[ Sfl.lL i * v : ENCYCLOPAEDIA BRITANNICA. EIGHTH EDITION. THE ENCYCLOPEDIA BRITANNICA DICTIONARY OF ARTS. SCIENCES. AND GENERAL LITERATURE. EIGHTH EDITION. WITH EXTENSIVE IMPROVEMENTS AND ADDITIONS; AND NUMEROUS ENGRAVINGS. VOLUME XIX. ADAM AND CHARLES BLACK, EDINBURGH. MDCCCLIX. [The Proprietors of this Work give notice that they reserve the right of Translating iiT\ NEILL AND CO; PRINTERS, EDINBURGH, ENCYCLOPAEDIA BRITANNIC A REID, Dr Thomas, a distinguished Scottish philoso¬ pher, and founder of the school of Natural Realism, was born on the 26th of April 1710 at the manse of Strachan in Kincardineshire, a parish about twenty miles from Aber¬ deen, where his father, the Rev. Lewis Reid, was minister for fifty years. His mother was Margaret Gregory, daughter of David Gregory, Esq. of Kinnairdie in Banffshire, and one of twenty-nine children, the most remarkable of whom were David, James, and Charles Gregory, then professors of astronomy and mathematics at Oxford, St Andrews, and Edinburgh. By his father, Thomas Reid could look back on a long line of ancestors, most of whom had been minis¬ ters of the Scottish Church, and with a decided bias to¬ wards literature; and in two cases they had forced their way within the shadow of the throne, the one as Greek and Latin secretary, and the other as physician to royalty. On his mother’s side he could count the names of men who were as distinguished for their genius as they vvere illus¬ trious for their worth; and who, by their brilliant talents, had shed lustre on the northern colleges, and left a memo¬ rable name in connection with the universities of the south. It was this twofold stream of literature and science that was to combine in forming the philosophy of Reid. Young Reid received his elementary education first at the parish school of Kincardine, and subsequently at Aber¬ deen. He entered Marischal College in his twelfth or thirteenth year, where, according to his own account, he received an education that was somewhat slight and super¬ ficial. He gave no indication of future eminence, but displayed a modest perseverance in study which amounted almost to a passion. About a century before, one of his ancestors had left an endowment to the librarian of his college; and to this office Reid had the good fortune to be appointed. He could now indulge his love of study amid the calm of an academical retreat. Like his great German rival and contemporary Kant, he at first showed a decided predilection for mathematical pursuits, a taste which was confirmed and strengthened by his familiar intimacy with John Stewart, subsequently professor of ma¬ thematics in the same college, and author of A Commentary on Newton!s Quadrature of Curves. The two youths read mathematics with ardour, and studied the Principia with fascination. VOL. XIX. In 1736 Reid resigned his office as librarian, and accom¬ panied his friend Stewart on an excursion to England. They visited London, Oxford, and Cambridge, and made the acquaintance of many persons of the first literary and scientific distinction. On Reid’s return to Aberdeen, he was presented by King’s College to the living of New Machar, in the same county. The popular prejudice was not, however, in his favour ; yet he completely disarmed the animosity of the people by the forbearance of his temper and his active spirit of humanity, and so endeared himself to them that they afterwards said, “ we fought Dr Reid when he came, and would have fought for him when he went away.” He seems to have had an aversion at this time to original composition ; and it is recorded of him that he preached the sermons of Tillotson and Evans for years after he became a clergyman. The greater portion of his time was spent in intense study, chiefly of a metaphysical cast, and when he took any relaxation it was for the most part in the shape of gardening and botany. A paper which appeared in the London Philosophical Transactions for 1748, entitled “ An Essay on Quantity, occasioned by read¬ ing a Treatise in which Simple and Compound Ratios are applied to Virtue and Merit,” will show how far he still clung to his earlier investigations, and to what extent he had realized the larger field which lay beyond. The work alluded to in the title of this paper was the Inquiry into the Origin of our Ideas of Beauty and Virtue of Dr Hutcheson of Glasgow, who died the previous year. In 1752 Reid was elected professor of philosophy in King’s College, Old Aberdeen, where he required to teach mathe¬ matics and physics, as well as logic and ethics. Shortly after his removal to his new sphere of labour, Dr Reid took part in organizing a literary society, which was instrumental during many subsequent years in kindling and fostering that spirit of philosophical research which, in the writings of Reid, Gregory, Campbell, Beattie, and Gerard, reflected so much lustre upon northern literature. The Inquiry into the Human Mind on the Principles of Common Sense was published by Reid in 1764, after having received the sanction and applause of his immediate associates. He wras then in his fifty-fourth year, and he seems to have medi¬ tated this work for twenty-five years, from the publication of Hume’s remarkable Treatise of Human Nature in 1739. A o R E Heid. Thus Hume liad the unexpected credit of awakening the suspicions of Reid by his sceptical conclusions, as he not long afterwards had of arousing Kant from his “ dogmatic slumber.” As the refutation of Hume’s scepticism was the great object of Reid’s Inquiry, he took the opportunity of submitting his manuscript, through Dr Blair, to the great sceptic’s perusal. Hume, after reading the ma¬ nuscript, wrote to Reid, “ I have read your performance with great pleasure and attention. It is certainly very rare that a piece so deeply philosophical is wrote with so much spirit, and affords so much entertainment to the reader.” And again, “ I kept a watchful eye all along over your style ; but it is really so correct, and so good English, that I found not anything worth the remarking.” Reid had unquestionably in this work fallen upon a mine of the very purest metal, and “ by an ignorance wiser than knowledge” worked it out with untiring perseverance. It may be fairly questioned, however, whether he was in all respects con¬ sistent in his application of the principles of Common Sense to the refutation of the Scepticism of Hume, or of an Idealism more subtle than that of Berkeley. Reid informs us that he “ had embraced the whole of Berkeley’s system” in the course of his speculative inquiries ; and was only withheld from giving it his final approbation on “ finding other consequences to follow from it, which gave me more uneasiness than the want of a material world.” His reading in philosophy was, to say the least, exceedingly limited; and this limitation had both its advantages and its disad¬ vantages. For, while it kept his mind comparatively tree and untrammelled to look at the facts which his conscious¬ ness revealed to him, it, by this very freedom, threw him off his guard in analysing the contents of his experience, and deluded him with the conviction, that when he had confuted a doctrine under a particular development, his principles were proof against that doctrine, under whatever guise it might assume. So it was with the doctrine of Idealism, which he hastily identified with the Idealism of Berkeley. He raised, however, a substantial protest against the doctrines which it was his business to refute, and in his future work was more guarded in his expression as well as more circumspect in his estimate of philosophical opinion.- The fame of Dr Reid spread rapidly all over the country; and in 1763 he was invited to Glasgow to fill the chair of moral philosophy, then vacated by Dr Adam Smith. Glas¬ gow at that time presented strong attractions to a man of Dr Reid’s habits of mind. Simson, Moor, and Black, were still in the full vigour of their faculties, and were still look¬ ing forward to long years of intellectual enjoyment. Ani¬ mated by the presence and stimulated by the zeal of such associates, Dr Reid entered upon the new scene of his labours wiui an ardour that was very uncommon at his period of life. Dugald Stewart, who was a pupil of Reid’s in Glasgow, and who has left us an elegant Account of his Life and Writ¬ ings, in speaking of his merits as a public teacher, bears the following testimony :—“ The merits of Dr Reid as a public teacher were derived chiefly from that rich fund of original and instructive philosophy which is to be found in his writings, and from his unwearied assiduity in inculcating principles which he conceived to be of essential importance to human happiness. In his elocution and mode of instruc¬ tion there was nothing peculiarly attractive.” “ A brief Account of Aristotle’s Logic, with remarks,” appeared in 1774, from the pen of Dr Reid, in the second volume of Lord Karnes’s Sketches of the History of Man. In 1781 Reid resolved to retire from his public duties, and to devote him¬ self, while his health and faculties would permit, to the further elucidation of the phenomena and laws of the human mind. Although at that time upwards of seventy, neither in vigour of body nor of mind did he seem to have sustained any injury from time. Fie published his Essays on the Intellectual Powers of Man in 1785 ; and his Essays I D. on the Active Powers of Man appeared in 1788. This last Reid, performance may be said to have closed his literary career, for, with the exception of short occasional essays on sub¬ jects which happened to interest him, written for a philo¬ sophical society of which he was a member, it wras the last work he ever wrote. His active and useful life was now drawing to a close. Fie was seized with a violent disorder in the month of September 1796, and after a severe struggle he died on the 7th of the following month, in the eighty- seventh year of his age. Dr Reid, though somewhat under the middle size, was uncommonly muscular and athletic,—advantages to which his habits of temperance and exercise, as well as the extreme evenness of his temper, contributed not a little. In private he combined the dignity of the philosopher with the amiable modesty and gentleness of the child. His philosophical genius was peculiarly distinguished by a singu¬ lar patience of thought, and by a cautious discriminating judgment. Fie was endowed by nature with a disposition, which early worked itself into a habit, of rivetting his most fixed and concentrated attention on his own mental opera¬ tions ; and though there have been men who, with such a disposition, would unquestionably have drawn from the evanescent sphere on which he fixed his contemplation re¬ sults more brilliant and conclusions more startling, yet it re¬ mains a question whether a loftier genius would have outshone Reid in the ultimate task of photographing, so to speak, the phenomena of the human consciousness, and of cautiously at¬ tending to what that consciousness implied. He was by no means a brilliant thinker ; but no philosopher ever surpassed him in patience. His style was simple, easy, and familiar; and perhaps his works have suffered somewhat from not being written in a language more elaborately technical, or at least in a manner less readily accessible to the ordinary comprehension of men. Since Reid’s time the estimates of his philosophical capacity have been alike curious and various. Some would have him endowed with a com¬ manding genius, at whose light darkness became visible, and before whose glow all things false were consumed; others w'ould degrade him beneath the dignity of the philo¬ sophical class, and have men believe he had no business among philosophers. Extravagant as these estimates must appear, they might perhaps find an explanation in the mode of writing which the author adopted. To the one class, not very discriminating, his simple and familiar language would at once declare him the man of genius; while with the other class, equally undiscriminating, the absence of rigorous and severe technicality would at once erect a barrier between his talent and their appreciation. Suffice it to say, that his philosophy of Common Sense, his theory of external perception, still holds ground amid the war of conflicting systems and the general uprooting of opinion ; and so far as one can observe amid the dim and dusky confusion attendant on the strife, it is a philo¬ sophy, or, if men will, a bundle of theories, which is likely to outride the rough weather of human specu¬ lation for a considerable time to come. The polemic which Reid implicitly or explicitly carried on was of a twofold character, and the method which he brought to it was in some measure peculiar. In the first place, it was against the Scepticism of Hume he directed his pri¬ mary and ineradicable beliefs; and in the second, it was at the Idealism of Berkeley he aimed his principles of the common sense. Hume, as a sceptic, who knew well the functions he had to fulfil, accepted the premises afforded him by the sensationalists, and carried these premises to their legitimate conclusions. These conclusions, as all know, were one weltering, chaotic sea of the wildest doubt; and the fatal reflection regarding the whole of his specula¬ tions was, the perfect legitimacy of his polemic, and the ab¬ solute justness of his reasoning. It was obvious that if E E I lie id. Philosophy was again to raise her cloven front before the altar of truth, she must disrobe herself of her meretricious attire, and be content to adorn her person in the simple and severe dress of a handmaid. Thomas Reid saw this truth, to the extent of his vision, and resolved to make the most of it. He would avoid the hollow empiricism which had so greatly degraded his century; and he would shun the extravagant folly of aspiring to a speculative on¬ tology on which so many have made shipwreck. The me¬ thod which he accordingly adopted was that of observation and experiment, of the analysis of the contents of his inner consciousness ; in a word, the method of Induction. Such was his method, and such was his design. It was nothing less than the re-construction and re-establishment of the entire speculative edifice, which, in such an humbling and confounding manner, lay level with the ground. He at once assailed the Idealist and the Sceptic in his doctrine of External Perception ; and he entirely confounded the lat¬ ter by his metaphysical theory of the laws of Substance and Cause. Pie reduced perception to an act of immediate or intuitive cognition, viewing the one total object of percep¬ tive consciousness as real, and founding the doctrine on the spontaneous consciousness or common sense of mankind. Pie thus instituted the doctrine of Natural Realism, as Sir William Hamilton calls it, to oppose the Idealists, whether absolute like Berkeley, or hypothetical, like the great body of philosophers before bis time. Reid may have fallen upon this doctrine by his very ignorance of the literature of phi¬ losophy. Of the great principle first explicitly announced by Empedocles, and hitherto assumed by philosophers, that “ the relation of knowledge inferred an analogy of exist¬ ence,” Reid, in dealing with Norris, professes his en¬ tire ignorance. “ This argument,” he says, “ I cannot answer, because I do not understand it." P bus at least was Reid saved from one great snare which lay on the beaten path to External Perception. But in the further pursuit of scepticism, Reid, on analysing the contents of his observation of the metaphysical laws of Substance and Cause, found that, so far from those principles being entirely deducible from experience, as had hitherto been alleged, they were emphatically of that nature of which experience could give no account at all. Here, again, like the great German critic Kant, he was forced to avow that, while all knowledge began with experience, all knowledge was not therefore necessarily derived from experience. He ascribed those laws to the primary and fundamental beliefs which the mind had brought with it to the observation of phenomena; and without taking account in any very precise way as to whether the Reason in which those radical convictions in¬ hered was personal or impersonal, he left the conviction on the mind of the reader that the principles of Substance and Quality, of Cause and Effect, &c., could not with safety be carried beyond the sphere in which human experience is possible. Thus, again, his philosophy is antagonistic to speculative ontology under every form, whether of a more abstract and indeterminate shape, such as Spinoza. Hegel, and Schelling have promulgated, or whether of a less ab¬ stract and more determinate nature, as in the modern speculations of M. Cousin. Reid’s philosophy partook to a considerable degree of the modesty of bis character. As he knew well that an uneasy vanity was generally incon¬ sistent with true wisdom, so a kindred instinct seems to have taught him a genuine philosophical sagacity. Not that he exhibited throughout that clear seizure of the truth and complete self-consistency, which would have rendered his works immaculate and his conclusions impregnable ; but Sir William Hamilton has since thrown his opinions under a much greater light, both of learning and specu¬ lative genius, than Reid could pretend to ; harmo¬ nizing what was discordant, giving definite shape to what was before obscure, inserting useful distinctions, and com- E E I 3 pleting what the author had only dimly apprehended or Reid but imperfectly grasped. (For further information regard¬ ing Reid and his philosophy, the reader is referred to Reimarus- Hamilton’s edition of his works. Casual information re- specting the philosophy of Common Sense will occasionally be found in the First Preliminary Dissertation of Dugald Stewart, prefixed to the present work.) (j. D—s.) Reid, Sir William, distinguished for his success in physical science and in civil administration, was born in 1797, at the manse of Kinglassie, a village in Fifeshire, and entered the army in 1809 as a lieutenant of Royal Engineers. The first part of his career was passed in unobtrusive though active ser¬ vice. He passed through the heat of the French war under the Duke of Wellington, playing his part in most of the onsets, and bringing away several w'ounds. His next im¬ portant engagement was at the bombardment of Algiers in 1816. He is then found in Barbadoes in 1832 as major of the engineers who were re-erecting the government buildings. It was not until 1838 when, with the rank of lieutenant-colonel, he was governing Bermuda, that Reid began to come prominently before the public. In that year he published his Law of Storms, the first result of a course of patient and sagacious observation. He continued to test and mature his views while holding the governor¬ ship of the Windward Islands; and published in 1849 The Progress of the Development of the Law of Storms. The fame of these publications, as well as his growing reputation for administrative talent, gave him a high standing on his return home, and led him to several distinguished honours. In 1851 he was appointed chairman of the executive committee of the Great Exhibition. No sooner had that important task been finished than he was made a K.C.B., and sent out to govern Malta. There, too, his vigorous and spirited rule gained for him distinction ; and he had just returned home with the title of major-general when he died in October 1858. REIGATE, a parliamentary borough and market-town of England, in the county of Surrey, stands near the Mole, at the foot of the southern slope of the North Downs, 21 miles S. by W. of London. This small, neat town consists of one main street, running from E. to W.; and has a town-hall in the market-place, occupying the site of an old chapel of St Thomas a Becket. The church, which is built of lime¬ stone, at various dates, but chiefly in the perpendicular style, has a lofty embattled tower, and contains the tomb of Lord Howard of Effingham, who commanded the English fleet against the Armada. Besides this and a district church, built in 1845, there are in Reigate places of worship for Independents and Quakers. A grammar school, national and infant schools, literary institute, and a savings-bank are among the other establishments of the town. Some earthworks mark the site of a castle, which was destroyed in 1648. Under the court of the castle is a cavern where the barons are said to have met to draw up the Magna Charta. Of a priory that formerly stood here there are now no re¬ mains. Reigate returns one member to Parliament. Pop. (1851) 4927. REIMARUS, Hermann Samuel, a German, who was bora at Hamburg in 1694, and was educated at the uni¬ versity of Wittenberg, is distinguished for his services in several departments of learning. His first fame was gained as the author of Primitia Wismarienia, 4to, 1723. Then, settling down at Hamburg in 1727 as professor of philoso¬ phy, lie became one of the brightest ornaments of the university of that city. His marriage in the ibllovving year with the daughter of J. A. Fabricius was the means of in¬ troducing him into other fields of labour. He assisted that eminent scholar in preparing his philological works; and after his death he published a Latin memoir of him, 8vo, Hamburg, 1737. Nor did a delicate constitution, and the growing infirmities of age, prevent him from entering 4 R E I Heims upon the new study of natural history. He published II Observations, Physical and Moral, on the Instinct of Ani- Reiske. mais^ jn 2 vols. 12mo, Hamburg, 1760. Other researches on the same subject would also have appeared had not death, in 1768, cut short his career. The other works of Reimarus are,—A Letter to Cardinal Quirini concerning the Works of Dion Cassius, 4to, Hamburg, 1746; The Roman History of Dion Cassius, in 2 vols. folio, Hamburg, 1750-53 ; and A Discourse on the Principal Truths of Natural Religion, 8vo, Hamburg, 1754, a popular treatise, of which a seventh edition appeared in 8vo, 1798. He is also the reputed author of the famous Wolfenbiittel Frag¬ ments, published by Lessing in 1774 and 1777. REIMS. See Rheims. REINESIUS, Thomas, a learned German, was born at Gotha in 1587, and studied medicine at Wittenberg and