ground, it broke in the middle, and many letters were observed, by which it was first known that the rolls were of papyrus. The number of these rolls, as I am told, Avere about a hundred and fifty, of different sizes. They were in wooden cases, which are so much burnt, as are all the things made of wood, that they cannot be re¬ covered. The rolls, however, are hard, though each appears like one piece. Our king has caused infinite pains to be taken to unroll them and read them ; but all attempts Avere in vain ; only by slitting some of them a few words were observed. At length Signor Assemanni, having come a se¬ cond time to Naples, proposed to the king to send for one Father Antonio [Piaggi], a writer at the Vatican, as the only man in the world who could undertake this difficult affair. It is incredible to imagine Avhat this man contrived and executed. He made a machine, with which, by means of certain threads, which, being gummed, stick to the back part of the papyrus, where there was no writing, he begins by degrees to pull, whilst, with a sort of engraver’s instrument, he loosens one leaf from the other, which is the most difficult part of all; and then makes a sort of lining to the back of the papyrus, with exceeding thin leaves of onion [goldbeaters’ skin] if I mistake not; and with some spirituous liquor, with which he wets the papy¬ rus, by little and little he unfolds it. All this labour can¬ not be well comprehended without seeing. With patience superior to what man can imagine, this good father has un¬ rolled a pretty large piece of papyrus, the worst preserved, by way of trial. It is found to be the work of a Greek writer, and is a small philosophic tract, in Plutarch’s man¬ ner, on Music; blaming it as pernicious to society, and productive of softness and effeminacy. It does not dis¬ course of the art of music. The beginning is wanting. The papyrus is written ‘ across,’ in so many columns, every one of about twenty lines, and every line is about four inches long. Between column and column is a void space of ‘ more than’ an inch. The letters are distin¬ guishable enough. Father Antonio, after he has unloosen¬ ed a piece, takes it off' where there are no letters, and places it between two [pieces of glass] for the better observation ; and then, having an admirable talent in imitating charac- 264 HERCULANEUM. Hercula- ters, he copies it with all the lacunae, which are very numer- neum. ous jn SCorched papyri, and gives this copy to the Ca- non Mazzocchi, who tries to supply the loss and explain it. The letters are capital ones, and almost without any abbre¬ viation. The worst is, the work takes up so much time, that a small quantity of writing requires five or six days to unroll, so that a whole year is already consumed about half this roll. The lacunae, for the most part, are of one or two words, that may be supplied by the context. As soon as this roll is finished, they will begin a Latin one. There are some so voluminous, and the papyrus so fine, that un¬ rolled they would take up a hundred palms’ space [or al¬ most a hundred feet]. The curiosity of these papyri is, that there is no little shaft of wood on which they were rolled.” It may here be remarked, that the practice of rolling books on an umbilicus of wood was by no means universal where papyrus was employed. The Egyptian manuscripts, for instance, so frequently found in the catacombs, are without any umbilicus, the end of the sheet being left blank, for the purpose of being doubled up into a sort of core, which remained unopened, and served instead of a roller. A wooden pen without a slit was found in some of the sub¬ sequent excavations, together with other materials for writ¬ ing. In 1755 the name of Philodemus had been discovered at the end of the first manuscript; and another work of the same author, on rhetoric, had been unrolled. Mazzocchi laboured in translating these, and two persons were con¬ stantly employed upon other volumes. Some interesting particulars respecting the history of these operations may also be found in Barthelemi’s Voyage en Italic, published at Paris in 1801. “ It was a long time,” says the author, “ before any mode could be devised of unrolling them, and in this dilemma some of them were cut with a knife longitudinally, as we divide a cylinder in the direction of its axis. This mode of proceeding dis¬ closed the writing to view, but completely destroyed the work. The different strata of the paper adhered so close¬ ly together, that in attempting to separate them they were reduced to ashes [or rather dust]; and all that could be obtained was a single column or page of a manuscript that consisted perhaps of a hundred.” “ Under these circumstances, a patient and persevering monk suggested a mode of completely unrolling the paper. He made some attempts, which occupied a considerable portion of time, but in which by degrees he was success¬ ful. He goes on with his tedious labour, and in the same manner gradually and slowly succeeds. His plan is this. Having found the beginning of the manuscript, he fastens to the exterior edge some threads of silk, which he winds round so many pegs, inserted in a small frame. These pegs he turns with the utmost precaution, and the manu¬ script is imperceptibly unrolled. Little is to be expected from the first few layers of the paper, which in general are either torn or decayed. Before any pages of a work can be obtained, the manuscript must be unrolled to a certain depth, that is, till the part appears which had suffered no other injury than that of being calcined. When a few co¬ lumns have been thus unrolled, they are cut off, and pasted on linen. For unfolding one of these manuscripts several months are requisite, and hitherto nothing has been ob¬ tained but the last thirty-eight columns of a Greek work against music. Two other columns or pages are also shown of two Gieek manuscripts that were cut to pieces before the method of unrolling them was discovered. Each ap¬ pears to have been part of a philosophical dissertation.” In some letters from the secretary of the French em¬ bassy at Naples, subjoined by M. de St Croix, and dated 1785, 1786, and 1787, it is asserted, that of about fifteen hundred or eighteen hundred manuscripts which had been discovered, two hundred or more had been destroyed by a charlatan who undertook to restore them with the assist- H ance of some chemical application. It is also stated as tin highly probable that many thousands of similar manuscripts 'A i may still exist in different parts of the ruins; a conjecture so much the more interesting, as the greater number of the rolls hitherto found “ have been so crushed that it will never be possible to open them, and several have been in¬ jured by the barbarous attempt to separate the leaves with a knife.” The work of Philodemus was published at Naples in 1793, as the first volume of the Herculanensium Volumi- num qiue supersunt. The manuscript is faithfully deli¬ neated in copperplates, and the restored readings and trans¬ lation are printed on the opposite page, followed by an ela¬ borate commentary. The academicians of Portici are the professed editors. The title at the end stands thus, the work being the fourth book only of the essay. <$IAQ AHMOY nepiMOYCIKH A A passage in the last column will serve as another specimen. PA I /VON TA C TOCAY TA TO 1 AfYAJ ei*>H K^C npOCATJ/v £rK€ PHK A C)AIAT6INA1 MHMANAGONTGoCO XA PIN IVIOMniOANOT TO GAY TO/V The subsequent volumes of the series are little known in this country. But a part of another manuscript was in¬ serted in the Herculanensia of Sir W. Drummond and Mr R. Walpole, London, 1810, in 4to; together with a very favourable report of the progress of the operations, which had been continued at the expense of the British govern¬ ment. “ Many obstacles,” say the authors in their dedication, “ opposed themselves to the accomplishment of this no¬ ble design, which address and perseverance could alone remove. The difficulty of opening the rolls of papyrus, which had been reduced to perfect carbo, can scarcely be conceived by those who have not witnessed the pro¬ cess. Much time and many hands were required in carrying it on; and the expense incurred was propor¬ tionate to the labour. When the manuscripts were un¬ rolled, it was necessary that persons competent to the task should decipher and transcribe them ; distribute the (capital) letters into the words to which they belonged; and supply those deficiencies in the text which but too frequently occurred. At the head of the directors of this difficult undertaking were Ilosini, the editor of Philode¬ mus ; an English gentleman (Mr Hayter) sent out for the purpose; and, we believe, a Neapolitan priest, supposed to be deeply conversant in ancient literature. It was not until large sums had been expended by your royal highness, and the success of the execution had justified the boldness of the plan, that pecuniary assistance was requested and ob¬ tained from parliament. Attentive as the people of this country are, and ought to be, to the expenditure of the public money, they must glory in having contributed to¬ wards a work which does honour to the English name.” Again, in the preface, “ The first papyrus which was opened contained a treatise upon music by Philodemus the Epicurean. It was in vain that Mazzocchi and Rosini wrote their learned comments on this dull performance. The sedative was too strong ; and the curiosity, which had HERCULANEUM. 265 been so hastily awakened, was as quickly lulled to repose, neiin A few men of letters indeed lamented that no further search was made for some happier subject on which learned industry might be employed ; but the time, the difficulty, and the expense, which such an enterprise required, and ffie uncertainty of producing any thing valuable, had appa¬ rently discouraged and disgusted the academicians of Por- tici. « Things were in this state when the Prince of Wales proposed to the Neapolitan government to defray the ex¬ penses of unrolling, deciphering, and publishing the manu¬ scripts. This offer was accepted by the court of Naples; and it was consequently judged necessary by his royal high¬ ness to select a proper person to superintend the under¬ taking. The reputation of Mr Hayter as a classical scho¬ lar justified his appointment to the place, which the mu¬ nificence of the prince, and "his taste for literature, had created. This gentleman arrived at Naples in the begin¬ ning of the year 1802, and was nominated one of the di¬ rectors for the development of the manuscripts. “ During a period of several years the workmen con¬ tinued to open a great number of the papyri. Many, in¬ deed, of these frail substances were destroyed, and had crumbled into dust, under the slightest touch ot the ope¬ rator. “ When the French invaded the kingdom of Naples in the year 1806, Mr Hayter was compelled to retire to Si¬ cily. It is certainly to be deeply regretted that all the pa¬ pyri were left behind. The writer of this preface only knows, with certainty, that when he arrived at Palermo in 1806, on his second mission to his Sicilian majesty, he found that all the papyri had been left at Naples, and that the copies of those which had been unrolled were in the possession of the Sicilian government. How this happened it would be now fruitless to inquire. The English minis¬ ter made several applications to the court of Palermo to have the copies restored, but without success, until the month of August 1807. It was pretended that, according to the original agreement, the manuscripts should be pub¬ lished in the place where his Sicilian majesty resided; that several Neapolitans had assisted in correcting, sup¬ plying, and translating them ; that his Sicilian majesty had never resigned his right to the possession, either of the originals or of the copies ; and that, as a proof of this right being fully recognised, the copies had been deposited by Mr Hayter himself in the Royal Museum at Palermo. It was, however, finally agreed that the manuscripts should be given up, pro tempore, to Mr Drummond, who imme¬ diately replaced them in the hands of Mr Hayter. In the space of about a year, during which period they remained in the possession of the latter, a fac simile of part of one of the copies was engraved, and some