Introduction to the Science of Sociology Part 24

These represent in a rough way the subject-matter of sociological science. Their organization, interrelation, const.i.tuent elements, and the characteristic changes (social processes) which take place in them are the phenomena of sociological science.

Human beings as we meet them are mobile ent.i.ties, variously distributed through geographical s.p.a.ce. What is the nature of the connection between individuals which permits them at the same time to preserve their distances and act corporately and consentiently--with a common purpose, in short? These distances which separate individuals are not merely spatial, they are psychical. Society exists where these distances have been _relatively_ overcome. Society exists, in short, not merely where there are people but where there is communication.

The materials in this chapter are intended to show (1) the fundamental character of the relations which have been established between individuals through communication; (2) the gradual evolution of these relations in animal and human societies. On the basis of the principle thus established it is possible to work out a rational cla.s.sification of social groups.

Espinas defines society in terms of corporate action. Wherever separate individuals act together as a unit, where they co-operate as though they were parts of the same organism, there he finds society. Society from this standpoint is not confined to members of one species, but may be composed of different members of species where there is permanent joint activity. In the study of symbiosis among animals, it is significant to note the presence of structural adaptations in one or both species. In the taming and domestication of animals by man the effects of symbiosis are manifest. Domestication, by the selection in breeding of traits desired by man, changes the original nature of the animal. Taming is achieved by control of habits in transferring to man the filial and gregarious responses of the young naturally given to its parents and members of its kind. Man may be thought of as domesticated through natural social selection. Eugenics is a conscious program of further domestication by the elimination of defective physical and mental racial traits and by the improvement of the racial stock through the social selection of superior traits. Taming has always been a function of human society, but it is dignified by such denominations as "education,"

"social control," "punishment," and "reformation."

The plant community offers the simplest and least qualified example of the community. Plant life, in fact, offers an ill.u.s.tration of a _community_ which is _not a society_. It is not a society because it is an organization of individuals whose relations, if not wholly external, are, at any rate, "unsocial" in so far as there is no consensus. The plant community is interesting, moreover, because it exhibits in the barest abstraction, the character of _compet.i.tive co-operation_, the aspect of social life which const.i.tutes part of the special subject-matter of economic science.

This struggle for existence, in some form or other, is in fact essential to the existence of society. Compet.i.tion, segregation, and accommodation serve to maintain the social distances, to fix the status, and preserve the independence of the individual in the social relation. A society in which all distances, physical as well as psychical, had been abolished, in which there was neither taboo, prejudice, nor reserve of any sort; a society in which the intimacies were absolute, would be a society in which there were neither persons nor freedom. The processes of compet.i.tion, segregation, and accommodation brought out in the description of the plant community are quite comparable with the same processes in animal and human communities. A village, town, city, or nation may be studied from the standpoint of the adaptation, struggle for existence, and survival of its individual members in the environment created by the community as a whole.

Society, as Dewey points out, if based on instinct is an effect of communication. _Consensus_ even more than _co-operation_ or _corporate action_ is the distinctive mark of human society. Dewey, however, seems to restrict the use of consensus to group decisions in which all the members consciously and rationally partic.i.p.ate. Tradition and sentiment are, however, forms of consensus quite as much as const.i.tutions, rules, and elections.

Le Bon's cla.s.sification of social groups into heterogeneous and h.o.m.ogeneous crowds, while interesting and suggestive, is clearly inadequate. Many groups familiar to all of us, as the family, the play-group, the neighborhood, the public, find no place in his system.[80]

Concrete descriptions of group behavior indicate three elements in the consensus of the members of the group. The first is the characteristic state of group feeling called _esprit de corps_. The enthusiasm of the two sides in a football contest, the ecstasy of religious ceremonial, the fellowship of members of a fraternity, the brotherhood of a monastic band are all different manifestations of group spirit.