Jena. After travelling in Italy, and practising in va¬ rious towns in Germany, he is found at Leipsic in the former half of the seventeenth century enjoying a high reputation. His erudition and critical sagacity in questions of classical lore were admitted to be extremely great. The many philological works which had issued at intervals from his pen had car¬ ried his name far and wide, and raised up many admirers. Louis XIV. of France sent him many tokens of regard and esteem. Several eminent contemporaries were in the habit of consulting him on subjects oflearning. Especially was he considered an oracle in medicine and archaeology. Reinesius died on the 17th January 1667. The following are some of his works :— Variorum Lectionum Libri Tres Priores, in 4to, Utrecht, 1640 ; Observations upon Petro- nius, in 8vo, Leipsic, 1666; Epistolce, in 4to, Jena, 1670; and Syntagma Inscripiionum Antiquarum Omissarum in Opere Jani Gruteri cum Indice, folio, Leipsic, 1682. REINHOLD, Erasmus, an eminent German mathe¬ matician, was born in 1511 at Saalfeld, and was determined towards mathematics at the university of Wittenberg. Appointed to the mathematical chair in his alma mater, and favoured by the patronage of Albert, Duke of Prussia, he devoted himself to the prosecution of his favourite science. With patient and careful labour he began to produce a series of works of great practical utility. The first book of the Almagest, in Greek, with a Latin version and scholia, was issued in 8vo, 1549. A set of astronomical tables, formed from a comparison of the observations of Coper¬ nicus with those of Ptolemseus and Hipparchus, and called, in honour of his patron Prutenicce Tabulce Ccelestium Mo- tuum, was published in 1551. In 1554, the year after his death, there appeared a work entitled Primus Liber Ta- bularum Directionum, in which he extended Regiomon¬ tanus’s Table of Tangents to each minute of the quadrant. There were also other calculations of his which were printed a considerable time after his decease. REISKE, Johann Jacob, a profound scholar and emi¬ nent critic, was born in the year 1716 at a small town in the duchy of Anhalt in Germany. His parents occu¬ pied an humble situation in life ; and in consequence of the narrow circumstances in which he was placed, he had many difficulties to struggle with during the early part of his career. These, however, he surmounted by unabating perseverance ; and in 1733 went to the university of Leipsic, where he remained during five years in the ardent pursuit of his studies. Here he acquired an exten¬ sive knowledge of the Arabic, and engaged in the transla¬ tion of a book from that language, which was afterwards published. With the view of prosecuting to greater ad¬ vantage the study of Arabic, which had become with him a passion, he travelled on foot to Leyden, where new dif¬ ficulties attended him. Whilst he remained there he was employed in arranging the Arabic manuscripts belonging to the university; and for this labour he received a very small compensation. During his residence at Leyden part R E L of his time was occupied in the translation of various essays Reland from the German and French languages into Latin. These || essays afterwards appeared in the Miscellanea Critica. Relief. About the same time also he translated into Latin the whole of the Chariton from the Greek, and the Geography of Abulfeda from the Arabic. Having spent eight years at Leyden, Reiske was driven from this place by jealousy and calumny, which, it is said, were excited against him chiefly by the younger Burmann, in consequence of his critical strictures on the edition of Petronius published by that author; but before his departure from this learned seminary he had obtained the degree of Doctor of Physic, which was conferred in a manner highly to his honour. Fie afterwards visited different parts of Germany, and at last settled a second time at Leipsic, where he remained for twrelve years. But although he had received the appoint¬ ment of professor of Arabic, the emoluments of his office were so scanty that he had still to struggle with all the difficulties attendant on poverty, and, to procure a subsist¬ ence, was obliged to engage in humble employments of literary labour, and submit to the severe and ill-requited drudgery of editing works for booksellers, or contributing detached papers to periodical publications. About this time the Ada Eruditorum were greatly indebted to the labours of Reiske. But in the midst of all the difficulties and hardships now alluded to he prepared and published a work of profound learning and great merit. This work, which extended to five volumes, appeared under the title of Animadversiones in Auctores Grcecos, and added much to our author’s reputation. In the year 1758, in conse¬ quence of the death of Plaltausius, he obtained a situation which was not only honourable, but lucrative. This was the place of rector of the college of St Nicolas in Leipsic, in which he continued during the remainder of his life. He was now raised above want, and being free from the difficulties and embarrassments which had hitherto con¬ stantly attended him, he was thus enabled, in the midst of learned ease, to prosecute his favourite studies. In the year 1764 Reiske married Ernestine Christine Muller, a woman of great learning, and of whom it is said that her knowledge, especially in Greek literature, was little inferior to that of her husband. In all his literary labours she w^as a useful associate; but the assistance which she contributed to his great work, the edition of the Greek orators, was particularly valuable. He died in 1774, pos¬ sessing a very distinguished reputation as a scholar and critic. The number of works which he superintended and published was very great. A complete list of them is given in the continuation of his memoirs by his wife, published at Leipsic in 1783. RELAND, Adrian, an eminent orientalist, born at Ryp in North Holland in 1676, where he evinced early an extraordinary degree of talent for literature and science. He studied under Surenhusius for three years, where he made extraordinary progress in oriental languages and literature. He was elevated to the chair of philosophy at Hardwick before he had completed his twenty-fifth year. He subsequently exchanged his philosophical professorship for that of oriental languages and ecclesiastical antiquities at Utrecht. He died of small-pox on the 5th of February 1718, in his forty-second year. The principal works of Reland are :—Palcestina ex Monumentis veteribus illustrate,, 2 vols., Traject. 1714,—unquestionably his greatest work, and still spoken of with great respect by the best writers on the subject; Dissertationes quinque de Nummis Veterum Hebrceorum, 1709 ; Vissertationum Aliscellanearum, 4 vols., 1706— 1708 ; De Religione Mohammedica, Ultraj. 1705 ; De Spoliis Templii Hierosolymitani in Arcu Titiano Jlomce conspicuis, Traject. 1716. The remaining works of Reland were chiefly Latin poems and orations. RELIEF, in sculpture is the projection or standing out of a figure which arises prominently from the surface on S E L Relief which it is formed, whether that figure be cut with the I! chisel, moulded, or cast. There are three kinds or degrees Rernbrandt reuev0}—ait0j basSo, and demi-relievo. The alto-relievo, calle(l alSo high-relief, is when the figure is formed after nature, and projects as much as the life. Basso-relievo, bas-relief, is when the work is raised a little from the sur¬ face, as in medals and the frontispieces of buildings, but particularly in the histories, festoons, foliages, and other ornaments of friezes. Demi-relievo is when one-half of the figure rises from the plane. When in basso-relievo there are parts that stand clear out, detached from the rest, the work is called a demi-basso. In architecture the relief or projection of the ornaments ought always to be propor¬ tioned to the magnitude of the building it adorns, and to the distance at which it is to be viewed. Relief, in painting, is the degree of boldness with which the figures appear, at a due distance, to stand out from the ground of the painting. RELIGION (religio) is a word, derived, according to Cicero (De Natura Deorum, lib. ii. 28.), from relegere, to re-consider; but, according to Servius and most modern grammarians, from religare, to bind fast. The reason as¬ signed by the Roman orator for deducing religio from re¬ lego is in these words :—“ But those who are called reli¬ gious (rcligiosi), from their habit of considering carefully {relegendo), should diligently weigh everything which per¬ tains to the worship of the gods, and, as it were, re-consider (relegerent') it.” The reason given by Servius for his deri¬ vation of the word is, “ that religion binds the mind fast.” If the Ciceronian etymology be the true one, the word religion will denote the diligent study of whatever pertains to the worship of the gods; but, according to the other derivation, which we are inclined to prefer, it denotes that obligation which we feel on our minds from the relation in which we stand to some superior power. The import of the word religion is different from that of theology, since the former signifies a number of practical duties, and the latter a system of speculative truths. (See Theology.) REMBANG, a town of Java, capital of a province of the same name, on the N. coast of the island, 60 miles E.N.E. of Samarang. It is a thriving, bustling town, with ship-building and salt-pans, an active navigation and trade, especially in ship-timber. The harbour is safe and good; and the town has a fort, mosque, school, hospital, &c. Pop. 8000. The province, which is bounded on the E. by that of Surabaya, S. by those of Kediri and Madiun, W. by that of Samarang, and N. by the Java Sea, is generally hilly, and watered by the Solo, flowing eastwards. By far the most of the surface is barren, and much of it covered with date forests. Besides timber, rice and tobacco are among the productions. Pop. 460,000. REMBRANDT VAN RHIN, the name by which Paul Gereetz is usually known, was a very distinguished painter and engraver, and was the son of Hermann Gerretz, a miller, who dwelt on the banks of the Rhine, between Ley- derdorp and Koukergen, near Leyden, where he was born in 1606. His father, who was in tolerably easy circum¬ stances, was anxious for the youth to study Latin, and to adopt ultimately some learned profession. Rembrandt thought otherwise ; and in place of studying Latin at Ley¬ den, as was his filial duty, he spent his time in drawing Dutch boors and in delineating rotund bar-maids. It was clear that Rembrandt would be a painter; and his father accordingly placed him with Jacob Van Zwaanenberg at Amsterdam, where he spent three years. According to all accounts, his progress during this initiatory stage was the perfect astonishment of his master. He is said to have passed some time also with Peter Lastmann and Jacob Pinas, in order to perfect himself in the mechanical details of his art. Leaving the studio of Pinas, he commenced work on his own account within the precincts of his father’s REM 5 mill. In the objects of nature which surrounded his loca- Rembrandt lity, and the grotesque specimens of Dutch peasants which his neighbourhood afforded, he found nourishment for his taste for simplicity, and food for his genius. He worked with great diligence, and rapidly acquired both fortune and fame. In 1630 he settled in Amsterdam, where he resided during the remainder of his life. He married in 1634, soon after reaching the city, a handsome peasant girl of Rams- dorf, whose portrait he has frequently painted. From his first establishment in Amsterdam he met with the most flattering attention. The grandest personages of the Dutch city would have their portraits taken by no one but Rem¬ brandt ; all the art students who could muster the requisite fee (for Rembrandt loved money dearly) came and laid it at the feet of this rising Dutch artist. We must not sup¬ pose, however, that Rembrandt entirely deserted the ways of those Rhine peasants or their rustic sports, upon his making the acquaintance of such distinguished personages, and on his being able to count his pupils by the dozen. The quaint old mill no longer enlivened him with its plea¬ sant clack, and his eyes no longer rested on the queer figures which moved on the banks of the Rhine. \ et he spent his hours of recreation among the lowest orders of the people, whom his pencil delighted to portray, supplying his capricious fancy with its appropriate stimulant, and find¬ ing his ideals of the beautiful among the squat, sturdy Dutch¬ men who were wont to while away the time amid the con¬ genial flavours of a beer-house. He sought nature in her simplicity; and she seems to have found her way to Rem¬ brandt, despite his occasional irreverence for the antique. He was wont to amuse his disciples by introducing them to his collection which was designed to illustrate the ancient style. This consisted of a great variety of old armour, sabres, flags, and fantastical vestments. There was just a slight de¬ gree of affectation in this, as there usually is. Rembrandt was the most illustrious artist of his time; and he conti¬ nued with unabated ardour to practise his delightful art, until death came to summon him away from Amsterdam. In the registry of burials, in the Wester Kirk of that city, there is the following entry, which has recently been disco¬ vered :—“ Tuesday the 8th of October, 1669, Rembrandt Van Rin, painter, on the Roosegraft, opposite the Maze, leaving two children.” This record places the date of his death beyond dispute ; but men are likely still to cavil regarding the exact place and date of his birth. Very little is known of his life. At his death he seems to have shared the humble lot of those with whom he for the most part associated ; labour and comparative obscurity while living, and at death forgetfulness. The great world, however, would not have him be forgotten. The sons of genius are sons of fame. The burgomaster Six was the only man of rank with whom Rembrandt associated ; and the landscape “ De la Moutarde” is said to have been the result of a wager be¬ tween the painter and his host. The best and the most recent account of the life and merits of Rembrandt is to be found in a lecture in Dutch, by P. Scheltema, published at Amsterdam in 1853. The reader may likewise consult his Life and Works, by J. Burnet, 1848. Rembrandt Van Rhin stands distinguished from all art¬ ists of note by the boldness of his style, his daring manner of colouring, and his distribution of light and shade. His historical figures are doubtless deficient in dignity; but there is in them an eminent degree of truthfulness. While entirely regardless of beauty of person or elegance of de¬ portment in his principal characters, he is eminently care¬ ful that every individual in his painting should have the varied expression of passion or sentiment appropriate to his situation. Colour, in all its combinations and gra¬ dations, was with Rembrandt the paramount considera¬ tion. His landscapes are obscured by a dusky twilight; and forms are rendered apparent in them by a struggling 6 REM REM Remire- gleam of light which has forced its way through the sullen moat gloom. Rembrandt’s great power, however, lay in por- Remo th*8 department he had no equals among the . 'j Dutch painters, and few of any other school could rival him in simplicity, truth, and force of expression. As a historical painter, his figures are frequently ignoble; and he seems occasionally to have courted vulgarity rather than the graces. In the handling of his portraits he varies consi¬ derably. In the portraits of ladies particularly he seems to have exercised the most scrupulous care and attention ; while in his portraits of the other sex he for the most part indulges his freedom to the fullest extent, sometimes running into positive coarseness. Fuseli says of him (Lecture ii.) that he was “ a genius of the first class, in whatever relates not to form. In spite of the most portentous deformity, and without considering the spell of his chiaroscuro, such were his powers of nature, such the grandeur, pathos, or simplicity of his composition, from the most elevated or extensive arrangement to the meanest and most homely, that the best cultivated eye, the purest sensibility, and the most refined taste dwell on them, equally enthralled.” Rembrandt was likewise a very eminent engraver as well as a most original painter. He was the inventor of a process which throws an indescribable charm over all the productions of his brilliant burin. His etchings evince the most extraordinary facility, and display the most consum¬ mate knowledge of the effect of light and shadow. His most remarkable portraits are those of the burgomaster Six, Van Coppenol the writing-master, Van Thol the advocate, Uytenbogaert the minister, and Uytenbogaert the gold-weigher. England is very rich in Rembrandt’s works, particularly the National Gallery in London. A complete catalogue of Rembrandt’s works was pub¬ lished by Daulby, Liverpool, 1796; and another and more perfect one by Bartsch, Vienna, 1797. Reference may also be had to Nieuwenhuys’s Review of the Lives and Works of the most eminent Painters, and to Smith’s Cata¬ logue RaisonnS, vol. vii. The latter book contains a very ample, interesting, and instructive account of Rembrandt’s paintings and etchings. (See Arts, Fine, and Painting.) REMIREMONT, a town of France, capital of an arron- dissement in the department of Vosges, on the left bank of the Moselle, at the foot of the Faucilles Mountains, com¬ manding a fine view of the wooded heights of the Vosges, 17 miles S.E. of Epinal. It has broad and regular streets, lined with houses, ancient, low, and generally ill built. The parish church is a fine edifice in the Italian style; there is too a college, public library, hospital, and law court. Cotton, paper, leather, iron, and steel are among the manu¬ factures of the place; and there is some trade, especially in cheese, timber, cattle, iron, and hemp. Pop. 5103. REMISCHEID, a town of Prussia, province of the Rhine, in the government and 18 miles E.S.E. of Diissel- dorf. It is remarkable for its steel and iron forges, and manufactures of cutlery and hardware, which are exported to various foreign countries. The value of such goods annually produced here, and at Solingen, not far off, is more than L.200,000. Pop. of the town itself, 1800; but including the surrounding district (Burgermeisterei),\Z,2Z2. REMO, San, a seaport ot the kingdom of Sardinia, capi¬ tal of a province of the same name, in the division of Nice, on the slope of a hill densely covered with olive trees, that rises from the sea, 30 miles E. of Nice. It stands in one of the mildest parts of the beautiful coast; and is sur¬ rounded by gardens, where palms, orange, and lemon trees luxuriantly flourish, and where the sweetest flowers during the summer shed their fragrance around. Viewed from the sea, the town rises triangularly from the shore to an apex on the heights above ; the upper and more ancient portion has narrow, crooked, and extremely steep streets, while below there is a handsomer and more modern quarter. There are several churches and convents, a college, and a Remon¬ good picture gallery in the town. The harbour is small; su-ants. but some trade is carried on in the produce of the country p II with Genoa, Marseilles, and other places. Pop. 9854. 'vmusa . REMONSTRANTS. See Predestination. REMPHAN, or Rephan ('Pe^t^dv, 'P€dv for the Hebrew Chiun. It is clear that the Septuagint held the original to be a proper name, in which interpretation our own and most other versions have concurred. But this is by no means clear; for, according to the received pointing, it would better read, “Ye bore the tabernacle of your king (idol), and the statue (or statues) of your idols, the star of your god, which ye make to your¬ selves;” and so the Vulgate, which has “Imaginem idol- orum vestrorum.” According to this reading, the name of the idol so worshipped by the Israelites is in fact not given, although the mention of a star still suggests that some planet is intended. Jerome supposes it may be Lucifer or Venus. But the Syriac rendering is, “ Saturn your idol,” who was worshipped by the Semitic nations along with Mars as an evil demon to be propitiated with sacrifices. This now seems to be the general conclusion, and Winer indeed treats the subject under the head Saturn. It has been alleged, but not satisfactorily proved, that Remphan and Rephan were Egyptian names of the planet Saturn. They indeed occur as such in the Coptic-Arabic Lexicon of Kircher {Ling. JEgypt. Restit., p. 49; CEdip. JEgypti, i. 386); but Jablonsky has long since shown that this and other names of planets in these lexicons are of Greek origin, and drawn from the Coptic versions of Amos and the Acts. (Jablonsky, “Remphan Jigyptior.,” in Opusc. ii. 1, sq.; Schroeder, I)e Tahernac. Molochi et Stella Dei Remph. 1745 ; Maius, Dissert. deKium et Remphan, 1763 ; Haren- berg, De Ldolis Chium et Remphan, 1723; Wolf, Dis¬ sert. de Chium et Remph. 