different forms of Greek characters, as found in these fragments, were print¬ ed under his direction. “ From some circumstances which took place in the summer of 1808, and to which we have no pleasure in al¬ luding, a new arrangement became indispensable. Mr Drummond proposed to the Sicilian government that the copies should be sent to London, where they might be published with advantages which could not be obtained at Palermo. His proposal was acceded to, and they have been accordingly transmitted to England. The manner in which their publication will be conducted will, of course, depend upon the determination of his Royal Highness the Prince of Wales, in whose hands they have been deposited; but it may be presumed that the republic of letters will not have to lament that these interesting fragments are to be brought to light under the auspices of a prince, who has always shown himself to be the protector of learning and the arts. We venture not to assert, but we believe, that the manuscripts will be submitted to the inspection of a se- vol. XI. lect number of learned men, and will be edited under their Hercuia- care, and with their annotations and translations.” neum. Mr Walpole informs us in a subsequent article, dated at "V'*-' Palermo, 1807, that the whole of the manuscripts which were then in Sir W. Drummond’s house, amounting to more than eighty, were Greek, with the exception of one fragment of a Latin poem, which is said to have been a de¬ scription of the battle of Actium and its consequences, and which has been conjectured by some critics to be the work of the Varius well known by name as the friend of Ho¬ race. One of the eighty has appeared in the Herculanen- sia ; but where are the seventy-nine ? The whole of the manuscripts were reported to have been presented to the university of Oxford. Has a new volcano, throwing out darkness and ashes, overwhelmed them on the banks of the Isis ? Or were they, notwithstanding all the labour and expense of obtaining them, found too imperfect to deserve publication ? It seems, indeed, not improbable, that the persons employed to unroll them in the first instance, who were paid in proportion to the number of pages they ob¬ tained, were too strongly .tempted to sacrifice such parts of the manuscript as would have required the most labour, for the more profitable object of proceeding with a portion which would allow them to earn the most pay with the least loss of time, and that some irreparable injuries have been done to the manuscripts from these interested mo¬ tives. Some pages, however, of the copies were certainly very little impaired, and these must at least deserve to be preserved from further accidents, by printing and publish¬ ing them in the simplest form possible. It was well known, that at the time of the first arrange¬ ment between the two courts respecting these operations, the king of Naples sent six of the rolls unopened, as a pre¬ sent to the Prince of Wales; nor were the antiquaries and philosophers of Great Britain inattentive to this latent treasure. Several experiments were made at Carlton House, in imitation of the processes which were said to have been successful in Italy ; and at last two ot the ma¬ nuscripts were intrusted to the care ot an individual, who is supposed to have given an account ot his own further attempts, in the fifth number of the Quarterly Review. “ At first,” he informs us, “ as it often happens in such cases, he appeared to be very confident of ultimate suc¬ cess ; but difficulties afterwards occurred, and he did not continue his experiments long enough to overcome them, or even very materially to lessen them ; his professional engagements interfered, much of his time had already been sacrificed, and the intelligence that Sir W. Drum¬ mond had succeeded in obtaining possession of the whole collection of the works which had been unrolled, made his own attempts appear comparatively too insignificant to de¬ serve immediate prosecution.” “ One mode of treating the papyri occurred, however, to this gentleman, which appeared to him to promise a de¬ cided advantage to such as might hereafter proceed in the operation. This was the employment of the anatomical blowpipe, an instrument which he had many years before been in the habit of using for delicate purposes, in the place of a dissecting knife. The blowpipe served him . . for a knife and a forceps ; for the gum, the goldbeater’s skin, and the threads of the Italians. No instrument can be so soft in its pressure as the air, for holding a thin frag¬ ment by suction, without danger of injuring it; no edge nor point can be so sharp as to be capable of insinuating itself into all the crevices which the air freely enters. But the humidity of the breath he found to add much to the utility of the instrument. The slight degree of moisture communicated to the under or inner surface of a fold made it curl up and separate from the parts beneath, where the adhesion was not too strong ; while dry air from a bladder was perfectly incapable of detaching it. But the process 266 HERCULANEUM. Hercula- 0f separating every leaf in this manner was always tedious neiim. an[j laborious where there was much adhesion, and some- times altogether impracticable. Chemical agents of all kinds he tried without the least advantage ; and even ma¬ ceration for six months in water was unable to weaken the adhesion. It is remarkable that the characters were not effaced by this operation ; so that the gum which had fixed them on the paper must have wholly lost its solubility, and the rest of its original properties. “ It has indeed been supposed by some travellers that the manuscripts were in reality never charred, the ashes thrown out by the volcano having been probably incapable of communicating to them a sufficient degree of heat for producing this effect. In fact, it is said that some of the spices found in an embalmed body retained a considerable portion of their aromatic smell. But there is no doubt whatever that the papyri are now complete charcoal, such as is formed by heat only. A small fragment of their sub¬ stance burns readily, like common charcoal, with a creep¬ ing combustion, without flame, and with a slight vegetable smell; fresh papyrus burns with a bright flame ; and al¬ most all mineral coal, which may possibly have been formed from vegetable substances, without the operation of heat, flames abundantly. Bovey coal, for example, which re¬ tains much of the appearance of wood, exhibits a consider¬ able flame. It is highly probable that many of the adhe¬ sions have been formed by the oily and smoky vapours distilled off from the hottest parts, and irregularly con¬ densed in the colder; and, so far as this conjecture may be true, it would perhaps be advisable to try the etfects of a longer maceration in alcohol and in ether than has hither¬ to been employed. The ‘ spear of Achilles’ might also be applied with very reasonable hopes of success. A repe¬ tition of the exposure to heat, kept up more equably and more powerfully, might very probably expel the adhesive substances, without injuring the texture of the charcoal; proper care being taken to preclude completely the access both of air and of water, which might be done first by means of the air pump, and then by the insertion of a little potassium, together with the roll, in a vessel hermetically sealed. But the adhesions appear sometimes to be of a mere mechanical nature, being derived from the irregular folds into which the manuscripts have been pressed, or from some roughness of the contiguous surfaces.” (P. 18, 20.) Mr Hayter thought it necessary to reply to some of the criticisms contained in this article, and published a pamph¬ let entitled Observations upon a Beview of the Herculanen- sia, London, 1810, in 4to, strenuously maintaining that the quotation from the comedy of Timocles, already extant in Athenaeus, ought to be a hexameter, and not an iambic; and seeming almost to believe that Pluto, and not Plato, is the author of the fanciful etymology of the name of Juno, though the passage quoted happens to be found in Plato’s Cratylus. It is difficult to understand by what test the merits of such a scholar were appreciated, when he was appointed to superintend the operations at Portici. The next era of our national exertions exhibits, how¬ ever, a still more striking example of good nature and fa¬ cility. Dr Sickler of Hildburghausen, who had been in Italy as a private tutor, succeeded in convincing a com¬ mittee of the Royal Society of Gottingen that he had unrolled a fragment of papyrus, of which he exhibited a specimen. There was no evidence that the particular ma¬ nuscript, on which the experiment was said to have been performed, had presented any considerable difficulty ; and it was well known that some of the pages had been read before with comparative ease. It happened, however, that the page in question bore the intrinsic marks of a gross fraud. At first sight it read like perfectly good Greek, and it had all the genuine rust of antiquity about it; but upon examination it was found to contain a blunder which He no Greek writer, nor any Greek librarian, could ever have d* committed ; for the name of a serpent is made feminine, w whilst in all ancient authors it is uniformly masculine- and the general air of authenticity was easily understood,' when it was found that it was copied, with little variation, from detached passages of Diodorus Siculus, and princi¬ pally from the fabulous account of the voyage of Jambu- lus to Ceylon and beyond it. In the mean time a nego¬ tiation with Dr Sickler had been commenced ; an account of it was published, with the specimen in question, under the title of Herculaneum Rolls. ( Correspondence relative to a Proposition made by Dr Sickler, London, 1817, in 4to.) The parties thought themselves too far engaged to retract; nor had they the patience to wait for the result of a preliminary experiment upon a portion of a roll, which had been weighed in London, and sent, carefully packed, to Hildburghausen, in order that the surface developed might be accurately compared with the weight; and Dr Sickler was brought to London with his family for the more effectual prosecution of his operations, which in a few months were so successful as to ruin twelve chosen spe¬ cimens which had been sent over as a second present to the Prince of Wales, with the exception, however, of a few fragments, w hich w-ere left sufficiently entire to be made the subject of some subsequent experiments of a chemical nature. This mischievous farce was at last terminated by a Re¬ port of the Committee appointed to superintend the Ex¬ periments of Dr Sickler, ordered by the House of Com¬ mons to be printed, in March 1818; the committee stat¬ ing, in conclusion, that Dr Sickler had totally failed in his endeavours to satisfy them that his method was practicable; and annexing an account of the expenditure, of something more than L.1100, in the purchase of this total failure. But one advantage, and that not an unimportant one, was derived from this investigation. Sir Humphry Davy had been appointed one of the superintending committee; and his studies having recently been directed to the dif¬ ferent states of carbonic substances, in the course of his patriotic and benevolent researches into the means of preventing explosions in coal mines, he was the more naturally led to consider by what agents these apparently carbonized substances might be capable of modification. The whole detail of the process which he invented has never been made public, in order that it might not be abused by any unprincipled projector; but there is rea¬ son to think that it bears considerable analogy to the ma¬ ceration in ether, which had been tried unsuccessfully, but still recommended as deserving further examination, by a less fortunate operator. A very interesting report of Sir H. Davy on the state of the manuscripts was pub¬ lished in the Journal of the Royal Institution for April 1819. “ My experiments soon convinced me,” says Sir Hum¬ phry, “ that the nature of these manuscripts had been generally misunderstood ; that they had not, as is usually supposed, been carbonized by the operation of fire, and that they were in a state analogous to peat or Bovey coal, the leaves being generally cemented into one mass by a peculiar substance, which had formed during the fermen¬ tation and chemical change of the vegetable matter com¬ prising them, in a long course of ages. The nature of this substance being known, the destruction of it became a subject of obvious chemical investigation ; and I was fortunate enough to find means of accomplishing this without injuring the characters or destroying the texture of the manuscripts. “ After the chemical operation, the leaves of most of the fragments perfectly separated from each other, and the Greek characters were in a high degree distinct; but HERCULANEUM. 