Cnidaria — Echinoderma 



204 



2120 J2 Goldfarb, A. J. 37.5 Cassiopea : 11 



1915. The CO-2 Factor in the Regeneration of Cassiopea xamachana. 14th 

 Yearbook Carnegie Iust. Washington p. 206. [No definite influence 

 shown.] 11.044,.2l,.69 



03 (jary, Lewis R. 37.5 Cassiopea : 11 



1916. The influence of the marginal sensé organs on the rate of régéné- 

 ration in Cassiopea xamachana. Jon ni. exper. Zoöl. Vol. 21 p. 1 — 32, Il 

 figg. [Rate of régénération an expression of gênerai metabolic activity, 

 and as such subject to influence of nerve cent ers] 11.69,.81 



04 Mayer, Alfred G. 37.5 Cassiopea : 11.81 



1015. The Chemistry of Nerve Conduction in Cassiopea. 14th Yearbook 

 Carnegie Inst. Washington p. 210. [Possible conduction by adsorbed 

 cations of Na, K and Ca, influenced by any OH or H ions présent.] 



05 Cary, L. R. 87.5 Cassiopea : 11.82 



1915. Studies on the Physiology of the Nervous System of Cassiopea. 

 14th Yearbook Carnegie Inst. Washington p. 202— 204. [Accélération of 

 rate of régénération under influence of marginal sense-organs. Controi 

 of rate of metabolism. Relation between area of tissue innervated by 

 single sense-organ and rate of pulsation ] 



06 Krumbach, Thilo. 38 Plenrobrachia (26.23) 



1916. Die Ctenophorengattung Pleurobrachia in der nördlichen Adria. 

 Notizen über die Fauna der Adria bei Rovigno. Zool. Anz. Bd. 48 p. 

 65-83, 102-115, 14 figg. 



59.39 Echinoderma (incl. Enteropneusta). 



(Vide etiam: 209403, 209405, 209408, 209413, 209416, 209420, 209421, 

 209423, 209427, 209429, 209440-209443, 209445, 209446, 209448, 209451— 

 209453, 209455, 209457, 209458, 209460—209164, 209466—209468, 209472, 

 209473, 209797, 210032, 210040, 210611, 210619, 211144, 211153, 211164, 

 211218, 211268, 211314, 211365, 211367, 211368, 211370, 211385, 211386, 

 211412, 211415, 211417, 211433.) 

 212007 Clarke, F. W., and W. C. Wheeler. 39: 11.05 



1915. The Inorganic Constituents of Echinoderms. U. S. geol. Sur?. 

 Profess. Pap. No. 90 L p. 189—199. 39.1,.3-.5 



08 Kossei, A., und S. Edlbacher. 39 : 11.05 



1915. Beitiäge zur chemischen Kenntnis der Echinodermen. Sitz.- Her. 

 Heidelberg Akad. Wiss. math.-nat. Kl. Abt. B Abh. No. 3, 13 pp. [Ein 

 Histon aus den Testikeln, Amidosäuren aus den Organen von Astropecten 

 aurantiacus. Stel lasterin und Astrol (neue Glieder der Sterinreihe mit 

 den Formeln CVH44O und CasHisOa).] 39.3 



09 Mortensen, Th. 39 : 13.41 



1915. Studies on Echinoderm Larvae (illustrated with lantern slidea). 

 (Amer. Ass. Adv. Sc.) Science X. S* Vol. 42 p. 621—622. [Famiiy eha- 

 racters.] 39.3,.ö 



10 Clark, Austin H. 39 (26) 



1917. Four New Echinoderms from the West In dies. Proc. biol. Soc. 

 Washington Vol. 30 p. 63—70. [4 nn. spp. in: Neocomatella, Nemaster, 

 Flinthaster, Opkiocnida.] (26.35,.7) 39.1,.3,.4 



11 Clark, Austin H. 39 (26.3) 



1916. One new Starfish and Five new Brittie Stars from the Galapagos 

 Islands. Ann. Mag. nat. Hist. (8) Vol. 18 p. 115—122. [6 nn. spp. in: 

 Freyella. Astrodendrum y Ophiacantha 2, Ophiolebes, Ophiophi/llum.] 



39.3 .4 



:2120L2 Knlischewskij, M. 39 (26.8) 



1907. Résultats scientifiques de l'Expédition polaire russe en 1900 — 

 1903, sous la direction du Baron E. Toll. Section E: Zoologie. Volume 

 1, Livr. 4. Zur Kenntnis der Echinodermenfauna des sibirischen Eis- 

 meeres. Mém. Acad. Sc. St.-Pétersbourg Cl. phys.-math. (8) T. 18 No. 

 4, 67 pp., 3 Tal, 3 figg. [1 n. var. in Asterias.] 



39.1,.3,.4,.7,.8 



