3- a / is J3Zl Eibnmj of €$\\ptn. JSP/,,// $\ UNITED STATES OF AMERICA. S-t *&~*;- *« ?&£* E PITOME y PHRENOLOGY? AN OUTLINE OF THE SCIENCE' AS TAUGHT BY GALL SPURZHEIM AND COMBE: TO ACCOMPANY A C H A R T DELINEATED ACCORDING TO THIS SYSTEM, OR THE- r MARKED BUST V _ APPROVED RY DR SPURZHEII ' ' " Ex fronte, ex capite, ex vulta, etiam in ipso oris sitentio, na~ tura loquitur." — Plato. " It is so — I know it — but look for yourselves, and do not be** lieve it because 1 say so." — Spurzheim, £*? / BOSTONr MARSH, CAPEN & LYON. 1835. I t>?? Entered according to Act of Congress, in the year 1835, By Marsh, Cape.v and Lyon. la the €*erk's Office of the District Court of Massachusetts, X2f $ boston: f UTTLE, WEEKS AND DENNET'P, 8, School Street. ADVERTISE M E N T, The object of this Epitome is to give a condensed outline of Phrenology as inculcated by Dr Spurz- heiiw, together with a brief description of the Skull and Brain. It is hoped that the chapters on the Temperaments, Combinations of Faculties, and Phrenological Expressions will add to the value of the work. In the preparation' of this work great care has been taken to avoid everything hypothetical, and at the same time to include concisely all the information that may be necessary for a student, without in- creasing the size of the volume so as to prevent its- being a " Pocket Companion." With reference ta this last object, it has been printed in a smaller form than would otherwise have been desirable. Those who wish to pursue the study further are referred to the large works ofGALL, Spukzhejm and Coivsbe, for Phrenology, and to those of Spurzheim, Pax- ton, Bell and Lizars, for Anatomy. ERRATA. The following errata escaped detection until too Tate for cor- rection in their proper places*, Page 14, line 17, instead of Stnll, read Stahl. ■« 17, " 24, " Chnsse « Chaise. '« 29, " 3, " they « children. " 42, " 17, " cineritions * { cineritious. <; 42, " 19, " distmtrnired u distinguished, *< 58, " 1, << organ " organs. CONTENTS. CHAP. 1. Page. *TRO DUCT ION, 13 Derivation and definition of Phrenology, • 13 DrGall, . 13 Discovery of Phrenology, * * 15 Dr Spurzheim, * . % 16 Death of Gall, 17 Death of Spurzheim, 18 Imputations on Phrenology, . * 18 Objects and use of Phrenology, 19 Evidence of Phrenology, 20 CHAP. II. Principles, . * » 23 Sect. 1.— Organ of the Mind, . . 24 Sect. 2. — Plurality of the Faculties and their Organs, 25 Primitive Faculty, . . 26 Sect. 3. — Size, cceteris paribus, a measure of Power, 27 Objection to Absolute Size as a criterion, 28 Objection to Relative Size, . • 28 CHAP. III. Temperaments, . . . .29 The Nervous, ... 31 CONTENTS, Page* The Bilious, 31 The Sanguine, 32 The Lymphatic, 33 CHAP. IV. Anatomy of the Skull and Brain, . 34 Sect. 1.— Of the Skull, . 34 Sect. 2.— Of the Brain, 40 Membranes, 43 The Dura Mater, . 44 The Pia Mater, 46 The Arachnoid Membrane, 46 The Medulla Oblongata, 46 The Cerebellum, . 46 The Cerebrum, 46 Convolutions, . 47 Anfractuosities, 47 Diverging Fibres, 43- Converging Fibres, . 48- CHAP. V. Established Points, . * .50 CHAP. VI. Natural Language, . , • 51 CHAP. VII. Practical Directions, . 55 Power and Activity, . 56 Length and Thickness of Fibres, . 57 Measurements, 58 Grades of Developement, . . .59 CONTENTS* XI CHAP. VIIL Page. Division of the Faculties, and Nomenclature, 60 CHAP. IX, Regions, * ♦ 4 63 CHAP. X. Affective Faculties, * * 69 Sect. 1. — Propensities, * t 69 t. Vitativeness, 69 *. Alimentiveness, * 69 1. Destructiveness, * 70 2. Amativeness, 73 3. Philoprogenitiveness, 74 4. Adhesiveness, * 77 5. Inhabitiveness, * 78 6. Combativeness, 81 7. Secretiveness, « 84 8. Acquisitiveness, * 87 9. Constructiveness, * * 88 Sect. 2.— Sentiments, * 90 10. Cautiousness, . * i 90 11. Approbativeness, * 92 12. Self-Esteem, * 92 13. Benevolence, * 93 14. Reverence, . , 95 15. Firmness, * . . &9 16. Conscientiousness, , 100 17. Hope, 102 18. Marvellousness, 103 19. Ideality, , 104 20. Mirthfulness, , . 107 21. Imitation, . 103 All tUMTl&NTSt CHAP. XL Pag«. Intellectual Faculties, . 108 Sect. 1. — External Senses, 109 Voluntary Motion, 110 Feeling - , . 110 Taste, 111 Smell, » i 111 Hearing, . * . 112 Sight, . 112 Sect. 2.— Perceptive faculties^ . 113 22. Individuality, * * 113 23. Configuration, . * . 114 24. Size, 114 25. Weight, . 114 26. Coloring, . 115 27. Locality, » 115 28. Order, 116 29. Calculation, . 116 30. Eventuality, 117 31. Time, . 117 32. Tune, 118 33. Language, * . 119 Beet. 3. — Reflective Faculties, * * 119 34. Comparison, . 119 35. Causality, . . * 120 CHAP. XII. Combinations in Activity, . 121 CHAP. XIII. Phrefolothcal Expressions. U5 EPITOME OF PHRENOLOGY. CHAPTER I. INTRODUCTION. The word Phrenology, derived from the Greek words &gw (mind), and Aiyos (dis- course or doctrine), is used to designate that system of mental philosophy which treats of the special manifestations of mind, and of the corporeal conditions under which they take place : by teaching, that the mind is a plurality of faculties, all of which have spe- cial organs through which they are manifest- ed ; which organs constitute the brain, and are more or less developed in size, as they possess a greater or less power, and, therefore, vary the size and proportions of the head, in an infinite manner. To Dr Francis Joseph Gall, a physician of Vienna, is wholly due the praise of dis- 2 14 INTRODUCTION. covering this system. He was born at Tie- fenbrun, a short distance from Pforzheim, in Swabia, on the 9th of March, 1757, and was the sixth child of his parents, who were of high respectability, as may be inferred from the fact that his father held the highest office among his townsmen, that of Mayor of the village. Gall's parents being full believers in the Roman Catholic religion, intended him for the Church ; this, however, did not suit his natural disposition, and he resolved to prepare himself for the practice of medicine. He pursued his preparatory studies at Baden, Brucksal, and Strasbourg. In 1781 he went to Vienna, and became a member of the school rendered so distinguished by the names of Van Swieten and Stoll. From the earliest dawn of life, Gall was a contemplative observer. The peculiarities of disposition and talent, which existed among his brothers, sisters, and playmates, did not escape his scrutinizing mind. That some were remarkable for their success in mathe- matics, or for their beauty of penmanship ; many for a talent of acquiring languages, while others excelled in music or poetry, were INTRODUCTION. 15 facts soon discovered by the young philoso- pher, a proof of the adage, " E minimis maxima." While yet a school boy, Gall discovered the organ of Language, by perceiving that those gifted with a good verbal memory had very prominent eyes. This discovery led him to others ; and, in a few years of patient observa- tion, he was enabled to map out the cranium with organs. Although Gall spoke of organs on the skull, it would be injustice to believe, that he ever cherished an idea that the skull was the organ of the mind. No ; from the first he believed and taught that the brain constituted this assemblage of organs. Gall for some time followed the old systems of phi- losophy, but finding in them perplexities with- out end, and insurmountable difficulties, he abandoned every theory and preconceived opinion, and gave himself up entirely to the observation of nature. From this time his advances were more rapid, and, being physi- cian to a Lunatic Asylum in Vienna, he availed himself of the opportunity of making observations on the insane. Prisons and schools were his frequent resorts ,* and the 16 INTRODUCTION. courts of Princes, colleges, and seats of jus- tice were open to him. Nothing deterred him from visiting and examining such individuals as were famous for any extraordinary talent or deficiency. Such he studied with regard to external developement. Thus he came to the conclusion, that particular mental powers are indicated by particular configurations of the head. It was at about this time that he began to study the brain more particularly. In 1796 he commenced lecturing at Vienna, which he continued to do until the 9th of July, 1802, when an order was issued by the Austrian Government, that forbad him, inasmuch as his doctrines were dangerous to the govern- ment and religion of Austria. This edict, however, was not a death blow to his doc- trines ; it rather excited the curiosity of many, and like every other similar persecution, add* ed strength to the persecuted. In the year 1800, Dr John Gaspar Spurzhetm commenced his labors with Gall. This event gave great impulse to the study of the physiology and anatomy of the brain. INTRODUCTION. 17 Dr Spurzheim was born at Longuich, a vil- lage near Treves, on the Moselle, on the 31st of December, 1776. He was educated at Treves, and, like Gall, was destined by his parents to become a clergyman. Neverthe- less, in 1799 he went to Vienna, and there studied medicine and became acquainted with Dr Gall. Until 1804 he took no part in the lectures; after which time his character of hearer ceased, and he became associated with Dr Gall. On the 6th of March, 1805, Gall and Spurzheim left Vienna to travel together, and pursue in common their researches into the anatomy and physiology of the whole nervous system. From this time until 1813, these two philosophers were constantly together, and their researches were conducted in com- mon. During the years 1805, 1806, and 1807 they lectured in thirty-five places. In November, 1807, they arrived at Paris, in which city Gall afterwards remained until his death, which occurred August 23d, 1828. He lies buried in " Pere la Chasse," near Paris, where a monument is erected to his memory. 