The second element in consensus has become familiar through the term "morale." Morale may be defined as the collective will. Like the will of the individual it represents an organization of behavior tendencies. The discipline of the individual, his subordination to the group, lies in his partic.i.p.ation and reglementation in social activities.

The third element of consensus which makes for unified behavior of the members of the group has been a.n.a.lyzed by Durkheim under the term "collective representations." Collective representations are the concepts which embody the objectives of group activity.

The totem of primitive man, the flag of a nation, a religious creed, the number system, and Darwin's theory of the descent of man--all these are collective representations. Every society and every social group has, or tends to have, its own symbols and its own language. The language and other symbolic devices by which a society carries on its collective existence are collective representations. Animals do not possess them.

II. MATERIALS

A. SOCIETY AND SYMBIOSIS

1. Definition of Society[81]

The idea of society is that of a permanent co-operation in which separate living beings undertake to accomplish an identical act. These beings may find themselves brought by their conditions to a point where their co-operation forces them to group themselves in s.p.a.ce in some definite form, but it is by no means necessary that they should be in juxtaposition for them to act together and thus to form a society. A customary reciprocation of services among more or less independent individualities is the characteristic feature of the social life, a feature that contact or remoteness does not essentially modify, nor the apparent disorder nor the regular disposition of the parties in s.p.a.ce.

Two beings may then form what is to the eyes a single ma.s.s, and may live, not only in contact with each other, but even in a state of mutual penetration without const.i.tuting a society. It is enough in such a case that one looks at them as entirely distinct, that their activities tend to opposite or merely different ends. If their functions, instead of co-operating, diverge; if the good of one is the evil of the other, whatever the intimacy of their contact may be, no social bond unites them.

But the nature of the functions and the form of the organs are inseparable. If two beings are endowed with functions that necessarily combine, they are also endowed with organs, if not similar, at least corresponding. And these beings with like or corresponding organs are either of the same species or of very nearly the same species.

However, circ.u.mstances may be met where two beings with quite different organs and belonging even to widely remote species may be accidentally and at a single point useful to each other. A habitual relation may be established between their activities, but only on this one point, and in the time limits in which the usefulness exists. Such a case gives the occasion, if not for a society, at least for an a.s.sociation; that is to say, a union less necessary, less strict, less durable, may find its origin in such a meeting. In other words, beside the normal societies formed of elements specifically alike, which cannot exist without each other, there will be room for more accidental groupings, formed of elements more or less specifically unlike, which convenience unites and not necessity. We will commence with a study of the latter.

To society the most alien relations of two living beings which can be produced are those of the predator and his prey. In general, the predator is bulkier than his prey, since he overcomes him and devours him. Yet smaller ones sometimes attack larger creatures, consuming them, however, by instalments, and letting them live that they themselves may live on them as long as possible. In such a case they are forced to remain for a longer or a shorter time attached to the body of their victim, carried about by it wherever the vicissitudes of its life lead them. Such animals have received the name of parasites. Parasitism forms the line inside of which our subject begins; for if one can imagine that the parasite, instead of feeding on the animal from whom he draws his subsistence, is content to live on the remains of the other's meals, one will find himself in the presence, not yet of an actual society, but of half the conditions of a society; that is to say, a relation between two beings such that, all antagonism ceasing, one of the two is useful to the other. Such is commensalism. However, this a.s.sociation does not yet offer the essential element of all society, co-operation. There is co-operation when the commensal is not less useful to his host than the latter is to the commensal himself, when the two are concerned in living in a reciprocal relation and in developing their double activity in corresponding ways toward a single and an identical goal. One has given to this mode of activity the name of mutualism. Domestication is only one form of it. Parasitism, commensalism, mutualism, exist with animals among the different species.

