The Brain of Diemydylus Viridescens 301 



13. Fisher, J. G. — Anatomische Abhandlungen fiber die Perenni- 

 branchiaten und Derotremen. pp. 170, 6 pi. Hamburg, 1864. 



14. Froriep, a. — Ueber ein Ganglion des Hypoglossus und Wirbelan- 

 lagen in der Occipitalregiou. Arch. f. Anat. u. Phjs., Anat. 

 Abth., 1882, pp. 279-302, I pi. 



15. Fui<i,iQDETS, G. — Recherches sur le cerveau du Protopterus annec- 

 tens. Recueil Zool. Suisse, III, 18S6, pp. 1-30, 5 pi. 



16. Gage, Simon H. — Life-history of the vermilion-spotted newt. 

 {Diemyciylii.s viridescens Raf, ) Amer. Naturalist, XXV, 1891, pp. 

 10S4-1110, I pi. A nearly complete history of the transformations 

 from a larval, aquatic, gilled, viridescent form, to a terrestrial, 

 gill-less, red form, and again to an aquatic, partially water breathing, 

 viridescent form. 



17. Methods of decalcification in which the structural elements 



are preserved. Proc. Amer. Micr. Soc, XIV, 1S92, pp. 121-124. 



18. Gage, Susanna Phei^ps. — A preliminary account of the brain of 

 Dieniyctylus viridescens, based upon sections made through the 

 entire head. Amer. Assoc. Adv. Sci. Proc, XLI, 1892, p. 197. 



r^. Gaskeli<, W. H. — On the origin of vertebrates from a crustacean- 

 like ancestor. Quar. Jour. Micr. Sci.., N. S., XXXI, 1890, pp. 379- 

 445, 4 pl- 



20. GoTTE, A. — Die Entwickelungsgeschichte der Unke. pp. 964, 

 Atlas 22 pl. Leipzig, 1875. 



21. GORONOWITSCH, N. — Das Gehirn und die Cranial-nerven von Aci- 

 penser rut/iemis. Morph. Jahr., XIII, 1888, pp. 427-574, 7 pl. 

 The most complete account of the ganoid brain since the introduc- 

 tion of the modern methods of hardening and sectioning. 



22. Herrick, C. L. — The commissures and histology of the teleost 

 brain. Anat. Anz., VI, 1891, pp. 676-681, 3 figs. 



23. Contributions to the comparative morphology of the central 



nervous system. I. Illustrations of the architectonic of the cere- 

 bellum. Jour. Comp. Neur., I, 1891, pp. 5-14, 4 pl. 



24. Topography and histology of the brain of certain ganoid 



fishes. Jour. Comp. Neur., I, 1891, pp. 149-183, 4 pl. 



25. Studies on the brains of some American fresh-water fishes. 



Jour. Comp. Neur., I, 1S91, pp. 228-245, 4 pl. 



26. His, Wm. — Die Entwickelung des menschlichen Rautenhirns vom 

 Ende des ersten bis zum Beginn des dritten Monats. Abh. d. math- 

 phys-Kl. d. Kgl-Sachs. Ges. d. Wissench, XVII, 1890, pp. 74, 4 pl. 



27. Zur allgenieine Morphologic des Gehirns. Arch. f. Anat. u. 



Phys., Anat. Abth., 1892, pp. 346-383, 36 figs. 



28. Hoffmann, C. K. — Weitere Untersuchungen zur Entwickelungs- 

 geschichte der Reptilien. Morph. Jahr., XI, 18S5, pp. 192-212, i pl. 



29. Johnson, Alice, and Lilian Sheldon.— Notes on the develop- 

 ment of the Newt (Triton cristaUis). Quar. Jour. Micr. Sci., 

 XXVI, 1886, pp. 573-591. 3 pl- 



30. KiNGSLEY, J. S.— The head of an embryo Amphiuma. Amer. 

 Naturalist, XXVI, 1892, pp. 671-680. 



31 Marchand, F.— Ueber die Entwickelung des Balkens im men- 

 schlichen Gehirn. Arch. f. mikr. Anat., XXXVII, 1891, pp. 298- 

 334, 2 pl. 



