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we have found that such processes as attention and imitation pass through instinctive and intelligent stages which are the precursors of the ideational stage, where they reach a higher expression as deliberately conscious acts. In the young bird that instinctively pecks at some small, perhaps moving, thing, which forms the starting point of a piece of responsive behaviour, we have attention in the germ. When experience has caused the thing to acquire meaning, attention passes into a succeeding intelligent phase; but only when we desire to explain this meaning, and attention thus has a deliberate purpose, do we find it entering upon its higher ideational career. So, too, as we have seen, imitation is at first a specialized form of instinctive behaviour, where the response is seen to resemble that which stimulates it. Later it becomes intelligent when the repetition of the imitative behaviour is due to the satisfaction it introduces into the conscious situation. Then, at last, it reaches the ideational stage, where reflection gives rise to an ideal, which is to be realized in conduct. The imitation by the child of its older companions is at first probably intelligent; but when the child begins to consider why it imitates these and not those among its companions, he is passing to the ideal stage, and imitation becomes the sincerest form of heroworship. The boy who merely imitates his elder brothers playing at soldiers because he gets satisfaction from so doing, becomes the subaltern who has his ideal soldier, and will face death firmly rather than fall below his conception of how such a soldier should behave.

We need not again attempt to indicate how among animals we have the perceptual precursors of the aesthetic and ethical concepts. But we may remind the reader that we endeavoured to show that intercommunication had its foundation in instinctive sounds; and that it passed into the intelligent stage in the perceptual life, when these sounds acquired meaning, and hence became guides to behaviour. This is especially instructive from our present standpoint, since it is probable that the passage of communication from the indicating to the descriptive stage afforded the conditions under which rational

thought was evolved. For such thought it is essential that attention should be focussed on the relationships of things. And no description is possible without making distinctly present to consciousness these relationships, in time and space, the data for which are abundantly present in the perceptual life, though lurking in the background, and needing something to fix them and to aid consciousness in distinguishing them. clearly. In descriptive communication parts of speech, or their initial equivalents, afford fixation points for these relationships, and serve to render them distinct. If the reader will try to describe even the simplest occurrence without introducing the symbols for the relations which the events bear to each other, his failure will serve to bring home how essential a feature this is. In social communication, then, we probably have the key to the passage from perceptual to ideational process; and in this passage description is the antecedent of, and affords the conditions to, explanation. Words, moreover, as we have already said, form the pegs upon which we can hang up, for ready reference, the products of abstraction and generalization, or, to modify the analogy, they form the bodies of which these products are the rational soul.

If we are ever to trace the passage from the instinctive through the indicating stage of communication, and so onwards through the beginnings of description to its higher levels, and thus to the use of language as a medium of explanation, it must be through child-study. In every normal human child the passage does actually take place, though, no doubt, in a condensed and abbreviated form as an epitomized recapitulation in individual development, of the steps of evolutional progress. Thus we may obtain a key to the solution of one of the most difficult problems in evolution by continuous process-that of the transition from animal behaviour to human conduct.

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INDEX

Abstract and general idons, 57
Abstraction, 166; germs of, 332 ff.
Acceleration, 250
Accommodation defined, 36
Acquired characters, inheritance
of, 35, 110

Acquirod instincts (Wundt), 60,
106.

Acquisition defined, 36; ultimatoly
dependent on natural selection,
289

Adaptation defined, 37
ADDISON on instinct, 63
Esthetics, animal, 270

Afferent and efferent impulses, 32,
101

Aid, mutual, among animals, 227
Ammophila mode of stinging prey,
75; of carrying prey, 76; deposi-
tion of egg, 77; intelligent be-
haviour of, 127

Amaba, 296

Antlers of deer, 15

Ants, behaviour of, 123; inter-
communication of, 198; social
communities of, 205
Aporus, intelligent behaviour of,
126

Appreciation, gorms of, 273
Ardour of male in courtship, 269
Argyromoba, instincts of, 79
Arrest of development in egg, 14
Association in coalescent situation,
46

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AVEBURY, Lord, on ants, 198; on
Van, 200; on aphides and ants,
214; on slave ants, 215; on
intelligence of ants, 218

B

BALDWIN, Prof. Mark, on organic
soloction, 37 (noto), 115; on
functional solection, 163; on
imitation, 179 ff.; on projective
stage of development, 275
Batesian mimicry, 164
BECKSTEIN on canaries, 262
Bees, homing of, 131; social com-
munities of, 205

Beetle soliciting food from ant, 213
Bembex mode of carrying prey, 76
BETHE, Dr., on instinctive behaviour
of ants, 217

BINET, M., on infusoria, 6
Biological value of play, 250; pur-
pose, 294; aspect of animal be-
haviour, 305

