Introduction to the Science of Sociology Part 12

Both the authors who emphasize the purposefulness of the reflex act, and those who see in it only a physical process, have invariably looked upon the ganglion-cell as the princ.i.p.al bearer of the structures for the complex co-ordinated movements in reflex action.

I should have been as little inclined as any other physiologist to doubt the correctness of this conception had not the establishment of the ident.i.ty of the reactions of animals and plants to light proved the untenability of this view and at the same time offered a different conception of reflexes. The flight of the moth into the flame is a typical reflex process.

The light stimulates the peripheral sense organs, the stimulus pa.s.ses to the central nervous system, and from there to the muscles of the wings, and the moth is caused to fly into the flame. This reflex process agrees in every point with the heliotropic effects of light on plant organs. Since plants possess no nerves, this ident.i.ty of animal with plant heliotropism can offer but one inference--these heliotropic effects must depend upon conditions which are common to both animals and plants.

On the other hand, Watson, in his _Introduction to Comparative Psychology_, defines the reflex as "a unit of a.n.a.lysis of instinct," and this means that instinctive actions in man and in animals may be regarded as combinations of simple reflex actions, that is to say of "fairly definite and generally predictable but unlearned responses of lower and higher organisms to stimuli." Many of these reflex responses are not fixed, as they were formerly supposed to be, but "highly unstable and indefinite." This fact makes possible the formation of habits, by combination and fixation of these inherited responses.

These views in the radical form in which they are expressed by Loeb and Watson have naturally enough been the subject of considerable controversy, both on scientific and sentimental grounds. They seem to reduce human behavior to a system of chemical and physical reactions, and rob life of all its spiritual values. On the other hand, it must be remembered that human beings, like other forms of nature, have this mechanical aspect and it is precisely the business of natural science to discover and lay them bare. It is only thus that we are able to gain control over ourselves and of others. It is a matter of common experience that we do form habits and that education and social control are largely dependent upon our ability to establish habits in ourselves and in others. Habit is, in fact, a characteristic example of just what is meant by "mechanism," in the sense in which it is here used. It is through the fixation of habit that we gain that control over our "original nature," which lifts us above the brutes and gives human nature its distinctive character as human. Character is nothing more than the sum and co-ordination of those mechanisms which we call habit and which are formed on the basis of the inherited and instinctive tendencies and dispositions which we share in so large a measure with the lower animals.

4. The Natural Man[61]

"Its first act is a cry, not of wrath, as Kant said, nor a shout of joy, as Schwartz thought, but a snuffling, and then a long, thin, tearless a-a, with the timbre of a Scotch bagpipe, purely automatic, but of discomfort. With this monotonous and dismal cry, with its red, shriveled, parboiled skin (for the child commonly loses weight the first few days), squinting, cross-eyed, pot-bellied, and bow-legged, it is not strange that, if the mother has not followed Froebel's exhortations and come to love her child before birth, there is a brief interval occasionally dangerous to the child before the maternal instinct is fully aroused."

The most curious of all the monkey traits shown by the new-born baby is the one investigated by Dr. Louis Robinson. It was suggested by _The Luck of Roaring Camp_. The question was raised in conversation whether a limp and molluscous baby, unable so much as to hold up its head on its helpless little neck, could do anything so positive as to "rastle with"

Kentuck's finger; and the more knowing persons present insisted that a young baby does, as a matter of fact, have a good firm hand-clasp. It occurred to Dr. Robinson that if this was true it was a beautiful Darwinian point, for clinging and swinging by the arms would naturally have been a specialty with our ancestors if they ever lived a monkey-like life in the trees. The baby that could cling best to its mother as she used hands, feet, and tail to flee in the best time over the trees, or to get at the more inaccessible fruits and eggs in time of scarcity, would be the baby that lived to bequeath his traits to his descendants; so that to this day our housed and cradled human babies would keep in their clinging powers a reminiscence of our wild treetop days.

There is another cla.s.s of movements, often confused with the reflex--that is, instinctive movements. Real grasping (as distinguished from reflex grasping), biting, standing, walking, are examples of this cla.s.s. They are race movements, the habits of the species to which the animal belongs, and every normal member of the species is bound to come to them; yet they are not so fixed in the bodily mechanism as the reflex movements.

The one instinct the human baby always brings into the world already developed is half a mere reflex act--that of sucking. It is started as a reflex would be, by the touch of some object--pencil, finger, or nipple, it may be--between the lips; but it does not act like a reflex after that. It continues and ceases without reference to this external stimulus, and a little later often begins without it, or fails to begin when the stimulus is given. If it has originally a reflex character, that character fades out and leaves it a pure instinct.