1741 ; Gesenius, Thesaurus, pp. 669, 670.) REMUS. See Roman History. R.LMUSAT, Jean Pierre Abel, a celebrated orien¬ talist, was born at Paris on the 5th of September 1788. A severe fall which he received in infancy, and which kept him lying on his couch for several years, was the means of making him a student. Cut off’ from all the engrossing bustle of life, his mind eagerly sought for amusement and interest in books. The severest studies became in course of time mere pleasant exercises. English history, botany, and Latin were mastered with little or no difficulty. His mental activity continued when he went forth again into the world, and began to fit himself for being a medical man. Besides pursuing his professional studies with great success, he applied himself to oriental languages. At length falling in with a magnificent Chinese work on botany, and desirous of being able to peruse it, he began to learn the language in which it was written. With no other aid than Fourmont’s Grammar he accomplished the task in the course of five years ; published his Essai sur la J^angue et la Li¬ terature Chinoises in 181 If; and at the age of twenty-three appeared before the world as a Chinese scholar. The great acquirements of Remusat soon came to be recognised in different quarters. The academies of Grenoble and Besan- con received him among their members. The faculty of medicine at Paris gave him the diploma of doctor at the age of twenty-five. He was also patronized by the great scholar Silvestre de Sacy, and obtained through him the appointment of chief doctor of the hospital of Montaigne. But it was not until the restoration of the Bourbons that the good fortune of Remusat’s career really commenced. The great reputation he had achieved now recommended him for promotion. This was ably seconded by his cringing and selfish policy. A long series of appointments was the result. In 1814 the newly-appointed Chinese professorship REM Remy, St in the College of France was conferred upon him. Not long afterwards he was entrusted with the cataloguing of all Renaudot. Chinese works in the royal library. In 1818 he was elected to succeed Visconti in the editorship of the Journal des Savans. In 1824 he was appointed keeper of the oriental manuscripts in the royal library. There was in fact almost no end to the snug posts and lucrative sinecures which he obtained. Nor did the x’evolution of 1830 in¬ terrupt the flow of his prosperity. He managed to remain in possession of all his salaries until his death on the 3d of June 1832. Remusat was a member of the Asiatic Societies of London and Calcutta, and of many other learned bodies. His principal works are,—Plan d'un THctionnaire Chinois, 8vo, 1814; Le Livre des Recompenses et des Peines, translated from the Chinese, in 8vo, 1816 ; Memoire sur les Livres Chinois de la Biblio- theque du Roi, in 8vo, 1818 ; Description du Royaume de Gamboge, from the Chinese, in 8vo, 1819; M6moires et Anecdotes sur la Dynas- tie des Djogours Souverains du Japon, in 8vo, 1820 ; Histoire de la Ville de Khotan, from the Chinese, in 8vo, 1820 ; Recherches sur les Langues Tartares, in 4to, 1820 ; Elements de la Grammaire Chinoise, in 8vo, 1822; Deux Memoires sur les Relations Politiques des Pre¬ miers Chretiens, et particulierement des Rois de France, avec les Em- pereursMongols, in 4to, 1822-24; Memoire sur la Vie et les Opinions de Lao-Tseu, Philosophe Chinois, in 4to, 1823; Recherches Ghronologiques sur V Origine de la IHSrarchie Lamdique, in 4to, 1824; and Memoire sur Plusieurs Questions Relatives ct la Geographic de VAsie Centrale, in 4to, 1825. The numerous papers which he communicated to several scientific journals, and to the Biographic Vniverselle, were published under the titles of Melanges Asiatiques, in 2 vols. 8vo, 1825-26 ; Nou- veaux Melanges Asiatiques, in 2 vols. 8vo, 1829; and Melanges Pos- thumes d’Histoire et de Littirature Orientals, in 8vo, 1843. REMY, St, a town of France, in the department of Bouches-du-Rhone, on a plain planted with groves of olive trees, 42 miles N.N.W. of Marseilles. It is irregularly built, and has many good houses in an antique style. The best modern edifice is the town-hall; but there are two interesting remains of antiquity,—a triumphal arch and a sepulchral monument, both of unknown date. St Remy has silk-mills, and some trade in corn and wine. Pop. 6024. RENAIX (Flem. Rome), a town of Belgium, in the province of East Flanders, 20 miles south of Ghent. It has three public squares, with a fountain in each ; several churches and schools, a ruined castle, town-hall, hospital, orphan asylum, and other benevolent institutions. The manufactures of the town include cotton, woollen, and linen fabrics ; hats, leather, beer, tobacco, chocolate, bricks, tiles, pottery, &c. A large trade in linen is carried on; and besides weekly and monthly markets, there are two annual fairs. Pop. 11,670. RENAUDOT, Eusebe, a learned orientalist and ecclesi¬ astical historian, was born at Paris in 1646, and was edu¬ cated for the church at the Jesuits’ College. He first be¬ came notable at court as a wonderful young scholar. His exhaustless linguistic knowledge, and the easy way in which he spoke many different languages, drew towards him the regard and confidence of several influential personages. Colbert, the great financial statesman, consulted him upon the project of establishing printing-presses in Paris for the oriental languages. The king himself employed him in various important missions to England, Spain, and other countries. The Cardinal de Noailles likewise took him to Rome in 1700, as his conclavist in the conclave for the election of a Pope. Thus encouraged, Renaudot spent the chief part of his remaining years in illustrating the history and opinions of the ancient churches. His principal works on that subject were,—Defense de la Perpeluite de la Foi contre les Monuments Authentiques de la Religion des Grecs par Jean Aymon, in 8vo, Paris, 1708 ; Historia PatriarcharumAlexandrinorum Jacobitarum, in 4to, Paris, 1713; and Liturgiarwn Orientalium Collectio, in 2 vols. 4to, 1716. Renaudot died in 1720. An English transla¬ tion of the last of the above-mentioned publications ap¬ peared in 12mo, Dublin, 1822. REN 7 RENDER, James Meadows, a distinguished civil en- Rendel gineer, was born at a village on the borders of Dartmoor, II in December 1799. His professional talents were early Rendsbur8 developed by various commissions which he received in his native district. Telford, the famous engineer, employed him to lay down considerable lengths of turnpike roads in Devonshire. The Earl of Morley entrusted him with the construction of a cast-iron bridge across the Lary, an arm of the sea within Plymouth harbour. An order was given to him to build a floating steam-bridge for crossing the estuary of the Dart near Dartmouth. He was also engaged in surveying nearly all the harbours on the S.W. coast of England. It was in 1838 that Rendel settled in London, and began to take a high place in his calling. Fie was soon recognised as a man of accurate observation, sagacious judgment, great professional knowledge, and unwearied energy. The success with which he continued to execute his numerous commissions brought him more and more into repute. At length, in 1843, his engagement to con¬ struct the projected docks at Birkenhead was the occasion of bringing him prominently before the public. The enter¬ prise met with opposition; the case was laid before the legislature ; and he was summoned as a witness before the parliamentary committees. His learned and lucid evidence, and the able and successful manner in which he maintained his own views, established his reputation as one of the first engineers in the land. From that time he was constantly engaged throughout the country in projecting and conduct¬ ing large public works. Among his most important enter¬ prises were the dock at Great Grimsby, and the harbours of refuge at Holyhead and Portland. Nor did his talents fail to be appreciated beyond the limits of Great Britain. The Brazilian, the Prussian, and the Sardinian govern¬ ments in turn employed him to make certain surveys and reports. The viceroy of Egypt appointed him a member of the international commission for examining into the practicability of a canal across the isthmus of Suez. The city of Hamburg too, the year before he died, engaged him to find out some plan of preventing the bed of the River Elbe from being choked up with mud. Rendel, at his death in 1856, was a fellow of the Royal Society, and one of the council of the Institution of Civil Engineers. RENDS BURG, a town of Denmark, in the duchy of Holstein, on the confines of Schleswig, stands in a flat, sandy region on both sides of the Eider, and on an island in its centre, 26 miles W. of Kiel, and 54 N.N.W. of Hamburg. It was formerly fortified, but the defences were destroyed in 1852. It is for the most part well built, and consists of three parts,—the old town on the island, the new town on the south or left bank, and the Crown-work {Kron-werk) on the opposite side of the river. There are two market-places, two churches, a gymnasium, an arsenal (which contained until recently a great quantity of arms of all kinds), an hospital, house of correction, and custom¬ house. The manufactures include bells, pottery, tobacco, vinegar, and other articles. The situation of the place is very favourable for trade and navigation. It communicates with the German Ocean by the Eider, and with the Baltic by the Schleswig-Holstein Canal, which joins the river here. There is also a railway from this to Flamburg. In the middle ages the site of the old town was occupied by a castle called Reinoldsburg, which was for a long time alter¬ nately possessed by Denmark and Holstein. The date of the first rise of the town is unknown; it was encircled by walls and ditches in 1539. The old town was fortified anew by Frederick HI. of Denmark (1669-71), who placed over the Holstein gate the inscription, “ Eidora Romani terminus imperii,” declaring the Eider to be the limit of the German empire, of which Rendsburg is consequently the most northern town. Additional fortifications were added in 1685, 1690, and 1695, so that the place became 8 REN Ren6 a fortress of the second class. In 1848 Rendsburg fell II into the hands of the Prussian and Holstein troops ; and on Renfrew- ]3eina’ regained by the Danes was dismantled. Pop. 10,000. v shire- / RfiNIil op Anjou, commonly known as the “good King Rene,” was born at the castle of Angers in 1409. The first part of his life was remarkable for a course of tantalizing events. He had not long obtained possession of the duchy of Lorraine, in right of his wife, when An¬ thony, Count of Vaudemont drove him from it. Not long afterwards the intelligence, that his brother Louis of Anjou, and Joan, Queen of Naples, had died, leaving him heir to their dominions, reached him when he was the prisoner of the Duke of Burgundy, and unable to lay hold of his newly- acquired rights. It is true that he was soon released ; but fortune still continued to make him her sport. Before he had been four years on the Neapolitan throne, Alfonso of Aragon forced him to leave his crown and flee. He re¬ turned to France in 1442, only to find that his territories there were occupied by the English. It was not until after the marriage of his daughter Margaret, with Henry VI. of England in 1443 that he was allowed, for the first time in his life, to settle down in undisputed possession of a part of his dominions. This severe course of experience did not prevent Rene from spending the remainder of his days in sustaining the mock state of a sovereign. Establishing a court in the old castle of Aix in Provence, and keeping up the empty title of King of Naples, the Two Sicilies, and Jerusalem, he conducted himself more like a monarch in a romance than a prince in that troublous and warlike age. Dancing, music, painting, and poetry were his serious busi¬ ness. Troubadours and knights-errant were his only cour¬ tiers. If he ever came out among ordinary men and things, it was to superintend some public mime or pageant, or to introduce some luxury among his subjects. So genial and pleasant, indeed, was his rule that, after his death in 1480, the natives of Provence long cherished the memory of the “ good King Rene.” As recently as 1823 his statue, wrought in marble by David, was placed in one of the squares of Aix. A graphic account of Rene is given in Scott’s Anne of Geierstein. RENFREW, a parliamentary and royal burgh of Scot¬ land, the capital, but not the largest town, of the county of the same name, near the left bank of the Clyde, 6 miles W.N.W. of Glasgow. The Cart, an affluent of the Clyde, passes close to the town ; and there is also a short canal be¬ tween Renfrew and the Clyde. A single street, with lanes diverging from it, forms the whole town ; and the only build¬ ings of importance are the Established church, the Free church, town-house, jail, grammar school (endowed by King Robert III.), and a superior school established in 1842. There is also a library and athenaeum. Many of the people are employed in weaving muslin and silk; others in a bleachfield near the town, in ship-building yards, iron foun¬ dry, and a distillery in the neighbourhood. There is very little trade, though Renfrew has a quay where the Clyde steamers touch. Weekly markets are held here. The burgh is governed by a provost, two bailies, and nine coun¬ cillors ; and, along with Dumbarton, Port-Glasgow, Kil¬ marnock, and Rutherglen, sends a member to Parliament. The royal family of Stuart had their earliest possessions in this parish, and the Prince of Wales still bears the title of Baron of Renfrew. Pop. (1851) of the royal burgh, 2722 ; of the parliamentary burgh, 2977. RENFREWSHIRE, a county in Scotland, lying be¬ tween 55.40. and 55. 58. N. Lat., and 4. 14. and 4. 54. W. Long., is bounded on the E. by Lanarkshire, on the S. by Ayrshire, and on the N. and W. by the river and firth of Clyde, which separate it from the shires of Dum¬ barton and Argyle, excepting a section of about 1300 imperial acres, which is situated on the north bank of the Clyde, opposite the town of Renfrew. Its greatest REN length is 31^ miles, and its greatest breadth 13J miles. Renfrew- Its area is 234 square miles, or 150,000 acres. Notwith- 8hire> standing the small extent of this shire, its manufactures and commerce render it one of the most important in Scotland. At the epoch of the Roman invasion, in the first century of the Christian era, this part of Scotland was inhabited by a Celtic tribe, called by the invaders the Damnii. After the withdrawal of the Romans, it was comprehended in the British kingdom of Strathclyde. The district which now forms the county of Renfrew, at least the greater part of it, was denominated, from one of its rivers, Strathgryfe (the valley of the Gryfe), and at one time formed part of the shire of Lanark or Clydesdale. It was the chief patrimony of the great stewards of Scotland, to whom it was granted by the sovereign in the twelfth century. Afterwards it was called the barony of Renfrew, from the burgh of that name, where the stewards long had their principal residence. In 1404, thirty-three years after the accession of the House of Stuart to the Scottish throne, King Robert III. granted this barony, and the other por¬ tions of the estates of the steward, to his son and heir James; since which time the eldest son of the sovereign has, besides his other titles, borne that of “ Baron of Ren¬ frew.” Soon afterwards this barony was erected into a distinct sheriffdom, the courts of which were held at Ren¬ frew till the year 1705, when they were, for convenience sake, removed to Paisley. In 1815 the county was formed into two wards, termed the Upper and the Lower, with a sherifl-substitute for each, Paisley and Greenock being the seats of their respective courts. Renfrewshire comprehends sixteen entire parishes, be¬ sides small portions of those of Beith and Dunlop in Ayr¬ shire, and Govan in Lanarkshire. Two of the parishes, Eaglesham and Cathcart, belong to the presbytery of Glas¬ gow ; the other fourteen composed the presbytery of Paisley for a long time prior to the year 1834, when twm presby¬ teries were formed ; that of Paisley, consisting of nine of these fourteen parishes ; and that of Greenock, consisting of the other five, with the addition of Cumbraes in Bute¬ shire, and Largs in Ayrshire, both of which parishes for¬ merly belonged to the presbytery of Irvine. In the above enumeration of parishes, those which are so quoad sacra only have not been taken into account. About two-thirds of this county, comprehending the western and southern sides, are hilly, the medium elevation being from 500 to 600 feet. Mistylaw, on the west, which is about 1240 feet above the level of the sea, has been re¬ presented as the highest hill in the county; but it is now ascertained that a neighbouring height, called the Plill of Staik, is entitled to that distinction, being a few feet higher. Balagleich is one of the highest hills on the south-east side, being about 1000 feet above the sea-level. The hilly dis¬ trict is in general kept in pasture, for which it is better adapted, by the nature of its surface, than for tillage. The cultivated land, which forms a gently-rising district, lies on the north and north-east, and in the centre of the county on both sides of the Black Cart. Of this, the greater part consists of low, detached eminences, which swell in endless variety. These being interspersed with copses, and often watered at the bottom by winding streams, present views remarkable for richness and variety. Indeed, it will be difficult to point to a more beautiful surface anywhere in Scotland. Much of this tract has a close subsoil of small stones and coarse clay, almost impenetrable to water, though there are here many flat holms of great fertility. It is only between Paisley and the Clyde that the country sinks down into a plain, forming the flat district known by the name of “ the Laighlands.” The length of this beautiful level tract is about 6 miles, its breadth about 3, and its area 12,000 acres. Here the soil is generally a deep, rich 9 REN Renfrew- loam of a dark-brown colour, sometimes of the nature of shire, what is called “ carse clay and much of it seems to have been formed by the deposition of vegetable mould from the higher grounds. Among the hills in the S.W. there are extensive moors and mosses, the largest being that of Kil¬ malcolm. Like the other western counties of Scotland, Renfrew¬ shire has a moist climate, with frequent rains; and the pre¬ vailing wind is from the south-west. Besides the Clyde, which, as has been already mentioned, flows along the northern and western boundaries of this county, the principal rivers are the White Cart, the Black Cart, and the Gryfe. The White Cart, which rises in Lanarkshire, enters Renfrewshire from the south, and pur¬ sues a winding course, first westerly towards Paisley, through which it passes, and then northerly towards the Clyde. It is joined at Inchinnan Bridge by the Black Cart, which had previously received the waters of the Gryfe at Walkinshaw, above Barnsford Bridge; and these united streams, which contain nine-tenths of the water of the county, fall into the Clyde about 3 miles below Paisley. By means of a short canal, which was cut to avoid the shallows at Inch¬ innan Bridge in 1786, the White Cart is navigable up to Paisley. Other improvements upon this river are in pro¬ gress. Like some other Scottish streams, it was once famous for the pearls which were found in its bed, but these have disappeared since the beginning of the eighteenth cen¬ tury. The Black Cart rises from Loch Winnoch, or, as it is usually called, from an adjoining estate, Castle-Semple Loch, a lake in the south-western extremity of the county. The Gryfe rises in the west, amongst the high lands of the parish of Greenock. The only other stream deserving men¬ tion is the Kipp Water, in the west of the county, which falls into the Firth of Clyde at Innerkip. All these streams, and several others of smaller size, independently of their importance to agriculture, are in almost every part of their course applied by the industrious and ingenious inhabitants to the various purposes of manufactures. A ready supply of water is secured by means of reservoirs, some of which are of the size and appearance of considerable lakes ; or by enlarging the natural lakes, of which there are many. These streams and lakes contain the kinds of fish that are common in this quarter of the country. Two important railways traverse the county. Com¬ mencing at Glasgow, they have a common line to Paisley, from which the one leads north-westwards to Greenock, and the other south-westwards towards Ayr. There are also railways from Glasgow to Neilston, and from Paisley to Renfrew, and a canal from Glasgow to Johnstone. The minerals of Renfrewshire are of great importance, and constitute the main source of its manufactures and com¬ merce ; but we can only advert to them very generally. Coal, limestone, and sandstone are wrought at Neilston, one of the parishes of the hilly district; and both coal and lime have been found in the flat district near Renfrew. The south-eastern portion belongs to the great western coal region of Scotland ; and the many mines which are wrought at Polmadie, on the north-east boundary; at Hurlet, three miles south-east from Paisley, where it has been wrought for more than three hundred years; and at Quarrelton, south-east from Johnstone, give employment to a great number of the people. Limestone abounds in various parts, and is wrought at several quarries. Ironstone, granite, pyrites, alum, &c., are also found. Excellent freestone, lying near the surface, is wrought at various places in the middle district. Greenstone, or, as it is provineially called, whinstone, exists in immense masses, along with porphyry, in the west of the county. The number of proprietors in Renfrewshire is 2610; the amount of real property in 1857, L.282,196; and the va¬ luation of rent for 1857-8, L.315,630. Among the noble- VOL. XIX. REN men’s and gentlemen’s seats are Hawkhead, belonging to Reni the Earl of Glasgow ; Blantyre House, to Lord Blantyre ; || Pollok, to Sir John Maxwell; Pollok Castle, to Sir Hew Rennell. C. Pollok; also Castle-Semple, Caldwell, Ballochmyle, &c. v>——v—' There are many remains of ancient structures, which formed the seats of powerful or respectable families. This shire was anciently covered with wood. Even now it is orna¬ mented with many woods and plantations; and it is in general well inclosed. As an agricultural district, this does not rank so high as some others in Scotland. Hardly more than half the sur¬ face is cultivated ; but what is so, has the advantage of the best methods. The mode of farming is such as every year to leave more than a half of the arable land in grass, on which the stock chiefly kept is cows, the most part of whose milk is made into butter There are few cheese-dairies. Out of a total acreage of 75,152, under a rotation of crops in 1857, occupied by tenants paying L.10 rent and up¬ wards, 4765 acres were in wheat, 417 in barley, 17,098 in oats, 1232 in beans, 206 in vetches, 3470 in turnips ; 5729 in potatoes, 221 fallow, and 41,598 in