2. Symbiosis (literally "living together")[82]

In gaining their wide and intimate acquaintance with the vegetable world the ants have also become acquainted with a large number of insects that obtain their nutriment directly from plants, either by sucking up their juices or by feeding on their foliage. To the former group belong the phytophthorous h.o.m.optera, the plant lice, scale insects, or mealy bugs, tree-hoppers, lantern flies, and jumping plant lice; to the latter belong the caterpillars of the lycaenid b.u.t.terflies, the "blues," or "azures," as they are popularly called. All of these creatures excrete liquids which are eagerly sought by the ants and const.i.tute the whole, or, at any rate, an important part of the food of certain species. In return the h.o.m.optera and caterpillars receive certain services from the ants, so that the relations thus established between these widely different insects may be regarded as a kind of symbiosis. These relations are most apparent in the case of the aphids, and these insects have been more often and more closely studied in Europe and America.

The consociation of the ants with the aphids is greatly facilitated by the gregarious and rather sedentary habits of the latter, especially in their younger, wingless stages, for the ants are thus enabled to obtain a large amount of food without losing time and energy in ranging far afield from their nests. Then, too, the ants may establish their nests in the immediate vicinity of the aphid droves or actually keep them in their nests or in "sheds" carefully constructed for the purpose.

Some ants obtain the honey-dew merely by licking the surface of the leaves and stems on which it has fallen, but many species have learned to stroke the aphids and induce them to void the liquid gradually so that it can be imbibed directly. A drove of plant lice, especially when it is stationed on young and succulent leaves or twigs, may produce enough honey-dew to feed a whole colony of ants for a considerable period.

As the relations between ants and the various h.o.m.optera have been regarded as mutualistic, it may be well to marshal the facts which seem to warrant this interpretation. The term "mutualism" as applied to these cases means, of course, that the aphids, coccids, and membracids are of service to the ants and in turn profit by the companionship of these more active and aggressive insects. Among the modifications in structure and behavior which may be regarded as indicating on the part of aphids unmistakable evidence of adaptation to living with ants, the following may be cited:

1. The aphids do not attempt to escape from the ants or to defend themselves with their siphons, but accept the presence of these attendants as a matter of course.

2. The aphids respond to the solicitations of the ants by extruding the droplets of honey-dew gradually and not by throwing them off to a distance with a sudden jerk, as they do in the absence of ants.

3. Many species of Aphididae that live habitually with ants have developed a peria.n.a.l circlet of stiff hairs which support the drop of honey-dew till it can be imbibed by the ants. This circlet is lacking in aphids that are rarely or never visited by ants.

4. Certain observations go to show that aphids, when visited by ants, extract more of the plant juices than when unattended.

The adaptations on the part of the ants are, with a single doubtful exception, all modifications in behavior and not in structure.

1. Ants do not seize and kill aphids as they do when they encounter other sedentary defenseless insects.

2. The ants stroke the aphids in a particular manner in order to make them excrete the honey-dew, and know exactly where to expect the evacuated liquid.

3. The ants protect the aphids. Several observers have seen the ants driving away predatory insects.

4. Many aphidicolous ants, when disturbed, at once seize and carry their charges in their mandibles to a place of safety, showing very plainly their sense of ownership and interest in these helpless creatures.

5. This is also exhibited by all ants that harbor root-aphids and root-coccids in their nests. Not only are these insects kept in confinement by the ants, but they are placed by them on the roots. In order to do this the ants remove the earth from the surfaces of the roots and construct galleries and chambers around them so that the h.o.m.optera may have easy access to their food and even move about at will.

6. Many ants construct, often at some distance from their nests, little closed pavilions or sheds of earth, carton, or silk, as a protection for their cattle and for themselves. The singular habit may be merely a more recent development from the older and more general habit of excavating tunnels and chambers about roots and subterranean stems.

7. The solicitude of the ants not only envelops the adult aphids and coccids, but extends also to their eggs and young. Numerous observers have observed ants in the autumn collecting and storing aphid eggs in the chambers of their nests, caring for them through the winter and in the spring placing the recently hatched plant lice on the stems and roots of the plants.