2* 18 INTRODUCTION. In June, 1813, Spurzheim visited Vienna, and in March, 1814, England ; after which time, he several times visited different parts of Great Britain. In 1832 he ventured to come to this country. His first visit was to Boston, where he delivered his last course of lectures. At Boston, on the 10th of Novem- ber, 1832, he fell a martyr to his zeal for propagating the truths of his doctrines. His remains are deposited at Mount Auburn, un- der a beautiful marble monument. It was often predicted that phrenology would die with its founders. This prediction has not taken place, but has verified the words of the Saviour as recorded by St John, viz : " Verily, verily, I say unto you, except a corn of wheat fall into the ground and die, it abid- eth alone : but if it die it bringeth forth much fruit "* Such was the effect produced by the death of Gall in Paris, and of Spurzheim in Boston. At both places societies were formed and kindled into existence by the last brightened flash of these expiring lights. Many opposers of phrenology are loud in crying out against its immoral and danger- * St John, xii. 24. INTRODUCTION. 19 ous tendencies. For instance, they lay the charge of materialism to its doctrines, be- cause it maintains that a small portion of the brain is the instrument of a faculty. What, therefore, must be said of the antiphrenologists, who believe that all of the brain is necessary to the manifestation of each faculty of the mind 1 This charge is founded alone in malice. Fa- tality, necessity, &c. are of the same class of objections, and equally false. Some who style themselves phrenologists may believe in these heterodox opinions, as well as other philosophers ; but the founders and the most distinguished living phrenologists are free from all such imputations. Phrenology is much oftener brought forward to disprove these, than maintain them, and full as often as any theory of metaphysics or dogma of the- ology. It must be evident that a work of this size and pretensions cannot give in detail all the arguments which are used to free phrenology from these imputations ; a candid investigation of the subject by each person, who takes the trouble to read these pages, is all that is asked. Many ask what the objects and use of this 20 INTRODUCTION. system are. Far from foretelling the actions of men, and judging the laws which have been formed by our Creator, phrenology aims only at explaining these laws, and rendering them of more practical utility. This it does by teaching the instructer the true system of education, and the legislator the way to form laws in accordance with nature ; by dispos- ing the criminal justice to the exercise of mercy, and all to that of forbearance ; and last- ly by giving us a knowledge of mankind, that by so becoming acquainted with the motives to action of individuals, we may escape many of the hidden shoals and quicksands, which often wreck our best hopes before we are aware of their proximity. Does not a sys- tem of philosophy, which offers such promises for the improvement of society, demand a respectful attention ? The evidence on which phrenology rest3 demands a few pages of this work. The proposition that each mental faculty is en- dowed by nature with an organ by which it is made manifest, and that this is a portion of the brain, relates to physical and not meta- physical science, and therefore can be proved INTRODUCTION. 21 or disproved only by observation. This belongs to the reason, and must be done by comparing the observed phenomena, discov- ing their relations, and drawing from them just conclusions ; and not by determining beforehand whether the alleged appearances can or cannot exist compatibly with nature* Those, therefore, who attack the doctrines by mere verbal arguments, without facts made known by observation, only convert a subject simple in itself, to a complicated question* If the facts alleged by phrenologists really exist, all contradictory reasonings are defec- tive in premises or unsound in deduction ; but if they do not exist, then the whole fabric of the system must necessarily be crushed by its own weight, and "without the assistance of other objections. Dr Gall's delicacy often forbad his bringing forward important evi- dence in support of his system. If, however, individuals will take into their hands a mark- ed~bust of the head, and a Manual of Phren- ology, and will look at nature for their own satisfaction, by examining and comparing the heads of those whom they know to be differ- ently constructed, they will be able to ascer- 22 INTRODUCTION. tain whether or not the system be founded in truth. For instance, in their own private circles, if two children are known to differ, the one being rash, precipitate and courageous, while the other is very timid ; let these two heads be scrutinized in relation to the organs of Cautiousness. In this instance the difference of heads will be so striking, that the most inexperienced observer cannot fail of recog- nising it. By a selection for observation, of individuals well known to themselves, the in- quirers will enjoy the means of estimating the real nature and extent of the talents and dispositions possessed, the actual appearance of the head, and the effects of health, educa- tion, temperaments, and a variety of circum- stances, which they might have erroneously imagined were not attended to in the investi- gation of Phrenologists. It is frequently stated that the believers and inculcators of these doctrines bring for- ward only such cases as support their doctrines, and omit all notice of adverse instances ; and that if they were candid, one set of facts would neutralize, contradict, or destroy an- other. These statements are wholly unfound- PRINCIPLES. 23 ed, and the adverse facts are not brought forward by their opponents. These imputa- tions imply so much disingenuousness and moral depravity that, if not supported by facts, they only merit contempt- CHAPTER II. PRINCIPLES. Phrenology depends entirely upon the truth of three propositions, called principles : 1st. The brain is the organ of the mind ; 2d. The mind manifests a plurality of powers through as many organs ; 3d. The size of an organ, cccteris paribus, is the measure of the power of its faculty. If these cannot be disproved by facts from nature, then must this be the true system of philosophy. The proofs of each principle are briefly mentioned in the succeeding sec- tions. 24 PRINCIPLES. SECTION I. ORGAN OF THE MIND. The first principle of phrenology is, that the brain is the material organ through which the mind is manifested. This is evident from the following facts : 1st. That there are no manifestations of the mental faculties, without the existence of a brain. 2d. That natural manifestations are im- perfect in the same ratio that the brain is defective, which may be noticed in many individuals, who have been idiotic from birth. 3d. That if the brain is very large and in a healthy state, the mental powers are very energetically manifested. 4th. That as the brains of individuals in- crease or diminish, so also do the faculties of their minds in the same proportion. 5th. That the manifestations of mind al- ways bear a relation to the perfection of the cerebral mass. In young children the brain is pulpy, and the mental powers are inferior, but as the former increases in perfection, the faculties appear ; in maturer years, they ar- rive at their greatest energy, and in old age, PRINCIPLES. 25 when all the corporeal parts become feeble, the mind also participates in the general de- cay. 6th. That some faculties are more active in men than in women ; some, more so in women than in men ; and others strong in men or women, and feeble in children. These differences of manifestation coincide with the organization. 7th. That some faculties are transmitted from parents to children, and in such instan- ces there is a hereditary cerebral organi- zation. And lastly, that if any of the organs in the brain be injured, the manifestation of the respective faculties are deranged or de- stroyed. To this principle many objections have been made, none of which have the least de- gree of plausibility, and on that account are not mentioned here. SECTION II. PLURALITY OF THE FACULTIES AND THEIR ORGANS. It is the second principle of phrenology, that the mind manifests a plurality of powers, 3 26 PRINCIPLES. called primitive faculties , all of which have their proper instruments hy which they are manifested, called organs. That is a primitive faculty,* 1st. Which exists in one kind of animals, and not in another; 2d. Which varies in the two sexes of the same species; 3d. Which is not. proportionate tothe other faculties of the same individual ; 4th. Which does not manifest itself simul- taneously with the other faculties ; that is, which appears and disappears earlier or later in life than other faculties ; 5th. Which may act or rest singly ; 6th. Which is propagated in a distinct manner from parents to children ; and 7th. Which may singly preserve its proper state of health and disease. The mind must be a plurality of such fac- ulties and the brain a congeries of organs, because, 1st. All the mental powers are not equally developed at the same time ; f Spurzbehn and Combe PRINCIPLES. 