267 two fragments were found in peculiar states ; the leaves * of one easily separated, but the characters were found J wholly defaced on the exterior folds, and partially de¬ faced on the interior. In the other the characters were legible on such leaves as separated, but an earthy mat¬ ter, or a species of tufa, prevented the separation in some of the parts; and both these circumstances were clearly . the results of agencies to which the manuscripts had been exposed, during or after the volcanic eruption by which they had been covered. « it appeared probable from these facts that different manuscripts might be in other states, and that one pro¬ cess might not apply to all of them; but even a partial success was a step gained, and my results made me anxi¬ ous to examine in detail the numerous specimens pre¬ served in the museum at Naples. Having had the ho¬ nour of showing some of my results to the Prince Regent, his royal highness was graciously pleased to express his desire that I should proceed in my undertaking; and I found, on my arrival at Naples, that a letter from his royal highness to the king, and a communication made from the right honourable the secretary of state for fo¬ reign affairs to the Neapolitan government, had prepared the way for my inquiries, and procured for me the neces¬ sary result of such patronage, every possible facility in the pursuit of my objects. “ An examination of the excavations that still remain open at Herculaneum immediately confirmed the opinion which I entertained, that the manuscripts had not been acted on by the fire. These excavations are on a loose tufa, composed of volcanic ashes, sand, and fragments of lava, imperfectly cemented by ferruginous and calcareous matter. The theatre, and the buildings in the neigh¬ bourhood, are encased in this tufa ; and, from the manner in which it is deposited in the galleries of the houses, there can be little doubt that it was the result of torrents laden with sand and volcanic matter, and descending at the same time with showers of ashes and stones, still more copious than those that covered Pompeii. The ex¬ cavation in the house, in which the manuscripts were found, as I was informed by Monsign. Rosini, has been filled up; but a building, which is said by the guides to be this house, and which, as is evident from the engraved plan, must have been close to it, and part of the same chain of buildings, offered me the most decided proofs that the parts nearest the surface, and, a fortiori, those more remote, had never been exposed to any consider¬ able degree of heat. I found a small fragment of the ceiling of one of the rooms, containing lines of gold leaf and vermilion in an unaltered state, which could not have happened if they had been acted upon by any tem¬ perature sufficient to convert vegetable matter into char¬ coal. “ The state of the manuscripts exactly coincides with this view ; they were probably on shelves of wood, which were broken down when the roofs of the houses yielded to the weight of the superincumbent mass ; hence many of them were crushed and folded in a moist state, and the leaves of some pressed together in a perpendicular direction, and all of them mixed in two confused heaps; in these heaps the exterior manuscripts, and the exterior part of the manuscripts, must have been acted on by the water; and as the ancient ink was composed of finely di¬ vided charcoal suspended in a solution of glue or gum, wherever the water percolated continuously, the charac¬ ters were more or less erased. “ Moisture, by its action upon vegetable matter, pro¬ duces decomposition, which may be seen in peat bogs in all its different stages : when air and water are conjunct- ly on leaves or small vegetable fibres, they soon become brown, then black, and by long continued operation of air, even at common temperatures, the charcoal itself is de- Hercula- stroyed, and nothing remains but the earths which en- neum. tered into the construction of the vegetable substance. When vegetable matter is not exposed to moisture or air, its decay is much slower; but in the course of ages its elements gradually re-act on each other, the volatile prin¬ ciples separate, and the carbonaceous matter remains. “ Of the manuscripts, the greater number (those which probably were least exposed to moisture or air, for, till the tufa consolidated, air must have penetrated through it) are brown, and still contain some of their volatile sub¬ stance, or extractive matter, which occasions the cohe¬ rence of the leaves ; others are almost entirely converted into charcoal, and in these, when the form is adapted to the purpose, the layers may be readily separated from each other by mechanical means. Of a few, particularly the superficial parts, and which probably were most ex¬ posed to air and water, little remains except the earthy basis ; the charcoal of the characters, and some of that of the vegetable matter, being destroyed; and they are in a condition approaching to that of the manuscripts found at Pompeii, where the air, constantly penetrating through the loose ashes, there being no barrier against it as in the consolidated tufa of Herculaneum, has entirely destroyed all the carbonaceous parts of the papyrus, and left no¬ thing but earthy matter. Four or five specimens that I examined were heavy and dense, like the fragment to which I referred in the introduction to this report, a con¬ siderable quantity of foreign earthy matter being found between the leaves, and amongst the pores of the carbo¬ naceous substance of the manuscripts, evidently deposit¬ ed during the operation of the cause which consolidated the tufa. “ The number of manuscripts and of fragments origi¬ nally brought to the museum, as I vvas informed by M. Ant. Scotti, amounted to 1696; of these, eighty-eight have been unrolled, and found in a legible state ; 319 more have been operated upon, and more or less unrolled, and found not to be legible ; twenty-four have been pre¬ sented to foreign potentates. Amongst the 1265 that remain, and which I have examined with attention, by far the greater number consists of small fragments, or of mu¬ tilated or crushed manuscripts, in which the folds are so irregular as to offer little hopes of separating them so as to form connected leaves ; from eighty to a hundred and twenty are in a state which presents a great probability of success ; and of these, the greater number are of the kind in which some volatile vegetable matter remains, and to which the chemical process referred to in the be¬ ginning of this report may be applied with the greatest hopes of useful results. “ The persons charged with the business of unrolling the manuscripts in the museum informed me that many chemical experiments had been performed upon the ma¬ nuscripts at different times, which assisted the separation of the leaves, but always destroyed the characters. To prove that this was not the case with my method, I made two experiments before them ; one on a brown fragment of a Greek manuscript, and the other on a similar frag¬ ment of a Latin manuscript, in which the leaves were closely adherent; in both instances the separation of the layers was complete, and the characters appeared to the persons who examined them more perfect than before. “ It cannot be doubted that the 407 papyri which have been more or less unrolled were selected as the best fitted for attempts, and were probably the most perfect; so that amongst the 100 or 120 which remain in a fit state for trials, even allowing a superiority of method, it is not reasonable to expect that a much larger proportion will be legible. Of the eighty-eight manuscripts containing characters, with the exception of a few fragments, in 1 268 HERCULANEUM. Hercula- which some lines of Latin poetry have been found, the neum. great body consists of works of Greek philosophers or sophists; nine are of Epicurus ; thirty-two bear the name of Philodemus ; three of Demetrius, and one of each of these authors, Colotes, Polystratus, Carneades, and Chry- sippus; and the subjects of these works, and the works of which the names of the authors are unknown, are either natural or moral philosophy, medicine, criticism, and gene¬ ral observations on the arts, life, and manners" The opinion of Sir Humphry Davy, and that of the anonymous operator, with respect to the state of the ma¬ nuscripts, are so inconsistent with each other, that the de¬ cision between them seems almost reduced to the com¬ parison of the credibility of opposite testimonies. Ac¬ cording to the article in the Quarterly Review, “ there is no doubt whatever that the papyri are now complete char¬ coal, such as is formed by heat only ; a small fragment of their substance burns readily, like common charcoal, with a creeping combustion, without flame, and with a slight vegetable smell; Bovey coal exhibits a considerable flame.” On the other hand, Sir Humphry’s experiments convinced him that the manuscripts were “ in a state ana¬ logous to a peat, or Bovey coaland he inferred, from his examination of the surrounding objects, that they could not have been acted upon “ by any temperature sufficient to convert vegetable matter into charcoal.” Now it seems natural to prefer, on such an occasion, the au¬ thority which stands the highest with respect to the de¬ partment of science in question, especially when one of the parties is unknown. But in the present instance some additional evidence may not be thought superfluous ; and in fact a portion of one of the rolls, which had been examined both by Sir Humphry and by the earlier expe¬ rimenter, was submitted to a new analysis, by a chemist well known for the minute accuracy of his investigations, and the solidity of his conclusions. He exposed the car¬ bonaceous matter to the process of destructive distilla¬ tion, and he could obtain nothing whatever from it like asphaltum or any other product of mineral coal. It had scarcely enough of volatile matter to give any percep¬ tible tinge of brown to the humidity absorbed by the sub¬ stance, but enough to afford an animal smell, extreme¬ ly like that of burnt bone, which he could only attribute to the glue or size of the ink not being completely de¬ composed by the same heat which had expelled all the volatile parts of vegetable origin ; and upon exposing some glue, spread on paper, to the heat of boiling quick¬ silver, he obtained a partial carbonization, which he conceived to be perfectly analogous to that of the manu¬ scripts ; the substance thus formed affording, when ex¬ posed to a stronger heat, very copious vapours of an em- pyreumatic oil, though the products of the vegetable mat¬ ter were probably expelled by the heat first applied. On the other hand, the heat of boiling quicksilver did not produce the animal smell from the papyrus. Hence he judged that the precise temperature of the overwhelming mass might be ascertained with tolerable accuracy ; and he was persuaded that nothing but a heat approaching to 600° of Fahrenheit could have reduced the roll which he examined to the state in which he found it. At any rate, when we consider that a heat a little above 220° is ca¬ pable of blackening, when applied for a long continuance, t le wood that surrounds the boiler of a steam engine, it seems very difficult to agree with Sir Humphry Davy in t unking that the manuscript could not have been sub¬ jected to “ any heat capable of converting vegetable mat¬ ter into charcoal,” unless by charcoal he understands pure carbon ; and in this sense his observation will readily be admitted by all parties. It seems, indeed, to have been precisely with this conception of the state of the manuscripts, that it was