Study of Child Life Part 1

Study of Child Life.

by Marion Foster Washburne.

AMERICAN SCHOOL OF HOME ECONOMICS

CHICAGO

January 1, 1907.

My dear Madam:

In beginning this subject of the "Study of Child Life" there may be lurking doubts in your mind as to whether any reliable rules can really be laid down. They seem to arise mostly from the perception of the great difference between children. What will do for one child will not do for another. Some children are easily persuaded and gentle, others willful, still others sullen unresponsive. How, then, is it possible that a system of education and training can be devised suitable for their various dispositions?

We must remember that children are much more alike than they are different. One may have blue eyes, another gray, another black, but they all have two. We are, therefore, in a position to make rules for creatures having two eyes and these rules apply to eyes of all colors.

Children may be nervous, sanguine, bilious, or plethoric, but they all have the same kind of internal organs end the same general rules of health apply to them all.

In this series of lessons I have endeavored to set forth principles briefly and to confirm them by instances within the experience of every observer of childhood. The rules given are such as are held at present by the best educators to be based upon sound philosophy, not at variance with the slight array or scientific facts at our command.

Perhaps you yourself may be able to add to the number of reliable facts intelligently reported that must be collected before much greater scientific advance is possible.

There is, to be sure, an art of application of these rules both in matters of health of body and of health of mind and this art must be worked out by each mother for each individual child.

We all recognize that it is a long endeavor before we can apply to our own lives such principles of conduct as we heartily acknowledge to be right. Why, then, expect to be able to apply principles instantly and unerringly to a little child? If a rule fails when you attempt to apply it, before questioning the principle, may it not be well to question your own tact and skill?

So far as I can advise with you in special instances of difficulty, I shall be very glad to do so; not that I shall always know what to do myself, but that we can get a little more light upon the problems by conferring together. I know well how difficult a matter this of child training is, for every day, in the management of my own family of children, I find each philosophy, science and art as I can command very much put to the test.

Sincerely yours,

[Signature: Marion Foster Washburne.]

Instructor

[Ill.u.s.tration: FREIDRICH FROEBEL By courtesy of The Perry Pictures Co., Malden, Ma.s.s.]

STUDY OF CHILD LIFE

PART I.

The young of the human species is less able to care for itself than the young of any other species. Most other creatures are able to walk, or at any rate stand, within a few hours of birth. But the human baby is absolutely dependent and helpless, unable even to manufacture all the animal heat that he requires. The study of his condition at birth at once suggests a number of practical procedures, some of them quite at variance with the traditional procedures.

HOW THE CHILD DEVELOPS

[Sidenote: Condition at Birth]

Let us see, then, exactly what his condition is. In the first place, he is, as Virchow, an authority on physiological subjects declares, merely a spinal animal. Some of the higher brain centers do not yet exist at all, while others are in too incomplete a state for service.

The various sensations which the baby experiences--heat, light, contact, motion, etc.--are so many stimuli to the development of these centers. If the stimulus is too great, the development is sometimes unduly hastened, with serious results, which show themselves chiefly in later life. The child who is brought up a noisy room, is constantly talked to and fondled, is likely to develop prematurely, to talk and walk at an early age; also to fall into nervous decay at an early age.

And even if by reason of an unusually good heredity he escapes these dangers, it is almost certain that his intellectual power is not so great in adult life as it would have been under more favorable conditions. A new baby, like a young plant, requires darkness and quiet for the most part. As he grows older, and shows a spontaneous interest in his surroundings, he may fittingly have more light, more companions.h.i.+p, and experience more sensations.

[Sidenote: Weight at Birth]

The average boy baby weighs about seven pounds at birth; the average girl, about six and a half pounds. The head is larger in proportion to the body than in after life; the nose is incomplete, the legs short and bowed, with a tendency to fall back upon the body with the knees flexed. This natural tendency should be allowed full play, for the flexed position is said to be favorable to the growth of the bones, permitting the cartilaginous ends of the bones to lie free from pressure at the joints.

The plates of the skull are not complete and do not fit together at the edges. Great care needs to be taken of the soft spot thus left exposed on the top of the head--the undeveloped place where the edges of these bones come together. Any injury here in early life is liable to affect the mind.

[Sidenote: State of Development]

The bony enclosures of the middle ear are unfinished and the eyes also are unfinished. It is a question yet to be settled, whether a new-born baby is blind and deaf or not. At a rate, he soon acquires a sensitiveness to both light and sound, although it is three years or more before he has ama.s.sed sufficient experience to estimate with accuracy the distance of objects seen or herd. He can cry, suck, sneeze, cough, kick, and hold on to a finger. All of these acts, though they do not yet imply personality, or even mind, give evidence of a wonderful organism. They require the co-operation of many delicate nerves and muscles--a co-operation that has as yet baffled the power of scientists to explain.