My little niece evidently felt a difference between light and darkness from the first hour, for she stopped crying when her face was exposed to gentle light. Two or three report also a turning of the head toward the light within the first week. The nurse, who was intelligent and exact, thought she saw this in the case of my niece. I did not, but I saw instead a constant turning of the eyes toward a person coming near her--that is, toward a large dark ma.s.s that interrupted the light. No other sign of vision appeared in the little one during the first fortnight. The eyes were directed to nothing, fixed on nothing. They did not wink if one made a pa.s.s at them. There was no change of focus for near or distant seeing.

The baby showed no sign of hearing anything until the third day, when she started violently at the sound of tearing paper, some eight feet from her. After that, occasional harsh or sudden sounds--oftener the rustling of paper than anything else--could make her start or cry. It is well established by the careful tests of several physiologists that babies are deaf for a period lasting from several hours to several days after birth.

Taste and smell were senses that the baby gave no sign of owning till much later. The satisfaction of hunger was quite enough to account for the contentment she showed in nursing; and when she was not hungry she would suck the most tasteless object as cheerfully as any other.

Our baby showed from the first that she was aware when she was touched.

She stopped crying when she was cuddled or patted. She showed comfort in the bath, which may have been in part due to freedom from the contact of clothes, and to liking for the soft touches of the water. She responded with sucking motions to the first touch of the nipple on her lips.

Our baby showed temperament--luckily of the easy-going and cheerful kind--from her first day, though we could hardly see this except by looking backward. On the twenty-fifth day, toward evening, when the baby was lying on her grandmother's knee by the fire, in a condition of high well-being and content, gazing at her grandmother's face with an expression of attention, I came and sat down close by, leaning over the baby, so that my face must have come within the indirect range of her vision. At that she turned her eyes to my face and gazed at it with the same appearance of attention, and even of some effort, shown by the slight tension of brows and lips, then turned her eyes back to her grandmother's face, and again to mine, and so several times. The last time she seemed to catch sight of my shoulder, on which a high light struck from the lamp, and not only moved her eyes but threw her head far back to see it better, and gazed for some time with a new expression on her face--"a sort of dim and rudimentary eagerness," says my note. She no longer stared, but really looked.

The baby's increased interest in seeing centered especially on the faces about her, at which she gazed with rapt interest. Even during the period of mere staring, faces had oftenest held her eyes, probably because they were oftener brought within the range of her clearest seeing than other light surfaces. The large, light, moving patch of the human face (as Preyer has pointed out) coming and going in the field of vision, and oftener chancing to hover at the point of clearest seeing than any other object, embellished with a play of high lights on cheeks, teeth, and eyes, is calculated to excite the highest degree of attention a baby is capable of at a month old. So from the very first--before the baby has yet really seen his mother--her face and that of his other nearest friends become the most active agents in his development and the most interesting things in his experience.

Our baby was at this time in a way aware of the difference between companions.h.i.+p and solitude. In the latter days of the first month she would lie contentedly in the room with people near by, but would fret if left alone. But by the end of the month she was apt to fret when she was laid down on a chair or lounge, and to become content only when taken into the lap. This was not yet distinct memory and desire, but it showed that a.s.sociations of pleasure had been formed with the lap, and that she felt a vague discomfort in the absence of these.

Nature has provided an educational appliance almost ideally adapted to the child's sense condition, in the mother's face, hovering close above him, smiling, laughing, nodding, with all manner of delightful changes in the high lights; in the thousand little meaningless caressing sounds, the singing, talking, calling, that proceed from it; the patting, cuddling, lifting, and all the ministrations that the baby feels while gazing at it, and a.s.sociates with it, till finally they group together and round out into the idea of his mother as a whole.

Our baby's mother rather resented the idea of being to her baby only a collection of detached phenomena, instead of a mamma; but the more you think of it, the more flattering it is to be thus, as it were, dissolved into your elements and incorporated item by item into the very foundations of your baby's mental life. Herein is hinted much of the philosophy of personality; and Professor Baldwin has written a solid book, mainly to show from the development of babies and little children that all other people are part of each of us, and each of us is part of all other people, and so there is really no separate personality, but we are all one spirit, if we did but know it.

5. s.e.x Differences[62]

As children become physically differentiated in respect of s.e.x, so also does a mental differentiation ensue. Differences are observed in the matter of occupation, of games, of movements, and numerous other details. Since man is to play the active part in life, boys rejoice especially in rough outdoor games. Girls, on the other hand, prefer such games as correspond to their future occupations. Hence their inclination to mother smaller children, and to play with dolls. Watch how a little girl takes care of her doll, washes it, dresses and undresses it. When only six or seven years of age she is often an excellent nurse. Her need to occupy herself in such activities is often so great that she pretends that her doll is ill.