grass and hay. In the same year the total number of horses was 3535 ; of cattle, 22,398 ; of sheep, 22,477 ; of swine, 1761; of all kinds of stock, 50,271. It is by its manufactures and commerce that this county is most distinguished. Goods of silk and cotton, and mus¬ lin fabrics, are the principal articles manufactured. Cotton- mills, bleachfields, and printfields furnish employment to a large portion of the inhabitants. Paisley and its environs form the chief seat of the manufactures. At Greenock and Port-Glasgow the foreign and coasting trade of the county, and indeed a great proportion of the foreign trade of Scot¬ land, are carried on. According to the census of 1851, the county contained in all 128 places of worship, with 82,514 sittings. Of the former, 32 belonged to the Established Church ; 29 to the Free Church; 21 to the United Presbyterians; 7 each to Independents, Baptists, and Roman Catholics; 6 to Wesleyans; 4 each to Reformed Presbyterians and Latter-Day Saints ; 3 to the Evangelical Union ; 2 to Episcopalians; 1 each to the Original Secession, the Uni¬ tarians, and the New Church ; and 3 to isolated congrega¬ tions. There were also 105 public schools, with 10,355 scholars; and 103 private ones, with 5948 scholars ; be¬ sides numerous evening and Sunday schools. The total amount of public expenditure on education in Renfrewshire from 1833 to 1857 is L.10,505. The county returns a member to Parliament; and the constituency in 1858 was 2702. The Parliamentary burghs of Paisley and Greenock have each one member. In 1851 the county contained 10,760 inhabited houses. Pop. (1811) 93,172 ; (1821) 112,175 ; (1831) 133,443; (1841) 155,072; (1851) 161,091. RENI, a fortified town of European Turkey, Moldavia, in the Bessarabian territory, ceded by Russia in 1856, on the left bank of the Danube, at its confluence with the Pruth, about 12 miles E. of Galatz. It has a harbour, con¬ siderable navigation, and trade in wheat, fish, hides, copper, wax candles, &c. The value of the exports in 1850 was L.38,815 ; that of the imports, L.35,593. Pop. (1849) 7314. RENNELL, James, an eminent geographer, was the son of a captain in the artillery, and was born near Chud- leigh in Devonshire in 1742. His early distinction was gained in the active service of his country. He first came into note as a fearless and enterprising midshipman at the siege of Pondicherry. He next appeared more prominently as an officer in the Indian army of Lord Clive. His skill and bravery in that capacity soon marked him out for pro¬ motion. He was speedily raised to the rank of major. Not long afterwards he was appointed surveyor-general of Ben¬ gal, a post which he held until his severe wounds compelled B 10 REN Rennes, him to return to England in 1782. Major Rennell, after his re-settlement in his native country, maintained a high place among men of learning. A Chart of Cape Lagullas, a Bengal Atlas, and a Map of Hindustan, had established his reputation as one of the first of English geographers. He was still adding to his fame by the able and thorough way in which he continued his investigations. His mind fixed itself keenly upon every geographical subject that was brought before it. All the provinces of literature were carefully and patiently explored for the needed information. His conclusions were drawn with acuteness and sagacity; and the results of his researches were laid up securely and methodically in his memory. Nor was he less facile in reproducing his acquisitions for the good of the public. He assisted Dr Vincent in writing the Voyage of Nearchus. He aided Sir William Jones in some of that great scholar’s oriental works. He likewise illustrated Mungo Park’s travels by an accurate and elaborate map. At the same time his pen was busily employed in producing independent works of great and standard value. The most important of these were, The Geographical System of Herodotus, in 4to, London, 1800; and Observations on the Topography of the Plain of Troy, in 4to, 1814. At his death, in March i830, Major Rennell was an F.R.S. of London and Edinburgh, and a member of the Royal Institute of France and of other foreign societies. He was buried in Westminster Abbey. RENNES, a town of France, capital of the department of Ille-et-Vilaine, at the foot and on the slope of a hill, at the confluence of the rivers Ille and Vilaine, 60 miles N. of Nantes, and 190 W. by S. of Paris. The latter river tra¬ verses the town from E. to W., receiving the other from the N. To the south of the Vilaine stands the old or lower town, to the north the upper or new town, which is the finest portion, having been rebuilt since a conflagration which destroyed it in 1720. These separate quarters are connected by three bridges, and both are surrounded by an ancient wall and towers. Its narrow, crooked streets, and curiously-carved wooden houses, give to the lower town a very picturesque appearance; the other portion, though handsome, is uniformly built of a dull grey stone, and has a sombre aspect. One of the most attractive features of Rennes is its public walks, which are very beautiful: Le Mont Thabor, formed of the garden of an old abbey, com¬ mands a fine view over the city and the valley of the Vi¬ laine; Le Mail extends between two canals to the conflu¬ ence of the rivers. Besides these there are Le Mont de Madame and Le Champ de Mars, all of them being planted with shady trees. One of the ancient gates is still pre¬ served ; it is that by which the dukes of Brittany, after taking a solemn oath, entered the city to be crowned in the cathedral. This is now a modern building, large and heavy, with two square towers ; the interior, in the Grecian style, is imposing, but has little of an ecclesiastical aspect. Some of the other churches are more tasteful in architec¬ ture. The most remarkable edifice of the new town, and almost the only ancient one that has escaped destruction, is the court-house, in which the estates of Brittany used to meet. It contains a large and handsome hall, decorated with paintings and other ornaments. Among the other buildings are the town-hall, a fine modern pile, containing the public offices, library, lecture-rooms, and schools of art and architecture; the theatre, episcopal palace, barracks, and arsenal. There are also in the town several schools, hospi¬ tals, and a house of correction. As a manufacturing town, Rennes is not of very much importance, though there is considerable variety in the articles produced. Linen, sail¬ cloth, hosiery, hats, cordage, fishing-nets, starch, glue, lea¬ ther, paper, playing-cards, and pottery are the most im¬ portant of these. The trade, however, is of more extent, and is much facilitated by the situation of the town and its REN means of communication, the Vilaine being navigable for Rennie, barges up to this point, and being connected with the sea by canals leading to St Malo and Brest. Rennes is also connected by canal and railway with Nantes, and so by the latter with Paris. The chief articles of trade are the ma¬ nufactures of the town, and butter, wax, honey, and poultry, from the surrounding country. Rennes is the seat of a bishop, of a high court of justice, and of a university-aca¬ demy, besides inferior courts of law. There are large suburbs, which have much resemblance to the town itself. Condate was the ancient name of the place, and it was the capital of the tribe called Redones, from whom the modern appellation has been derived. After the fall of the Roman empire it fell into the hands of the Franks ; and Clovis established here counts, who seem to have been subject now to the French kings, now to the kings or dukes of Brittany. When Nomenoe, in the ninth century, established the independence of Brittany, Rennes was made the capital, and was fortified as a frontier town against the French mo¬ narchy. Along with the rest of Brittany, Rennes came by marriage to the French crown under Francis I. The town has been subjected to several sieges ; and at the time of the Revolution was the scene of some conflicts, being always firmly attached to the popular cause. Pop. (1856) 38,945. RENNIE, John, a distinguished mechanist, architect, and civil engineer, was born on the 7th of June 1761, at Phantassie, in the parish of Prestonkirk, in the county of East Lothian. His father, a highly respectable farmer, died in 1766, leaving a widow and nine children, of whom John was the youngest. The first rudiments of his education were acquired at the village school; and as it frequently happens that some trifling circumstance in early life gives a bent to the pursuits and fixes the destinies of the future man, so it fared with young Rennie. The school was situated on the opposite side of a brook, over which it was necessary to pass by means of a rustic bridge of stepping-stones; but when the freshes were out, the only alternative of crossing the stream was by means of a boat, which was kept at the workshop of Andrew Meikle, an ingenious mechanic, well known in Scotland as the inventor of the thrashing-ma¬ chine, and many improvements in agricultural implements. In passing through the workshop, which stood on his family property, young Rennie’s attention was forcibly drawn to the various operations that were in progress, and a great part of his leisure and holiday time was passed therein. The sons of Meikle and the workmen, seeing the great de¬ light which he appeared to take in examining their labours, were in the habit of indulging him with their tools, and showing him their various uses. His evenings were chiefly employed in imitating those models which had particularly attracted his attention in the workshop ; and it is known in the family that, at little more than ten years of age, he had constructed the model of a windmill, a pile-engine, and a steam-engine. That of the pile-engine is still in existence, and is said to be remarkably well made. Having continued at Preston school till twelve years of age, he had about that time a quarrel with his schoolmaster, whom he deemed incompetent to give him further instruc¬ tion, and therefore entreated that he might be permitted to leave the school. But his active mind soon became rest¬ less ; for the first time he felt the hours hang heavily on his hands; and having expressed a wish to fee placed under his friend Meikle, he employed himself with this ingenious mechanic for about two years; but his mind expanding with his growth, he began to feel that the progress of his intel¬ lectual faculties was likely to be retarded by a constant application to manual labour. He therefore at length de¬ termined to place himself under the tuition of Gibson, an able teacher of mathematics at Dunbar, where he soon dis¬ tinguished himself in so particular a manner that David Loch, general inspector of the fisheries in Scotland, in de- REN Kennie. scribing a visit which he paid to the school at Dunbar in 1778, notices the great proficiency displayed by young Rennie, prophesying that at no distant period he would prove an honour to his country. (Loch’sisWays on the Trade, Commerce, Manufactures, and Fisheries of Scotland, vol. iii., p. 211.) From this school, in less than two years, he returned to Meikle, with a mind well stored with every branch of mathematical and physical science which Gibson could teach him. About this time, Gibson being appointed master to the public academy of Perth, he earnestly recom¬ mended young Rennie to succeed him at Dunbar. But his views were of a more aspiring cast. As a matter of favour, he undertook the management of the school for about six weeks, when he returned to his family, occasionally visiting and assisting his friend Meikle, but mostly improving him¬ self in drawing and making models of machinery. His first essay in practical mechanics was the repairing of a corn-mill in his native village; and he erected two or three others before he was eighteen years of age. Resolved, however, that these mechanical occupations should not interfere with his studies, he laid his plans so that he should be able to proceed occasionally to Edinburgh with a view of improving himself in physical science. He there attended the lectures of Professors Robison and Black, and formed that acquaintance with the former of those gentlemen which was gradually raised into friend¬ ship, and which perhaps may be said to have laid the foundation of his future fortune ; for by him he was intro¬ duced to Messrs Bolton and Watt of Soho, near Birming¬ ham. With these gentlemen he remained but a few months for the purpose of receiving explanations respecting the plan of the Albion Mills, then erecting, the machinery of which he superintended. This exactly suited his views ; for, conscious of his own powers, he deemed the capital the proper theatre to try his strength, and in this he was not mistaken. In proceeding from Edinburgh to Soho, he had taken the route by Carlisle, Lancaster, Liverpool, and Manchester, for the purpose of visiting the different mills and public works in those great commercial and manufacturing towns; and the remarks which he made on the bridge then building over the Lune at Lancaster, on the docks at Liverpool, and more particularly on the Bridgewater Canal, are distin¬ guished by great sagacity, and were of essential use to him afterwards. On leaving Soho, he again made a tour through the manufacturing districts of Leeds, Sheffield, Rotherham, and Newcastle. For some time after he was settled in London the Albion Mills, of which Bolton, Watt, and Wyatt were the projectors and leading proprietors, and who engaged him to superintend the execution of the mill-work, occupied a great share of his attention. Watt, in his Notes to Pro¬ fessor Robison’s Account of the Steam-Engine, says, that “ in the construction of the mill-work and machinery they derived most valuable assistance from that able mechanician and engineer Mr John Rennie, then just entering into business, who assisted in placing them, and under whose direction they were executed.” He also says that the machinery, which used to be made of wood, was here made of cast-iron, in improved forms; and thinks that this was the commencement of that system of mill-work which has proved so beneficial to this country. In fact, Rennie’s mills are the most perfect species of mechanism in that way that exist, distinguished by a precision of movement and a harmony and proportion of parts that now serve as models throughout the empire. His water-mills are so accurately calculated that every particle of water is effec¬ tively employed, and none of it lost, as in the common mode of constructing water-wheels. There is reason to be¬ lieve that the difficulties which occurred at the Albion Mills with regard to the ebb and flow of the tides, and which N I E. ll required all the ingenuity of that extraordinary genius Watt, Rennie, first led Rennie to the study of that branch of civil engi- neering connected with hydraulics and hydrodynamics, and in which he soon became so celebrated as to have no rival after the death of Smeaton, in whose steps, he always used to say, he was proud to follow. Our limited space will not permit us to enter upon even an enumeration of all his great works, much less to give any detailed account of them; we must therefore content our¬ selves by mentioning some of the most important designs and undertakings in his threefold capacity of mechanist, architect, and civil engineer ; three branches of art so inti¬ mately blended as scarcely to admit of a separation. First, as a mechanist. Immediately after the completion of the Albion Mills, in 1786 or 1787, Rennie’s reputation was so firmly established in everything connected with mill-work that he found himself in a very extensive line of business. To him the planters of Jamaica and of the other West India Islands applied for their sugar-mills, which he constructed in a manner so superior to the old ones that he soon obtained almost a monopoly of these expensive works. The powder-mill at Tunbridge, the great flour-mill at Wandsworth, several saw-mills, the machinery for various breweries and distilleries, were mostly of his manufacture ; and wherever his machinery was required to be impelled by steam, the incomparable engines of his friends Messrs Bol¬ ton and Watt supplied the moving power; but, contrary to what has been stated in some of the public journals, he never had the least concern in directing, contriving, or ad¬ vising any one part or movement of the steam-engine. He also constructed those beautiful specimens of machinery, the rolling and triturating mills, at the Mint on Tower Hill, to which Bolton and Watt’s engines give motion ; and at the time of his death he was engaged in the construction of a rolling-mill, and similar machinery, for the intended mint at Calcutta. As a bold and ingenious piece of mechanism, which may be considered as distinct from positive architecture, there was nothing in Europe that could bear a comparison with the Southwark Bridge. The three immense arches, the centre one of 240, and each side arch of 210 feet span, consist entirely of masses of cast-iron, of various forms and dimensions, put together on the same principle as a similar fabric of hewn stone ; a method of employing iron which may be considered to form a new epoch in the history of bridge-building. Various sinister predictions were enter¬ tained against this light and beautiful bridge, which was to be rent in pieces by the expansive power of the first sum¬ mer’s heat, or, if it escaped that, by the contraction of the first winter’s cold ; but it has stood the test of many winters and summers, and appears not to feel either. Rennie was applied to by the East India Company for the design of a cast-iron bridge to be thrown over the River Goomty at Lucknow, at the desire of the nabob vizier of Oude. It consisted of three arches of cast-iron, the centre arch 90, and each of the other arches 80 feet span. The arches were cast, and a superintending engineer sent out with them; but on their arrival, the nabob, in one of those moments of caprice to which eastern despots, even in their impotency, are so liable, changed his mind, and would not allow it to be put up. Secondly, as an architect. Since there are few parts of civil engineering that do not occasionally require the aid of architecture, Rennie, at a very early age of his pro¬ gress, was called upon for a display of his skill in this line. Amongst his first undertakings in either line was that of the Lancaster Canal, which presented many difficulties, and amongst others, that of carrying it by an aqueduct over the Lune, so as not to interrupt the navigation of the river. Being one of the largest fabrics of its kind in Europe, and of a pleasing design, it is an object that arrests the attention 12 REN Rennie, of strangers, and is very generally admired. The bridges of Leeds, Musselburgh, Kelso, Newton-Stewart, Boston, New Galloway, and a multitude of others, attest the archi¬ tectural skill, the solidity, and, we may add, the good taste of Rennie ; whilst a thousand smaller ones, with the various locks, wharf-walls, quays, embankments appertaining to canals, rivers, and harbours in every part of the United Kingdom, are so many proofs of his diversified talent, and his skill in adapting the means to the end. The breakwater in Plymouth Sound can scarcely be called an architectural work, but it is constructed on true hydrodynamical prin¬ ciples, and so gigantic in its dimensions, and cyclopean in its structure, as to defy equally the force of the waves and the ravages of time. To Whidby, who zealously superin¬ tended the execution of this immortal work, the highest praise is also due ; nor was the plan finally determined on without his advice and assistance. But the architectural work which, above all others, will immortalize the name of Rennie, is the Waterloo Bridge, a structure which, even according to foreigners, had no pa¬ rallel in Europe (and if not in Europe, certainly not in the whole world) for its magnitude, its beauty, and its solidity. That a fabric so immense, presenting a straight horizontal line, stretching over nine large arches, should not have altered more than a few inches, not five in any one part, from that straight line, is an instance of firmness and solidity utterly unknown, and almost incredible ; but all Rennie’s works have been constructed for posterity. The bridge of Neuilly, which the French ranked as superior to that of Waterloo, actually sunk 23 inches. Rennie made nothing slight; nor would he engage in any undertaking where, from an ill-judging economy, a sufficiency of funds was not forthcoming to meet his views. Another work, executed from a design of his, is that of the stone bridge over the Thames, by which the old London Bridge, so long the disgrace of the metropolis, was replaced. His design, which was selected by a committee of the House of Com¬ mons, out of at least thirty that were offered, consisted of a granite bridge of five arches, the centre one of 150 feet span, being one of the largest stone arches in the world which has been constructed in modern times. Of the bridges which connect the banks of the Thames, three have been built from the designs of one man ; a fact which must throw a lustre on the name of Rennie, and be re¬ garded with a feeling of pride by the most distant connection of his family. Thirdly, as a civil engineer. The first great attempt in this line of his profession was the survey and execution of the Crinan Canal, a work remarkable for the multitude of practical difficulties that occurred throughout the whole of this bold undertaking, it being necessary in many places to cut down through solid rock to the depth of 60 feet; and it is rather remarkable that the second undertaking, the Lancaster Canal, was also replete with difficulties, and called for the exercise of his skill as an architect, as we have already seen in noticing the aqueduct over the Lune. But these two works established his reputation as a civil engineer, and his opinion and assistance were required from all quarters. His faculties were now called into full play, and they expanded with the de¬ mands made upon them. The following are some of the most important of those the execution of which