471 Mammalia 



Ann. Mag. nat. Hist. (8) Vol. 12 p. 358—361. [5 nn. subspp.] 



(72.6, 728, 85—86.6) 

 89820 Eolraer, Walter. 9.31 : H.85 



1918. Studien am Labyrinth von Inaectivoren. Sitz.-Ber. Akad. Wiss. 

 Wien math.-nat. El. Abt, 3 p. 29—52, 4 Taf. [Vorhandensein einer 

 Macula neglecta Retzii. Bau der Schnecke nicht geeignet, die Lehre von 

 der Schwingungsfahigkeit der Basilarisfasern zu stutzen.] 



21 Stock, Chester. 9.31 (119) 



1913. Nothrotherium and Megalonyx from the Pleistocene of Southern 



California. Univ. California Public. Ueol. Vol. 7 p. 341—358, 18 figg. 

 [2 nn. spp. in X., M.] 



22 Strahl, H. 9.31 Dasypas : 13.39 



1913. Ueber den Bau der Placenta von Dasypus novememctus. Auat. Anz. 

 Bd. 44 p. 440-447, 3 hgg. 



23 Pocock, K, I. 9.31 Euphractus : 14.77 



1913. Dorsal Glands in Armadillos. Proc. zool. Soc. London 1913 p. 

 1099—1103, 3 figg. 



24 Schultze, W. 9.31 Manis : 15.3 



1914. Notes on the Malay Pangolin, Munis javunica Dksmarest. Philip- 

 pine Jouru. Sc. D Vol. 9 p. 93—95, 2 pis. [Consuming the content of 

 white ants' nests.] 



25 Vernoui, Guido. 9.31 Muletia : 14.81 



1913. Lo sviluppo del Cervello in Muletia (Tatusia) novemcincta, Edenta- 

 ta. Nota preventiva. Monk. zool. ital. Anno 24 p. 18—20. 



26 Adloff, P. 9.31 Myrmecophagidac : 14.31.4 



1914. Zur Frage der Bezahnung der Myrmecophagidae. Auat. Anz. Bd. 

 46 p. 309 — 310. [Keine positiven Befunde bei alteren Embryonen spre- 

 chen fur Zahnreste.] 



27 Boussac, P. Hippolyte. 9.31 Orycteropns : 15 



1913. L'Orycterope. La Nature Ann. 41 Sein. 2 p. 113—114, 2 ngg. 

 83828 Newman, H. H. 9.31 Tatusia: 11.5 



1913. The Modes ot Inheritance of Aggregates of M eristic (Integral) 

 Variates in the Polyembryonic Offspring ot the Nine-banded Armadillo. 

 Journ. exper. Zool. Vol. 15 p. 145—192. 



29 Newman, H. H. 9.31 Tatusia : 13 



1913/14. The Natural History of the Nine-banded Armadillo ot Texas. 

 Amer. Natural. Vol. 47 p. 513—539, 7 figg. [Range, distribution and fu- 

 ture. Ecology. Polyembryonic development and its causes. Ovogenesis, 

 fertilization and cleavage. Bilateral arrangement of compound vesicle 

 in uterus (dichotomous origin). Sex ratios and determination (in accord 

 with chromosomal hypothesis). Predeterminative versus epiyenetic fac- 

 tors in development. Inheritance in polyembryonic offspring.] — Poly- 

 embryonic development in Tatusia novemcincta. (Contrib. zool. Liab. Univ. 

 Texas. No. 115.) Journ. Morphol. Vol. 24 p. 559— 683, 11 pis., 35 figg. 

 [Formation of germ layers. Primary diverticula giving rise to 2 secon- 

 dary buds, leaving a part of ectodermal vesicle as common amniotic 

 vesicle, which eventually degenerates. Each embryo formed in a secon- 

 dary bud.] 13.11 — .3,.6,.9, 15.1,.3,.6,.7 



30 Fernandez, Miguel. 9.31 Tatusia : 13 



1914. Die Entstehung der Einzelembryonen aus dem einheitlichen Keim 

 beim Giirteltier Tatusia hybrida Desm. C. B. 9me Cougr. intern. Zool. 

 Monaco p. 401 — 414, 7 figg. 



31 Newman, H. 11. 9.31 Tatusia : 13.15 



1913. Parthenogenetic Cleavage of tho Armadillo Ovum. Biol. Bull. 

 Vol. 25 p. 52—78, 7 pis. [In atretic follicles.] 



89832 Fernandez, Miguel. 9.31 Tatusia : 13.39 



1914. Zur Anordnung der Embryonen und Form der Placenta bei Ta- 

 tusia novemcincta. Anat. Anz. Bd. 46 p. 253 — 258, 4 figg. [Keine Vier- 

 lappung des Piacentargurtels, i.och Anordnung der den Einzelembryonen 

 zukommenden Placentarbezirke in enger zusamniengehorige Paare kon- 

 ttatiert.] 