In all kinds of ways, we see the little girl occupying herself in the activities and inclinations of her future existence. She practices house work; she has a little kitchen, in which she cooks for herself and her doll. She is fond of needlework. The care of her own person, and more especially its adornment, is not forgotten. I remember seeing a girl of three who kept on interrupting her elders' conversation by crying out, "New clothes!" and would not keep quiet until these latter had been duly admired. The love of self-adornment is almost peculiar to female children; boys, on the other hand, prefer rough outdoor games, in which their muscles are actively employed, robber-games, soldier-games, and the like. And whereas, in early childhood, both s.e.xes are fond of very noisy games, the fondness for these disappears earlier in girls than in boys.

Differences between the s.e.xes have been established also by means of experimental psychology, based upon the examination of a very large number of instances. Berthold Hartmann has studied the childish circle of thought, by means of a series of experiments. Schoolboys to the number of 660 and schoolgirls to the number of 652, at ages between five and three-fourths and six and three-fourths years, were subjected to examination. It was very remarkable to see how, in respect to certain ideas, such as those of the triangle, cube, and circle, the girls greatly excelled the boys; whereas in respect of animals, minerals, and social ideas, the boys were better informed than the girls.

Characteristic of the differences between the s.e.xes, according to Meumann, from whom I take these details and some of those that follow, is the fact that the idea of "marriage" was known to only 70 boys as compared to 227 girls; whilst the idea of "infant baptism" was known to 180 boys as compared to 220 girls. The idea of "pleasure" was also much better understood by girls than by boys. Examination of the memory has also established the existence of differences between the s.e.xes in childhood. In boys the memory for objects appears to be at first the best developed; to this succeeds the memory for words with a visual content; in the case of girls, the reverse of this was observed. In respect of numerous details, however, the authorities conflict. Very striking is the fact, one upon which a very large number of investigators are agreed, that girls have a superior knowledge of colors.

There are additional psychological data relating to the differences between the s.e.xes in childhood. I may recall Stern's investigations concerning the psychology of evidence, which showed that girls were much more inaccurate than boys.

It has been widely a.s.sumed that these psychical differences between the s.e.xes result from education, and are not inborn. Others, however, a.s.sume that the psychical characteristics by which the s.e.xes are differentiated result solely from individual differences in education. Stern believes that in the case of one differential character, at least, he can prove that for many centuries there has been no difference between the s.e.xes in the matter of education; this character is the capacity for drawing.

Kerschensteiner has studied the development of this gift, and considers that his results have established beyond dispute that girls are greatly inferior in this respect to boys of like age. Stern points out that there can be no question here of cultivation leading to a s.e.xual differentiation of faculty, since there is no attempt at a general and systematic teaching of draughtsmans.h.i.+p to the members of one s.e.x to the exclusion of members of the other.

I believe that we are justified in a.s.serting that at the present time the s.e.xual differentiation manifested in respect of quite a number of psychical qualities is the result of direct inheritance. It would be quite wrong to a.s.sume that all these differences arise in each individual in consequence of education. It does, indeed, appear to me to be true that inherited tendencies may be increased or diminished by individual education; and further, that when the inherited tendency is not a very powerful one, it may in this way even be suppressed.

We must not forget the frequent intimate a.s.sociation between structure and function. Rough outdoor games and wrestling thus correspond to the physical const.i.tution of the boy. So, also, it is by no means improbable that the little girl, whose pelvis and hips have already begun to indicate by their development their adaption for the supreme functions of the s.e.xually mature woman, should experience obscurely a certain impulsion toward her predestined maternal occupation, and that her inclinations and amus.e.m.e.nts should in this way be determined. Many, indeed, and above all the extreme advocates of women's rights, prefer to maintain that such s.e.xually differentiated inclinations result solely from differences in individual education: if the boy has no enduring taste for dolls and cooking, this is because his mother and others have told him, perhaps with mockery, that such amus.e.m.e.nts are unsuited to a boy; whilst in a similar way the girl is dissuaded from the rough sports of boyhood. Such an a.s.sumption is the expression of that general psychological and educational tendency, which ascribes to the activity of the will an overwhelmingly powerful influence upon the development of the organs subserving the intellect, and secondarily also upon that of the other organs of the body. We cannot dispute the fact that in such a way the activity of the will may, within certain limits, be effective, especially in cases in which the inherited tendency thus counteracted is comparatively weak; but only within certain limits. Thus we can understand how it is that in some cases, by means of education, a child is impressed with characteristics normally foreign to its s.e.x; qualities and tendencies are thus developed which ordinarily appear only in a child of the opposite s.e.x. But even though we must admit that the activity of the individual may operate in this way, none the less we are compelled to a.s.sume that certain tendencies are inborn. The failure of innumerable attempts to counteract such inborn tendencies by means of education throws a strong light upon the limitations of the activity of the individual will; and the same must be said of a large number of other experiences.