27 2d. Different faculties are stronger in some individuals than in others ; 3d. In dreams some faculties are active while others are dormant, as may easily be demonstrated in the case of sleep walkers ; 4th. In momomania and partial idiocy, while some faculties are disordered or want- ing, others are healthy and energetic ; 5th. Injuries to portions of the brain, while they effect some faculties, do not derange the whole. Many philosophers who never believed the brain to be the organ of the mind, were nev- ertheless obliged to admit a plurality of fac- ulties. Haller, the distinguished physiologist, " felt a necessity of assigning a distinct func- tion to different parts of the brain." SECTION III. SIZE, OTHER THINGS BEING EQUAL, A MEASURE OF POWER. The third principle, that, when all other circumstances are the same, each faculty manifests a power corresponding to the size of its organ, is the one against which the shafts of the opponents of phrenology have been most generally directed. In all cases, 91 PRINCIPLES. however, the condition, which requires all things to be equal, has been neglected or as- sailed by ridicule. Nevertheless, it is true, as every one may know by examining the subject with candor, either practically or ana- logically. Some have maintained, that absolute size is a measure of power. This cannot be, 1st. Because the brains of some stupid animals exceed in size some of the most in- telligent ; the brains of asses and hogs are much larger than those of monkeys and dogs, yet no one will contend that the former have more powerful minds than the latter ; and those of elephants and whales surpass in magnitude those of men : 2d. Because many men with active tem- peraments have more powerful minds, with small brains, than others, having large heads, with sluggish, and dull temperaments. Others contend that relative size is that measure ; or, in other words, that the larger the head, when compared with the whole body, the greater the power. If this be true, then many singing birds, and some species of monkeys must surpass men in mental power, TEMPERAMENTS. 29 as must also children. The former cannot, because men possess parts in their cerebral organization that they do not; nor can the latter, because their brains are pulpy and less developed. It will be necessary to remember that health, temperament, and exercise exert an influence on each organ, by increasing or modifying its power of manifestation. CHAPTER III. TEMPERAMENTS. One of the most important considerations in forming an estimate of tjie mental powers by an examination of the form of the cerebral developements, is that of the temperaments. This is too often neglected by young phren- ologists ; and many, who oppose the doctrines of phrenology, do not give its supporters their due credit in making it essential to a correct predication of character. Its importance may be inferred from the fact that many men with 3* 30 TEMPERAMENTS. large heads, and consequently large brains, do not possess active minds, on account of their sluggish temperaments ; whereas some with small brains and active temperaments, have very active minds. The ancients, from the days of Hippocrates, admitted four temperaments, and explained them differently to make them coincide with their various theories of pathology. They associated with each some of the innate men- tal faculties ; for instance, love and courage with the sanguine ; want of firmness with the nervous, &,c. The moderns have, in popular language, re- tained the same epithets, and also inconsis- tencies, without being aware of their parent- age, although they do not refer them to the same causes. Although the importance of the tempera- ments is acknowledged by all physiologists, nevertheless they have been much neglected. no work that we possess gives a satisfactory explanation of them. Darwin, Cullen, Rich- erand, Brouissais, Thomas, and Caldwell have given them considerable consideration, and yet have left a wide field for future physi- ologists. TEMPERAMENTS. 31 The temperaments may be defined as cer- tain physical differences in men, depending upon the various proportions and relations among the parts, that make up their organi- zation, and also upon the relative degree in the energy of several bodily organs. Almost all authors admit four ; the Ner- vous, the Bilious, the Sanguine, and the Lymphatic. 1st. The Nervous temperament is some- times found pure, though oftener in combina- tion with the others, and most often with the Bilious. It is the extreme sensibility to all external bodily impressions, or more properly the excess of this sensibility, that forms this temperament. It may be subdivided into two kinds, the phrenic and irritable. It may be seen in those persons who are extremely emaciated and whose flesh is very scanty and soft. People possessing it are generally called "nervous," and may generally be distin- guished by their apparent uneasiness. It is very often acquired by an over excited brain, or even by the excitement of an organ ; " The mind banquets and the body pines.' 5 Shak- speare has described Cassius as the very beau ideal of this temperament, when he says, 32 TEMPERAMENTS. " Yond' Cassius has a lean and hungry look ; He thinks too much. ***** But I fear him not. Yet if my name were liable to fear, I do not know the man I should avoid So soon as that spare Cassius." Some authors think that this temperament is the first stage of all nervous disorders ; and it has been said, that it only shows itself among those, who are the furthest removed from na- ture. As examples of this temperament are cited Voltaire, Montesquieu, and Frederick the Great. 2d. The bilious, which disposes to the next greatest degree of activity, is known by the dark olive color of the skin, black hair and eyes, prominent veins, moderate fulness of flesh, marked muscles, and harshly ex- pressed forms. As examples of this tempera- ment may be adduced Alexander, Julius Csesar, Brutus, Charles XII., Peter the Great, Cromwell, and Napoleon. 3d. The sanguine temperament gives the next degree of activity, and may be known by the ruddy complexion, animated counte- nance, good shape, distinct form, moderate TEMPERAMENTS. 33 plumpness of flesh and fair chestnut colored hair. People having this temperament enjoy the best health, though their minds are not so active and susceptible as those possessing the Nervous or Bilious. 4th. The lymphatic temperament dis- poses to very little mental and bodily exer- cise, and is not marked with much energy of character. It may be easily detected by the whiteness and softness of the skin, and great bulk and plumpness of the whole body. The hair is light, the cheeks rounded, and the face without expression. Languor and sloth- fulness of mind and body, are identified with this temperament. Michael Montaigne is quoted as one possessing this temperament. Such are the temperaments, as generally described, but it is very rare to meet with any individual, who can unhesitatingly be re- ferred to either, on account of the innumerable shades of combination. They are all suscep- tible of modifications by climate, education, &c. A man of the strongest sanguine tem- perament may be easily made to assume the nervous ; and one possessing either, may, by slothful indulgence, convert them into the 34 ANATOMY OP TBI SKULL. lymphatic. He, however, possesses the best, who, with the greatest share of the nervous, has likewise a fair proportion of the bilious and sanguine to strengthen and sustain him. CHAPTER IV. ANATOMY OF THE SKULL AND BRAIN. To aid the student of phrenology, it has been thought advisable to give a brief de- scription of the skull and brain, and of the membranes which cover the brain and sepa- rate its hemispheres. SECTION 1. OF THE SKULL. The first impression which one receives on looking at the skull is, that it is a single ob- ject; but on closer examination he will per- ceive certain irregular lines, traversing it in various directions like seams, called sutures, which are the boundaries and dove-tailed union of several distinct bones. Pursuing his investigation farther, he will find several pro- ANATOMY OF THE SKULL. 35 jections, which are pointed and slim, obtuse, or merely prominent; these are processes, to which muscles are attached. Anatomists, in their descriptions of the skull, generally divide it into the Cranium and Face, which are subdivided into many bones. The latter of these doej not contain 30 ANATOMY OF THK SKULL. the brain, and on that account will not be noticed here. The cranium consists of eight bones : one Frontal (a, Fig. 2) ; two Parietal (b) ; two Temporal (c) ; one Occipital (d) ; one Sphe- noidal (c) ; and one Ethmoidal. EXPLANATION TO FIGURES II. AND III. Figure II. represents the side view, and Figure III. the top view of the skull. a, the Frontal bone ; b, one of the Parietal bones ; c, one of the Temporal bones ; d, the Occipital bone ; e, the Mastoid process of the temporal bone, which is often mistaken by tyros for the developement of an organ ; /, the Styloid process of the same ; g, a portion of the Sphenoidal bone ; h ) the orifice of the ear ; i, the Coronal suture ) k, the Sagittal suture ; Z, the Lambdoidal suture ; m, the Squamous suture ; n, the situation of the Frontal sinuses ; o o, the Temporal ridge, to which is attached the temporal muscle, which fills the cavity at the tem- ples ; and p p, Triquetral bones, which often occur isolated in the Lambdoidal suture. ANATOMY OF THE SKULL. 