he person¬ ally attended:—Aberdeen, Brechin, Grand Western, Ken- net and Avon, Portsmouth, Birmingham, Worcester, besides many others. But the resources of his mind were displayed in all their vigour in the plans and construction of those magnificent docks which are at once an ornament to the capital, and of the utmost utility to commerce and naviga¬ tion. Nor are these splendid and useful works confined to the metropolis. The docks at Hull, Greenock, Leith, Liverpool, and Dublin attest his skill; and the harbours of N I E. Queensferry, Berwick, Howth, Holyhead, Dunleary (now Rennie, called Kingstown Harbour), Newhaven, and several others — owe their security and convenience to his labours. But even these works, splendid as they are, must yield to what he has planned and executed in her Majesty’s dockyards at Portsmouth, Plymouth, Chatham, and Sheerness. The last was a mere quicksand of 40 feet in depth, mixed with mud and the wrecks of old ships ; the whole of which was excavated, and a magnificent basin constructed, with a beautiful surrounding wall of granite, with which three of the finest dry docks in the universe communicate ; and that important dockyard, which may be said to command the mouths of the Thames and the Medway, from being an unhealthy and detestable place, and wholly inefficient for its purpose, is now, by being raised many feet, and laid out with skill and judgment, one of the most convenient in the kingdom. He also planned the new naval arsenal at Pem¬ broke, which is considered as a perfect model for a building- yard. The repairing of the pier-head of Ramsgate harbour was a remarkable instance of his skill. The violence of the waves, acting upon the bad quality of the stone, had so completely undermined it that the stability of the whole pier began to be endangered. It was from 10 to 13 feet below the level of low-water, spring-tides; yet, by means of the improved diving-bell and its apparatus, th pier-head was not only effectually secured, but rendered more solid and durable than it originally had been. In the harbour of Howth the diving-bell was of the utmost use; and it is remarkable enough that the masons who have been for a little while accustomed to work under water prefer it—at least the Irish masons do—to working in the air, it being cooler in summer, and warmer in winter ; though an increase of pay for submarine work is probably the real cause of preference. The last effort of Rennie’s genius to which we shall ad¬ vert was the drainage of that vast tract of marsh land bor dering upon the rivers Trent, Witham, New Welland, anu Ouse which for centuries past had baffled the skill of some of the ablest men in that department of civil engineering. Upon the same principles, he laid down a grand scheme for draining the whole of that immense district known by the name of the Bedford Level, which has in part been carried into execution by the completion of the Eau-brink Cut, near Lynn. The estimate he made for draining the whole amounted to L. 1,200,000. Rennie’s industry was very extraordinary ; though fond of the society of his select friends, and of rational con¬ versation, he never suffered amusement of any kind to interfere with his business, which seldom engaged him less than twelve hours, and frequently fifteen, in the day. His conversation was always amusing and instructive. He possessed a rich fond of anecdote, and, like his old friend James Watt, told a Scotch story admirably. As a travel¬ ling companion, he was highly entertaining ; he knew every¬ body on the road, and everybody knew John Rennie. Of an ardent and anxious mind, and naturally impetuous, he was gifted with the most perfect self-control; and the irri¬ tation of the moment was seen but as a light summer’s cloud passing across his finely-marked features, which were on so large a scale, though blended with much mildness as well as dignity, as to obtain for his noble bust by Chantrey, when exhibited in Somerset House, the name of Jupiter Tonans. Rennie possessed considerable skill in bibliography; and being a zealous and liberal collector, he succeeded in forming a very valuable library, consisting of the best and rarest books in all the branches of science and art, of voy¬ ages and travels, and many curious books in the black let¬ ter ; whilst in his own department it contained every work of the least merit, in whatever language it might be written. He had, besides^ a good collection of mathematical and REN REP 13 Rent astronomical instruments, and frequently spoke of erecting 1 an observatory, but did not live to carry his intention into Reptilia. execution. He had for some years laboured under a dis- ease of the liver, which had apparently yielded to the usual treatment; but a relapse took place, and on the 16th of October 1821, after a few days’ illness, he expired without a struggle, in the sixtieth year of his age. Rennie, in 1789, married Miss Mackintosh, who died in 1806, leaving a family of seven young children. His remains were accompanied to St Paul’s by men of eminence in the arts, in science, and in literature, and were interred near those of Sir Christopher Wren. A plain granite slab covers his grave, on which is inscribed an appropriate epitaph. J-B.—w. RENT. See Political Economy. RENTON, a village of Scotland, in Dumbartonshire, near the right bank of the Leven, 2 miles N. of Dum¬ barton. It has an Established church, a Free church, and a Reformed Presbyterian church, several schools, and a library. There is here a monument to Smollett, who was born in the vicinity, and has described the Leven and adjacent country in his poetical and prose works. The people are to a large extent employed in dyeing and bleach¬ ing establishments. Pop. 2398. REN WICK, James, the last of the Scottish martyrs, was the only surviving child of a poor weaver, and was born in the parish of Glencairn, Dumfriesshire, in 1662. After he had entered the university of Edinburgh the Co¬ venanting faith, in which he had been brought up, came boldly into action. He refused to take the oath of alle¬ giance which was tendered to him at his laureation. At length he consecrated his life to the covenanting cause, by repairing to Holland at the request of the praying socie¬ ties of Scotland, for the purpose of receiving ordination. Renwick returned to his native country in 1683, to enter into a perfect storm of persecution. Daring to take upon himself the task of preaching to the scattered Nonconform¬ ists in the south and west of Scotland, he provoked the savage malignity of many enemies. The government set a price upon his head, and declared him an outcast from society. Bands of dragoons were ready to hunt him down wherever he appeared. Even some of the friends of the Co- Repeating- venant came to misrepresent his patriotic and religious Circle zeal. He was reduced to the greatest shifts in the pursuit II of his ministerial vocation. Often did he cower for bed ^ ^ 1 and shelter in the holes of the ground. Often did he hold *~ his meetings at the dead of night in the heart of the wilder¬ ness. At length he was caught one January morning on the Castlehill of Edinburgh ; and in February 1688, on the scaffold in the Grassmarket, he met his death with the ecsta¬ tic welcome of a saint. (See Simpson’s Life of Renwick.) REPEATING CIRCLE. See Borda. REPP, Thorleif Gudmundsson, a learned author, was born as Reykiadal in Iceland in 1794, and received his education at the university of Copenhagen. He was known in Britain between 1825 and 1837 as a foreigner of grer acquirements. The curators of the Advocates’ Library ha brought him over to Edinburgh to be their sub-librarian. His acquaintance with the modern languages and with Hebrew and Arabic was extensive. Nor was he incom¬ petent to write English. In 1832 he published A His¬ torical Treatise on Trial by Jury, Wager of Law, and other co-ordinate Forensic Institutions formerly in use in Scandinavia and in Iceland; in 1833 he wrote an article on the Advocates’ Library for the Penny Cyclope¬ dia ; and about the same he contributed to the literature of the country several translations from the German and Italian. After his return to Copenhagen in 1837, Repp continued his literary labours. Among other works, he wrote a pamphlet in Danish, entitled Dano-Hungarian Discoveries, Copenhagen, 1843; and compiled, in con¬ junction with Ferrall, a Danish and English Dictionary, 12mo, Copenhagen, 1845. He died in 1858. REPRIEVE, in criminal law (from Fr. reprendre, to take back), is the withdrawing of a sentence for an inter¬ val of time, by which means the execution is suspended. This may be either before or after judgment, as where the judge is not satisfied with the verdict, the evidence, or the indictment; or sometimes if any favourable circumstances appear in the character of the criminal, in order to give time to apply to the crown for either an absolute or condi¬ tional pardon. REPTILIA: REPTILES.1 These form the third great division of the animal king¬ dom, and in systematic works on natural history occupy an intermediate position between the class of birds and that of fishes.2 As in tracing the modifications of various organs, from the zoophitical and radiated animals to the molluscous, from these to the articulated classes, and onwards through the fishes to the reptile tribes, it is among the last named that we first perceive the passage from the truly aquatic to the terrestrial or air-breathing animal,—so the respiratory organs of such tribes are naturally those which excite the greatest and most peculiar interest. Among the more im¬ portant classes of animals, respiration is effected in one or other of two ways ; ls<, either by certain internal cellular sacs, for the reception of air, called lungs, which commu¬ nicate with the mouth and nose by means of the trachea or windpipe ; or, 2dly, by external organs called gills, which require either to float in water, or to be in some other way continually immersed in that fluid. The object of both contrivances is to subject the blood to the influence of vital air, and this end is obtained very admirably, though in a different way, by each. All mammiferous animals, in¬ cluding whales, all birds, and all reptiles (in the perfect state), possess the first form of the respiratory organs; all fishes, and several reptiles in their adolescent condition, are distinguished by the second. But even among such as are furnished with true lungs we observe different modifica¬ tions of the circulating sytem. The principal characteristic of reptiles in general con¬ sists in this, that only a portion of the blood is transmitted through the lungs, the remainder being projected by the heart directly to the other parts of the body, without being specially subjected to the influence of the respiratory or¬ gans ; whereas, in the higher classes, such as man, the rest of the mammalia, and birds, the whole of the blood must pass by the lungs before it is retransmitted to the more distant parts of the circulating system. The amphibious habits of such reptiles as are unprovided with gills result in a great measure from the power which they thus possess of carrying on a partial circulation of the blood independent of respiration. The respiration of animals, or the process by which the blood is oxygenated, becomes weaker and less 1 The natural history of reptiles is frequently treated of under the term Ekpetology, from reptile, and Xeyot, discourse. verb tgvti* signifies to creep. 2 See Animal Kingdom. The 14 R E P T 1 L I A. Reptilia. frequent in proportion to the diminution which takes place in the quantity of blood transmitted to the lungs, compared with that which passes directly from the heart; and as it is respiration which warms the blood, and produces in the fibres their susceptibility of nervous irritation, it follows, as observed by Cuvier, that the blood of reptiles is cold, and their muscular strength much less than that of birds and quadrupeds. The seat of their sensations is also much less centralised than in the last-named classes, and hence many of them exhibit life and motion long after their heads have been severed from their bodies.1 A truly amphibious animal, according to the proper mean¬ ing of the term (which is derived from on both sides, and /3ios, life), ought to possess the power of breathing un¬ der water like a fish, and of respiring atmospheric air like a land animal. According to this interpretation, neither seals, nor beavers, nor even whales, are truly amphibious, for they cannot sustain their existence under water except by the use of a certain portion of air which they have pre¬ viously inspired at the surface. In like manner, neither the frog nor the tadpole is amphibious (unless it may be for a short intermediate period, or state of transition); for the former seeks the water merely as a place of temporary resort, in which it cannot breathe, and the latter is entire¬ ly aquatic, being unprovided with lungs, and consequently unable to respire, except through the medium of water. A frog, therefore, can only be said to be amphibious in as far as it possesses, at two different periods of its life, the faculty of living first in the water and then on the land. Born with gills, and destitute of external members, its form and functions are originally rather those of a fish than of a reptile ; but as it advances in growth, the four limbs become developed, the tail decreases and disappears, the jaws are formed, and the gills absorbed, and their functions supplied by lungs. But the peculiar structure of the heart, already mentioned, enables these and other species to re¬ main submerged for a great length of time. Among the many wonderful anomalies, however, with which the kingdom of nature presents us, there exist two truly amphibious animals, the proteus and the siren, both of which are provided at one and the same time with the gills of a fish and the lungs of a terrestrial creature. But their propensities are decidedly aquatic. The former inha¬ bits certain subterranean waters in Carniola, the latter re¬ joices in the muddy marshes of South Carolina.2 Both will be hereafter noticed. The amount of respiration is by no means so fixed or de¬ terminate among reptiles as it may be said to be in quad¬ rupeds and birds, but varies with the proportion which the diameter of the pulmonary artery bears to that of the aorta. Thus, turtles and lizards respire much more than frogs and others of the class; and from this results a much greater difference in energy and sensibility between different tribes of lleptilia, than exists among the members of the class of quadrupeds or birds. Reptiles also may be said to exhibit a much greater variety of form, aspect, and condition, than either of the classes just named; and it is in their produc¬ tion that nature (as we are wont to term the powers of the Omnipotent Creator), has invented the most extraordinary forms and modifications which exist among the vertebrated division of the animal kingdom. No reptile is known to hatch its eggs, and in the Batra- chian order (frogs, toads, &c.) fecundation does not take place till after the female has excluded the so-called ova, Reptilia. which in such cases are covered merely by a slight and ''-“’“v ^ “ simple membrane, bearing no resemblance to a shell. The young of this Batrachian order, on leaving the egg, bear the general form of fishes, and are, moreover, furnished with gills, which a few of them retain even after acquiring lungs, and assuming the other attributes of maturity. Among seve¬ ral of the egg-laying species, the included young are not only formed, but far advanced at the period of laying; while a few, such as vipers and certain lizards, are actually born alive, being hatched within the body of the mother. Hence the expression by which these are designated, of ovo-vivi- parous. Some even of those which usually lay eggs may be rendered viviparous by a short retardation of the pro¬ cess of laying, as effected by M. Geoffroy in the case of certain snakes by merely depriving them of wrater. Although many reptiles are active leapers, and even run with rapidity for a short distance, the coldness of their blood, and proportional want of muscular power, induce on the whole an indolent habit. They are probably, of all ver¬ tebrated animals, the least perfectly endowed with the power of migratory movement. The brain is proportionally very small, a sea-tortoise, for example, weighing twenty-nine pounds, having been found to possess brains to the weight only of two drams, that is, equal to not more than an eighteen hundred and fifty-sixth part of the entire animal. Now, we know, that in several small birds and quadrupeds, the brain exceeds a thirtieth part of the remainder of the body. In reptiles, indeed, the brain seems less necessary than among other vertebrated beings, to the exercise of the ani¬ mal and vital functions, and their sensations are less refer¬ able to a common centre. Connection with the nervous system is also much less necessary to the contraction of their fibres, and a portion of their flesh possesses its irritability long after separation from the rest of the body. The heart beats for several hours after being extracted, and the said extraction does not prevent the body itself from moving about for a considerable time. The cerebellum in several species is extremely small, a fact regarded as being in ex¬ act accordance with their indolence of movement. The small size of the pulmonary vessels admits of rep¬ tiles suspending their respiration without arresting the coinse of the blood, and they can accordingly dive more easily, and continue submerged for a longer time, than either mammiferous quadrupeds or birds. The cellules of the lungs being less numerous, as having fewer vessels to lodge upon their parietes, are much wider, and these organs have sometimes indeed the form of simple sacs scarcely cellular. They are all provided with a trachea and larynx, al¬ though many are entirely mute. Their blood being natu¬ rally cold, they have no need of such integuments as fur or feathers to retain the heat, and are covered either by scales or a naked skin. . Although no portion of the organ of hearing is external in reptiles, yet among crocodiles there is an appearance of an outer meatus auditorius, owing to the skin forming a thick cover over the tympanum. This peculiar formation is sufficient to explain a passage in Herodotus, who states, that the Egyptians were in the habit of suspending jewels from the ears of the crocodile. The digestion in reptiles is extremely slow, and all their sensations are obtuse. In cold, and even in temperate cli¬ mates, they fall into a state of torpor during the prevalence 1 Les muscles des reptiles conservent plus long temps encore leur irritabilite' que ceux des noissnns Kmi« a pends, des salamandres, des tortues, des serpens, prive's de la tete et ddnouille's de lP„r nLo./a P ? 7 • l™11? avons ™ des era. liumides, produire encore des mouvemens pendant des semaines entieres ; un lortue terrestre du p.dds'des Tin maintenus morte depuis plusieurs jours, dont le cou etait tombe dans cette sorte de flacciditd, suite de la r’a de r nui surv eni an, ' es yeux en particuher avaient la cornee dessechee, manifester des mouvemens par la cc.ntracticms et k retra taken on the Cornwall coast, which, Dr Borlase says, “ mea¬ sured six feet nine inches from the tip of the nose to the end of the shell, and ten feet four inches from the extremities of the fore-fins extended, and was adjudged to weigh eight hundred pounds.” According to Lacepede, the coriaceous turtle is the species with which the Greeks were best ac¬ quainted, and he supposes it to have been particularly used in the formation of the ancient harp or lyre, which was ori¬ ginally constructed by attaching strings or wires to the carapace of one of these marine reptiles. “ We may add,” says Dr Shaw, “ that the ribs or prominences on the back of the shell bear an obscure resemblance to the strings of a harp, and may have suggested the name of luth or lyre, &y which it is called among the French, exclusive of the use to which the shell was anciently applied.” This turtle is reputed to be extremely fat, and it is eaten by the Car¬ thusians, although its flesh is coarse and bad. Genus Chelys, Dumeril. Wide-mouthed turtles. This little group resembles the preceding genus Emys in the feet and claws. The carapace is much too small to admit of the withdrawal of the head and limbs, which are propor¬ tionally large. The muzzle is prolonged into a little trunk, but the most marked and peculiar character consists in the deeply cleft transverse gape, which is not armed with corneous mandibles, as in the other Chelomans, but rather resembles that of the Batrachian genus Pipa. The best known and most noted species is the matamata ( T. fimbria, Gm.), an animal of a very singular and rather repulsive aspect, first described by M. Bruguiere.1 It mea¬ sures about a foot and a half in length. Its carapace is oval, with raised pyramidal plates pointing backwards. The neck and other parts of the body are furnished with pecu¬ liar projecting fringes, or wart-like appendages. This rep¬ tile is native to Guiana, and was once common in Cayenne; but its numbers were long ago much thinned by the fisher¬ men, who prize it as an excellent and nutritious food. It feeds on aquatic plants, and is said to wander by night to some distance from the banks in search of pasture. The Sauna, specimen described by M. Bruguiere was brought to him ''“■"V'— alive, and was sustained for some time on bread and herbs. It afterwards laid five or six eggs, one of which produced a young turtle. Genus Trionyx, Geoff. Soft turtles. These have no plates or scales, but merely a soft skin enveloping their carapace and plastron, neither of which are completely sup¬ ported by the bones, the ribs not reaching to the margins of the shield, nor being united to each other except by a portion of their length, and the parts analogous to the ster¬ nal ribs being replaced by simple cartilage, and the sternal pieces, partly toothed as in the marine species, by no means filling up the whole of the under surface. The feet, as in the fresh-water tortoises, are palmated though not elon¬ gated, and only three of the toes are furnished with nails. The corneous portion of the beak is clothed externally with fleshy lips, and the snout is prolonged. The tail is short. The species of this genus dwell in fresh waters, and the flexible margins of their carapace are of use in swimming. The Egyptian species or tyrse, the soft turtle of the Nile (Test, triunguis, Forskal, Tr. TEyyptiacus, Geoff'.), some¬ times attains the length of three feet. Its shield is flattish, and of a green colour, spotted with white. This reptile devours young crocodiles the moment they are hatched, and, according to Sonnini, is more serviceable in this way than even the ichneumon. An American species (Tr. ferox, Gmel.) inhabits the rivers of the new world, from Guiana as far north as the southern parts of the United States. It lies concealed in reeds and rushes, seizes on birds and reptiles, preying also on young caymans, and being in turn frequently devoured by the elder members of that powerful family. It is it¬ self sought after as an article of food even by the human race, its flesh being by some esteemed equal to that of the green turtle. This species has been described as possess¬ ing considerable vigour and swiftness in its motions, and as springing forward when attacked to meet its assailant with fierceness and alacrity. It measures about a foot and a half in length, and seems to have been first described by Dr Garden in his correspondence with Pennant.2 Order IL—SAURIA. SAURIAN REPTILES. In this order the heart is composed, as among the Che- lonians, of two auricles and a ventricle, the latter being sometimes divided by imperfect partitions. The ribs are moveable, partly attached to the sternum, and are capable of being raised and depressed for the purposes of respira¬ tion. The lungs extend more or less towards the hinder portion of the body, and frequently enter far into the lower part of the abdomen. Those in which the lungs are large possess the singular faculty of changing the colour of their skin, according as they are excited by their wants or pas¬ sions. The eggs are enveloped by a more or less consistent covering, and the young are produced in the perfect state, that is, they merely increase in size, without undergoing me¬ tamorphosis. The mouth is always armed with teeth ; and the toes are furnished with nails, with very few exceptions. The skin is clothed with scales, or with little scaly granules. All the species have a tail, varying in length in the different kinds, but almost always thick at the base. The majority have four legs, although a few have only a single pair. 1 Journal d'Hist. Nat. 1792. 