suggested by the Quarterly Re¬ viewer that some benefit might be expected from submit- H< ting the rolls to a heat more intense than that which they n 4 appeared to have undergone. The experiment, however ^ w was subsequently performed with considerable care; but it failed completely of success. A fragment of a roll consisting of several thicknesses, adhering together, was enclosed in a crucible, surrounded by charcoal powder and kept for some time in a red heat; but no perceptible alteration took place in the state of the fragment, the ad¬ hesions were in no degree detached, nor was the legibi¬ lity of the characters on the surface impaired. After the failure of this experiment, in order to leave no mechanical means untried, a cutting machine was con¬ trived, consisting of a very thin circular plate made into a fine saw, and put in rapid motion by wheel-work. This apparatus was found perfectly capable of dividing the substance of the roll without splintering it, as knives had been found to do; and it was hoped that, by cutting it across wherever there was a considerable fold, it would be possible to extricate many parts from each other, which were only retained in contact by this accidental complica¬ tion of form ; and that having the advantage of beginning from within, it would be easier to work down upon the successive surfaces bearing the letters, the writing being always found on the inside only ; and no material diffi¬ culty was apprehended in reuniting the several parts, when they should once have been rendered legible. It was also recollected that the interior parts of the manu¬ script had in general been the least crushed and the least adherent; and it was hoped that a part at least of each manuscript might thus be rendered legible with ease, and at the same time without destroying the parts remaining unopened. But the interior parts of the roll which had been thus divided were found as adherent as the exterior, and the adhesions still remained everywhere invincible; so that all hopes of succeeding by mechanical means only were finally abandoned. The machine was afterwards sent to Naples, as it was thought likely to be of use in some of the operations that Sir Humphry Davy’s process would require ; but it is said not to have been found ne¬ cessary for this purpose. With regard to Sir Humphry’s observation that vege¬ table matter not exposed to moisture or air undergoes a much slower decay, but that in the course of ages “ its elements gradually re-act on each other, the volatile prin¬ ciples separate, and the carbonaceous matter remains,” it may be remarked that the rolls of papyrus do not seem to undergo any change of this nature in the course of twenty or thirty centuries; for the Egyptian volumes, which are often found enclosed within the bandages of mummies, are generally so free from decay, that the pa¬ per has retained its primitive whiteness, without much alteration, except sometimes a slight tinge of brown; and its texture is so little impaired that it still bears ink well without running. When, however, a roll has been in any degree pervaded by moisture, the water is found to have dissolved the gum which unites the elementary leaves ot the plant, and to have caused partial adhesions of the contiguous surfaces of the sheets to each other. Whatever difference of opinion there may be respect¬ ing the reasoning upon which Sir Humphry Davy appears to have grounded his processes, there can be no doubt that they have actually been employed with considerable advantage. Mr Burton was encouraged by the British government to undertake the manipulation of the chemi¬ cal operations which were required; and Mr Elmsley was requested to prolong his stay in Italy, and to become the superintendent ot the literary department. Sir Humphry appears to have been well satisfied with his success, and a great variety of manuscripts have been rendered more or less legible ; but their contents have proved of little HERCULANEUM. 269 . inore importance than might have been expected from the nature of the specimens before examined. Sir Hum- J nhry is of opinion, however, that an acquaintance with the contents of the remainder of the collection would af¬ ford much curious and useful information respecting the state of society, literature, science, and the arts, particu¬ larly in the Greek colonies of Magna Graecia and Sicily, which were at one time the rivals of the mother country in civilization and glory. It is highly probable, indeed, that many of the works in the collection at Herculaneum were composed by natives of Magna Graecia; in a collection made in that country such works would not be neglected; and in cities like Tarentum, Crotona, Pompeii, and others, the advanced state of civilization necessarily implied ac¬ tivity, both in literature and in science. The schools of Pythagoras and Archytas alone must have furnished nu¬ merous works, the recovery of some of which, nay even of fragments thereof, would unquestionably be an object of equal interest and importance. With regard to the restoration of the mutilated ma¬ nuscripts, if this delicate and difficult task had been in¬ trusted to scholars like Mr Elmsley, it would have been executed in a much more satisfactory manner, and we should have met with none of those errors which have disgraced some of the former restorers of the Greek text; for, in fact, even the work of Philodemus on Mu¬ sic, which is commonly supposed to have been well edit¬ ed, exhibits some singular instances of a want of fami¬ liarity with the idiom of the language, and of a criti¬ cal knowledge of its rules. In the thirty-eighth and last column, which was cursorily examined, for the purpose of selecting a specimen of the characters only, a passage occurs which is thus read and translated by the aca¬ demicians of Portici. Tomvrcc roim ii£r,xug, ‘ttpoc, a ring syxiyji^xasi, dia. r’ hvcci dv deovrojg, on %ag/v /xsv “rf^ai/o- rrjTog durcov ovds ‘ffoXXotfr^/U/O^iov ups/Xov sxrs/veiv. 1 ot igitur tantaque disserui adversus ea quce aliqui tractarunt, prop- terea quia opportunum fortasse erat. Namque profecto propter ipsorum suadelam ne minima quidem parte debebam me extendere. It is scarcely necessary to point out to any Greek scholar, that the true reading must be hiaramip/rg dv hwTug. “ Having said thus much, I may probably have been sufficiently diffuse in replying to the arguments of some persons but “ that, in proportion to the plausibility of these arguments, I ought not to have extended my dis¬ cussion beyond a very small part of its actual magnitude.' Such mistakes, however, can do but little injury to the mutilated authors, provided that the original be preserved at the same time in its unaltered state. But that origi¬ nal, in its authentic though imperfect form, is the only object of comparative value ; and to delay its publication for the sake of restorations of any kind, seems to be but a refined species of selfishness. “ When we reflect,” says the Quarterly Reviewer, “ on the shortness of hu¬ man life, and on our own grey hairs, we tremble to think how little chance there is of our being benefited by any great proportion of the eighty manuscripts still unpub¬ lished.” Many years have now elapsed since these re¬ flections were printed, and not a line of the manuscripts in question has yet made its way to that public which had so equitable a claim to a full communication of their contents. It must not, however, be denied, that to the great ma¬ jority of readers it would be far more agreeable and con¬ venient to have the works not only restored, but trans¬ lated, if it could be done with tolerable accuracy, and without any very great loss of time. And even where a probable restoration is beyond our reach, it might be of some advantage to substitute a possible one. Thus the specimen which has been copied from the Philosophical Transactions for 1752 might suggest the three hexameters, ALTER.IN.ALTERIUS.DULCI.AMPLEXU. MORITURUS. NON.EQUIDEM.CURIS.CRUDELIA.FATA.MOVERI. POSSE.REOR.NEC.ME.VITAE.SPES. VAN A.FEFELLIT. Lines which are not indeed very harmonious or poetical, but which might have stood in the same work with CONSILIIS.NOX.APTA.DUCUM.LUX.APTIOR.ARMIS, and with Cleopatra’s TRAHITURQUE.LIBIDINE.MORTIS, which are almost the only specimens that we possess of the poem attributed to Varius. If several independent attempts of this kind were made by different critics, the presumption in favour of those restorations, which were found to be common to all, would be raised from a mere possibility to a strong probability; but whether the same expense of labour and talents, directed into some other channel, might not create original works of still greater value, is a question not easy to be decided. Signor Rosini, the president of the Bourbon Society of Antiquaries, published, in 1788, the first volume of those manuscripts which had been found at Herculaneum, under the title of Herculanensium Voluminum quce supersunt; a volume which, as we have already mentioned, contains the first book of Philodemus on Music. The second volume was published in 1809, and, besides the preliminary disser¬ tation, which had originally appeared in 1797, furnished only some small fragments of Epicurus. But soon after the return of Ferdinand to Sicily in 1815, there was founded the Royal Bourbon Society, which is divided into three academies, viz. the academy of archaeology, that of the sciences, and that of the fine arts. Two academicians, Savaroni and Geterino, were intrusted with the labours relative to the manuscripts found in the excavations of Herculaneum ; and, in the third volume of the Hercula- nensia, which appeared at Naples in 1827, they comment¬ ed on two other productions of Philodemus, the publica¬ tion of which had been confided to the care of Signor Ro¬ sini. The first of these is entitled 4>/Xo§?3/aou mot xaxiuv xut ruv avrixsifjjsvcuv ugerwv xcu ruv sv big siGt xut mp d, Philo- demi de Vitiis et Virtutibus appositis et de rerum subjectis et objectis. In this work the author treats of domestic eco¬ nomy, and shows how a good father of a family ought to govern his household, if he wishes to avoid faults, and to practise the virtues which are opposed to them. The se¬ cond production is entitled ^/Xo^aou mp xaxtcdv, Philodemi de Vitiis. In this writing the author treats of particular de¬ fects, at the same time indicating the virtues which are op¬ posed to them. Speaking of pride, for example, he cha¬ racterises its different species, with the manifestations and inconveniences of each, and the antidotes to be applied ; and of the proud he enumerates eight classes, viz. bmoovrai, dvdabtig, uXaYovzg, dvkxacrot, tfavrzidrrfAoveg, 6yj,ioxovroi r, (3ozv- Soopivoi, ivriktorcu, and oubivwxcu; whilst Theophrastus, on the contrary, admits only three classes. This writing of Philodemus will enrich the Greek vocabularies-. It is unfor¬ tunately full of lacunae; but in the preface, the editor, Aloi- sio Caterino, has indicated the probable import of the pas¬ sages which are wanting. In 1824, the university of Ox¬ ford published two volumes entitled Herculanensium Volu¬ minum partes duce, containing four fragments lithographed from the papyri, without note, commentary, or any attempt to correct the text or supply lacunae. Two of these frag¬ ments are the essays of Philodemus already mentioned; and the fourth is a fragment of a work on rhetoric by De¬ metrius ; but, from the negligent manner in which they have been edited, the publication is of comparatively lit¬ tle value. The Herculanensium Voluminum quae super¬ sunt tomus iii. however, has been brought out with greater care, and in a much more creditable manner. “ Chaque page est gravee sur cuivre ; a cote se trouve Timpression en caracteres ordinaires, et les complemens de lettres ou 270 HER Hercules, de mots en couleur rouge ; vient ensuite la traduction Latine, qui est presque toujours litterale; a la fin il y a quatre tables contenant les mots Grecs peu usites, qui sont expliquees dans les notes, les auteurs et les personnes que Philodemus a cites; en fin, les objets qui presentent quelque importance.” Prefixed to the Oxford work is a catalogue of papyri, ninety-five in number, presented to the university by his majesty; but we do not observe in it any thing which seems calculated