SUBJECT-INDEX. 



585 



helerogcnesis, 7, 211, 273 ; offspring, 

 development in, 1, 217 ; reproductive 

 tissue structure, 1, 218-2i; vegetal 

 nutrition, 1, 224-8, 232 ; 2, 30 ; animal 

 nutrition, 1, 228-33, 230 ; when and 

 why does it recur? 1, 233-7, 273-8; 

 effect on species, 1, 281-6 ; leaf forma 

 tion, 2, 30 ; molluscan, 2, 103, 105 ; 

 vertebrate, 2, 105 ; growth, 2, 249. 

 (See also Multiplication). 



Gasteropoda (see Mollusca), 



Gemmation : and genesis, l t 212-6 ; 

 annulose, 2, 93-7, 98. 



Generation, and genesis : the words, 1, 

 209. 



Genesis (see Multiplication). 



Gentiana : floral arrangement, #, 571-4. 



Genus: indefinite value, 1, 305, 361 ; in 

 stability of homogeneous and heteroge 

 neity of, 1, 421-3, 428, 429-31, 465, 

 473. 



Geology: growth displayed in, /, 107, 108; 

 distribution in time, 1, 320-7, 328 ; 

 special creation, 1, 335, 340 Devolution, 



1, 347, 352 ; record congruous with evo 

 lution, 1, 397-401, 472 ; organic influ 

 ence of changes, 1, 413-5, 464, 466, 473 ; 

 climatic influence of changes, /, 415 ; 

 human evolution and changes, #, 504. 



Germ cell : unspecialized, 1, 219-24, 

 253 ; dissimilarity, 1, 265-7, 267-8, 

 269-70, 280 ; equilibrium, 1, 277. 



Gizzard, development of birds, 2, 312. 



Glass, molecular rearrangement, 1, 274, 

 289, 487. 



Glove : structural analogy, 2, 285 ; strain 

 analogy, 2, 544. 



Goethe, J. \Y . von : foliar homology, 2, 

 34, 513, 514, archetypal hypothesis, 



2, 109 ; vegetal fructification and 

 nutrition, 2, 164 ; theory of supernu 

 merary bones, 2, 206 j on the skull, 2, 

 530. 



Gurilla, callosities, 2, 295. 



Gould. J., Birds of Australia, 2, 443. 



Gout (-see Disease). 



Graham, T. : properties of water, 1, 9 ; 



2, 350 ; colloids and crystalloids, 1, 



15-8; their diffusibility, 1, 18-21; 



sapid and insipid substances, 1, 51. 

 Qr amines : foliar surfaces, 2, 57, 246 ; 



floral symmetry, 2, 150 j physiological 



differentiation, 2, 240. 

 Gravity : effect on vascular system, 2, 



298 ; vegetal circulation, 2, 555. 

 Gregarina ; central development, 1, 134 j 



primary aggregate, 2, 78 ; symmetry, 

 #, 169 ; asexual genesis, 2, 423. 

 Growth : organic and inorganic, 1, 107- 

 9 ; simulation of, 1, 108 ; limits to, 

 1, 109; structural complexity,!, 110- 

 12, 117-9, 132 ; null-it ion, 1, 112, 119- 

 21, 131 ; expenditure of force, 1, 113- 

 5, 131 ; initial and final bulks, /, 

 115-6, 127-31, 132 ; final arrest of, 

 1, 121-6 ; unceasing, 1, 126 ; resume, 

 witli generalizations, 1, 131 ; defined,. 



1, 133 ;. 2, 440 ; increased function, l t 

 185-90, 190-2; functional interde 

 pendence, 1, 192-6, 197-9; nutrition 

 and vegetal, 1, 224-8, 2:32, 233-7, 273, 



2, 30 ; heterogenesis and animal nu 

 trition, 1, 228-31, 236, 273; homo- 

 and hetero-genesis r,nd natural selec 

 tion, 1, 233-7; o. acrogens, 2, 52; 

 cylindrical form of vegetal, 2, 53-61 ; 

 endogenous, 2, 56-8, 75; exogenous, 

 2, 58-61, 75 ; plant differentiation, 2, 

 114-6 ; tissue differentiation, 2, 3G1-4 ; 

 vegetal, and asexual genesis, 2, 419-22 ; 

 animal, and asexual genesis, 2, 422-6 ; 

 antagonistic to asexual genesis, 2 t , 

 426 ; vegetal and eexual genesis, 2, 

 428-31 ; animal and sexual genesis, 2, 

 431-6 ; antagonistic to sexual genesis, 

 2, 436-8 ; nutrition and genesis, 

 resume, 2, 470-2 ; evolution, 2, 474-8 ; 

 commencement of genesis, 2, 479. 



Gunpowder, nitrogenous instability, 1, 



8, 40. 

 Gymnotus, electricity of, 1, 43. 



HATES : non-conductors of heat, 1, 440 ; 



vegetal, and natural selection, 1, 446 ; 



development, 2, 299-302 j tactual 



organs, 2, 302. 

 Hand : development of human, 1, 140 ; 



heredity and size of, 1, 248. 

 Hare : activity and muscular colour, 2 t 



356-60; expenditure and genesis, 2 t 



451. 



Uarley, Dr. T., on biliverdhio, 2, 317. 

 Head, structural influence of size, /, 



424, 451-3. 



Heaving, sense of, 1, 51. 

 Heart (s&amp;lt;-e Vascular system). 

 Heat : absorption by water vapour, 1, 7 ; 



action on binary compounds, 1, 8-9, 



22 ; on ternary, 1, 10-12 ; on colloids 



and crystalloids, 1, 24 ; organic 



changes from evaporation, 2, 27 i 