2 Phil. Trans. Ixi. 296. The chief works on the Chelonian reptiles are the following. J. G. Walbaum, Chelonographia oder bes- chreibung einiger Schildkrceten, 1782. J. G. Schneider, Allgemeine Naturgcschichte der Schildhceten, nebst einen Systematischen berzekh- nisse der einzelnen arten, 1783. J. 1). Schoepf, Historia Testudinum iconibus illustrata. A. F. Schweigger, Monographia Testudinum (in the Archives de Kcenigsberg for 1812). Thomas Bell, F. It. S., Monograph of the Testudinata. J. Spix, Species Novae Testudinum et t lianarum quas in itincre, &c., 1824. The various species are also enumerated by Mr Gray in his Synopsis Repiilium. 22 R E P T I L I A. Sauna. The Saurian order of reptiles was included by Linnaeus r°d« ^ under two genera, Draco and Lacerta. The latter has v ^ v _ been greatly subdivided, in accordance with the number of the feet, the form of the tongue, tail, and scales; and the formation of several separate families has resulted from the consideration of these important features. None of the saurian reptiles are venomous, although the bite of several of the larger kinds is to be avoided rather than otherwise. They all appear to be what may be called carnivorous ; that is, they feed on living prey. Many assume the torpid state during the colder seasons of the year; but in their more active condition they affect, according to the species, a great diversity of situation ; some haunting obscure and humid places, others rejoicing in a dry and sandy soil, ex¬ posed to the influence of the most radiant sun. Several are aquatic; while many climb trees, or, avoiding “ leafy um¬ brage,” seek the surface of exposed and barren rocks. Their form and outward adornment are as varied as their habits. Some are remarkable for beauty of shape and brilliancy of colour, while others present a repulsive aspect and a lurid hue. Many are extremely small, entirely innocent, and na¬ turally familiar and confiding in their mode of life ; others are of gigantic size, and distrustful and dangerous in their disposition. How great the difference between the beauti¬ ful, bright-eyed lizard, which suns itself beside a cottage window, and the huge cayman of America, stretched like a blackened log along the desolate shore of some forsaken river S FAMILY I—CROCODILIDiE. CROCODILES IN GENERAL. The Crocodilidce take the first place in the Saurian or¬ der, a distinction to which they are well entitled from their great magnitude and strength, and a ferocity which has ob¬ tained for them the appellation of the tyrants of the fresh waters, both in the old and new world. They often attain the size of ten and twelve feet, frequently that of fifteen and twenty, and, more rarely, even that of twenty-five and thirty. Inhabiting the margins of the mighty streams of tropical climates, they are the terror of all who approach them; they prey upon every animal which comes within their reach ; and man himself is not free from their attacks, for instances are by no means rare, both in ancient and mo¬ dern times, of their suddenly seizing upon human beings, and carrying them off to their watery haunts. Hence these for¬ midable animals are never witnessed, especially in temperate climates, but with the deepest interest. In the year 58 before the common era, the edile Scaurus exhibited at Rome five crocodiles from the Nile ; on another occasion, Strabo men¬ tions that the inhabitants of Denderah brought many to the great capital of the world; but the most astonishing spec¬ tacle of this sdrt ever witnessed was when the Emperor Au¬ gustus caused the Flavinian Circus to be filled with water, and there displayed thirty-six crocodiles, which wrere killed by an equal number of men accustomed to fight with these monsters. Popular curiosity continues unabated ; and the intimate connection of the creatures in question with geo¬ logical investigations has more recently conferred upon them a very different but not less important interest. The Crocodilidae form an exceedingly natural group, close¬ ly associated by many common characters, of which the fol¬ lowing are the most striking. They all attain a great size. Their tail is compressed laterally. The fore-feet have five Sauria. toes ; the hind four, the three internal of which are furnish- Crocodili- ed with nails, but all of them are more or less united by , ^ , i- membranes. There is a single row of teeth in each jaw. The tongue is fleshy, flat, and attached by nearly the whole of its margin, a circumstance which led the ancients to be¬ lieve that crocodiles were destitute of this member. The back and tail are covered with great scales or plates, which are often pointed in their centre ; the scales on the abdomen are not so thick and strong. The nostrils of these amphibious creatures open at the end of their snout by two small apertures, which shut with valves. The lower jaw is prolonged behind the cranium, which gives the appearance of motion to the upper jaw when the mouth is opened, an idea entertained by the an¬ cients.1 Their external ears are shut at will by two fleshy lips; their eye has three eyelids, two horizontal, like our own, and the third, a membrana nictitans, capable of being drawn from within outwards over the whole front of the globe. Beneath the lower jaw, on either side, is a gland, whose duct opens by a small slit a little within the lower edge of the jaw ; it secretes an unctuous matter of a strong musky smell, and is supposed by Mr Bell {Phil. Trans, 1827) to be a bait for attracting fish towards the sides of the mouth. This gland, with others of a like nature situat¬ ed elsewhere, confers a smell which pervades the whole animal. The vertebrae are to the number of sixty ; seven are cervical, and these are so connected with each other by bony processes that they impede lateral movements, so that it is difficult for the animal to change its direction; and hence, when a person is pursued, he may easily escape by turning. Of all the Saurians, they are the only ones which are destitute of clavicles. Besides the ordinary supply of ribs, they have some which protect the abdomen without as¬ cending to the spine. Their lungs do not descend into the abdomen, as in other reptiles of their order; and this, with their heart of three cavities, where the blood from the lungs does not mix with that from the body so freely as in the rest of the Reptilia, associates them somewhat nearer to warm¬ blooded animals. It would be interesting, did space permit, to enlarge upon these physiological details. It is not a little curious, that in the animals belonging to this group, two openings are found, leading from the surface to the internal cavity of the abdo¬ men, a structure similar to that which prevails in a few ani¬ mals further down the scale. M. Geoffroy St Hilaire sup¬ poses that the superior energy of the crocodile in water is due to this penetration of that fluid, and the consequent conversion of the peritoneum into an additional respiratory surface. Another singular circumstance is, that these ani¬ mals, as in some higher up the scale, are in the habit of swallowing great stones. An officer in the Colombian navy, who mentions this, tells us, that being somewhat incredu¬ lous on the point, he was satisfied of the fact by Bolivar, who, in order to convince him, shot several alligators with his rifle, and in the stomachs of all of them were found stones varying in weight according to the size of the ani¬ mal. The largest killed was about seventeen feet in length, and had within him a stone weighing from sixty to seventy pounds. U pon their dispositions and habits we cannot greatly dilate. In relation to the geographical distribution of the Croco¬ dilidae, we may here remark, that they are entirely foreign to Europe, and do not occur in New Holland, but are else- 1 The peculiar structure of the jaws, and the nature of their movement, among these reptiles, have formed the subject of frequent argument. The fact, or rather the knowledge of it, although controverted by Perrault and Duverney, is as old as the time of He. rodotus ; and Aristotle asserts that they can move both jaws : *(»sw,w£v»v olru ruv aiayavuv. “ Enfin, nous reviendrons encore sur la circonstance, tout-a-fait particuliere, qui permet a la machoire superieure, ou plutot a toute la masse supe'rieure de la tete, de s’elever en bascule, et de se mouvoir ainsi sur la machoire inferieure quand eelle-ci repose sur le terrain ou sur un plan fixe.” (Erpitologie Geniralc, iii. 25.) See also Annales du Mus. ii. 311. R E P T I L I A. 23 dae. Sauria. where extensively spread over various regions of the earth. Crocodili- 'pile caymans are peculiar to America, the crocodiles, pro¬ perly so called, are common to both worlds, and the gavials have hitherto been found only in Continental India. The following table will show the distribution of the family, and the amount of species, in all the great divisions of our globe : Asia. Cayman 0 Crocodile 2 Gavial 1 Total species ...3 Both Asia and Africa. 0 1 0 ] Africa. America. Doubtful. 0 5 0 1 2 2 0 0 0 1 2=14 Genus Gavialis, Cuv. and Geoff. We begin with the very limited genus Gavial, which, so far as known, is con¬ fined to the old world, if not to the Asiatic continent. The first description of one of these animals was given by our celebrated countryman Edwards.1 Count Lacepede intro¬ duced the native name Gavial into our systematic works. The most recent researches of Cuvier have scarcely suc¬ ceeded in determining whether there is more than one liv¬ ing species ; there appear, however, to be several fossil, and hence additional interest is excited. In this genus the snout is slender, and very much pro¬ longed ; the teeth are nearly uniform and alike; the fourth of the under jaw, when the mouth is closed, locks not into a foramen in the upper jaw, but into a lateral groove only; the hind feet are denticulated on the outer margin, and pal- mated to the extremity of the toes; and there is a deep depression behind the eye. G. longirostris, Cuv.; Crocodilus longirostris, Schn.; La- certa Gangeticus, Gmel. The Great Gavial. The muzzle of this species is almost cylindrical, and somewhat bent at its extremity ; its head is singularly broad, especially towards the back part; the length of its muzzle to that of its body is as one to seven and a half. Its dental formulary is = 106. Its scales, as in all its congeners, supply excellent specific characters. This animal appears to attain a great size. Baron Cuvier received from Dr Wallich a specimen of an individual captured near Calcutta, which was seven¬ teen feet long ; and from a fragment in the Paris museum, it is calculated it must sometimes attain to nearly double that size. Notwithstanding its great bulk, the very slen¬ der form of its muzzle renders it much less formidable than the other and more numerous genus (Crocodilus), which also frequents the Ganges. It feeds wholly upon fish, and is not regarded as dangerous to man, a fact confirmatory of iElian’s observation, that “ there are two kinds of crocodiles in the Ganges, the one innocent, the other cruel.” Though it has not hitherto been observed in other Asiatic rivers, it may reasonably be supposed to exist elsewhere than in the Ganges. G. tenuirostris. Though the materials possessed by Ba¬ ron Cuvier did not enable him to come to a definitive con¬ clusion regarding the existence of the small gavial, yet upon the whole he favoured its claims to being something more than the young of the preceding species ; the existence of some nearly allied fossil kinds favouring the conclusion. There is no difference in the shape and arrangement of the teeth or scales ; and the greater narrowness of the upper and back part of the head, and of the orbital foramina, are the only specific differences supplied. Its average size has not been ascertained. Like the preceding, it frequents the Ganges. Genus Crocodilus, Cuv. The generic characters of the true crocodiles are sufficiently distinct. They do not possess the slender beak of the gavials ; the head is oblong, and not half as broad as it is long ; the muzzle is oblong and Sauria._ depressed; the teeth, which are somewhat unequal in their Crocodili- dimensions, are fifteen on each side in the lower jaw, and , ^ , nineteen in the upper; the fourth, which are the longest, pass into furrows, and are not lodged in distinct foramina of the upper jaw; the hind feet have usually a denticulated crest at their outer margin; and the interval of their toes, at all events the external ones, are palmated. There is a deep hollow behind each eye. Different species of crocodile are found in the hot regions of Asia, Africa, and America. Many bear a very close re¬ semblance to each other, but about eight seem to be satisfac¬ torily established. These are, the species called chamses, or temsach,—the common crocodile of the Nile; the biporcatus, or double crested; the acutus, rhombifer, galeatus, and ca- taphractus (Cuv.); to which are to be added the Gravesii and Journei (of Bory de St Vincent). We begin with that which has been longest, and perhaps is best known, the fa¬ mous crocodile of the Nile. C. vulgaris, Cuv.; Temsach of the modern Egyptians; Lacerta crocodilus, Linn. The length of the head of this species is double that of the breadth ; the snout is very rag¬ ged and unequal, especially in the old; its eyes are more asunder than in other species. Without entering into mi¬ nute details of the number and arrangement of the scales on the neck, back, tail, &c. we shall only state, that six rows of nearly equal-sized plates run all along the back, giving it the appearance of mosaic. The colour is a bronzed green, speckled with brown; underneath it is a yellowish-green. These animals sometimes attain the enormous size of thirty feet; “ and if we except,” says Lacepede, “ the ele¬ phant, the hippopotamus, some cetacea, and a few enormous serpents, they have no equal in nature.” The female lays her eggs twice or thrice in the year, but only during the hot weather, and deposits them in the sand, where they are hatched by the sun. They amount to about twenty ; and are said to be hatched after fifteen or twenty days. They are about twice the size of the goose’s egg, and it is stated that the mother takes no charge whatever of them. Indeed we believe that this maternal carelessness is characteristic of the reptile race. This species is frequently designated the crocodile of the Nile, a name far from happy,—because other species may inhabit its waters, and the one in question may be more common elsewdiere. There seems, indeed, to be no doubt that this same animal abounds in the Senegal and other rivers of Western Africa; probably even in all the rivers of that continent, and certainly in those of Madagas¬ car. Formerly it used to frequent the Nile as far down as the Delta, but now we must ascend to its less frequented portions before it is encountered. It was probably in re¬ ference to an individual of this species that Mungo Park re¬ lates the fact, that one of his guides across the river Gambia was suddenly seized by a crocodile and pulled under water. The negroes, however, are so familiar with these creatures, and so skilful in meeting their attacks, that they generally escape. On this occasion the negro thrust his fingers in the crocodile’s eyes with so much violence that it quitted its hold ; but seizing him again, he resorted to the same expe¬ dient, and with more success, as it again released him, ap¬ peared stupified, and swam down the river. Although its flesh has a strong musky smell, yet the inhabitants of the districts wherein it abounds frequently attach a high value to it, as, according to the testimony of Herodotus, did also some of the ancient Egyptians. A common method em¬ ployed by the Africans for destroying the crocodile is to thrust the arm, well defended with ox-hides, down its throat, and then to plunge a dagger into its vitals. The European 1 Phil. Trans. ] 75C. 24 R E P T I L I A. Sauna, traveller will probably prefer avoiding such a close encoun- Crocodili- j-er> . d^‘ _ , Although we have hitherto treated of the common croco- ^~’v'^dile as one and distinct, yet it seems beyond doubt, that in the wide habitat assigned to it, many varieties at least exist. Cuvier remarks, that from the Senegal to the Ganges, and even beyond it, there are crocodiles very like the common one, which have the muzzle somewhat longer or narrower, and have slight differences in the scales of their neck and back, but which it is very difficult to distribute into distinct species. He himself was not able to establish any; nor could he with satisfaction adopt the four proposed by his eminent colleague M. Geoffroy, viz. C. suchus, marginatus, lacu- nosus, and complanaius.1 2 Of these, by far the most famous is the suchus, which the last-named naturalist considers identical with the sacred crocodile of the ancient Egyptians. His theory is, that there existed a species of a small size, having a narrow snout, and a disposition which was wholly gentle and inoffensive, which affected the margin of the river, and was thus the precursor of its inundations ; and that it was to this species that the Egyptians rendered di¬ vine honours. The opposing view, advocated by Cuvier, is that the favoured crocodile did not belong to any one species or variety more than another, and, far from being less, was even more ferocious ; but that it was the custom of the priesthood to entertain, not a host of crocodiles, but only one, or a few, of any given variety, under the name of souchis, as the idol of a divinity who was represented by a crocodile’s head; and that it was to this individual espe¬ cially that divine honours were paid, in the same way as apis was the name of the sacred ox at Memphis, and mnevis at Heliopolis. This favoured animal was always nourished and adorned with extreme splendour, and after its death was buried in the subterranean cells of the Labyrinth; whilst throughout the district where these honours were paid, the whole race of crocodiles were respected and pre¬ served. Cuvier assigns the following among other reasons for the accuracy of his views, which we think conclu¬ sive : First, the crania of the buried and embalmed croco¬ diles do not belong to any one variety, but to all of them; and, 2dly, there is the strongest historical proof that the crocodiles in those districts where they were worshipped, far from being less savage, were even more so than in others, because from their impunity they became more bold. Thus iElian reports, that in the district of Tyntyri- tes, where they unsparingly destroyed the crocodiles, the inhabitants could bathe and swim in the river securely, whilst at Arsinoe they could not safely walk, far less draw water from the river’s banks. The evidence that indivi¬ duals, when taken young, may be completely tamed, is equal¬ ly satisfactory. Thus Bruce relates, that on the western shores of Africa, the negroes bring up crocodiles, which be¬ come so gentle as to let children play with them and ride upon their backs; a fact which satisfactorily corroborates the accounts of those religious processions, &c. in which the sacred crocodile performed so essential and conspicuous a part. C. hiporcatus, Cuv. Dum ; C. porosus, Schn. Double crested crocodile. This species is the common crocodile of India and its archipelago, frequenting the Ganges and other great rivers which empty themselves into the ocean, as also those of Corea and China, Ceylon, Java, Timor, &c. It has a strong resemblance to the Egyptian species ; but the cervical scales are differently arranged, and the dorsal are smaller, more