to increase the regret of the learned at the difficulties met with in attempting to unfold these disinterred relics of ancient literature. It now only remains to notice a very singular opinion expressed by Ignarra as to the epoch at which Hercula¬ neum and Pompeii were buried under the ashes of Vesu¬ vius. According to this savant, these cities existed long after the eruption of the year 79, nay even in the fifth century. The principal proof he produces in support of his assertion is, that their names are found in the map of Peuttinger, which, he thinks, could not have been con¬ structed before the end of the fourth century, but that they are no longer observed in the itinerary of Antoni¬ nus, which could not have been composed previously to the year 471. Between these two epochs, therefore, must, according to Ignarra, be placed that of the destruction of these cities. But this surely is not valid reasoning. The map called Peuttinger’s is probably a copy of one more ancient, made by some ignorant person, who either did not know that these cities no longer existed, or who did not venture to suppress any thing he found in the ori¬ ginal which he copied. Besides, it is possible that the sites which Herculaneum and Pompeii occupied may have preserved the names of these cities long after their de¬ struction. The name of Stabia still remains, although of the city not a single monument has been preserved. But whilst neither at Herculaneum nor at Pompeii has any monument, inscription, or medal been found of a date posterior to the reign of Titus, it may nevertheless be rea¬ sonably maintained that these cities were not entirely over¬ whelmed by the irruption which Pliny the younger has de¬ scribed with so much exactness and interest; and hence it is highly probable that, as Ignarra pretends, some remains of the city of Herculaneum were still to be seen in the fifth century. This is indeed placed beyond a doubt by the following verses of Sannazaro : Rupe sub hac mecum sedit Galatea: videbam Pt Capreas,-et quae Sirenum nomina servant Rura procul; veteres alia de parte ruinas Herculis ambusta signabat ab arce Vesevus. But what is it this teaches us ? Nothing except that, se¬ veral centuries after the calamity described by Pliny, some ruins of Herculaneum were still visible ; perhaps some por¬ tico which, having been constructed upon a height in the town, had not yet been totally covered by the lava. It is no doubt from some such portico that the village of Portici originally derived its name. “ Ce qu’il y a detonnant,” says the editor of Count OrlofF’s Me moire sur le lloyaume de Naples, “ c’est qu’ayant sous les yeux des ruines qui ne leur permettaient pas de douter que, sous le sol meme, ils trouveraient Herculanum, les habitans de ce pays n’aient pas eu plus tot le desir de fouiller ; que cette ville ait ete completement oubliee, et qu’il ait fallu qu’un heureux ha- sard vint de nos jours seulement en reveler Texistence.” HERCULES, in fabulous history, a most renowned Grecian hero, who after his death was ranked amongst the gods, and received divine honours. According to the an¬ cients, there were many persons of the same name. Dio¬ dorus mentions three, Cicero six, and some authors extend the number to more than forty. Of all these, one gene¬ rally called the Theban Hercules is the most celebrated; and to him, as may easily be imagined, the actions of the others have been attributed. He is reported to have been HER the son of Jupiter by Alcmena, wife to Amphitryon, kino- Here of Argos, whom Jupiter enjoyed in the shape of her hus- band whilst he was absent; and, in order to add the greater strength to the child, made that amorous night as long as three. Amphitryon having soon afterwards accidentally killed his uncle and father-in-law Electryon, was obliged to fly to Thebes, where Hercules was born. The jealousy of Juno, on account of her husband’s amour with Alcme¬ na, prompted her to attempt destroying the infant. For this purpose she sent two serpents to kill him in the cradle but the young Hercules strangled both of them. He was early instructed in the liberal arts, whilst Castor the son of Tyndarus taught him how to fight, Elirytus how to shoot with a bow and arrows, Autolycus to drive a chariot, Linus to play on the lyre, and Eumolpus to sing. Like the rest of his illustrious contemporaries, he soon afterwards became the pupil of Chiron the centaur, and under him rendered him¬ self the most valiant and accomplished of the age. In the eighteenth year of his age he resolved to deliver the neigh¬ bourhood of Mount Cithaeron from a huge lion which preyed on the flocks of Amphitryon his supposed father, and which laid waste the adjacent country. He went to the court of Thespius, king of Thespis, who, sharing in the general ca¬ lamity, received him kindly, and entertained him during fifty days. The fifty daughters of the king became mo¬ thers by Hercules during his stay at Thespis, and some say that it was effected in one night. After he had destroyed the lion of Mount Cithaeron, he delivered his country from the annual tribute of a hundred oxen which it paid to Er- ginus. Such public services became universally known; and Creon, who then sat on the throne of Thebes, reward¬ ed the patriotic deeds of Hercules by giving him his daugh¬ ter in marriage, and intrusting him with the government of his kingdom. Eurystheus, the son of Amphitryon, having succeeded his father, soon became jealous of Hercules; and fearing lest he might be deprived of his crown, left no means un¬ tried in order to get rid of him. Of this Hercules was not insensible, because he was perpetually engaging him on some desperate expedition; and therefore went to con¬ sult the oracle. But being answered that it was the plea¬ sure of the gods that he should serve Eurystheus twelve years, he fell into a deep melancholy, which at last ended in furious madness. Among other desperate actions which he perpetrated whilst afflicted with this disease, he put away his wife Megara, and murdered all the children he had by her. As an expiation of this crime, the king imposed upon him twelve labours surpassing the power of all other mortals to accomplish, but which nevertheless our hero per¬ formed with great ease. The favour of the gods had in¬ deed completely armed him when he undertook his labours. He had received a coat of armour and helmet from Mi¬ nerva, a sword from Mercury, a horse from Neptune, a shield from Jupiter, a bow and arrows from Apollo, and from Vulcan a golden cuirass and brazen buskin, with a celebrated club, of brass, according to the opinion of some writers. The first labour imposed upon him was the killing a lion in Nemea, a wood of Achaia, the hide of which was proof against any weapon, so that be was forced to seize him by the throat and strangle him. He carried the dead beast on his shoulders to Mycenae, and ever afterwards clothed him¬ self with the skin. Eurystheus was so astonished at the sight of this beast, and at the courage of Hercules, that he or¬ dered him never to enter the gates of the city when he re¬ turned from his expeditions, but to wait for his orders without the walls. He even made himself a brazen vessel, into which he retired whenever Hercules returned. The second labour was to destroy the Lernaean hydra, which had seven heads according to Apollodorus, fifty according to Simonides, and a hundred according to Diodorus. This HER es. celebrated monster he first attacked with his arrows; but soon afterwards he came to a close engagement, and by means of his heavy club he destroyed the heads of his enemy. This, however, was productive of no advantage; for as soon as one head was beaten to pieces by the club, two immediately sprang up; and the labour of Hercules would have remained unfinished, had he not commanded his friend lolas to burn with a hot iron the root of the head which he had crushed to pieces. This succeeded; Hei- cules became victorious, and opening the belly of the mon¬ ster, he dipped his arrows in the gall, to render the wounds which he inflicted incurable. He was ordered in his third labour to bring alive and unhurt into the presence of Eu- rystheus a stag, famous for its incredible swiftness, its colden horns, and its brazen feet. This celebrated animal frequented the neighbourhood of CEnoe; and Hercules was employed for a whole year in continually pursuing it, but at last he caught it in a trap, or when tired, or, ac¬ cording to others, by slightly wounding it and lessening its swiftness. The* fourth labour was to bring alive to Eurys- theus a wild boar which ravaged the neighbourhood of Erymanthus. In this expedition he destroyed the centaurs, and caught the boar by closely pursuing him through the deep snow. Eurystheus was so frightened at the sight of the boar, that, according to Diodorus, he hid himself for some days in his brazen vessel. In his fifth labour Her¬ cules was ordered to clean the stables of Augeas, where three thousand oxen had been confined for many years. For his sixth labour he was enjoined to kill the carnivorous birds which ravaged the country near the lake Stymphalis in Arcadia. In his seventh labour he brought alive into Peloponnesus a prodigious wild bull, wdiich laid waste the island of Crete. In his eighth labour lie was employed in obtaining the mares of Diomedes, which fed upon human flesh. He killed Diomedes, and gave him to be eaten by his mares, which he brought to Eurystheus. They were sent to Mount Olympus by the king of Mycenae, where they were devoured by the wild beasts ; or, according to others, they were consecrated to Jupiter, and their breed still ex¬ isted in the age of Alexander the Great. For his ninth labour nhe was commanded to obtain the girdle of the queen of the Amazons. In his tenth labour he killed the monster Geryon, king of Gades, and brought to Argos his numerous flocks, which fed upon human flesh. This was in Iberia or Spain, in the furthest parts of which he erected his two pillars, as the utmost limits of the then known world. These ten labours he achieved, as the fable says, in about eight years. In this last expedition he is likewise affirmed to have killed Antaeus, a famous giant of a monstrous size, who, when weary with wrestling or labour, was immediate¬ ly refreshed by touching the earth. Hercules overcame him in wrestling, and slew him; and afterwards, on his way through Egypt, the tyrant Busiris. This bloody man used to sacrifice all his guests and strangers upon his altars; and designing to have done the same by Hercules, was slain by him, together with all his attendants. His eleventh labour was the carrying away the Hesperian golden apples kept by a dragon. The last and most perilous of his la¬ bours was to bring upon earth the three-headed dog Cer¬ berus. Descending into hell by a cave on Mount I aena- rus, he was permitted Dy Pluto to carry away his friends Theseus and Pirithous, who were condemned to punishment in hell; and Cerberus also was granted to his prayers, pro¬ vided he made use of no arms but force only to drag him away. Hercules, as some report, carried him back to hell after he had brought him before Eurystheus. Many other exploits are said to have been performed by Hercules. In particular, he accompanied the Argonauts to Colchis before he delivered himself up to the king of My¬ cenae. He assisted the gods in their wmrs against the gi¬ ants ; and it was through him alone that Jupiter obtained HER 271 a victory. He conquered Laomedon, and pillaged Troy. Hercules. When lole, the daughter of Eurytus, king of CEchalia, of ' ' whom he was deeply enamoured, was refused to his entrea¬ ties, he became the victim of a second fit of insanity, and murdered Iphitus, the only one of the sons of Eurytus w ho favoured his addresses to lole. He was some time after¬ wards purified of the murder, and his insanity ceased ; but the gods persecuted him, and he was visited by a disorder which obliged him to apply to the oracle of Delphi for re¬ lief. The coldness with which the Pythia received him irritated him, and he resolved to plunder Apollo’s temple and carry away the sacred tripod. Apollo opposed him, and a severe conflict began, which nothing but the inter¬ ference of Jupiter with his thunderbolts could have pre¬ vented. He was upon this told by the oracle