37 These bones consist of two hard plates, called the internal and external tables of the skull ; and of a cellular substance interposed, called diploe. In cases of violence from without, the outer plate yields and by press- ing the cellular diploe within, often prevents serious injuries to the delicate texture of the inclosed organ. Some parts of these bones are destitute of this cellular substance, while others have it more abundantly. The cranium of an adult is of sufficiently uniform thickness, measuring about three sixteenths of an inch. In some cases, where particular faculties have become impaired, the skull bone situated over their organs, be- comes thickened ; this is very observable in cases of those who, though born with all their faculties, have become partially idiotic. The bones of the cranium undergo changes before they arrive to a state of perfection, and, even after that period, their shape is capable of being changed. They adapt themselves* to the brain and its enveloping membranes, as may be seen from the furrows * Cuvier, Monro and others state this fact. 4 38 ANATOMY OF THE SKULL. which have been left in their inner plates for the lodgement of arteries. In the course of a short period of years every particle of their substance is gradually absorbed and carried away, and other ossific matter is generated to supply the place of that removed. In the earliest stages of existence they consist of cartilage or gristle, and at a proper time, from points called centres of ossification, send out spiculae of bone, which in due time compose the matured bones of the cranium. These points, particularly in the frontal and parietal bones, exhibit themselves during life in the form of prominences. A minute description of each bone cannot be expected in a work of this size; neverthe- less it is important that the frontal sinuses, which occupy the anterior portion of the frontal bone should be described. These are situated immediately above the ridges of the eyebrows. Their size is very variable, and constantly chanorino' in the same individ- nil. In youth they are seldom perceptible; whereas, in adult age, their formation com- mences, and in old age they often measure an inch in depth. They communicate with the ANATOMY OF THE SKULL. 39 nose, and often with each other, and are formed by a separation of the tables of the skull. The generally received opinion among Phrenolo- gists respecting their formation is this : the portion of brain behind the inner plate, be- coming less active, diminishes in size, and the inner plate, which is moulded upon it, fol- lows it, while the outer plate, by the hin- drance of the ethmoidal and maxillary bones, remains stationary. Behind or below them lie the organs of Individuality, Form, Size, Weight, Locality, and sometimes Language. As a general rule, we may infer, that a per- son having very large sinuses, will be sure to have a large developement of the brain be- hind them ; and one deficient in this respect will be certain to have the reverse develope- ment of brain. A good idea of the sutures can be gained by the preceding and following engravings. Their use is evident, being contrived by Infi- nite wisdom and benevolence ; for in case of accidents to the skull, they prevent the extension of a fracture from one bone to another. 40 ANATOMY OF THE BRAIN. FIGURE III. — SUTURES. [For a description of this figure see page 3G] SECTION II. OF THE BRAIN. By the Brain is generally meant that ner- vous mass, which fills the cavity of the crani- um, and which receives and transmits to the understanding external impressions, governs muscular motion, and serves as a medium for the manifestation of the affective and intel* lectual faculties. Gall and Spurzheim taught that the first ANATOMY OP THE BRAIN* 41 general principle of the nervous system is, "that it is not an unit, but consists of many essentially different parts, which have their own individual origins, and are mutual in communication ;" thereby denying, that the brain is the origin of the nerves, or the nerves of it. In proof of this, they showed that the cord sometimes exists without ever having been connected with the brain, and that the latter has existed without the former. The brain, is in general, regular and sym- metrical. It does not always bear the same proportion to the body, but differs at every age, and in both sexes ; for at birth its weight forms the sixth or seventh part of the body, while at adult age it is about the thirty-fifth part only. The same may be said of the parts of which it is composed ; for the cere- bellum, in infancy, is the seventeenth or eight- eenth part of the whole brain, and, in the adult, the eighth or ninth. In the adult, it usually weighs about three pounds, although it occasionally exceeds this weight by several ounces. Its substance is soft, pulpy, and in part fibrous, and its consistency varies according 4fl ANATOMY OF THE BRAIN. to the age ; at birth it being almost fluid, incapable of manifesting much energy, but growing firmer as age increases. It is tena- cious to the touch, inodorous, and destitute of sensibility. Sir Charles Bell, in noticing this last fact, remarks, that from this alone he should be led to think, that it has a higher function, and is more nearly allied to the intellectual operations, than other matter. It is furnished with arteries for its nourishment, and with veins to convey the unused princi- ples of the blood back to the heart, through the sinuses and jugular veins. The brain is composed of two substances, different in texture and generally in color, viz : the pulpy, called inaccurately cineri- tions,* and sometimes cortical, which serves as an envelope to its internal parts, and is distinguised in parts about its interior ; and the white, improperly called medullaryf sub-> stance, which constitutes its interior. Gall and Spurzheim did not affirm the use of the * Wrongly so called, because in children it is somewhat reddish, and is often found pale and almost colorless. t It is not medullary, but white and fibrous, ANATOMY OF THE BRAIN. 43 pulpy substance ; yet from its peculiar distri- bution and from analogy, it appeared to them to be the source or nourisher of the white fibres. The same anatomists demonstrated that the white substance is fibrous. They supposed that each nervous apparatus is com* posed of these two substances, and " that both are necessary to produce an instrument adequate to the performance of a particular function. " They demonstrated " that the cerebrum and cerebellum are themselves on- ly developements of bundles coming from the medulla oblongata, to which are annexed other masses of white fibres proceeding from the pulpy layer, which envelops the hemis- pheres." These substances in certain places are seen forming eminences, cavities, parti- tions, &/C which are always similar in healthy individuals. In the lower species of animated beings, we behold a very imperfectly organized brain, but as animals ascend towards man in the mental scale, so do their brains become more complicated in structure and organization. The brain is invested with three mem- branes ; the Dura mater, which belongs to \& 41 ANATOMY OF THE BRAIN. in common with the cranium, more properly to the latter, supplying the place of the peri- osteum to its internal surface) ; the Arach- noid membrane ; and the Pia mater. 1st. The Dura mater, which incloses the brain, consists of a very dense membrane. It adheres everywhere to the surface of the cranium. Several membranous processes go off from the dura mater, which partly divide the cavity of the cranium and separate the parts of the brain from each other, viz : the falx, which divides the cerebrum into two hemispheres, and between the layers of which at the upper edge is situated the longitudinal sinuses ;* and the tentorium, which lies be- tween the cerebrum and cerebellum, and at the edges of which are the great lateral sinuses.* The subjoined engraving with its explana- tion gives an accurate idea of these parts. * The portions of the marked bust which are erossed correspond with these sinuses. ANATOMY OF THE BRAIN. 45 FIGURE IV. — PROCESSES AND SINUSES OF THE DURA MATER, C Figure IV. represents a lateral view of the pro- cesses of the dura mater and sinuses. a. the falx ; b. the tentorium ; c. the superior longitudinal sinus ; d- the straight sinus ; e. one of the lateral sinuses ; /. one of the jugular veins : f. the inferior longitudinal sinus ; . the occipital sinus ; i. a vein ; and /p. the place of union of the sinuses. !<) ANATOMY OF THE BRAIN. '2d. The Pia mater is a thin transparent web, containing the blood-vessels of the brain. It invests the whole brain, covering its con- volutions and lining its anfractuosities. 3d. The Arachnoid membrane lies be- tween the other two, and is constantly mois- tened with a fluid which prevents injury aris- ing from friction. The brain consists of the Cerebrum, Cere- bellum and Medulla oblongata. The Medulla oblongata is situated at the lower part of the brain, within the cavity of the cranium, and immediately above the large hole of the occipital bone. Anatomists have described it as consisting of three pairs of bodies : the pyramidal eminences ; the oli- vary eminences ; and the restiform eminences. The Cerebellum is situated in the lower and posterior part of the cavity of the cra- nium, lying upon the lower portion of the occipital bone, and beneath the tentorium. It is divided into two lobes by a fold of the dura mater. The Cerebrum occupies the cavity of the cranium above the tentorium. Its superior surface is convex, corresponding in shape to ANATOMY OF THE BRAIN. 