Birch-weevil, leafcase of, 121
Birds, instinct of, 84

Bison, behaviour of the, 226
BLACKBURN, Mrs. Hugh, on instinct
of cuckoo, 90

BLOOKMANN, Dr., on componotus,
210

BOLTON on goldfinches' nests, 136
Bower-bird, observations on, 261,
273

BUCKMAN, Mr. S. S., on speech of
children, 203

BUDGETT, Mr. John S., on nest-
building, 135

Bullfinch, nest of, 135

338

с

CAMERON, Mr., on mimetic insects

in ants' nest, 212

Canaries' nest, building of, 135
Canon of interpretation, 270
Capacity, innate, 176

Capuchin monkey, imitation in,
188, 278

CARPENTER, W. B., on water-beetle,

299

Catasetum, fertilization of, 29
Cats, Prof. Thorndike's experiments
on, 147, 184
Causation, idea of, 257
Cell-division in egg, 14
Cerceris, instincts of, 74; locality
studies of, 129

Chalicodoma, parasitics of, 78;
Fabre's observations on, 130
Chick swimming, 85; instincts of,
85 ff.; imitation in, 183
Child-study, desirability of, 155,

337

Choice, apparent in Paramecia, 9;

in the pairing situation, 266
Ciliary action in Paramecium, 4-10
-Circular process (Baldwin), 181
Clepsine, behaviour of, 159

Coalescence in conscious situation,
46

Coincident variations defined, 37;
survival of, 115, 174
Communities, social, of bees and
ants, 205

Companion as centre of special
interest, 211

Componotus, communities of, 210
Conation and impulse, 187, 235
Concept, nature of, 166

Condensation of experience, 162

Conduct implies motivo, 60; and
ideal, 278

Congenital responses, 41
Conjugation in Paramecium, 4
Connate instincts, 66, 69
Conscience, ambiguity of word,
281

Conscious accompaniments of cer-
tain organic changes, 42; aspect
of instructive behaviour, 99
Consciousness, as accompaniment
and as guide, 34; effective, de-

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Consentience, 53, 62

Consonance of biological
psychological end, 286, 316

and

Constancy of environment leads to
stereotyped behaviour, 172
Continuity in evolution, 324; three-
fold aspect of, 329

Control, the sign of effective con-
sciousness, 43

Co-ordinated acts,69, 100; inherited,
94, 95

Corporate behaviour, 14
Courtship in animals, 259
Coyness of female birds, 264 ff.
Cranial sonse-organs, 301

Crayfish, roflox notion in, 298
Creation, special, 297

Criteria of effective consciousness,
43; of intelligence, 120
Cruelty in cat, 277

Cuckoo, instinct of nestling, 90

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Emotions, and feelings, 235 ff.;
psychological nature of, 246;
evolution of, 282
Energy stored in cell, 23
Equilibrium, tendency to, 296
Eris'alis, mimicry of, 164

ESPINAS, Prof., on social life of
animals, 230
Ethics, animal, 270

Evolution of organic behaviour, 35;
of consciousness, 61; of instinc-
tive behaviour, 106; of intelligent
behaviour, 155; of social be-
haviour, 225; of feeling and
emotion, 282; of animal be-
haviour, 295; as continuous, 324
ff.

Experience, of value for future

guidance, 41; is it inherited?
48,97; condensation of, 162
Experimentation, 251, 253
Explanation, characteristic of later
phases of mental development,
58, 257

Explosive nature of cell, 21
Expression of emotions, 247
External stimuli to instinctive be-
haviour, 102

F

FABRE on behaviour of Sphex, 77,
171; of Chalicodoma, 78, 129;
of Leucopsis, 79; of Pompilus,

129

Faculty, instinctive, 64
Falcons, training of, 137

Fear in birds not inherited in
specific direction, 49, 110
Feelings and emotion, 235 ff.;
evolution of, 282; feeling-tone,
240

Ferns, fertilization of, 24
Fertilization of ferns, 24; of Valis-
neria, 28; of orchids, 29
FINN, Mr. Frank, on the acquisition
of experience by young birds, 50
Fission, reproduction of Paramecium
by, 4

Flight, instinctive, 86
FOREL on Componotus, 211
FOSTER, Sir Michael, on conscious-
ness accompanying reflex action
in pithed frog, 33

Frog, reflex action in, 33, 299, 300
Functional selection, 163
Fungus garden of ants, 216

G

GARNER, Mr. R. L., “The Speech
of Monkeys," 198
Gas-engine, analogy of, 20
General and abstract ideas, 57;
generalization, 166; germs of,
332 ff.

Generic image, 162; situations, 163
Germinal substance, continuity of,

328

GOULD, Dr., on humming-birds, 273
GREEN, Mr. E. G., on ants, 210
Greenfinch, nest of, 135
GROOS, Prof., on instinct, 64; origin
of, 116; on imitation, 187; on
animal play, 248 ff.; on "Love
Play," 259; on coyness of female
birds, 264; on choice in mating,
267; on make-believe, 280

Н

Habits and habitual acte, 107, 177
HAGUE on ants, 199
HAMERTON, P. G., on trained dog,

152

HANCOCK, Dr. John, on cuckoo, 92
Heredity and circumstance, 39;
twofold aspect of, 40; relation of
to use, 170, 176; in evolution as
continuous, 326

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