I082 



INDEX 



c 



AJAL, on decussation, 421 



Calcarine (visual) area in mjxetes, 227 



fissure in mycetes, 204 

 Callithrix jacchus, 12, 153-190. See also Marmoset. 

 Calvarium, cast of, from ape-man of Java, 869 

 Candler on the hoolock gibbon, 410, 41 1 

 Caput of substantia gelatinosa trigemini, in gibbon, 

 448 



in gorilla, 687 



in -Macacus rhesus, 304 



in orang, ,-34, 535 

 Carnivores, 7, 128, 6jo, -47, 755, 970, 1007, 1039 

 Carving chisel, development of, 761 

 Casts, endocranial, 862, 891, 904 

 Cat, 7-9, 1 10, 114, 121, 124 



digits of, sensory representation of, 881 

 compared with those of man, 882 



experiments upon, 248, 307 



increase in, of inferior olive and olivo-cerebcllar 

 connections, 1031 



Pike on, 248 

 Catarrhine monkey, 22. See also Old-world monkey, 



289, 3,-0 

 Caudal development, etfect of, on sensibility, 212 

 Caudate nucleus. See also Nucleus caudatus. 



in lemur, 70 

 Cave dwelling, bearing of, on human progress, 902 

 Cebidae, family of Anthropoidea, 16, 21, 22, 96, 



'91. 233. 959. 981 

 Cebus, type of .Vlycetes seniculus, 197 

 Central canal of midbrain in chimpanzee, 578, 621 

 in gorilla, 697 

 in man, 802, 806 

 in orang, 509 

 Central gray matter, in chimpanzee, 576-584, 591- 

 601, 609-622 

 in dog-headed baboon, 305-316, 322-330, 340-347 

 in gibbon, 421-427, 435-456 

 in gorilla, 658-676, 679-697 

 in lemur, 42, 44, 46, 56, 57, 60, 61, 62, 64, 66, 75, 



80, 81, 82, 83, 84 

 in man, 800-806, 810-814, 819-824, 829-831, 840, 



842, 848, 857-859 

 in marmoset, 164-167, 173-179, 183-190 

 in mycetes, 211, 215, 222, 224, 225, 226, 227, 233, 



234, 239, 241, 242 

 in orang, 503-526, 533-544 

 in Pithecus rhesus, 365-371, 381-392, 402-404 

 in tarsius, relation to rotation of head, 102-113, 

 120-123, 126-151 



Pages 1-474 are in Volume I, 



Central nervous system, 2(>C) 



in dog-headed baboon, 299, 310 



in gibbon, 28- 



in gorilla, 674 



in mammals, comparison of, with infra-mam- 

 malian orders, 519 

 differentiation in, relation of, to appendicular 

 specialization, 519 



in orang, 533 



in Tarsius spectrum, low organization of, i lO-i 13 

 Central tegmental tract in chimpanzee, 591 



in dog-headed baboon, 313, 315, 326, 327, 330 



in gibbon, 431, 432 



in Lemur mongoz, 50, 52, 55, 60, 61, 62, 66 



in man, function of, 814 



in marmoset, 170, 171, 173, 176, 178 



in mycetes, 220, 224, 226 



in Pithecus rhesus, 381, 382, 384, 386 



relation of, to olive, 248, 249 



in tarsius, 114, ii6, 121, 123, 128-133 

 Centrum ovale, 898 

 Ccphalogjric action, predominance in tarsius, 112 



relation of, to ventral gray matter and spinal 

 accessory ncr\'e, 112 

 Cerebellar brachium in gorilla, 690 

 (-erebellar commissures in man, 822 

 Cerebellar concavities of basal surface of brain, in 

 chimpanzee, 570 



in dog-headed baboon, 297 



feature of primate brain, 9-2 



in gorilla, 646, 650 



two factors of decrease in, 650, 65 1 



in Hylobates hoolock, 413 



in lower species, 652 



in man, 972 



in orang, 496 



in Pithecus rhesus, 3,7 

 Cerebellar control in gorilla augmented by rapidly 



increasing demand, 653 

 CJerebcllar nuclei. See also Nuclcusdentatus, Nucleus 

 embolilormis. Nucleus globosus, 264. 



control of. over skilled acts, 377, 465-467 



in dog-headed baboon, 318, 319 



in gibbon, 433 



in gorilla, 667, 670 



in intermediate primates, 463-465 



in lemur, 51, 52 



in marmoset, 171, 172 



in mycetes, 219 



in orang, 51 5 



in Pithecus rhesus, 3~5— 377 

 pages 475 1120 in Volume 11. 



