2 Allgemeine Biologie und Entwickelungslehre. 



Burbank, L., Heredity, in: Proc. Amer. Breed. Ass. Washington Vol. 1 p 158161. [Ge- 

 neral.] 



*Canestrini, Aless., L 1 amore nella vita degli Animali. Torino 276 pgg. Figg. 



Carlgren, 0., Der Galvanotropismus und die innere Kataphorese. in: Zeit. Allg. Phys. Jena 

 5. Bd. p 123130. [Gegen Statkewitsch, s. Bericht f. 1904 Protozoa p 38.] 



Castle, W. E., 1. Latent Characters and Reversion, in: Science (2) Vol. 21 p 378379. 



[VorTaufige Mittheilung.] 



, 2. The Mutation Theory of Organic Evolution, from the Standpoint of Animal Breed- 

 ing, ibid, p 521525. 



, 3. The laws of heredity of G-alton and Mendel, and some laws governing race improve- 

 ment by selection, in: Proc. Amer. Acad. Arts Sc. Vol.39 p 223 242. [Galton's 

 and Pearson's >law of ancestral heredity* birgt einen fundamentalen Defect in sich. 

 Mendel's S'atze sind allgemein anwendbar.] 



, 4. Heredity of Coat Characters iii Guinea-Pigs and Rabbits, in: Publ. No. 23 Carnegie 



Inst. Washington 78 pgg. 6 Taf. [19] 



, 5. Recent Discoveries in Heredity and their Bearings on Animal Breeding, in : Proc. 

 Amer. Breed. Ass. Washington Vol. 1 p 120126. [General, popular summary of the 

 author's results on Mendel's law.] 



^Chamberlain, C. J., 1. Alternation of Generations in Animals from a Botanical View-point. 

 in: Bot. Gaz. Vol. 93 p 137144. 



, 2. Alternation of generation in Animals, in: Science (2) Vol.22 p 208 211 2 Figg. 



[Gegen Lyon.] 



Chun, C., Die verticale Verbreitung des marinen Planktons, in : C. R. 6. Congres Internat. Z. 

 p 113128. [Vorl'aufige Mittheilung iiber die Resultate der Valdivia-Expedition.] 



Cockerell, T. D. A., The Origin of Variations in Animals and Plants, in: Nature Vol. 73 

 p!97. 



Coehn, Alfr., & Wak. Barratt, "tfber Galvanotaxis vom Standpunkt der physikalischen Chemie. 

 in: Zeit. Allg. Phys. Jena 5. Bd. p 19. [Die Ursache liegt in einer elektrischen 

 Ladung der Thiere*.] 



Conklin, E. G., The Mutation Theory From the Standpoint of Cytology, in: Science (2) 

 Vol. 21 p 525529. 



Cook, 0. F., The Evolutionary Significance of Species. ; in: Smithson. Rep. f. 1904 Wash- 

 ington p 397 412. [General discussion of author's > kinetic* theory of evolution.] 



Crampton, C. B., A Possible Mode of Inheritance of Adaptive Characters, in: Proc. R. Physic. 

 Soc. Edinburgh Vol. 16 p 62 75. [Durch Reaction von >emanations acquired by pro- 

 tective habit in den Korperzellen auf die Keimzellen.] 



Crampton, H. E., On a general theory of adaptation and selection, in : Journ. Exper. Z. Balti- 

 more Vol. 2 p 425430. [Weitere vorlaufige Mittheilung (s. Bericht f. 1904 Arthro- 

 poda p 5). Das Princip der correlative basis of selectionc umfasst auch die auCeren 

 Umst'ande, nicht nur die internal or organismal characters<.] 



Darbishire, A. D., On the Supposed Antagonism of Mendelian to Biometric Theories of Here- 

 dity, in: Mem. Manchester Lit. Phil. Soc. Vol. 49 No. 6 19 pgg. [17] 



Davenport, C. B., The Origin of the Black Sheep in the Flock, in: Science (2) Vol. 22 p 674 

 -675. [19] 



Deflandre, C., La fonction adipogenique du foie dans la serie animale. in: Journ. Anat. Phys. 

 Paris 40. Annee 1904 p 73110, 305336, 41. Annee p 94101, 223235, 319352 

 19 Figg. [9] 



De Meyer, J., L'heredite des caracteres acquis est-elle experimentalement verifiable? in : Arch. 

 Biol. Tome 21 p 605643. [Nicht leicht ; die Nichtvererbbarkeit ist noch nicht streng 

 bewiesen, aber die Vererbbarkeit auch nicht.] 



De Vries, H., Investigations into the Heredity of Sporting Varieties, in : Proc. Amer. Breed. 

 Ass. Washington Vol. 1 p 2023. [17] 