numerous, and differently shaped. (See Plate I., fig. 6.) The appearance of the pores between the scales is much more conspicuous than in the other species, and grows Sauna, with their growth. Its colour is brownish, with black bands Crocodili- on the back, and spots on the side. In the Paris museum v ^ - there is one seventeen feet long, from the Ganges. In the account of Macassar, or Celebes, we read, that in the great river of that island, there are crocodiles so ferocious that they do not confine themselves to making war on fish, but assemble in troops to vratch the boats, and endeavour to overturn them, that they may devour those who are in them. It is the opinion in Java that these animals do not devour their prey on capturing it; but bury it for a time in the mud, that it may decay. This remark is so general¬ ly made of other species in different parts of the world, that it would appear to be a prevailing habit among them. C. acutus, Cuv. Dum. The slender-snouted crocodile, or crocodile of St Domingo. This slender-snouted crocodile is extremely common in the island of St Domingo, as well as in Martinique, and the northern parts of South America. Its most remarkable specific characters are the length of the muzzle, which is bulged at its base; and the scales of the back are differently disposed from those of the pre¬ ceding. The upper part of the body is of a deep green colour, spotted and marbled with black; the under part is pale green. Dr Descourtils states that this animal is more flexible than is usually supposed, for it can introduce the extremity of its tail into its mouth. On the same respect¬ able authority we learn that the males are not so numerous as the females; that they fight furiously at the season of reproduction; that the males are fit for generation at the age of ten, and the females at that of eight or nine, their fecundity not lasting more than four or five years,—a statement which may well be questioned. The eggs are deposited in spring, and hatched in a month. On issuing, the young are only nine or ten inches long; their growth continues for about twenty years, and some are as long as sixteen feet. At the time of the escape of the young, the female comes to scrape away the earth and let them out. She conducts, defends, and feeds them, by disgorging her own food for about three months, a space of time during which the male would seek to devour them. C. rhombifer, Cuv. Dum. Lozenge-scaled crocodile. The habitat of this species has been ascertained only of late years. It occurs in the island of Cuba, and probably inha¬ bits the other Antilles. Its specific characters are well marked. Its chanfrin is extremely prominent, forming a se¬ micircle, whilst in the common crocodile it is only a gentle elevation ; and the extremities are clad with much stronger and more projecting scales than in the other species. Its ground colour is green, bespeckled with small and very dis¬ tinct brown spots. C, galeatus, Cuv. Dum. Helmeted crocodile. The helmeted crocodile has been hitherto found only in Siam, and is remarkable for tw7o bony triangular crests implanted, the one behind, the other on the middle line of the head. It has been taken ten feet long. C. biscutatus is now re¬ garded as an anomalous variety of C. acutus. C. cata- phractus, the cuirassed crocodile, may be witnessed in the museum of the London Royal College of Surgeons, and it is very different, according to Cuvier, from all the others described. The source from whence it was obtained is unknowm.2 Its muzzle is longer and narrower than that of the St Domingo crocodile, whose peculiar chanfrin it wants. It is most easily distinguished by the armour on its neck ; there are first two oval plates, then a row of four, then scaly bands common to the neck and back, which together form a cuirass as strong as that of any of the gavials or alligators. 1 These seem all to be now regarded as varieties of the common Egyptian crocodile,—C. vulgaris, Cuv. and Dum. See Erpetologte Gtn6rale, iii. 104. 2 A specimen of a young individual was presented to the Paris museum as having been obtained from “ le grand Galbac, riviere qui coule pres de Sierra de Leone.’’ II E P T I L I A. Sauria. There still remain two other true crocodiles, described Crocodili- by Graves,1 and which he regards as new; the C. Gra- v ^ _ ^ves™ an<^ Journei of Bory de St Vincent. Both of them are in the Bordeaux museum. The habitat of the former is believed to be the Congo, and of the latter America. All the bones of the Gravesii are as if pierced with small holes, a character they possess in common with some of the alli¬ gators. Its head is of the shape of a slender isosceles tri¬ angle ; the extremity of the snout is rounded, and its sur¬ face covered with great obtuse tubercles, having no regu¬ lar arrangement. The ninth, tenth, and eleventh teeth of the lower jaw are received into a furrow, as well as the fourth. The colour of the upper part is a dark deep brown, that of the lower a dull yellow. The snout of the Journei is very slender, approaching to that of the gavials ; it is con¬ vex as well as long, and near its extremity is almost cylin¬ drical. The back of this species is of a deep yellowish green; the flanks are yellowish, and the belly yellow. Genus Alligator, Cuv. The alligators are by far the most common representatives of this group in the new world ; although, as wre have already seen, there are true crocodiles in St Domingo, and probably in many other lo¬ calities. In most parts of America they are known by the title of cayman, a name apparently of African origin, and applied by the negroes, not to the alligators only, but indif¬ ferently to every species of the group. It does not seem to be yet ascertained whether any true caymans are found in the old world. Adanson thought he discovered one in the Senegal; M. de Beauvais states that he saw one in Guinea; and Cuvier thinks it most probable that they have their representatives in our hemisphere. They possess all the power and ferocity of the true crocodiles, and in many places are found in astonishing numbers. The head of the alligator is not so oblong as that of the true crocodile ; the snout is broad and obtuse ; the teeth are somewhat unequal, the number ranging from nineteen to twenty-two on each side of each jaw ; the fourth of the under jaw is received, not into a lateral furrow of the upper one, but into a distinct foramen. Their feet are only semi- palmated, and are not denticulated. A. lucius, Cuv.; Croc. Cuvieri, Leach. Pike-muzzled alligator. This is peculiarly the alligator of the southern parts of North America, including Carolina, the Floridas, and Louisiana. In the Mississippi it ascends as far as the thirty-second degree north, a higher latitude than any spe¬ cies reaches in the old world. In these countries they fre¬ quent the muddy banks, and quite bury themselves in the cold season, falling into a lethargic state before the setting in of the frost.2 This sleep is so profound that they may be almost cut to pieces without manifesting any sign of life ; when the warm weather returns, they are soon roused in¬ to activity. According to Bose, their eggs are white, and not larger than those of the turkey. They are good eat¬ ing, and are prized by the natives, though they partake of the musky smell of the animal. As soon as they escape, the young betake themselves to the water; but the vast majority become the prey of turtles, fish, and amphibious animals, not excluding the older of their own species. During the first year they feed upon insects and very young fish. Bose states that he preserved a brood of fifteen. They ate only living insects ; and never captured them ex¬ cept when moving, upon which they darted at them with great velocity. They appeared quite gentle when he took them in his hand. At the end of the first year they are still very feeble creatures; during the second they ac¬ quire their formidable teeth. The duration of their exist¬ ence is not precisely ascertained, but is supposed to equal 25 that of man. They never cast their skin ; and on acquiring Sauria. their full size, few animals can injure them. They can fast Crocodili- long. They live on frogs, fish, aquatic birds, on dogs, hogs, d0D' cattle, and any animal they can catch ; when these go to 'v_'' the river to drink, they seize them by the muzzle or leg, and draw them into the water to drown them. “ I used often,” adds the traveller last named, “ to amuse myself, bringing them from their retreats by making my dog bark. Sometimes I used to advance and strike them with my stick, at which they were little disturbed. They never thought of attacking me, and deliberately retired when they found their hunting promised no success.” Though slow on land, they swim with great velocity. In Carolina they make deep burrows, where they pass the whole winter, and even the entire day in summer. Though usually met with on the edges of rivers and lakes, they are sometimes also found in ponds in woods. Bose often attempted to take them with every kind of strong snare ; but these were invariably broken to pieces. They are commonly taken with a strong hook bated with a bird or small quadruped, and connected by a chain to a tree. The Indians eat the tail only. At the time of reproduction they fight furiously with each other, and bellow as loud as bulls. They avoid the salt water and proximity to the sea, because they are there exposed to the attacks of sharks and the great turtle. In very warm dis¬ tricts in the Floridas, the rivers are sometimes quite crowd¬ ed with them, so that they almost interrupt the navigation. The specific characters of the pike-headed alligator are a flat snout, the sides of which are nearly parallel, uniting in front in a regular curve. There are eighteen transverse rows of scales on the back. The colour above is a deep greenish brown, beneath white tinged with green, and the flanks are regularly striated with the two colours. Catesby has seen them fourteen feet long. Its hide, except at par¬ ticular spots, resists a musket ball; it is most vulnerable at the inferior part of the belly, and round the eye. The great alligator of North America certainly forms one of the most remarkable features in the zoology of the-United States. Whatever may be said of the African or South American species, this huge reptile is usually neither shy nor dangerous. Its ordinary motion on land is slow and sluggish, a kind of laboured crawling, which leaves the track of a lengthened trail upon the mud, like the keel of a small vessel. When met with at any distance from the water, it immediately squats, that is, lies as flat as it can, with its nose upon the ground, and staring around with rolling eyes. “ Should a man approach them,” says that accurate and ad¬ mirable describer Audubon, “ they do not attempt either to make away or attack, but merely raise their body from the ground for an instant, swelling themselves, and issuing a dull blowing sound, not unlike that of a blacksmith’s bel¬ lows. Not the least danger need be apprehended; you either kill them with ease, or leave them.” As if conscious of their incapacity of self-defence, they seldom travel ex¬ cept during the night, being then less subject to disturb¬ ance, besides “ having a better chance to surprise a litter of pigs, or of land-tortoises, for prey.” “ In Louisiana,” Mr Audubon observes, “ all our lagoons, bayous, creeks, ponds, lakes, and rivers, are well stocked with them ; they are found wherever there is a sufficient quantity of water to hide them, or to furnish them with food ; and they conti¬ nue thus in great numbers as high as the mouth of the Ar¬ kansas river, extending east to North Carolina, and as far west as I have penetrated. On the Red River, before it was navigated by steam-vessels, they were so extremely abundant, that to see hundreds at a sight along the shores, or on the immense rafts of floating or stranded timber, was 1 Ann. Gen. des Scien. Physiques, t. ii. p. 343. a An individual, however, was observed by Messrs Dunbar and Hunter in latitude 32U north, in the month of December, while the weather was very cold. VOL. XIX. I) 26 R E P T I L I A. Sauna. Crocodili- dae. quite a common occurrence, the smaller on the backs of the larger, groaning, and uttering their bellowing noise, like thousands of irritated bulls about to meet in fight but all so careless of man, that unless shot at or positively disturb¬ ed, they remained motionless, suffering boats or canoes to pass within a few yards of them without noticing them in the least. The shores are yet trampled by them in such a manner that their large tracks are seen as plentiful as those of sheep in a fold.” It was in the Red River, it seems, that so many thousands of these reptiles were killed, while a ma¬ nia prevailed for wearing boots and shoes made of crocodile leather. This had fairly become an article of trade, many of the squatters following for a time no other business. But this leather, though handsome and pliant, exhibiting all the regular lozenges of the scales, and capable of receiv¬ ing the highest polish, is not sufficiently firm or close- grained to prevent for any length of time the ingress of damp or moisture. The power of this alligator lies chiefly in his jaws and tail. The latter is admirably adapted to serve as an ally to the former, because when curved into a semicircle it sweeps everything towards the enormous mouth. “ Woe be to him who goes within the reach of this tremendous instru¬ ment ; for, no matter how strong or muscular, if human, he must suffer greatly if he escapes with life. The monster, as he strikes, forces all objects within the circle towards his jaws, which, as the tail makes a motion, are open to their full stretch, thrown a little sidewise to receive the object, and, like battering-rams, to bruise it shockingly in a moment. The alligator, when searching after prey in the water, or at its edge, swims so slowly towards it as not to ruffle the wa¬ ter. It approaches the object sidewise, body and head all concealed, till sure of his stroke ; then, with a tremendous blow, as quick as thought, the object is secured.” When these giant reptiles are engaged in fishing, the flapping of their tails upon the water may be heard at half a mile. In the vicinity of Bayou Creek, on the Mississippi, there are extensive shallow lakes and marshes, yearly overflowed by the dreadful flooding of that mighty river, and stored with myriads of fish of many different kinds—trouts, white perch, cat-fish, alligatorgars or devil-fish. Thither, in the heats of early autumn, after a burning summer sun has exhaled a quantity of water, the squatter, planter, hunter, all pro¬ ceed in search of sport. The lakes are then not more than two feet deep, with a fine sandy bottom, and much grassy vegetation bearing seeds, keenly sought for by vast multi¬ tudes of water-fowl. In each lake is a deeper spot, called the Alligator Hole, because dug and dwelt in by these rep¬ tiles. There they may be seen in numbers lying close to¬ gether. “ The fish that are already dying by thousands, through the insufferable heat and stench of the water, and the wounds of the different winged enemies constantly in pursuit of them, resort to the alligator’s hole to receive refreshment, with a hope of finding security also, and fol¬ low down the little currents flowing through the connecting sluices; but no! for as the water recedes in the lake, they are here confined. The alligators thrash them and devour them whenever they feel hungry ; while the wood-ibis de¬ stroys all that make towards the shore. The hunter, anxious to prove the value of his rifle, marks one of the eyes of the largest alligator, and as the hair-trigger is touched, the al¬ ligator dies. Should the ball strike one inch astray from the eye, the animal flounces, rolls over and over, beating Sauna, furiously with his tail around him, frightening all his com- Croeodili- panions, who sink immediately ; while the fishes, like blades v ^aB* of burnished metal, leap in all directions out of the water, " v ^ so terrified are they at this uproar. Another and another receives the shot in the eye, and expires ; yet those that do not feel the fatal bullet pay no attention to the death of their companions till the hunter approaches very close, when they hide themselves for a few moments by sinking back¬ wards.” So disinclined are they to attack the human race, that Mr Audubon and his companions have waded waist- deep among hundreds of them. The cattle-drivers may be often seen beating them away with sticks before crossing with their beasts, for they will readily attack cattle, and swim after such animals as dogs, deer, and even horses. As soon as the cool autumnal air gives warning of the approach of frosty weather, alligators leave the lakes to seek for winter quarters, by burrowing beneath the roots of trees, or covering themselves with earth. They speedily become inactive; and to sit and ride on one, according to Mr Audubon, who never rows in the same boat with Squire Waterton, would now be no more difficult than for a child to mount a rocking horse. The negroes kill them by se¬ parating, at a single blow, the tail from the body. They are afterwards cut into large pieces, and boiled in a good quan¬ tity of water, from the surface of which the fat is collected in large ladles. A single man often kills above a dozen alligators in an evening, prepares his fire in the woods, and, by morn¬ ing, the oil is rendered. This oil is used for greasing the machinery of steam-engines and cotton-mills ; and formerly, when Indigo was made in Louisiana, it served (we know not how) to assuage the overflowing of the boiling juice, when a ladleful was thrown into the caldron. We would have deemed the remedy more dangerous than the disease. These reptiles emit a strong odour, and a large one may be discovered by it at a distance of sixty yards. The smell is musky, and, when strong, is insupportable. It is not, however, perceptible when they are in the water, “ al¬ though I have,” says Mr Audubon, “ been so close to them while fishing, as to throw the cork of my line upon their heads to tease them.” He adds, that he has regularly found in their interior round masses of a hard substance resembling petrified wood. He has broken these with a hammer, and found them brittle, and as hard as stones, which they outwardly resemble. “ And as neither our lakes nor rivers in the portion of the country I have hunt¬ ed them in, afford even a pebble as large as a common egg, I have not been able to conceive how they are procured by the animals if positively stones, or (if not) by what power wood can become stone in their stomachs.” They are pro¬ bably concretions formed of indigestible animal substances, or may themselves assist digestion.1 2 Mr Audubon has often amused himself, when fishing where alligators abound¬ ed, by throwing an inflated bladder towards the one next him in the water. It makes for ifr at once, flapping it to¬ wards its mouth, and trying to seize it, but in vain. The light inflation floats aside, and in a few minutes many more of these huge creatures are seen attempting to master the delusive bladder, “ putting one in mind of a crowd of boys running after a foot-ball.” A black bottle is also sometimes thrown among them, tightly corked; but some one, more active than the rest, will seize it greedily, and the crunched 1 The majority of authors who have written of crocodiles from personal observation, agree regarding the frequent cries of the younger individuals, but seem to consider the older ones as seldom giving utterance to their feelings in that way. “ Au contraire,” says Humboldt, “ le rugissement du crocodile adulte doit £tre tres rare, car ayant ve'cu pendant plusieurs anndes ou en couchant k 1’air fibre sur les bords de 1’Ordnoque, nous avons dte' presque toutes les nuits entoure's des crocodiles, nous n'avons jamais entendu la voix de ces sauriens a taille gigantesque.” (Recueil d'Observ. de Zoologie, tom. i.) 8 “ Une particularity notable, mais qui parait assez constante chez les crocodiles, puisque tous les auteurs qui en ont fait 1’anatomie en ont fait mention, c’est qu’on trouve dans leur estomac des cailloux de differentes grosseurs, qui semblent devoir servir h la tritura. tion des alimens, comme les petits pierres qui se rencontrent dans le gesier ou I’estomac musculeux des oiseaux.” (Erpttologie Gcn£. rale, iii. 27.) K E P T I L I A. 27 Sauria. Crocodili- dae. glass gives way within its ponderous jaws as easily as if ground in a coarse mill. During the season of love, in spring, the male alligator is a fierce and dangerous animal, and possibly its observa¬ tion by different naturalists, at different seasons of the year, may account for the contradictions which pervade the re¬ corded statements of its life and manners. When thus ex¬ cited, no man dares to swim or wade among them, or, as Mr Audubon quietly observes, “ they are usually left alone at this season,” a delicate piece of attention, which, we doubt not, like other virtues, is its own reward. The fe¬ male prepares her nest about the first of June, choosing a place about forty or fifty yards from the water, in some thick bramble or cane, where she gathers leaves, sticks, and rubbish of all kinds, carrying the materials in her mouth as a hog does straw. As soon as a proper nidus is formed, she lays about ten eggs, which she covers over with more rubbish and mud; and proceeding in this man¬ ner, she deposits about fifty or sixty eggs in various layers. The whole is then covered up, matted, and tangled toge¬ ther with long grasses, in such a manner that it is extreme¬ ly difficult to break it up. These eggs are in size like those of a goose, but of a longer form, and are protected rather by a parchment-like transparent substance than by shell. Though they are not eaten either by hogs or vultures, the female, now not only wary, but ferocious, watches near the spot, visiting the water from time to time for food. The nest is of course easily discovered, as she always goes and returns the same way, and soon forms a conspicuous path by the dragging of her giant form. According to Mr Au¬ dubon, to whom we stand indebted for these details, it is