that he must be sold as a slave, and remain three years in the most ab¬ ject servitude, to recover from his disorder. He complied; and Mercury, by order of Jupiter, conducted him to Om- phale, queen of Lydia, to whom he was sold as a slave. Here he cleared all the country from robbers; and Omphale, who was astonished at the greatness of his exploits, married him. Hercules had Agelaus and Lamon by Omphale, from whom Croesus king of Lydia was descended. He al¬ so became enamoured of one of Omphale’s f emale servants, by whom he had Alceus. After he had completed the years of his slavery he returned to Peloponnesus, where he re-established on the throne of Sparta iyndarus, who had been expelled by Hippocoon. He became one of De- janira’s suitors, and married her after he had overcome all his rivals. He was obliged to leave Calydon, his father-in- law’s kingdom, because he had inadvertently killed a man w ith a blow of his fist; and it was on account of this expul¬ sion that he was not present at the hunting of the Calydo- nian boar. From Calydon he retired to the court of Geyx, king of Trachinia. The king received him and his wife with great marks of friendship, and purified him of the murder which he had committed at Calydon. Hercules was still mindful that he had once been refused the hand of lole ; he therefore made wTar against her father Em ytus, and killed him, with three of his sons. lole fell into the hands of her father’s murderer, and found that she was beloved by Hercules as much as before. She accompanied him to Mount CEta, where he was going to xaise an altar and offer a solemn sacrifice to Jupiter. As he had not then the shirt and tunic in which he arrayed himself to offer a sacrifice, he sent Lichas to Trachin to his wife Dejanira, in order to provide himself a proper dress. Dejanira had some time before been attempted by the centaur Nessus, as he was ferrying her over the river Euenus; and Her¬ cules beholding it from the shore, had given him a moital wound wfth an arrow. The monster finding himself dying, advised her to mix some oil with the blood which flowed from his wound, and to anoint with it her husband s shirt, pretending that it would infallibly secure him from loving any other woman ; and she, too well apprised of his incon¬ stancy, had actually prepared the poisoned ointment ac¬ cordingly. Lichas coming to her for the garments, unfor¬ tunately acquainted her with his having brought away lole; upon which Dejanira, in a fit of jealousy, anointed his shirt with the fatal mixture. This had no sooner touched his body than he felt the poison diffuse itself through his veins ; the violent pain of which caused him to disband his army, and to return to Trachin. His torment still increas¬ ing, he sent to consult the oracle for a cure; and was an¬ swered, that he should cause himself to be conveyed to Mount CEta, and there rear up a great pile of wood, and leave the rest to Jupiter. By the time he had obeyed the oracle, his pains having become intolerable, he dressed himself in his martial habit, flung himself upon the pile, and desired the bystanders to set fire to it. Others say that he left the charge of it to his son Philoctetes, who. 272 HER Hercules having performed his father’s command, had his bow and II arrows given him as a reward for his obedience. At the Hereford. same time Jupiter, to be as good as his word, sent a flash 0f lightning, which consumed both the pile and the hero; insomuch that lolas, coming to take up his bones, found nothing but ashes; from which they concluded that he had passed from earth to heaven, and joined the gods. His friends showed their gratitude to his memory by raising an altar where the burning pile had stood. Menoetius the son of Actor offered him a sacrifice of a bull, a wild boar, and a goat, and enjoined the people of Opus yearly to observe the same religious ceremonies. His worship soon became as universal as his fame ; and Juno, who had once perse¬ cuted him with the utmost fury, forgot her resentment, and gave him her daughter Hebe in mai'riage. Hercules has received many surnames and epithets, either from the place where his worship was established, or from the labours which he achieved. His temples were numerous and mag¬ nificent, and his divinity revered. No dogs or flies ever entered his temple at Rome ; and that of Gades, according to Strabo, was always forbidden to women and pigs. The Phoenicians offered quails on his altars; and as it was sup¬ posed that he presided over dreams, the sick and infirm were sent to sleep in his temples, that they might receive in their dreams the agreeable presages of their approaching recovery. The white poplar was particularly dedicated to his service. Hercules, in Astronomy, one of the constellations of the northern hemisphere. The stars in the constellation Hercules in Ptolemy’s catalogue are 29; in Tycho’s 28; in the Britannic catalogue 113. Hercules's Pillars, in Antiquity, a name given to two lofty mountains, one situated on the most southern extre¬ mity of Spain, and the other on the opposite coast of Afri¬ ca. They were called by the ancients Abyla and Calpe. They were reckoned the boundaries of the labours of Her¬ cules ; and, according to ancient tradition, they were join¬ ed together till they were severed by the arm of the hero, and a communication opened between the Mediterranean and the Atlantic. HERCYNIA Silva, in Ancient Geography, the largest of forests. Its breadth was a journey of nine days to the best traveller. Taking its rise at the limits of the Helvetii, Nemetes, and Rauraci, it extended along the Dauube to the borders of the Daci and Anartes, a length of sixty days’ journey, according to Caesar, who appears to have been well acquainted with its true breadth, seeing it occupied all Lower Germany. It may therefore be considered as co¬ vering the whole of Germany; and most of the other fo¬ rests may be considered as parts of it, though distinguished by particular names; consequently the Hartz, in the duchy of Brunswick, which gave name to the whole, may be con¬ sidered as one of its parts. J he name Hartz denotes re¬ sinous, or pine-trees. By the Greeks it is called Orcynius, as a name common to all the forests in Germany; in the same manner as Hercynius was the name given by the Ro¬ mans. Both are derived from the German Hartz. HEREDITARY, an appellation given to whatever be¬ longs to a family by right of succession from heir to heir. Hereditary is also figuratively applied to good or ill qualities supposed to be transmitted from father to son. bus we say virtue and piety are hereditary qualities in such a family. HEREFORD, a city, the capital of the county of the same name, situated on the river Wye. It was built before where the first church was erected, and afterwards, in 1015, converted into a cathedral. The present cathedral was begun by the second bishop, on the model of the church fu Al^-1^*Chapelle. The city is composed of six parishes, though there are only four churches now in existence. A part of the cathedral fell down in 1786, but has been since HER rebuilt. The streets are wide and clean, and the build- H ings generally handsome. In the market-place or square 2 is the county hall, a good building, in which the assizes wr and sessions are held. As Herefordshire is the nearest English county to Wales, much legal business is brought to the city from that principality. The government of the city is in the hands of a corporate body, consisting of a mayor, six aldermen, a recorder, and a common council. Two members are returned to the House of Commons by the freemen and householders, about 1100 in number. The air of the vicinity is considered peculiarly salubrious! There are well-supplied markets on Wednesday and Sa¬ turday, at which provisions of all kinds are moderate. The inhabitants amounted in 1801 to 6828, in 1811 to 7306, in 1821 to 9090, and in 1831 to 10,280. HEREFORDSHIRE, an inland English county, bound¬ ed on the north by Shropshire, on the east by Worcester¬ shire, on the south by Gloucestershire and Monmouth¬ shire, and on the west by the Welsh counties of Breck¬ nock and Radnor. Its greatest length is thirty-eight, and its greatest breadth thirty-five miles. It is nearly of a cir¬ cular form ; but the dividing lines are broken by many in¬ dentations. Its circumference is 120 miles, and its square area 1221 miles, or 781,44)0 statute acres. It is divided into eleven hundreds, containing one city, seven towns, and 221 parishes. The population amounted in 1801 to 89,191, in 1811 to 94,073, in 1821 to 103,243, and in 1831 to 110,300. By the comparative tables of mortality, it appears that the ratio of deaths to the whole population has been thus: From 1801 to 1811 one in fifty- seven, from 1811 to 1821 one in fifty-eight, and from 1821 to 1831 one in fifty-eight. Few manufactures exist in the county; about forty persons are employed in making hats at Leominster, and a few cloths and stockings are made in other parts. The occupations stand thus : Agriculturists employing labourers, 2505; agriculturists employing no labourers, 1679 ; labourers in agriculture, 12,213; employ¬ ed in manufacture, 63 ; retail traders or handicraft, 7576; capitalists, bankers, &c. 911; labourers not agricultural, 2410; other males twenty years of age, 1521; male ser¬ vants, 725 ; female servants, 5512. Ihe face of the country is very beautiful, when viewed from the western descent of the Malvern Hills. The whole country is rather thickly enclosed with high hedges; the divisions of the fields are generally small; and the abun¬ dance, both of forest and fruit trees, with which its sur¬ face is covered, gives it the appearance of an extensive wood. The roads are all narrow and bad, and even the turnpike ones are scarcely an exception. In the eastern side of the county, a part of the Malvern Hills is rather barren, as are the Hatterel or Black Moun¬ tains, which divide it from Wales on the west. With the exception of these two portions, the whole of the land is highly fertile, and the fields are clothed with perpetual verdure. The soil is generally a mixture of marl and clay, but contains calcareous earth in various proportions in different parts. Towards the western part, the soil is te¬ nacious, and retentive of water; the eastern side is prin¬ cipally a stiff clay, in some places of a red colour. In the south, some of the soil is a light sandy loam. The subsoil is almost universally limestone ; in some parts a species of marble, beautifully variegated with red and white veins, and capable of receiving a high polish. Where the soil does not rest on limestone, as near the city of Hereford, it is sometimes a siliceous gravel, and occasionally fuller’s earth and yellow ochres are found. The climate is rather more inclined to rain than the more eastern parts of Eng¬ land, and at times is much subject to damp fogs, which moisten the earth, and may be one cause of its great ver¬ dure. The cultivation of grain is generally in a state behind HER „ ,rd- most of the English counties, and the crops bear no pro- , . portion to the excellence of the soil. Wheat is generally J, g0Wed on a clover ley, with a dressing of lime, and then yields, on an average, twenty bushels to the acre. After this wheat is harvested, a winter and spring ploughing are followed by peas, which do not average more than fourteen bushels to the acre. The peas are followed by wheat again, when the produce is not usually more than fourteen bushels. In the succeeding spring it is sowed with barley and clover, neither of which crops yields a good increase. Oats are only sowed partially in the room of barley. Turnips are carelessly cultivated, and artificial trasses sowed to a very limited extent, though somewhat increased of late years. On the borders of some of the rivers there are most valuable meadows of natural grass, which are the most productive of any lands in the county. One cause of the neglect manifested in the cultivation of corn may be the attention paid to the growth of hops and fruit. The cultivation of hops is considerable, and increasing on the borders of Worcestershire, and much more of the manure is applied to them than to the corn. The soils selected for hop gardens are those where a dry loam predominates, with but a small proportion