47 the bones of the cranium, which, according to Cuvier, Monro, and all other eminent anatomists, are formed upon it. In the median line of its upper surface, there is a deep fissure occupied by the falx, which divides it into two hemispheres. These hem- ispheres are each divided into three lobes. This division into lobes is arbitrary, there being no apparent natural separations. The surface of each lobe is formed of several eminences, having an undulating form, which are generally half an inch in breadth, called convolutions. Those of the anterior lobes are much smaller than those of the middle and posterior lobes, as are also the fibres of which they are composed. They are found bearing, very constantly, the same relations as to their direction and general form, al- though their size is not always the same; sometimes, however, as in cases of idiocy, some are wanting. They are separated from each other by deep depressions, called anfrac- tuosities. The convolutions consist internally of white fibres, whose extremities are covered with the grayish pulpy substance. Spurz- 48 4NAT0MY 01* THE UK A IN. heim, in his demonstrations, used to show that a part of these fibres proceeded in a di- verging manner from the medulla oblongata; those from the pyramids, after decussating,* passing to the front lobes ; and the others to the remaining lobes and cerebellum. These he called diverging Jibres, to distinguish them from others which run convergingly to the great commissure. It was his opinion that a hemisphere might appear entirely smooth (i. e. without convolutions,) and still contain the same elementary parts as one of ordinary appearance. In defence of this he showed that the convolutions could be unfolded, with- out destroying any of the nervous fibres, so as to present an uniform and even surface. These parts are shown by figure V. * This decussation takes place in the following man- ner : — the fibres coming from one side pass directly between those coming from the other, and take their places. By this means the fibres of the right hemis- phere of the brain are connected with the nerves of the left side of the body, and vice versa. Hence arises the curious and otherwise unaccountable phe- nomenon, that paralysis of the right or left side of the body is consequent to an injury on the reverse hemisphere of the brain. 1 ANATOMY OF- THE BRAIN. 49 FIGURE V. — BASE OF THE BRAIN. Fig-are V. shows the base of the brain : ft, the anterior lobes ; b, the middle lobes ; k 7 the posterior lobes ; 50 ESTABLISHED TOINTS. d, the commissure of the cerebellum ; /, the cerebellum ; //, h, the pyramidal eminences of the medulla ob- longata ; i, i, the olivary eminences ; c, n, processes of the cerebrum ; e, g, processes of the cerebellum ', 1, olfactory nerves ; 2, 2, optic nerves ; 8, auditory nerves ; The remaining figures indicate the other nine of those nerves generally called cerebral. CHAPTER V. ESTABLISHED POINTS. The following points have been established by incontestable proofs : 1st. That the mind exhibits a plurality of faculties ; 2d. That the brain is the material organ through which these faculties are manifested ; 3d. That the brain is divided into two hemispheres, each of which has many con- volutions : NATURAL LANGUAGE. 51 4th. That these convolutions are the ex- tremities of the organs of distinct faculties ; 5th. That these organs extend from the top of the spinal marrow to the surface of the brain and cerebellum ; 6th. That each organ is double, one part being in one hemisphere and another in the other ; 7th. That the phenomena produced by each organ are single. 6th. That each faculty manifests a power corresponding with the size of its organ, ce- teris paribus ; 9th. That the same organ has different modes of activity ; and 10th. That health, temperament and exer- cise exert an influence on the power of each organ. CHAPTER VI. NATURAL LANGUAGE OF THE FACULTIES. Each of the primitive mental powers has a peculiar manner of expressing itself when 5(1 NATURAL LANGUAGE active, which is called its natural language. It was from a knowledge of this effect of the faculties that led Lavater and his predecessors Adamantius, Aristotle, Porta, Fludd and others, to form their theories and compose their treatises on Physiognomy. The know- ledge of the natural language, which is the foundation of pantomime, and which gives expression to the productions of the painter and sculptor, is all that renders Physiognomy worthy of being noticed. Lavater and his followers stated, that there exists an apparent correspondence or analogy between the coun- tenance and the mind ; the features and line- aments of the one being directed by the emotions of the other ; and that there is a peculiar disposition of the countenance, to each particular faculty of the mind. Thus far they were right ; but when they proceeded so far as to refer different dispositions to the natural form, size and color of the sev- eral features, they led themselves into error, and made their art empirical. No faculty is always sufficiently active to show its char- acteristic expression at all times ; nor is this expression entirely dependent upon the fea- OF THE FACULTIES. 53 tures of the face. The whole body is brought into action for this purpose, as may be re- membered in the case of Roscius. Who has not noticed the soft voice and pleasing smile of those who desire to be praised, the harsh voice of the bravado, the toss of the haughty girl's head, the sober look of the devotee, and the peculiar look of the cun- ning man's eye? These are the languages of some faculties.* Dr Spurzheim was of opinion that the natural external expres- sion of every faculty is as determinate as the special faculty itself; and thought that the natural language of the faculties would point out the location of the organs of those faculties. It was an idea of his that the * Solomon said, "A haughty person, a wicked man walketh with a froward mouth. He winketh with his eyes, he speaketh with his feet, he teacheth with his fingers." It is said in Ecclesiasticus " that the heart of a man changes his countenance, wheth- er it be for good or evil ; and a merry heart mrkes a cheerful countenance." " The envious man has a wicked eye, he turns away his face and despises men." " A man may be known by his look, and one that has understanding by his countenance, when thou meetest him," &c. 54 NATURAL LANGUAGE. motions are always in the direction of the part of the head, which is the situation of the organs of the faculties by which they are produced. He always expressed a wish that the principle might be tested farther than he had done ; and although he believed that it was true, he did not state it as an undisputed or a settled point. There are some principles respecting the natural language which may be considered general. 1st. As soon as any faculty of the mind is active, all the bodily parts which contribute to the performance of the respective function enter into action ; 2d. If any internal faculty be active, and somewhat energetic, though no function is produced, yet the external expressions take place conformably ; 3d. The external expressions are stronger or weaker according to the activity of the faculties; and they are modified indifferent nations, individuals, temperaments and ages; but the essential is everywhere the same ; 4th. The motions and attitude of the body are modified according to the seats of the organs. PRACTICAL DIRECTIONS. The natural language of the faculties will be mentioned in the description of the men- tal powers. CHAPTER VII. PRACTICAL DIRECTIONS. Before inferring a person's character from his cerebral developement, strict attention must be given to the following points ; viz. 1st. The physical state of the individual, (i. e.) his idiosyncracies, and combination of temperaments ; 2d. The moral education and advantages he has had ; 3d. The whole size of the brain generally ; 4th. The head as divided into Anterior and Posterior regions ; 5th. The head as divided into the Supe- rior and Inferior or Basilar regions; 6th. The head as divided into the Frontal, Occipital, Sincipital and two Lateral regions ; 7th. The developement of the individual organs ; and, 56 PRACTICAL DIRECTIONS. 8th. The combinations of these organs. In doing this, we must be cautious and deliberate, not advancing one step before we are perfectly satisfied respecting the preced- ing. Much depends upon proper allowance being made for the first two considerations. By the third, as size, caeteris paribus, is a measure of power, we see whether the brain of the individual will admit of manifestations of ordinary vigor ; for if it be too small, idiocy is the consequence. By the 4th, 5th, and 6th, we see what are the predominant fea- tures of the faculties ; by the 7th, the power of the individual faculties ; and, by the 8th> the general tendencies; and by a proper con- sideration of all, the general character of the individual. It is very necessary that we should distin- guish between power and activity. Power is dependent on size and gives energy, but not activity ; this latter depends upon tempera- ment. That such a distinction exists in physics is demonstrable. For instance, the balance wheel of a watch moves with great rapidity, nevertheless its power is so small PRACTICAL DIRECTIONS. 