not the heat of the sun which hatches the eggs, but that of the nest itself,—a perfect hot-bed, from the mode of its for¬ mation. The young, as soon as excluded, force their way through the walls of their putrescent chambers, and issue forth all as beautiful and brisk as lizards. The female then leads them to the lake, or more frequently, for greater se¬ curity, to some small detached bayou; for now the males, their own ungentle fathers, will swallow them by hundreds, and the wood-ibis and sand-hill cranes devour them.1 A. sclerops, Cuv.; Croc, sclerops, Schn. Spectacled al¬ ligator. This is more especially the alligator of Guiana and Brazil. Its snout, though broad, has not the sides parallel, as in the preceding, and is more triangular in its shape. The lower edge of the orbits are very prominent, and a crest pro¬ jecting between them gives the appearance whence their spe¬ cific name is derived. Its colour is bluish-green above, and irregularly marbled green and yellow, more or less pale, be¬ low. Azara speaks of a red variety, which is the most savage of all. It acquires a great size. Cuvier has seen it fourteen feet long; and in Surinam some have attained the length oi twenty and twenty-four feet. In South America it extends as far as 32° south latitude, the same distance from the equator on the one side, as the preceding species reaches on the other. It cannot run half so swiftly as man, and rarely attacks him; but when the eggs are plundered, the female defends them courageously. She lays, according oo some, as many as sixty, and covers them with a few leaves or a little straw. It passes the night in water, as Herodotus states of the crocodile of the Nile, and during the day basks in the sun on the banks. It has been stated, that in certain places, when the morass is partially dried, the remaining water is so crowded with caymans that nothing is to be seen but their projecting backs. It was probably over this species (the Yacare of Azara, Jacare noir of Spix) that Mr Waterton obtained his far- famed and well-known conquest; and of it also that he re¬ lates the following anecdote. “ One fine evening last year, as the people of Angustura, said its governor, were saunter- Sauria. _ ing up and down here on the bank of the Oronoco, I was Lacertini. within twenty yards of this place, when I saw a large cay- v ^ * man rush out of the river, seize a man, and carry him down, before any body had it in his power to assist him. The screams of the poor fellow were terrible as the cayman was running off with him. He plunged into the river with his prey; we instantly lost sight of him, and never saw or heard him more.” The negroes of South America sometimes eat the flesh, notwithstanding its fetid and musky smell. Azara tells us that they succeed in sticking it with an armed harpoon, and after fatiguing it in the water, pull it out by main force and despatch it. A. palpebrosus, Cuv. Sony eyelid alligator. The muz¬ zle in this species is somewhat longer and less depressed than in the preceding, and the margins of the orbits are not projecting. The character, however, which at once dis¬ tinguishes it from all the other Crocodilidm is, that the upper eyelid is wholly occupied with an osseous plate, divided into three pieces by sutures. None of its congeners have more than a small osseous particle near the inner angle. Its teeth are ^ on each side of each jaw. The interval between the two external toes is less palmated than in the other species, from which it may be concluded to be more terres¬ trial. This animal inhabits Cayenne, and exhibits consider¬ able variation in its characters. In addition to these clearly distinct species, naturalists now recognise the two following, viz. the dog-headed cay¬ man, Al. cynocephalus, Dum. and Bib., and the black spot¬ ted cayman, Al. punctulatus, Spix.2 FAMILY II LACERTINIDjF. LIZARDS IN GENE¬ RAL. The members of this family are characterised by a slen¬ der extensile tongue, terminated by two filaments, like that of many snakes. All the four legs have five toes, separate, of unequal size, especially the hinder ones, and furnished with nails. The scales on the abdomen, and those beneath the tail, are disposed in transverse parallel bands. A pro¬ duced portion of the skin, longitudinally cleft, and closing by a sphincter, protects the eye, beneath the anterior angle of which there is the vestige of a third eyelid. The false ribs do not form an entire circle. The species of this family are numerous and diversified, and now constitute several generic groups. Like all other reptiles, they are much more abundant in sultry than in cold or temperate climates. “ I am positive,” says Mr Bruce, alluding to the lizard tribe in general, “ that I can say without exaggeration, that the number I saw one day, in the great court of the temple of the sun at Balbec, amounted to many thousands; the ground, the walls, and stones of the ruined buildings were covered with them, and the va¬ rious colours of which they consisted made a very extraor¬ dinary appearance, glittering under the sun, in which they lay sleeping and basking.” He adds, that the desert parts of Syria, bordering on Arabia Deserta, abound with these reptiles beyond the possibility of calculation. The genus Monitor of Cuvier contains the largest spe¬ cies, some of them almost approaching to the size of croco¬ diles. They have teeth on both jaws, but none upon the palate. The greater number have the tail compressed, which aids their aquatic propensities. Their vicinity to wa¬ ter brings them into the frequent neighbourhood of croco¬ diles and caymans, and they are said to give warning of the approach of these formidable reptiles by a shril1 whistle. Hence probably their name of monitor. That of Tnpinam- 1 See “ Observations on the Natural History of the Alligator,” by John naZ, ii. 270. J. Audubon, Esq. in Edinburgh, New Philosophical Jour- 2 Erpetologie Generate, iii. 86-91. 28 R E P T I L I A; Sauna, bis, which they often bear, was bestow'ed upon them by an guards (Sauvegardes, Cuv. the restricted genus Monitor of Sauna. Ijtcertini- error of Seba’s, wdio, misconstruing a passage in Margrave, Fitzinger) have all the scales of the back and tail with- Facertini- applied to these reptiles the designation of a tribe of people, out ridges. Their teeth are dentated, although those of ^ ^ v first subdivision of the genus contains the Monitors the back part of the mouth become rounded by use or "" v'~w’ properly so called (genus Varanus, Dum.),1 distinguished age. Some have the tail more or less compressed, and by small and numerous scales on the head, limbs, beneath the scales of the abdomen longer than broad. They dwell the abdomen, and around the tail, the last-named portion by the banks of rivers. Such is the very large variegat- being surmounted by a kind of keel formed by a double ed lizard (Z. tequixin), well represented by Madame Me- range of projecting scales. The thighs wrant the peculiar rian at the end of her work on the insects of Surinam. It range of pores observable among several other groups of inhabits Brazil, Guiana, &c. where it attains the length of saurians. The species are confined exclusively to the an- six feet. It runs rapidly, and plunges into the water when cient world, although Seba, and in later years Daudin, have pursued, although it can scarcely be said to swim. It feeds stated the contrary. Travellers report that they prey on on insects, reptiles, the eggs of poultry and of other birds, the eggs of water-fowl and on those of crocodiles, and that and is itself useful as an article of food. Others, distinguished chameleons, young turtles, and fishes, have been found in by the name of ^4 wefw, scarcely differ from the preceding sec- their stomachs. M. Leschenault de Latour even states that tions of the genus Teyus, except in the tail being rounded, they combine together on the banks of lakes and rivers and no way compressed, and furnished, as well as the ab- for the purpose of attacking such quadrupeds as come to domen, with transverse rows of square scales. The scales assuage their thirst, and that he has seen them attempt to of the abdomen are rather broader than long. The species drown a young stag which was trying to cross a river. He of this little group may be regarded as the lizards of Ame- moreover found the thigh-bone of a sheep in one which he rica, that is, as representing in.’the new world the reptiles dissected. which w-e so designate in the old ; but they differ in want- The monitor of the Nile (Z. Nilotica, Linn. Varanus ing the molar teeth, the majority have no collar, and all the Niloticus, Dum.), called Ouaran by the Arabs, has the scales upon the throat are small. Their heads also are more teeth strong and conical, the posterior becoming rounded pyramidal, and they want the osseous plate above the or- by age. The general colour is brown, with paler and darker bits. Several different species have been confounded un¬ points, forming various compartments, among which are der the title of Lacerta ameiva. The most generally dis- transverse rows of large ocellated spots, which on the tail tributed is that named Teyus ameiva by Spix. (See Plate become ring-like. The tail is rounded at the base, and II., fig. 2.) It is of a green colour, with vertical rows of surmounted by a keel throughout its whole length. This white ocelli, bordered with black upon the flanks, species grows to the length of five or six feet. A vulgar The genus Lacerta, Cuv., or lizards properly so called, belief prevails among the Egyptians, that it is a young forms the second principal group of the Lacertine family, crocodile hatched in drier earth than usual. Its figure is They have the back part of the palate armed with two rows engraved on the ancient monuments of Egypt, probably in of teeth, and are further distinguished from the Ameivas and connection with the fact of its preying on the eggs of the Safeguards by a collar beneath the neck, formed by a trans¬ crocodile. To the monitors also belong the animal called verse row of broad scales, separated from those of the ab- scink (Z. scincus, Merr., but not of Linn., Var. arenarius, domen by a space, on which there are only minute scales, Dum.), a small species, very abundant in Libya, Syria, as on the throat. A portion also of the bones of the crani- Egypt, and Arabia, where it frequents rather dry and um projects over the orbits and temples, so that all the up- sandy soils. It is called Ouaran el hard by the Arabs, per part of the head is provided with a bony buckler. Its teeth are compressed, cutting, and pointed, the tail al- Lizards are remarkable for their lively movements, and most without ridge, and a great part of it rounded. Its light and elegant forms. Their colours are also often bril- habits are more terrestrial than those of the preceding, and liant. They pass the winter in a state of torpidity, and are it may be regarded as identical with the land-crocodile of always active and vivacious in proportion to the power of Llerodotus. The jugglers of Cairo pluck out its teeth, and the solar heat. They are often seen stretching themselves then employ it in the performance of tricks. Many other on rocks or stones, however heated, and brandishing from monitors are found both in Africa and India.2 time to time their forked tongues, a motion which in some The second subdivision of Baron Cuvier’s monitors con- countries has induced the belief of their being venomous, sists of such as have angular plates upon the head, and an unfounded idea, we need scarcely say, no creatures be- large rectangular scales beneath the abdomen and around ing more innocent. They are by no means difficult to tame, the tail. The skin of the throat is clothed with small scales, but in a state of nature we have usually found them very and forms a couple of transverse folds. There is a row of timorous, although M. Bory St Vincent regards them as be- pores upon the thighs. ing as bold as they are beautiful. “ Nous en avons vu plu- This subdivision corresponds to the genus Teyus of sieurs saisir bravement au museau des chiens d’arret qui Merrem, and several minor groups may be indicated in it. les avaient surpris dans quelque pelouse seche, et ne pas For example, those called Dracaenae by Lacepede have the lacher prise malgre les secouses violentes et les efforts que scales raised up into ridges, as among the crocodile tribe, faisaicnt ces chiens pour se delivrent.” They are by no and forming crests along the tail, which is compressed. An means devoid of intelligence, and, though shy and fearful, are eatable species {Mon. crocodilinus, Merr.) occurs in Guiana, decidedly inquisitive in regard to what takes place around where it inhabits holes in the vicinity of marshes. It is them. When raising themselves as high as their little said to swim with difficulty, to run rather swiftly, to climb limbs permit, in order to enlarge their “ visible diurnal trees with facility, and to bite severely. It attains the sphere,” they often exhibit themselves to a quiet and con- length of six feet, and is characterized by some scattered cealed spectator in attitudes of great beauty. They fre- ridges of scales upon the back. Another and much quently show themselves more alarmed for birds and quad- smaller species {Trac. bicarinatd) likewise inhabits South rupeds than for the human race, and they will even ac- America. (See Plate II., fig 1.) The little group of safe- quire a certain degree of tameness when domiciled near L he term Monitor is somewhat injudiciously applied to this restricted group, in as far as it does not contain the species originaDv so named, that is, the grande tauvegarde d'Amerique^—Lacerta tequixin of Linn, and Shaw. 2 The genera Varanus and Heloderma form a distinct family (Varaniens) in the system of MM. Dumeril and Bibron. Of the former genus, four are Asiatic, two are from New Holland, one is from the Papous, one from Timor, and three are of African origin. Heloderma horridum (the sole species) is the only American member of the family. KEPT Sauria, the dwelling of a gently-disposed lover of nature. They Lacertini- fear cats and children. Lizards change their skins, like most d*' other reptiles, and the difference between the brightness and brilliancy of their old and new attire has caused the description by naturalists of many species which have no foundation in reality. Although belonging to the cold¬ blooded classes, they are warmly attached to their females, and frequent battles take place among the males for the possession of their fair companions. The eggs are covered by a pale-coloured membranous skin, and are hatched by the heat of the sun, whether in the body of the basking parent, or after exclusion. The eggs themselves increase in size considerably, as the creature contained within deve¬ lops its parts. The reptiles of this group are never volun¬ tarily found in water. They dislike that element, and avoid it, being bad swimmers; nevertheless, when pursued down steepish banks, we have seen them swim across small ditches to gain the other side and avoid persecution. One of the most singular attributes of these creatures consists in their extreme fragility. When running up a bank, or otherwise attempting to escape from danger, if even a light glove or handkerchief is cast upon them, several inches of the ter¬ minal portion of their body comes riggling off, and will twist about among the grass for a considerable period with great liveliness, while the body with its head and four legs proceeds upon its way rejoicing. The tail even appears to rest itself from riggling for a time, and if touched with a pin, or otherwise incommoded, will then resume its move¬ ments with such an apparent character of discomposure, as if it were expressing its dislike at the annoyance. Although several anatomists, proceeding upon their too exclusive knowledge of the higher classes of creation, in which there is no reproduction of important parts, have doubted the extent and universality of this inherent power in reptiles, there is yet no fact in natural history more sa¬ tisfactorily determined. When we refer to the satisfaction of the subject, we allude chiefly to the feelings of the ex¬ perimenter, those of the creatures in question being, we fear, in such a crisis, but sparingly consulted. In nume¬ rous reptiles, the limbs, and a great portion of the poste¬ rior part of the body, may be cut off without more than a temporary inconvenience, the removal being not only speedy, but complete. Blumenbach, one of our highest modern authorities, has repeated1 the experiment alluded to by Pliny.2 He destroyed with an iron point the eyes of the green lizard, and placing the poor creature in a vessel with some fresh earth, which he deposited in moist soil, he found, after the lapse of a brief period, that the organs of sight were entirely reproduced,—“ in integrum restitutos.” Li¬ zards and reptiles of the genus Scincus, of which the tail has been either intentionally or accidentally broken off, are found to reproduce it speedily. The newer portion is re¬ cognisable externally by the form and colour of the scales, and on dissection the vertebrae are found replaced by pieces of a more cartilaginous nature, which probably ne¬ ver acquire the hardness or consistency of bone. Many ex¬ periments have shown the facility with which the limbs and tail of water-newts, and other aquatic reptiles, may be re¬ produced.3 4 “ Qu’il nous soit permit,” says M. Dumeril, rather winningly, “ de consigner ici une de nos experi¬ ences : nous avons emporte avec les ciseaux les trois quarts de la tete d’un triton marbre. Get animal, place isolement au fond d’un large bocal de crystal, ou nous avions soin de conserver de I’eau fraiche a la nauieur d’un demi-pouce, en ILIA. 29 prenant la precaution de la renouveler au moins une foi? Sauria. chaque jour, a continue de vivre et d’agir lentement. C’e- Lacemm- tait un cas bien curieux pour la physiologic ; car ce triton ^ prive de quatre sens principaux, les narines, la langue, les yeux, et les oreilles, c’etait reduit a ne vivre exterieurement que par le toucher. Cependant il avait la conscience de son existence; il marchait lentement et avec precaution ; de temps a autre, et a des grands intervalles, il portait le moignon de son cou vers la surface de I’eau, et dans les premier jours on le voyait faire des efforts pour respirer. Nous avons vu, pendant au moins trois mois, se faire un travail de reproduction et de cicatrisation telle qu’il n’est reste aucune ouverture ni pour les poumons ni pour les aliments. Par malheur, cet animal a peri au bout des trois premiers mois d’observations suivies, peut-etre par le de- faut de soins d’une personne a laquelle nous 1’avions re- commande pendant une absence. Mais on a conserve le sujet dans les collections du museum, et quand nous en parlons dans nos cours, nous le faisions voir a nu pour qu’on puisse constater la smgularite du fait d’un animal qui a vecu sans tete, et surtout pour demontrer la possibilite et la ne- cessite, ^meme chez les Batracians, d’une sorte de respira¬ tion par la peau.”1 We may observe, that in all the tentative experiments which have been hitherto made upon this subject, it has been perceived that these renewals are favoured by warmth and retarded by cold. As an article of diet, lizards are scarcely ever used in Europe, unless in years of peculiar scarcity. Their flesh is said to possess a sudorific quality. The species of this genus are numerous in many conti¬ nental countries (from fifteen to twenty different European kinds being known to naturalists), but are few in Britain. Of the former, one of the most beautiful is the ocellated li¬ zard (Z. ocellata, Daudin), well known in Spain, Italy, and the south of France. It likewise occurs in Barbary, and, generally speaking, over a great portion of the basin of the Mediterranean; but being extremely sensible to cold, it is not likely to extend into Kamtschatka, as some suppose. It may be kept alive within doors in Spain throughout the winter (it naturally then assumes the torpid state), but will perish if dug up from its retreat, and exposed to cold ap¬ proaching to the freezing point. This magnificent reptile sometimes attains the length, even in Europe, of two feet, although its more usual length is from twelve to fifteen inches. Its proportions are rather ample, that is, somewhat thicker than usual, yet it is by no means devoid of elegance; and although it can scarcely be said to be ornamented with those tints of azure, green, and gold, which Lacepede has lavished on it, with more of poetical fancy than precision, it yet is pleasingly adorned. The back is black, beset with numerous circles of green or yellow distributed in great profusion, and showing like pearly beads upon a darker ground. The head is beautifully marbled with green and black, as are also the upper portions of the thighs and feet. The tail is brownish, and all the under parts are of a green¬ ish yellow. “ Le lezard dont il est question est innocent, mais hardi; il fuit au moindre bruit, non lachement, s’arre- tant de distances en distances pour observer la cause de sa crainte, et si on le presse de trop pres il se jette sur 1’assail- lant en faisant entendre un certain soufflement qui rappelle en petit celui qui font entendre les oies en colere. Comme on en trouvait beaucoup aux environs d’une baronie de Saint Magne, ou nous avons passe les premiers temps de notre jeunesse, et que nous en avons ete souvent violem- 1 Specimen Physiologice Comparativoe, p. Si. 5 Hisloria Mundi, lib. xxix. chap. 38 ; and /Elian, edit. Schneid. lib. v. 47. 3 On this very curious physiological subject the reader may consult the following works: Plateretti, Su le reproducione delle gambe e della coda delle Salamandre aquajuole. Scelt. de Opusc. interes. vol. xxvii. p. 18. Spallanzani, Sopra le reproduzioni animali, Fisica Ani- male e Vegetabile, 1768. Murray, Commentatio de rcdintegratione parlium nexu suo solutarum vel amissarum, 1787- Bonnet, Sur la ri* production des membres de la Salamandre aquatiquc, CEuvres d’Hist. Nat. et de Philos, t. v. p. 177- 4 Erpetologie Ge/ncraley i. 209. 30 B, E P T Sauria. ment mordus en leur faisant la petite guerre que I’enfance a