In the foregoing I have discussed the ethological relations of ants to a variety of other organisms. This, however, did not include an account of some of the most interesting symbiotic relations, namely, those of the ants to other species of their own taxonomic group and to termites. This living together of colonies of different species may be properly designated as social symbiosis, to distinguish it from the simple symbiosis that obtains between individual organisms of different species and the intermediate form of symbiosis exhibited by individual organisms that live in ant or termite colonies.

The researches of the past forty years have brought to light a remarkable array of instances of social symbiosis, varying so much in intimacy and complexity that it is possible to construct a series ranging from mere simultaneous occupancy of a very narrow ethological station, or mere contiguity of domicile, to an actual fusion, involving the vital dependence or parasitism of a colony of one species on that of another. Such a series is, of course, purely conceptual and does not represent the actual course of development in nature, where, as in the animal and vegetable kingdoms in general, development has not followed a simple linear course, but has branched out repeatedly and terminated in the varied types at the present time.

It is convenient to follow the European writers, von Hagens, Forel, Wasmann, and others, in grouping all the cases of social symbiosis under two heads, the compound nests and the mixed colonies. Different species of ants or of ants and termites are said to form compound nests when their galleries are merely contiguous or actually interpenetrate and open into one another, although the colonies which inhabit them bring up their respective offspring in different apartments. In mixed colonies, on the other hand, which, in a state of nature, can be formed only by species of ants of close taxonomic affinities, the insects live together in a single nest and bring up their young in common. Although each of these categories comprises a number of dissimilar types of social symbiosis, and although it is possible, under certain circ.u.mstances, as will be shown in the sequel, to convert a compound nest into a mixed colony, the distinction is nevertheless fundamental.

It must be admitted, however, that both types depend in last a.n.a.lysis on the dependent, adoption-seeking instincts of the queen ant and on the remarkable plasticity which enables allied species and genera to live in very close proximity to one another. By a strange paradox these peculiarities have been produced in the struggle for existence, although this struggle is severer among different species of ants than between ants and other organisms. As Forel says: "The greatest enemies of ants are other ants, just as the greatest enemies of men are other men."

3. The Taming and the Domestication of Animals[83]

Primitive man was a hunter almost before he had the intelligence to use weapons, and from the earliest times he must have learned something about the habits of the wild animals he pursued for food or for pleasure, or from which he had to escape. It was probably as a hunter that he first came to adopt young animals which he found in the woods or the plains, and made the surprising discovery that these were willing to remain under his protection and were pleasing and useful. He pa.s.sed gradually from being a hunter to becoming a keeper of flocks and herds.

From these early days to the present time, the human race has taken an interest in the lower animals, and yet extremely few have been really domesticated. The living world would seem to offer an almost unlimited range of creatures which might be turned to our profit and as domesticated animals minister to our comfort or convenience. And yet it seems as if there were some obstacle rooted in the nature of animals or in the powers of man, for the date of the adoption by man of the few domesticated species lies in remote, prehistoric antiquity. The surface of the earth has been explored, the physiology of breeding and feeding has been studied, our knowledge of the animal kingdom has been vastly increased, and yet there is hardly a beast bred in the farm-yard today with which the men who made stone weapons were not acquainted and which they had not tamed. Most of the domestic animals of Europe, America, and Asia came originally from Central Asia, and have spread thence in charge of their masters, the primitive hunters who captured them.

No monkeys have been domesticated. Of the carnivores only the cat and the dog are truly domesticated. Of the ungulates there are horses and a.s.ses, pigs, cattle, sheep, goats, and reindeer. Among rodents there are rabbits and guinea-pigs, and possibly some of the fancy breeds of rats and mice should be included. Among birds there are pigeons, fowls, peac.o.c.ks, and guinea-fowl, and aquatic birds such as swans, geese, and ducks, whilst the only really domesticated pa.s.serine bird is the canary.