Criminological experiences appear also to confirm the notion of an inherited s.e.xual differentiation, in children as well as in adults.

According to various statistics, embracing not only the period of childhood, but including as well the period of youth, we learn that girls const.i.tute one-fifth only of the total number of youthful criminals. A number of different explanations have been offered to account for this disproportion. Thus, for instance, attention has been drawn to the fact that a girl's physical weakness renders her incapable of attempting violent a.s.saults upon the person, and this would suffice to explain why it is that girls so rarely commit such crimes. In the case of offenses for which bodily strength is less requisite, such as fraud, theft, etc., the number of youthful female offenders is proportionately larger, although here also they are less numerous than males of corresponding age charged with the like offenses. It has been a.s.serted that in the law courts girls find more sympathy than boys, and that for this reason the former receive milder sentences than the latter; hence it results that in appearance merely the criminality of girls is less than that of boys. Others, again, refer the differences in respect of criminality between the youthful members of the two s.e.xes to the influences of education and general environment. Morrison, however, maintains that all these influences combined are yet insufficient to account for the great disproportion between the s.e.xes, and insists that there exists in youth as well as in adult life a specific s.e.xual differentiation, based, for the most part, upon biological differences of a mental and physical character.

Such a marked differentiation as there is between the adult man and the adult woman certainly does not exist in childhood. Similarly in respect of many other qualities, alike bodily and mental, in respect of many inclinations and numerous activities, we find that in childhood s.e.xual differentiation is less marked than it is in adult life. None the less, a number of s.e.xual differences can be shown to exist even in childhood; and as regards many other differences, though they are not yet apparent, we are nevertheless compelled to a.s.sume that they already exist potentially in the organs of the child.

6. Racial Differences[63]

The results of the Cambridge expedition to the Torres Straits have shown that in acuteness of vision, hearing, smell, etc., these peoples are not noticeably different from our own. We conclude that the remarkable tales adduced to the contrary by various travelers are to be explained, not by the acuteness of sensation, but by the acuteness of interpretation of primitive peoples. Take the savage into the streets of a busy city and see what a number of sights and sounds he will neglect because of their meaninglessness to him. Take the sailor whose powers of discerning a s.h.i.+p on the horizon appear to the landsman so extraordinary, and set him to detect micro-organisms in the field of a microscope. Is it then surprising that primitive man should be able to draw inferences which to the stranger appear marvelous, from the merest specks in the far distance or from the faintest sounds, odors, or tracks in the jungle?

Such behavior serves only to attest the extraordinary powers of observation in primitive man with respect to things which are of use and hence of interest to him. The same powers are shown in the vast number of words he will coin to denote the same object, say a certain tree at different stages of its growth.

We concluded, then, that no fundamental difference in powers of sensory acuity, nor, indeed, in sensory discrimination, exists between primitive and civilized communities. Further, there is no proof of any difference in memory between them, save, perhaps, in a greater tendency for primitive folk to use and to excel in mere mechanical learning, in preference to rational learning. But this surely is also the characteristic of the European peasant. He will never commit things to memory by thinking of their meaning, if he can learn them by rote.

In temperament we meet with just the same variations in primitive as in civilized communities. In every primitive society is to be found the flighty, the staid, the energetic, the indolent, the cheerful, the morose, the even-, the hot-tempered, the unthinking, the philosophical individual. At the same time, the average differences between different primitive peoples are as striking as those between the average German and the average Italian.

It is a common but manifest error to suppose that primitive man is distinguished from the civilized peasant in that he is freer and that his conduct is less under control. On the contrary, the savage is probably far more hidebound than we are by social regulations. His life is one round of adherence to the demands of custom. For instance, he may be compelled even to hand over his own children at their birth to others; he may be prohibited from speaking to certain of his relatives; his choice of a wife may be very strictly limited by traditional laws; at every turn there are ceremonies to be performed and presents to be made by him so that misfortune may be safely averted. As to the control which primitive folk exercise over their conduct, this varies enormously among different peoples; but if desired, I could bring many instances of self-control before you which would put to shame the members even of our most civilized communities.

