162 ROY L. MOODIE 
of various fossil vertebrates. Reviews the work done on fossil brains 
and points out their significance in the development of intelligence. 
Gervais, Paut 1869 Memoires sur les formes cerebrales propres aux edentes 
vivants et fossiles. Nouvelles Archives du Museum d’Histoire Nat- 
urelle de Paris, tome 5, (ser. 1), pp. 1-56, pls. 1-5. Figures in beautiful 
plates brain casts of Megatherium, Mylodon, Scelidotherium, but no 
attempt is made to analyze the various parts. Comparisons made 
with recent edentates. Many footnote references. A_ splendid 
memoir for students of paleoneurology. 
1872 Forme cérébrale de Cephalogale Geoffroyi. Journal de Zool- 
ogie, vol. 1, pp. 132-134, pl. 6. Figures and briefly discusses an ex- 
cellent dural cast of a carnivore. 
Grecory, W. K. 1914 The dawn man of Piltdown, England. American 
Museum Journal, vol. 14, p. 196, fig. 8. Figures dural cast of Hoan- 
thropus dawsoni, from the Pleistocene. 
HatcHer, Marsu, Lunt 1907 The brain and brain cavity of Ceratopsia. In 
“The Ceratopsia,’? Monograph XLIV, U. 8. Geol. Survey, p. 36, 
figs. 31-34. The size of the brain in this group of dinosaurs, as indi- 
cated by a study of the dural casts is smaller in proportion to the size 
of the body than in any other known group of vertebrates. 
Hay, Ontver P. 1909 On the skull and the brain of Triceratops, with notes 
on the brain-case of Iguanodon and Megalosaurus. Proc. U.S. Nat’l. 
Museum, vol. 36, pp. 95-108, pls. 1-8. Describes osteology of the brain 
case and figures (plate 3) the dural casts of Triceratops, especially 
noteworthy on account of the large size of the hypophysis. 
von Huens, Friepricu 1913 The brain case of Eryops. In ‘‘The skull ele- 
ments of the Permian Tetrapoda.’’ Bull. Amer. Mus. Natl. Hist., 
vol. 32, p. 320, figs. An unusual skull shows the osteology of the 
brain case and allows a study of the chief foramina for the exit ofthe 
cranial nerves. 
Hu.ke, J. W. 1871 Brain of Iguanodon. Quart. Journ. Geol. Soc., vol. 27, 
p. 199, pl. Figures a fragment of the skull of a dinosaur, doubtfully 
Iguanodon, showing part of the brain case with a few nerve foramina. 
LANKESTER, E. Ray 1900 The significance of the increased size of the cerebrum 
in recent as compared with extinct mammalia. Cinquartenaire 
Soc. Biol. 8, vol. Jubilaire, pp. 48-51. A few remarks on the gradual 
increase in size of the cerebrum during the Tertiary. 
Marsu, O. C. 1874 Small size of the brain in Tertiary mammals. Amer. 
Journ. Sei., (3), vol. 7, pp. 66-67. Refers to the importance of the 
study of brain-casts of fossil mammals in their bearing on the evolu- 
tion of the Mammalia. 
1876 The brain of Dinoceras. Amer. Nat’l, vol. 10, p. 182. Short 
note with figure, same as 1886. 
1877. Brain of Coryphodon. Amer. Nat’l, vol. 11, p. 375. 
1878 Brain of a fossil mammal. Nature, vol. 17, p. 340. Same as 
preceding. 
1880 Brain of Hesperornis (Hargeria). In ‘“‘Odontornithes, a mono- 
graph on the extinct toothed birds of North America.’’ Memoirs of 
the Peabody Museum of Yale College, vol. 1, pp. 8-10, figs. 1-38. Com- 