57 that it can be stopped by a hair ; whereas the piston of a steam engine moves very slow, yet with prodigious power. The same distinction is observable in muscular action. The nimr ble grayhound moves with the greatest agility but with so little force, that the slightest obstacle arrests his progress ; while the clumsy elephant moves slowly along, with a power that fifty grayhounds cannot impede. By a little attention in our observations, we behold the same principle in mental man- ifestations. Michael Montaigne possessed a powerful and inactive mind ; Mrs Siddons, Mr J. Kemble, and Miss Fanny Kemble had the reverse. When in any organ great power and great activity combine the faculty is the most powerfully manifested. Care must also be taken not to mistake several long processes for organs ; such as the mastoid process behind the ears, the cheek bones, and the protuberance at the back of the head. The situation of the longitudinal and lateral sinuses must not be disregarded. It must be remembered also, that size may consist in length or breadth, or in both. Dr 58 PRACTICAL DIRECTIONS. Spurzheim said that the length of the organ disposes to frequent action, whilst their thickness gives more intensity, " Phrenolo- gists," said he, " attend too little to the latter dimension and too much to the elongation of the organ." The length of an organ implies length of the fibres which compose it, and is ascertained by taking the distance from the middle of a line passing through the orifices of the ears to its exterior. For this purpose an instrument, called craniometer, is used. Often, however, the measurements are taken from the external orifice of the ear by calli- pers. The following is a table of the meas- urements generally taken : From ear to ear. " destructiveness to destructiveness. £i cautiousness to cautiousness. ci constructiveness to constructiveness, " ideality to ideality. " ear to individuality, " ear to occipital protuberance. u ear to benevolence. " ear to veneration. " ear to firmness. " inhabitiveness to comparison. " mastoid process to mastoid process PRACTICAL DIRECTIONS. 59 Dr Spurzheim recommended beginners to study the separate organs with reference to four grades of developement, viz. predom- inant, large, moderate and small. The Edin- burgh phrenologists use a more minute scale of gradations, viz. 1. 11. 2. idiocy. 12. rather full. 3. 13. 4. very small. 14. full. 5. 15. 6. small. 16. rather large 7. 17. 8. rather small. 18. large. 9. 19. 10. moderate. 20. very large. This last scale may be used by those capa- ble of distinguishing very small differences in size, but for general use it is unnecessarily minute. 60 CHAPTER VIII. DIVISION OF THE FACULTIES, AND NOMEN- CLATURE. Each species of feeling and thinking is called by phrenologists a faculty ; and the natural apparatus through which any faculty is manifested, is called its organ. As the philosophers of the old school have never agreed with each other in the division, num- ber and names of the mental faculties, so have the phrenologists never been able to agree with them. The first grand division of many philosophers, was into instinct in ani- mals, and understanding and will in men ; they subdivided the understanding into atten- tion, memory, judgment and imagination, and the will into inclination, desire, propensity and passion. Gall and Spurzheim did not acqui- esce in this division ; they taught, that the instinct of animals and the propensities in men are the same ; and that attention, mem- ory, judgment, imagination, inclination, desire and passion of the old writers, are not funda- mental powers but different modes of activity of all, or some of the mental faculties. DIVISION OF THE FACULTIES. 61 Spurzheim, seeing the incorrectness of the old division, divided the mental powers into two orders ; 1st, the feelings or affective fac- ulties, and 2d, the intellectual faculties ; he then subdivided both orders into several gen- era, and each genus into its several species. As no faculty should be named from its action, — since actions are the result of a combination of faculties, and often proceed from abuse, — he endeavored to correct the erroneous nomenclature of his predecessor, Dr Gall, and gave names, — some of which he was obliged to invent, — to each power independently of any action or application. The classification has been adopted by all writers on Phrenology, though some have differed from Spurzheim in the names of some of the organs. Some arrange the or- gans as he did in 1825, among these is Deville, publisher of the London bust, and Combe, author of the Edinburgh cast. The ar- rangement which Spurzheim used in the latter part of his lecturing, and which he has embodied into the last edition of his work is used here, because it shows evidence of having been formed philosophically and nat- urally. 6 62 DIVISION OF THE FACULTIES. According to Spurzheim the faculties are ; ORDER I.— FEELINGS OR AFFECTIVE FAC- ULTIES. GENUS I. PROPENSITIES. t Vitativeness. 5 Inhabitiveness. * Alimentiveness. 6 Combativeness. 1 Destructiveness. 7 Sepretiveness. 2 Amativeness. 8 Acquisitiveness. 3 Philoprogenitiveness. 9 Constructiveness. 4 Adhesiveness. GENUS II. — SENTIMENTS. 1. Inferior sentiments common to man and the lower animals. 10 Cautiousness. 12 Self Esteem. 11 Approbativeness. 2. Superior sentiment common to man and the lower animals. 13 Benevolence. 3. Superior sentiments proper to man. 14 Reverence. 18 Marvellousness. 15 Firmness. 19 Ideality. 16 Conscientiousness. 20 Mirthfulness. 17 Hope. 21 Imitation. ORDER II.— INTELLECTUAL FACULTIES. GENUS I. — EXTERNAL SENSES. Voluntary motion. Smell. Feeling. Hearing. Taste. Sight. &EGI0NS. 63 GENUS II. — PERCEPTIVE FACULTIES. 1 . Intellectual faculties, which perceive the existence of external objects and their physical qualities, 22 Individuality. 25 Weight and resistance. 23 Configuration. 26 Coloring. 24 Size. 2. Intellectual faculties, which perceive the relations of external objects. 27 Locality. 31 Time. 28 Order. 32 Tune. 29 Calculation. 33 Artificial language. 30 Eventuality. GENUS III. REFLECTIVE FACULTIES. 34 Comparison. 35 Causality. CHAPTER IX. REGIONS. The organs of the mental faculties are so situated in different portions of the brain, those of the intellectual faculties in one part, those of the sentiments in another, and those of the propensities in a third, that, by dividing the head or skull into parts by imaginary lines, we 64 REGIONS. are able to see by a glance of the eye, which of these predominate. Several modes are given, for doing this. Three only will be here described, which on account of their individual importance, should not be neglected. 1st. The whole head should be divided into two portions, by drawing a line from the orifice of the ear to that point on the skull which is pliable in the heads of infants. The portion before this line is called the anterior, and that behind it, the posterior region of the head. 2d. The next mode is by dividing the whole head into two other regions, by a line running from the frontal protuberances (at the upper line of the forehead) to the superior angle of the occipital bone. From their situation, these are called the superior, and inferior or basilar regions. The head should be examined by these, before we resort to the third method, which is this : 3d. Let a line be drawn from the anterior edge of the organ of Constructiveness at the temple upwards to the temporal ridge, thence to pass to the middle line of the forehead, leaving the frontal protuberance anterior to it. REGIONS. 65 This line will consequently terminate between the organs of Benevolence and Comparison, leaving before it the frontal lobes of the brain, in which are situated the organs of the Re- flective and Perceptive faculties. This por- tion is called the Frontal or intellectual region. — Second, let another line be drawn from the mastoid process of the temporal bone (the hard prominence behind the ear) to pass directly through the parietal protu- berance (organ of Cautiousness,) to the sa- gittal suture or median line of the head. This line will certainly terminate between the or- gans of Self-esteem and Firmness, and leave behind it the posterior lobes of the brain, and the cerebellum, in which are placed the infe- rior sentiments and most of the propensities. This is the Occipital region ; — Lastly, let a third line be drawn from the point where the first described line intersected the temporal ridge, to pass along this ridge* until it ter- * The prominences, ridge and suture referred to, can be distinctly felt on the living head, and be seen on almost every skull. If the temporal muscle be made to contract several times forcibly, much assis- tance will be given in finding the ridge, when it is otherwise obscure. 6* 66 REGIONS. minates in the second described line imme- diately above the parietal protuberance. This line, when drawn on both sides, divides the remaining portion of the head into three regions, the Sincipital above, containing the organs of the Superior sentiments ; and the two Lateral below, containing the middle lobes of the brain, which are devoted to the use of the remaining propensities. The sincipital is often called the moral, and the occipital and two lateral united, the animal regions. Of these regions the occipital is unfortu- nately the most largely developed ; and on this circumstance greatly depends the general and excessive energy of man's animal nature. The greater developement of the lateral over the sincipital region conduces likewise to the same result; in the majority of individuals the head will be found more broad than high. The superior portion of the occipital region is deserving of particular attention on account of its influence over the other regions, by stimulating them and influencing them to maintain their energy. In combination with large frontal and sincipital regions, it strength- REGIONS. ' 67 ens the intellectual and moral capacities ; but when united to a greatly developed basilar region, it increases the vigor of the animal propensities. The intellectual region, lying in the fore- head, is often the cause of errors in judg- ment ; for a forehead containing a large de- velopement of the reflective faculties and a larger of the perceptive, is often, on account of its retreating aspect, considered shallow. Another error, which too often arises through ignorance is this : — a head, having a high sincipital region, a broad lateral, with a small frontal, is thought, on front view, (on account of its height and breadth,) to have a large developement of the frontal or intel- lectual region, whereas it has one very de- fective. Instances of this description are of so frequent occurrence, that great care must be taken not to fall into mistakes. The error can be easily rectified by regarding the head profilewise, and measuring the distance from the ear forward, thereby taking account of the length as well as breadth of the brain. 