of clay ; and old pastures are deemed more fit for them than the land that has been recently under the plough. The time of planting them is usually the month of April. In July the gardens are hoed carefully, and the same operation is repeated five or six weeks after; and in September the earth is formed into hillocks around the roots of the young plants. The hops are picked from the plants in October, are then gently dried in a kiln, and packed for sale. I he average produce of an acre of garden is about five hun¬ dredweight of hops. Each acre requires 1000 poles, around which the plants entwine themselves. The cost of poles, of manure, and of labour, makes the cultivation highly expensive, and in some years it far exceeds the amount of the produce, but in others the growers gain very large profits. The whole is a very speculative pursuit. The rearing of fruit-trees, to the growth of which the soil and climate seem admirably adapted, engrosses the greatest share of the attention and skill of the Hereford¬ shire cultivators. Although almost every soil and situa¬ tion in the county is favourable to the growth of apples and pears, yet those spots are preferred which are ex¬ posed to the south-east and sheltered to the westward ; as it is found that the winds from that quarter are un- genial to the fruit trees. Orchards, though planted in Kent as early as the reign of Henry VIII., did not ex¬ tend to Herefordshire till they were introduced by Lord Scudamore and some other gentlemen in the reign of Charles I. when the circumstance of their adaptation to the soil being ascertained, they quickly spread over the whole county. It is a fact, that many varieties of apples and pears, which a few years ago were the most highly es¬ teemed, have entirely disappeared; but new varieties have by care and attention been produced, which equal in value, if not in fame, the celebrated redstreak and slime apple, and the squash pear, the value of whose cider and perry was thirty years ago most highly prized. Some of the proprietors of orchards, who are most atten¬ tive to the selection of the fruit, and most skilful in the management of the juice when expressed, have produced such exquisitely flavoured cider and perry as to obtain for them a preference over any wines made from the grape. The prices at which the best of these liquors are sold by the growers far exceed those which are obtained for the best wines of any vineyards either in France or Germany. They are sometimes sold as high as L.20 the hogshead direct from the press. Some of the orchards are from thirty to forty acres in extent, and the trees being at con¬ siderable distance from each other, the intervals are kept VOL. XI. HER 273 in tillage. The produce of the orchards is very fluctu- Hereford- ating, though less so in Herefordshire than in Somerset, shire. Devon, or Gloucester; yet the growers seldom expect v-'"V-—' more than one year in three to be fully productive. In a good year an acre of orchard will produce from eighteen to twenty-four hogsheads of cider or perry. The quan¬ tity of apples or pears required to make a hogshead varies from twenty-four to thirty bushels. I he greater part ot the best descriptions of both liquors is purchased by mer¬ chants from Bristol, who find bottles, and export it to the East and West Indies, and to America. Herefordshire has long been celebrated for one of the best races of cows. They are of the middle-horned kind, have a large and athletic frame, and, from the silky na¬ ture of their coats, have an unusually sleek appearance. The most prevailing colour is a reddish brown, and their faces are white and bald. The heifers fatten quickly at an early age, and the calves are highly esteemed. The rear¬ ing of oxen for the plough is a common pursuit, and the greater part of the animal labour of the county is per¬ formed by them. After being worked five or six years, they are usually sold to graziers from Buckinghamshire, and fattened in the Vale of Aylesbury for the consumption of the metropolis, where their flesh is highly prized. The fame of the Herefordshire sheep equals that of its cows. They are best known by the name of the Rylands, a district in the southern part of the county, in which the superior varieties of them are fed. They are small, white¬ faced, and without horns. In symmetry of shape, and in the exquisite flavour of the meat, they surpass most other kinds; and, in addition, their wool is by far the finest pro¬ duced from any of the native English races. The quan¬ tity of wool from them does not average more than two pounds each, but it is usually sold for three times the price of coarse wool. Many experiments have been made to improve this breed by crossing them with the Meri¬ nos; but it has been found that the flesh has deteriorated as much as the wool has improved by the mixture. The practice of keeping the sheep in houses in cold weather is general, and perhaps the wool may be in some degree indebted to that management for a portion of its fineness of fibre. The excellence of the wool has not induced many ma¬ nufactures, for most of it is sold to the clothiers of Glou¬ cestershire and Somersetshire. Attempts have been made to establish manufactories of woollen goods in the city ot Hereford, but they proved abortive. At Kington some few woollens are made, and likewise at Leominster, but to no great extent. The river Wye is navigable to Here¬ ford, but either floods or droughts so often suspend the navigation, that the trade carried on by it is very inconsi¬ derable. . . . The principal river, the Wye, is celebrated for its pic¬ turesque beauties, especially in the vicinity of Ross, and till it enters Monmouthshire. I he other streams, the Lugg, receiving the waters of the Arrow and the Frome, the& Munnow receiving those of the Dore, and the Led- don, are but inconsiderable, though they tend to fertilize the lands through which they flow. Few counties are more rich in antiquities than Here¬ fordshire, especially in the remains of those feudal castles, which were probably erected when it was the frontier to¬ wards the hostile Welsh. The most remarkable of these are Goodrich Castle, Dore Abbey, Wigmore Abbey, Vine¬ yard Camp, and Bransil Castle. The largest towns, and their population, are, Hereford, 10,280; Leominster, 5249; Ledbury, 3909; Ross, 3078; and Kington, 3111. By the law of 1832 this county returns three members to parliament; and the polling places are Hereford, Leo¬ minster, Bromyard, Ledbury, Ross, and Kington. Ihe 2 M 274 HER Heresy, borough of Weobly was disfranchised by the same law, and Hereford and Leominster return each two members. The towns in Herefordshire are generally worse built than in any other English county, and more nearly ap¬ proach to those of their adjoining Welsh neighbours. In the villages the buildings are still worse. The construc¬ tion of most of the farm-houses and of the barns is rude and slight; they are usually built of stone, only cemented with mud or clay, about two feet high ; and upon these imperfect walls the superstructure is raised, composed of timber frame-work, with laths intertwined, and plastered with mud or clay. They are usually covered with thick flag-stones, which increase the weight, and soon reduce them to a most ruinous state. See Duncomb’s Herefordshire; Marshall’s Rural Eco¬ nomy ; Lodge’s Sketches; Clark’s General View; and Brayley and Britton’s Beauties of England, vol. vi. (g.) HERESY, an offence against Christianity, consisting in a denial of some of its essential doctrines, publicly and ob¬ stinately avowed. It is defined sententia rerum divinarum humano sensu excogitata, palam docta et pertinaciter defensa. And here it must be acknowledged, that particular modes of belief or unbelief, not tending to overturn Christianity itself, or to undermine the foundations of morality, are by no means the object of coercion by the civil magistrate. What doctrines therefore should be adjudged heresy, was left by our old constitution to the determination of the ecclesiasti¬ cal judge, who had therein a. most arbitrary latitude allow¬ ed him. The general definition of an heretic, given by Lyndewode, extends to the smallest deviations from the doctrines of the holy church. Hcereticus est qui dubitat de fide catholica, et qui negligit servure ea, quce Romana eccle- sia siatuit, sen servare decreverat; or, as the statute 2 Hen. IV. c. 15, expresses it in English, “ teachers of erroneous opinions contrary to the faith and blessed determinations of the holy church.” Ibis was very contrary to the usage of the first general councils, which defined all heretical doctrines with the utmost precision and exactness. But what ought to have alleviated the punishment, namely, the uncertainty of the crime, seems to have enhanced it in those days of blind zeal and pious cruelty. It is true, that for the crime of heresy the sanctimonious hypocrisy of the canonists went at first no farther than enjoining penance, excommunication, and ecclesiastical deprivation; though afterwards they proceeded boldly to imprisonment by the ordinary, and confiscation of goods in pros usus. But in the mean time they had prevailed upon the weakness of bigoted princes to make the civil power subservient to their pur¬ poses, by making heresy not only a temporal, but even a capital offence; the ecclesiastics determining, without ap¬ peal, whatever they pleased to consider as heresy, and shift¬ ing to the secular arm the odium and drudgery of execu¬ tions, with which they themselves were too tender and de¬ licate to intermeddle. Nay, they pretended to intercede on behalf of the convicted heretic, utcitra mortispericulum sententia circa eum moderetur; well knowing that at the same time they were delivering the unhappy victim to cer¬ tain death. Hence the capital punishments inflicted on the ancient Donatists and Manichseans by the emperors Theodosius and Justinian; and hence also the constitution of the emperor Frederic mentioned by Lyndewode, adjudg¬ ing all persons without distinction to be burned with fire w 10 weie convicted of heresy by the ecclesiastical judge, ihe same emperor, in another constitution, ordained, that n any temporal lord, when admonished by the church, should neglect to clear his territories of heretics within a year, R should be lawful for good Catholics to seize and occupy the lands, and utterly to exterminate the heretical possessors. And upon this foundation was built that arbi¬ trary power, so long claimed and so fatally exerted by the supreme pontiff, of disposing of the kingdoms of refractory HER princes to more dutiful sons of the church. The imme- Heresy diate consequence of this constitution was something singu- lar, and may serve to illustrate at once the gratitude of the holy see, and the righteous punishment of the royal bigot; for, upon the authority of this very constitution, the pope afterwards expelled Frederic from his kingdom of Sicily, and gave it to Charles of Anjou. Christianity being thus deformed by the demon of per¬ secution upon the Continent, we cannot expect that our own island should have been entirely free from the same scourge; and accordingly we find amongst our ancient precedents a writ de hceretico comburendo, which is thought by some to be as ancient as the common law itself. From this writ it appears that the conviction of heresy by the common law was not in any petty ecclesiastical court, but before the archbishop himself in a pi-ovincial synod; and that the de¬ linquent was delivered over to the king to be dealt with according to the royal pleasure. Thus the crown had a control over the spiritual power, and might pardon the convict by issuing no process against him ; the writ de Ike- retico comburendo being not a writ of course, but issuing only by the special direction of the king in council. But in the reign of King Henry IV., when the eyes of the Christian world began to be opened, and the seeds of the Protestant religion, though under the opprobrious name of Lollardy, took root in this kingdom, the clergy, taking advantage of the king’s dubious title to demand an increase of their power, obtained an act of parliament, which sharp¬ ened the edge of persecution to its utmost keenness. By that statute, the diocesan alone, without the intervention of a synod, might