Now since in all these various mental characters no appreciable difference exists between primitive and advanced communities, the question arises, what is the most important difference between them? I shall be told, in the capacity for logical and abstract thought. But by how much logical and abstract thought is the European peasant superior to his primitive brother? Study our country folklore, study the actual practices in regard to healing and religion which prevail in every European peasant community today, and what essential differences are discoverable? Of course, it will be urged that these practices are continued unthinkingly, that they are merely vestiges of a period when once they were believed and were full of meaning. But this, I am convinced, is far from being generally true, and it also certainly applies to many of the ceremonies and customs of primitive peoples.

It will be said that although the European peasant may not in the main think more logically and abstractly, he has, nevertheless, the potentiality for such thought, should only the conditions for its manifestations--education and the like--ever be given. From such as he have been produced the geniuses of Europe--the long line of artists and inventors who have risen from the lowest ranks.

I will consider this objection later. At present it is sufficient for my purpose to have secured the admission that the peasants of Europe do not as a whole use their mental powers in a much more logical or abstract manner than do primitive people. I maintain that such superiority as they have is due to differences (1) of environment and (2) of variability.

We must remember that the European peasant grows up in a (more or less) civilized environment; he learns a (more or less) well-developed and written language, which serves as an easier instrument and a stronger inducement for abstract thought; he is born into a (more or less) advanced religion. All these advantages and the advantage of a more complex education the European peasant owes to his superiors in ability and civilization. Rob the peasant of these opportunities, plunge him into the social environment of present primitive man, and what difference in thinking power will be left between them?

The answer to this question brings me to the second point of difference which I have mentioned--the difference in variability. I have already alluded to the divergencies in temperament to be found among the members of every primitive community. But well marked as are these and other individual differences, I suspect that they are less prominent among primitive than among more advanced peoples. This difference in variability, if really existent, is probably the outcome of more frequent racial admixture and more complex social environment in civilized communities. In another sense, the variability of the savage is indicated by the comparative data afforded by certain psychological investigations. A civilized community may not differ much from a primitive one in the mean or average of a given character, but the extreme deviations which it shows from that mean will be more numerous and more p.r.o.nounced. This kind of variability has probably another source. The members of a primitive community behave toward the applied test in the simplest manner, by the use of a mental process which we will call A, whereas those of a more advanced civilization employ other mental processes, in addition to A, say B, C, D, or E, each individual using them in different degrees for the performance of one and the same test. Finally, there is in all likelihood a third kind of variability, whose origin is ultimately environmental, which is manifested by extremes of nervous instability. Probably the exceptionally defective and the exceptional genius are more common among civilized than among primitive peoples.

Similar features undoubtedly meet us in the study of s.e.xual differences.

The average results of various tests of mental ability applied to men and women are not, on the whole, very different for the two s.e.xes, but the men always show considerably greater individual variation than the women. And here, at all events, the relation between the frequency of mental deficiency and genius in the two s.e.xes is unquestionable. Our asylums contain a considerably greater number of males than of females, as a compensation for which genius is decidedly less frequent in females than in males.

7. Individual Differences[64]

The life of a man is a double series--a series of effects produced in him by the rest of the world, and a series of effects produced in that world by him. A man's make-up or nature equals his tendencies to be influenced in certain ways by the world and to react in certain ways to it.

If we could thus adequately describe each of a million human beings--if, for each one, we could prophesy just what the response would be to every possible situation of life--the million men would be found to differ widely. Probably no two out of the million would be so alike in mental nature as to be indistinguishable by one who knew their entire natures.

Each has an individuality which marks him off from other men. We may study a human being in respect to his common humanity, or in respect to his individuality. In other words, we may study the features of intellect and character which are common to all men, to man as a species; or we may study the differences in intellect and character which distinguish individual men.

Individuals are commonly considered as differing in respect to such traits either quant.i.tatively or qualitatively, either in degree or in kind. A quant.i.tative difference exists when the individuals have different amounts of the same trait. Thus, "John is more attentive to his teacher than James is"; "Mary loves dolls less than Lucy does"; "A had greater devotion to his country than B had"; are reports of quant.i.tative differences, of differences in the amount of what is a.s.sumed to be the same kind of thing. A qualitative difference exists when some quality or trait possessed by one individual is lacking in the other. Thus, "Tom knows German, d.i.c.k does not"; "A is artistic, B is scientific"; "C is a man of thought, D is a man of action"; are reports of the fact that Tom has some positive amount or degree of the trait "knowledge of German" while d.i.c.k has none of it; that A has some positive amount of ability and interest in art while B has zero; whereas B has a positive amount of ability in science, of which A has none; and so on.