Although the young baby is in almost constant motion while he is awake, he is altogether too weak to turn himself in bed or to escape from an uncomfortable position, and he remains so for many weeks. This constant motion is necessary to his muscular development, his control of his own muscles, his circulation, and, very probably, to the free transmission of nervous energy. Therefore, it is of the first importance that he has freedom to move, and he should be given time every day to move and stretch before the fire, without clothes on. It is well to rub his back and legs at the same time, thus supplementing his gymnastics with a gentle ma.s.sage.

[Sidenote: Educational Beginnings.]

By the time he is four or five weeks old it is safe to play with him, a little every day, and Froebel has made his "Play with the Limbs" one of his first educational exercises. In this play the mother lays the baby, undressed, upon a pillow and catches the little ankles in her hands. Sometimes she prevents the baby from kicking, so that he has to struggle to get his legs free; sometimes she helps him, so that he kicks more freely and regularly; sometimes she lets him push hard against her breast. All the time she laughs and sings to him, and Froebel has made a little song for this purposes. Since consciousness is roused and deepened by sensations, remembered, experienced, and compared, it is evident that this is more than a fanciful play; that it is what Froebel claimed for it--a real educational exercise. By means, of it the child may gain some consciousness of companions.h.i.+p, and thus, by contrast, a deeper self-consciousness.

[Sidenote: First Efforts]

The baby is at first unable to hold up its head, and in this he is just like all other animals, for no animal, except man, holds up its head constantly. The human baby apparently makes the effort, because he desires to see more clearly--he could doubtless see clearly enough for all physical purposes with his head hung down, but not enough to satisfy his awakening mentality. The effort to hold the head up and to look around is therefore regarded by most psychologists as one of the first tokens of an awakening intellectual life. And this is true, although the first effort seems to arise from an overplus of nervous energy which makes the neck muscles contract, just as it makes other muscles contract. The first slight raisings of the head are like the first kicking movements, merely impulsive; but the child soon sees the advantage of this apparently accidental movement and tries to master it. Preyer[A] considers that the efforts to balance the head among the first indications that the child's will is taking possession of his muscles. His own boy arrived at this point when he was between three and four months old.

[Sidenote: Reflex Grasping]

The grasp of the new-born baby's hand has a surprising power, but the baby himself has little to do with it. The muscles act because of a stimulus presented by the touch of the fingers, very much as the muscles of a decapitated frog contract when the current of electricity pa.s.ses over them. This is called reflex grasping, and Dr. Louis Robinson,[B] thinking that this early strength of gasp was an important ill.u.s.tration of and evidence for evolution, tried experiments on some sixty new-born babies. He found that they could sustain their whole weight by the arms alone when their hands were clasped about a slender rod. They grasped the rod at once and could be lifted from the bed by it and kept in this position about half a minute. He argued that this early strength of arm, which soon begins to disappear, was survival from the remote period when the baby's ancestors were monkeys or monkey-like people who lived in trees.

[Sidenote: Beginnings Of Will Power]

However this may be, during the first week the baby's hands are much about his face. By accident they reach, the mouth, they are sucked; the child feels himself suck its own fist; he feels his fist being sucked. Some day it will occur to him that that fist belongs to the same being who owns the sucking mouth. But at this point, Miss s.h.i.+nn[C] has observed, the baby is often surprised and indignant that he cannot move his arms around and at the same time suck his fist.

This discomfort helps him to make an effort to get his fist into his mouth and keep it there, and this effort shows his will, beginning to take possession of his hands and arms.

[Sidenote: Growth of Will]

Since any faculty grows by its own exercise, just as muscles grow by exercise, every time the baby succeeds in getting his hands to his mouth as a result of desire, every time that he succeeds in grasping an object as result of desire, his will power grows. Action of this nature brings in new sensations, and the brain centers used for recording such sensations grow.

As the sensations multiply, he compares them, and an idea is born. For the beginnings of mental development no other mechanism is actually needed than a brain and a hand and the nerves connecting them. Laura Bridgeman and Helen Keller, both of them deaf and blind, received their education almost entirely through their hands, and yet they were unusually capable of thinking. The child's hands, then, from the beginning, are the servants of his brain-instruments by means of which he carries impressions from the outer world to the seat of consciousness, and by which in turn he imprints his consciousness upon the outer world.

[Sidenote: Intentional Grasping]

The average baby does not begin to grasp objects with intention before the fourth month. The first grasping seems to be done by feeling, without the aid of the eye, and is done with the fingers with no attempt to oppose the thumb to them. So closely does the use of the thumbs set opposite the fingers in grasping coincide with the first grasping with the aid of sight, that some observers have been led to believe that as soon as the baby learns to use its thumb in this way he proves that he is beginning to grasp with intention.

[Sidenote: Order of Development]