convict of heretical tenets; and unless the convict abjured his opinions, or if after abjuration he relapsed, the sheriff was bound ex officio, if required by the bishop, to commit the unhappy victim to the flames, with¬ out waiting for the consent of the crowm. By the statute 2 Henry V. c. 7, Lollardy was also made a temporal of¬ fence, and indictable in the king’s courts; which thereby gained not an exclusive, but only a concurrent, jurisdiction with the bishop’s consistory. Afterwards, when the reformation of religion began to advance, tire power of the ecclesiastics became somewhat moderated; for though it was not then precisely defined what heresy was, yet people were informed in some points what it was not. The statute 25 Flenry VIII. c. 14, de¬ clared that offences against the see of Rome were not he¬ resy ; and the ordinary was thereby restrained from pro¬ ceeding in any case upon mere suspicion; that is, unless the party delated were accused by two credible witnesses, or an indictment of heresy had been previously found in the king’s courts of common law. And still the spirit of persecution was not yet abated, but only diverted into a lay channel. For in six years afterwards, by statute 31 Henry VIII. c. 14 the law of the six articles was made, which established the six most contested points of popery, namely, transubstantiation, communion in one kind, the celibacy of the clergy, monastic vows, the sacrifice of the mass, and auricular confession; points which were “ de¬ termined and resolved by the most godly study, pain, and travail of his majesty, for which his most humble and obe¬ dient subjects, the lords spiritual and temporal and the commons, in parliament assembled, did not only render and give unto his highness their most high and hearty thanks, ’ but did also enact and declare all oppugners of the first to be heretics, and to be burned with fire, and of the five others to be felons, and to suffer death. The same statute established a new and mixed jurisdiction of clergy and laity for the trial and conviction of heretics ; the reign- ing prince being then equally intent on destroying the su¬ premacy of the bishops of Rome, and at the same time establishing all their corruptions of the Christian religion. Without perplexing this detail with the various repeals HER HER 275 t- Ptic and revivals of these sanguinary laws in the two succeeding reians, we proceed to the reign of Queen Elizabeth, when H est’s the^reformation was finally established with temper and de- I ilds- cency unsullied with party-rancour or personal caprice and u ^ resentment. By statute 1 Eliz. c. 1, all former statutes relat¬ ing to heresy were repealed, and the jurisdiction of heresy was left as it stood at common law, viz. as to the infliction of common censures in the ecclesiastical courts ; and in case of burning the heretic, in the provincial synod only. Sir Matthew Hale is indeed of a different opinion, and holds that such power resided also in the diocesan; though he agrees that in either case the writ de haretico comburendo was not deman dable of common right, but grantable or otherwise merely at the king’s discretion. But the princi¬ pal point now gained was, that by this statute a boundaiy was for the first time set to what should be accounted he¬ resy For the future nothing was to be determined here¬ tical but only such tenets as had been heretofore so de¬ clared, first, by the words of the Holy Scriptures; or, se¬ condly, by the first four general councils, or such others as had only used the words of the Holy Scriptures; or, thirdly, which should thereafter be so declared by the parliament, with the assent of the clergy in convocation. Thus was heresy reduced to a greater certainty than before ; though it mi or Remarks on tho Origin of several Empires, States, and Cities, book iv. chap. 9. Humboldt, Researches concerning the Institutions and Monuments of the ancient Inhabitants of America, English translation. “ When we examine the history of those nations to which the use of letters is unknown,” says this celebrated traveller, “ we find, in both emisp eres, that men have attempted to paint the objects which struck their imagination; to represent things that were complex, jy putting a part for the whole ; and thus to compose such pictures as would serve to perpetuate the memory of remarkable events. The JJeiaware Indian, m scouring the forests, carves some lines on the bark of a tree, to mark the number of the enemy he has killed. ±>yen conventional signs are introduced; and a single stroke marks whether the scalp has been cut from the head of a man or a wo¬ man. ouch representations, however, are not to be confounded with hieroglyphics, which are essentially different from the mere re¬ presentation ot an event, or of objects in a state of action with one another.” He adds, “ The first missionaries who visited Ame¬ rica compared the Azteck paintings with the hieroglyphical writing of the Egyptians. Kircher, Warburton, and other learned men, have contested the propriety of this comparison, not having been careful to distinguish the paintings of a mixed kind, in which rta teroglyphics, sometimes kuriological, sometimes tropical, are added to the natural representation of an action." HIEROGLYPHICS. 297 of perfection amongst the Egyptians; they had passed V- J through the first stage in the career of improvement, and were already entering upon the second, when the hierogly¬ phic, which is at first employed to modify, comes ultimate¬ ly to supersede picture-writing. But although hieroglyphics were a great and manifest improvement on mimetic images or picture-writing, still this method of communication was found essentially de¬ fective ; its symbols were constantly liable to be misun¬ derstood, the art of painting or engraving them could only be practised by a few, and there were some things which could not in this way be expressed at all. Sensible of these inconveniences, and impelled by the natural dispo¬ sition to abbreviate and simplify, the Egyptians appear, at an early period of their history, to have made some ad¬ vances towards the introduction of a more compendious and practicable method of expressing their thoughts, by reference partly to the sounds, and partly to the syllabic combinations, of their living speech ; in other words, to have entered on that course of improvement which, if pursued, would have ended in the formation of an alpha¬ bet. But, notwithstanding all that has been said to the contrary, it is now pretty certain that they stopped short at the threshold, and extended the use of phonetic sym¬ bols no further than appeared necessary to remedy the more obvious defects of the hieroglyphic method of writ¬ ing. Accordingly, Herodotus, after mentioning that the Egyp¬ tians wrote from right to left, contrary to the method in use amongst the Greeks,1 proceeds to inform us that they employed two kinds of characters ; the one denominated sacred, hga, and the other popular, brnMonxa ■? but he states nothing which could lead us to infer that the sacred and popular characters had any affinity, or that the latter were, through an intermediate form, derived from the former. Diodorus Siculus repeats the statement of He¬ rodotus almost in the same words ; adding, however, that the popular characters were taught to all, but that the knowledge of the sacred characters was confined exclu¬ sively to the priests.3 This is undoubtedly concise enough; but it nevertheless embraces all the information which these writers, both of whom had visited Egypt, have thought proper to communicate upon this interesting sub¬ ject. The statement of Herodotus and Diodorus, how¬ ever, is in perfect accordance with the inscription on the Rosetta column, in regard to which it is impossible to sus¬ pect any error, seeing it bears to have been engraved under the inspection of the priests themselves. That celebrat¬ ed monument, agreeing in this particular with the authors just named, makes mention of only two kinds of charac¬ ters ; the one called enchorial, iy^uoia. j^apfiara, or “ cha¬ racters of the country,” evidently identical with the demo¬ tic or popular characters of Herodotus and Diodorus ; and the other called sacred, kga. Thus far, then, the Rosetta inscription and the Greek historians are agreed. But as the latter gives us no information respecting the peculiar nature of the sacred as contrasted with the demotic or en¬ chorial characters, nor conversely, we must turn to the History, next ancient writer, who treats incidentally of the subject, and endeavour to ascertain whether he has communicated any thing calculated to extend our knowledge, or to supply what is wanting in the statement of his predecessors. In a well-known passage of the Stromata of Clemens Alexandrinus, that learned father enumerates, with great conciseness, but with a degree of precision to which mo¬ dern discovery has given a high interest, the different kinds of writing in use amongst the Egyptians, and states generally the peculiarities by which these are distinguished. The passage in question, which has been frequently quot¬ ed, and often misunderstood or mistranslated, will be found not only to supply the defects in the statement of the Greek historians, but also to receive a singular confirma¬ tion from the discoveries of which it is the principal ob¬ ject of this article to give some account. “ Those who are educated amongst the Egyptians,” says Clemens, “ learn first of all the method of Egyptian writing called epistolographic ; secondly, the hiera¬ tic, which the hierogrammatists (sacred scribes) employ; and, lastly, the most complete method, the hieroglyphic. The hieroglyphic [is of two kinds] ; the one kuriologic, (or denoting objects in a direct manner) by means of the primary letters of the alphabet; the other symbolical. Of the symbolical [there are several sorts] ; one repre¬ sents objects directly by imitation; another expresses them tropically (that, is, indirectly or liguratively) ; whilst the third employs allegories, expressed by certain aenig- mas. Thus, according to the method of representing ob¬ jects directly or properly by imitation, the Egyptians make a circle when they wish to represent the sun, and trace a luniform figure (or crescent) to denote the moon. Ac¬ cording to the tropical method, they represent objects by means of certain, analogies, which they transfer into the expression of those objects by various changes, transpo¬ sitions, and modifications, very frequently by complete transformations. Thus, when they wish to transmit the praises of their kings under the form of religious legends, they employ anaglyphs (that is, transpositions or transfor¬ mations of the hieroglyphs). Of the third kind of sym¬ bolical writing, which is (enigmatical, let this serve as an example : The Egyptians assimilate the oblique course of the other [planetary] stars to the bodies of serpents, but the sun they represent by the figure of a scaraboeus,”4 In this passage, it is evident that Clement of Alexan¬ dria admits three principal and distinct'methods or kinds of the Egyptian writing : first, the epistolographic ; se¬ condly, the hieratic ; and thirdly, the hieroglyphic. Of the first and second kinds he gives no detail or expla¬ nation whatever. The third, or hieroglyphic, which alone occupies his attention, is divided into two sorts: one de¬ scribed as xvpio'hoyiXYi btcc tmv vgcorav croty^siuv, literally, kurio¬ logic by means of the first elements ; and the other denomi¬ nated tfu/AjSoXocjj, symbolic.5 Of the former sort Clemens says nothing ; but he enters into details respecting the latter, which he subdivides into three secondary species. The 1 This is the truth, but not the whole truth, as will appear more fully in the sequel. .. 2 AiQatnoim Ss ypauiiairi y'ffieovrai (AiyiiVTioi}, xcti nra. (/.it auruv nga, tcc St ^nfoonxa ..a’Ki.ra.i. t 1 • U- C ) 3 Airrav yzo AlyvZ,*,; ret (tl> hftah ret l ^ xetXav^ct **p (louXoftM, ku*Xo* vcuu*,, ertXw St *Zbftct ftmtuhs, xetret ro xv^XtyoUftw t,S,f. il *ctr o,**,*- riirx fterlyt^ ptJr^Jrh, ret S’ t^X^rr.v.t,, ™ St fttret^ftecr^rt; ^cerre^, TovSy^ ret, (iet^et, ^ /t«t«S ‘TasjaS/Suvrtf, i^y^tver, S,« etyetyXu^,. Tea St etmyfttvs rpjre. „WfSt^« t,™ role ret ft* yet? ret, ctXXet, et^et,, ieu rr,, ropsia, s r* ^o,Xua wr,