68 REGIONS. FIGURE VI.- In this engraving, A. represents the Frontal region ; B. the Sincipital; C ? the Occipital ; and D, the Lateral. 69 CHAPTER X. ORDER I. AFFECTIVE FACULTIES, OR FEEL- INGS. These have their origin from within, and are taught only by sympathy. They are blind in themselves, and are partly common to man and the lower animals, and partly proper to man. SECTION I. GENUS I. PROPENSITIES. This genus consists of several species, all of which exist in man and in other animals, and do not form ideas. f.— VITATIVENESS. Speaking of this propensity, Dr Spurzheim remarks ; — " It is highly probable that there is a peculiar instinct to live, and I look for its organ at the basis of the brain, where the middle and posterior lobes of the brain meet each other at the internal border of Combat- iveness." *. ALIMENTIVENESS. It has been much disputed, whether the 70 AFFECTIVE FACULTIES, stomach or part of the brain be the organ of this propensity. Phrenologists believe that the desire or instinct is manifested by the brain, but that hunger has its seat in the stomach. Many people will eat long after the cravings of the stomach have been satis- fied, and others will only eat enough to satisfy this craving. The old proverb which says, " many live to eat, but few eat to live," shows that the idea is not new. This faculty exists in all animals, whether carnivorous or her- bivorous. Its use is to preserve the individual. Its abuse leads to intemperance in eating and drinking. When its organ is inactive, want of appetite ensues. The organ is situated at the anterior part of the temples behind Constructiveness, and before Destructiveness. I. DESTRUCTIVENESS. This organ is situated immediately above the opening of the ear, so that its develope- ment corresponds with the squamous portion of the temporal bone. It was discovered by Dr Gall, after an attentive examination of the OR FEELINGS. 71 skulls of carnivorous and herbivorous ani- mals, and of murderers. This faculty, like all others, is good in itself, when properly employed, but when abused has very bad tendencies. " Passions, like elements, though born to fight, Yet mix'd and soften'd, in his work unite ; These 'tis enough to temper and employ ; But what composes man, can man destroy." Pope. It produces an impulse and desire to destroy in general. Its most appropriate use is for self-defence, by destroying things and animals, that are noxious, or whose death is necessary for the maintenance of life. Its abuse prompts to murder, rage, cruelty, malevolence, ferocity, and general destruction and devastation, whether of ani- mate or inanimate things. The inactivity of its organ disposes to an unwillingness to destroy, and an incapacity of seeing animals killed, and to a want of energy of character. Its natural language is expressed by a harsh and ill-natured tone of the voice. It is very essential to satire, as may be seen in the fol- lowing quotation : rZ AFFECTIVE FACULTIES, " But first as he flew, I forgot to say That lie hover'd a moment upon his way To look upon Leipsic plain ; And so sweet to his eye was its sulphury glare, And so soft to his ear was the cry of despair, That he perched on a mountain of slain ; And he gazed with delight from its growing height, Nor often on earth had he seen such a sight, Nor his work done half so well : For the field was so red with the blood of the dead, That it blushed like the waves of hell ! Then loudly, and wildly, and long laughed he : 1 Methinks they have here little need of me.' " Byron. It is often recognised in the writings of the best descriptive poets, as for instance, in the description of Bruce avenging on Cormac Doil the death of Allan. " Not so awoke the king ! his hand Snatched from the flame a knotted brand, The nearest weapon of his wrath, With this he crossed the murderer's path, And venged young Allan well ! The spattered brain and bubbling blood Hissed on the half extinguished wood ; The miscreant gasped and fell." — Scott. The organ is very conspicuous in the heads of cool and deliberate murderers, and OR FEELINGS. 73 in those who delight in cruelty, and are noto- rious for vehement swearing. Its existence and location is proved beyond doubt. The organ is large in the casts* of Caribs and small in those of Hindoos. II. AMATIVENESS. The propensity to physical love is mani- fested by means of the cerebellum, which lies beneath the ridge passing from the mas- toid process to the occipital protuberance at the back part of the head. When the organ is large, the neck appears very full. The abuse of this faculty leads to crime and dis- sipation in its most loathsome form, immod- esty and indecency in words and actions. Its natural language is expressed by a pecu- liar look of the eye called ogling. Coleman says • " Love has a swifter messenger than speech, To tell Love's meaning. His expressions post Upon the orbs of vision, ere the tongue Can shape them into words." * Casts mentioned in this w T ork can be had upon application to any of the dealers in phrenological works, or the artists. 7 74 AFFECTIVE FACULTIES, Byron expresses the same in one line : " Soft eyes looked love to eyes which spoke again. The organ is large in Mary Macinnes, and small in Dr Hett of Vienna. III. PH1LOPROGENITIVENESS. This feeling shows itself in the love which mothers have for their youngest children. It is beautifully illustrated by Byron. • ' Where were then the joys, The mother's joys of watching, nourishing, And loving him ? Soft he wakes. Sweet Enoch ! Oh Cain ! look on him; see how full of life, Of strength, of bloom, of beauty, and of joy. Look ! how he laughs and stretches out his arms, And opens wide his blue eyes upon thine, To hail his father ; while his little form Flutters as wing'd with joy. Talk not of pain ! The childless cherubs well might envy thee The pleasures of a parent ! Bless him, Cain ! As yet he has no words to answer thee, but His heart will, and thine own too." Females generally possess it in a greater degree than men. That men are not desti- OR FEELINGS. 75 tute of it may be inferred from Byron's apos- trophe to his daughter. " To aid thy mind's developement, — to watch Thy dawn of little joys, — to sit and see Almost thy very growth, — to view thee catch Knowledge of objects, — wonders yet to thee ! To hold thee lightly on a gentle knee, And print on thy soft cheek a parent s kiss, — This, it should seem, was not reserved for me ; Yet this was in my nature : as it is, I known not what is there, yet something like to this." The girl expresses it by the caresses she bestows upon her doll. It is manifested by cold blooded murderers and ferocious animals, and is not therefore, the same as Benevolence. Men often possess it in such a feeble state of energy, that the greatest punishment with which they could be inflicted would be to have to take charge of children. It was largely possessed by Byron and Scott, and is very perceptible in their poetry. The follow- ing beautiful passage is inspired with it in combination with Adhesiveness and Reve- rence. " Some feelings are to mortals given, With less of earth in them than heaven : 7(> AFFECTIVE FACULTIES, And if there be a human tear From passion's dross refined and clear, A tear so limpid and so meek, It would not stain an angel's cheek, 'Tis that which pious fathers shed Upon a duteous daughter's head ! And as the Douglass to his breast, His darling Ellen closely pressed, Such holy drops her tresses steeped, Though 'twas a hero's eye that weeped." — Scott. Its use is to promote feelings to love and cherish offspring; and to show a peculiar attention to the old, infirm and helpless. When excessive, it spoils children by indul- gence, and causes their loss to be felt too much. If feebly possessed it leads to the neglect of children, and makes the care of them a burthen. The natural language of this faculty is shown by an expression of pleasure and tenderness, whenever its objects are present or incidentally mentioned. The organ is situated in the posterior lobes of the brain ; and its developement occupies all of the occipital bone above the transverse ridge and occipital protuberance. It is very large in Hindoos, and very small in Peruvi- ans. OR FEELINGS. IV. ADHESIVENESS. Friendship, society and marriage are the result of this feeling. It is strong in females and often in the most abandoned criminals. Generally speaking, recluses possess but a very little of this charming species of affec- tion. To those who possess it strong, the very thought of being alone gives pain ; " Adah. Alone I could not Nor would