Goldfish are domesticated, and the invertebrate bees and silk-moths must not be forgotten. It is not very easy to draw a line between domesticated animals and animals that are often bred in partial or complete captivity. Such antelopes as elands, fallow-deer, roe-deer, and the ostriches of ostrich farms are on the border-line of being domesticated.

It is also difficult to be quite certain as to what is meant by a tame animal. c.o.c.kroaches usually scuttle away when they are disturbed and seem to have learnt that human beings have a just grievance against them. But many people have no horror of them. A pretty girl, clean and dainty in her ways, and devoted to all kinds of animals, used to like sitting in a kitchen that was infested with these repulsive creatures, and told me that when she was alone they would run over her dress and were not in the least startled when she took them up. I have heard of a b.u.t.terfly which used to come and sip sugar from the hand of a lady; and those who have kept spiders and ants declare that these intelligent creatures learn to distinguish their friends. So also fish, like the great carp in the garden of the palace of Fontainebleau, and many fishes in aquaria and private ponds, learn to come to be fed. I do not think, however, that these ought to be called tame animals. Most of the wild animals in menageries very quickly learn to distinguish one person from another, to obey the call of their keeper and to come to be fed, although certainly they would be dangerous even to the keeper if he were to enter their cages. To my mind, tameness is something more than merely coming to be fed, and, in fact, many tame animals are least tame when they are feeding. Young carnivores, for instance, which can be handled freely and are affectionate, very seldom can be touched whilst they are feeding. The real quality of tameness is that the tame animal is not merely tolerant of the presence of man, not merely has learned to a.s.sociate him with food, but takes some kind of pleasure in human company and shows some kind of affection.

On the other hand, we must not take our idea of tameness merely from the domesticated animals. These have been bred for many generations, and those that were most wild and that showed any resistance to man were killed or allowed to escape. Dogs are always taken as the supreme example of tameness, and sentimentalists have almost exhausted the resources of language in praising them. Like most people, I am very fond of dogs, but it is an affection without respect. Dogs breed freely in captivity, and in the enormous period of time that has elapsed since the first hunters adopted wild puppies there has been a constant selection by man, and every dog that showed any independence of spirit has been killed off. Man has tried to produce a purely subservient creature, and has succeeded in his task. No doubt a dog is faithful and affectionate, but he would be shot or drowned or ordered to be destroyed by the local magistrate if he were otherwise. A small vestige of the original spirit has been left in him, merely from the ambition of his owners to possess an animal that will not bite them, but will bite anyone else. And even this watch-dog trait is mechanical, for the guardian of the house will worry the harmless, necessary postman, and welcome the bold burglar with fawning delight. The dog is a slave, and the crowning evidence of his docility, that he will fawn on the person who has beaten him, is the result of his character having been bred out of him. The dog is an engaging companion, an animated toy more diverting than the cleverest piece of clockwork, but it is only our colossal vanity that makes us take credit for the affection and faithfulness of our own particular animal. The poor beast cannot help it; all else has been bred out of him generations ago.

When wild animals become tame, they are really extending or transferring to human beings the confidence and affection they naturally give their mothers, and this view will be found to explain more facts about tameness than any other. Every creature that would naturally enjoy maternal, or it would be better to say parental, care, as the father sometimes shares in or takes upon himself the duty of guarding the young, is ready to transfer its devotion to other animals or to human beings, if the way be made easy for it, and if it be treated without too great violation of its natural instincts. The capacity to be tamed is greatest in those animals that remain longest with their parents and that are most intimately a.s.sociated with them. The capacity to learn new habits is greatest in those animals which naturally learn most from their parents, and in which the period of youth is not merely a period of growing, a period of the awakening of instincts, but a time in which a real education takes place. These capacities of being tamed and of learning new habits are greater in the higher mammals than in the lower mammals, in mammals than in birds, and in birds than in reptiles. They are very much greater in very young animals, where dependence on the parents is greatest, than in older animals, and they gradually fade away as the animal grows up, and are least of all in fully grown and independent creatures of high intelligence.