1 09-: 



INDEX 



Goll in mannosi't, 162-166 

 in mycctes, 209-215, 233 

 in ornng, 503, 504, ,-33, 534 

 in Pithcciis rhesus, 366-369, 392 

 relation to prehensile t;iil. 209-213, 256, 2", 462 

 in tarsiiis, 102, 104, 105, 106, 149 

 Goli, nucleus ol, in eliini|)anzee, 576-583, 609-611, 

 618 

 eocfficients of, 7o~ 



comp.-irison ol", with mtiTnuxliatt' primates, 



706, 707 

 with lower primates, 707, 708 

 in dog-headed baboon, 305, 306, 30H, 313, 315. 



335. 33^). 337, 34^' 

 in gibbon, 418, 424, 425, 44", 455, 460 462, -07 



smaller than in other primates, 707 

 in gorilla, 659-667, 686, 706 

 in intermediate primates, 461 



coellieients of, 462 



comparison of, with lower primates, 462 



no nucleus of Bischolf in, 461 



relation of, to absence of tail, 461, 462 

 to discriminative sensibility, 462 

 to lunetional depreciations in legs, 461, 462 

 in lemur, 43, 46, 48, 49, 77, 80, 82, 83 



relation of, to central gray matter, 73 

 in lower primates, comparison of, 25-7 

 in man, 804, 806, 840 

 in marmoset, 162, 164-169, 183, 18- 

 in myeetes, 213, 215, 216, 233, 236, 237, 242, 259, 



708 

 in orang, 503-505, 509, 535-537, 543 

 in Pithecus rhesus, 360, 367-374, 392, 395, 396, 



307, 399. 402, 403, 461, 462 

 relation of, to behavior, 462 



to discriminative sensibility, 255, 462 



to kinesthetic organization, 255, 256 



to leg and tail, 46, 164, 255 259, 460, 462, 707 



to mesial fillet, 45 



to skilled acts, 255 

 in tarsius, 111^113, 13-^, 138 



relation of, to t.iil, 105 

 Gorilla, 12, 22, 479, 494, 497, 569, 908 

 behavior of, 625, 627, 630, 631, 643 

 brain of, 623 



me.isurements and indices of, 644 



resemblance to human type, 645-657, 652, 662, 



• 670, 682, 685, 696, 704 



surface appearance of, 645 

 close relation of, to man as shown in central 



nervous system, 476 

 i. Pages I 474 are in Volume I, 



Gorilla, general description of, 623-643 



habitat of, 627, 630 

 Gregariousness in Pithecus rhesus, 350, 352 

 Gregory, on primates, 929, 978, 980 

 Grise.il portion of reticular formation in orang, 509 

 Groove i)f transverse sinus in ape-man of Java, 871 

 Guenons, 287 

 Gyrencephalic brain, in llylobates hooloek, 412 



illustrated by cerebrum of lemur, 29, 954 



in myeetes, 202, 204 



in Papio cynocephalus, 295 



in Pithecus rhesus, 355 

 Gyres, anncctent, in chimpanzee, 569 



in dog-headed baboon, 298 



in human, 5~o 

 Gyrus rectus, in chimpanzee, 570 



in dog-headed baboon, 297 



in gibbon, 413 



in gorilla, 650 



in man, 791, 947, 9-0 



in orang, 496 



H 



AGGERT^ rm Pitlueus rhesus, 354 



Hamilton on Macacus rhesus and irus, 354 

 Ilammer-stonc, 747, 751, 758, 761 

 Hand, in chimpanzee, 545, 550-553, 573 

 development of, 877 

 differentiation of, in man, 803, 812 

 in gibbon, 407, 429, 458, 459 

 in gorilla, 623, 656, 665, 666, 681 

 human, increase in sensory impressions from, 

 798, 803 

 compared with those from foot, 798 

 relation of, to column of Burdach, 798, 802, 803 

 specialization in, bearing of, on soul, -30 

 in marmoset, 166 



relation of, to ]3ons, 223 

 "master key," 776 

 in myeetes, 194, 214 



differentiation in, 212, 213 

 relation of, to column of Burdach, 210, 213 

 in orang, 479, 528 



in Pithecus rhesus, complex movements ol, their 

 relation to vision, 350, 560 

 sensory equipment of, 368, 3^0, 371 

 progressive adaptation ol, 13, 18, 214, 284, 718 

 rel.it ion of, to behavior, 214, 284, 718, 776 

 to dentate nucleus, 718 



to human progress, 214, 284, 718, 730, 767, 775, 

 776, 836, 875, 1042 

 pages 47s 1 120 in Volume II. 