be happy : but with these around us, I think I could be so despite of death, Which, as I know it not, I dread not, though It seems an awful shadow — if [ may Judge from what I have heard. Lucifer. And thou couldst not Alone, thou say'st, be happy ? Adah. Alone! oh, my God ! Who could be happy and alone, or good f To me my solitude seems sin ; unless When I think how soon I shall see my brother, His brother, and our children, and our parents. Lucifer, Yet my God is alone ; and is he happy, Lovely and good ? Adah. He is not so ; he hath The angels and the mortals to make happy, And thus becomes so in diffusing joy : What else can joy be but the spreading joy ?" Byron 7* 78 AFFECTIVE FACULTIES, George Combe in his valuable work, quotes the following stanza from Moore, to show what style of verse it inspires : u The heart, like a tendril accustomed to cling, Let it grow where it will, cannot flourish alone j But will lean to the nearest and loveliest thing, It can twine with itself, and make closely its own." Its use inclines to friendship, society, mar- riage, and the formation of social and friendly societies. Its abuses are shown in the for- mation of clubs or gangs for improper pur- poses ; and in attachment to worthless and vicious people. When its organ is inactive, little regard is had for the society or attach- ment of others. The natural language is expressed by the warm and familiar shake of the hand, and by the pleasant appearance of the countenance. The organ is situated between Cautious- ness and Philoprogenitiveness. Large in Gen. Wurmser, small in Madelaine Albert, and Brazil Indians. V. INHABITIVENESS. According to Dr Spurzheim, this faculty determines animals in the selection of their OR PEELINGS. 79 places of abode. Some are always found on the top of mountains, while others haunt the plains and low countries. There are several Indian tribes that have never been known to wander , about ; and there are others that never adhere long to the same place. Many people cannot be separated from the land of their birth even after all their friends and other associations are removed ; and yet others, without any pain, can emigrate to far distant countries without the slightest prospect of ever again beholding their native land. These considerations prompted Spurzheim to give the faculty the name of Inhabitive- ness ; they likewise prove that it is a special faculty, and innate. Were it not for this faculty, the song of " Home, sweet home" would not have the influence it now exerts. It was one of Sir Walter Scott's strongest faculties and inspired these stanzas in his " Lay of the Last Min- strel " : " Breathes there the man, with soul so dead, Who never to himelf hath said, This is my own, my native land ! 80 AFI ECTIYE FACULTIES Whoso heart hath ne'er within him burn'd, As home his footsteps he hath turned, From wandering on a foreign strand ! it \f- # I ! * O Caledonia ! stern and wild, Meet nurse for a poetic child ! Land of brown heath and shaggy wood, Land of the mountain and the flood, Land of my sires ! what mortal hand Can e'er untie the filial band That knits me to thy rugged strand ! Still, as I view each well-known scene, Think what is now, and what hath been, Seems as, to me, of all bereft, Sole friends, thy woods and streams were left ; And thus I love them better still, Even in extremity of ill. By Yarrow's streams still let me stray, Though none should guide my feeble way ; Still feel the breeze down Ettrick break, Although it chill my withered cheek ; Still lay my head by Teviot stone, Though there, forgotten and alone, The Bard may draw his parting groan." Mr George Combe, of Edinburgh, has extended the limits given by Spurzheim to this propensity ; and, calling it Concentra- tiveness, says, " that its function is to main- tain two or more powers in simultaneous and combined activity, so that they may be direct- OR FEELINGS. 81 ed towards one object." Mr J. Deville of London, has, in his extensive collection of phrenological specimens, several casts, which contradict the opinion of Combe and favor that of Spurzheim. When used properly it gives a desire of keeping in any particular place, such as the place of birth, education, and where youth has been spent. The abuse produces too great love of home, and consequently pain and unwillingness to leave it ; and also nostalgia or home-sickness. Its deficiency has a con- trary effect. The organ is situated immediately above that of philoprogenitiveness, at the lower part of the crown of the head, under the posterior fontanel. It is large in Scott and small in North American Indians. VI. C0MBAT1VENESS. This faculty inspires with courage, and, when very active, with the propensity to at- tack. It is by itself a blind impulse, delight- ing in opposition for its own sake, and in a restless spirit of contention, having no end or object. But when under the direction of 39 AFFECTIVE FACULTIES, higher powers, it imparts boldness and force to the character. It makes some men arguers and always take the opposite side of every opinion, u And e'en tho' vanquished, they can argue still." Some, even after they have converted you to their opinions, will take the side you have given up as wrong, and, as the poet says, " Confute, change sides, and still confute." Of such a character, " my father" in Tris- tram Shandy is an admirable delineation. The following extract is a beautiful illustra- tion of this faculty combined with Benevo- lence. " If/' says Uncle Toby, " when I was a school-boy, I could not hear a drum beat but my heart beat with it, was it my fault ? Did I plant the propensity there ? Did I sound the alarm within, or nature ? Did any one of you shed more tears for Hector ? And when King Priam came to the camp to beg his body, and returned weeping back to Troy without it, — you know, brother, I could not eat my dinner. Did that bespeak me cruel ? Or, OR FEELINGS. 83 because, brother Shandy, my blood flowed out into the camp, and my heart panted for war, was it a proof that it could not ache for the distress of war too?" When properly used, this faculty gives courage to defend, meet danger and overcome difficulties. But if abused, it leads to anger, attacks, love of contention and disputation. Its organ in a state of inactivity leads to cow- ardice, timidity and unreasonable fears. The natural language is shown by the rigid features; elevated and drawn back head ; fighting posture ; angry and bold in- tonation of the voice ; and, if the person is profane, by oath after oath thrown out in a bravado style. The organ is located in the posterior lobes of the brain, between Destructiveness and Philoprogenitiveness, and shows its develope- ment upon the posterior inferior angle of the parietal bone. It is large in Wurmser and Henry Joseph, (the murderer of Captain Crosby) ; and small in the timid female and Hindoos. 84 AFFECTIVE FACULTIES, VII. SECRETIVENESS. Some people have a great desire to conceal all their thoughts, words and actions ; and others will whisper into your ear a few words, that every one might know, and beg of you not to divulge their secrets. Such have the faculty under consideration, very strong. This faculty does not determine the object nor manner of concealing ; and there is no end to the ways in which it acts. Shakspeare, the great poet of nature, shows it everywhere in his writings.* It is indispensable to good acting, and is thus alluded to in Hamlet : 11 Is it not monstrous, that this player here, But in a fiction, in a dream of passion, Could force his soul so to his own conceit, That from her workings all his visage wanned ', Tears in his eyes, distraction in 's aspect, A broken voice, and his whole function suiting With forms to his conceit ? — and all for nothing ! For Hecuba ! — What 's Hecuba to him, or he to Hecuba, That he should weep for her ?" It is possessed by the greatest villains, as * King John, Act iii. Scene 3. " K. John. I had a thing to say, but let it go," &c. OR PEELINGS. 85 in the case of the Duke of Gloster,* who says : tt Why, I can smile, and murder while I smile ; And cry, content, to that which grieves my heart ; And wet my cheeks with artificial tears, And frame my face to all occasions." It is this faculty which predominates in successful politicians. When active and combined with much acquisitiveness, it will, if abused, probably lead to theft. It was in this combination, that it was discovered by Gall, who called its organ, that of theft. In the same combination, but used properly, it prompts naturalists, antiquarians, foe, to make large and useful collections* Its use is to retain ideas until they have passed under the cognizance of the reflective faculties ; and it gives expression to the pro- ductions of artists, poets, actors, foe. When abused and badly combined with other fac- ulties, it leads to hypocrisy, lying, intrigue, equivocation, cunning, dissimulation and de- * Shakspeare has made secretiveness the most prominent feature in Richard's character ; it is ex- cessively active in combination with Nos. 1, 6, 11, and 21. 8 86 AFFECTIVE FACULTIES, ceit of every description. When deficient it betrays what should be kept secret, for the good of ourselves and others, and allows us to be deceived or duped by the craftiness, address, or falsehood of others. The natural language of this faculty is a shy expression of the eyes, directing them in a leering or oblique direction : lightness of step ; a carrying of the head low and between the shoulders. Scott lends the* following beautiful illustration : " For evil seemed that ol