532 THE BIOLOGY OF MARINE ANIMALS 



5. Bocquet, C, Levi, C. and Teissier, G., "Recherches sur le polychroma- 

 tisme de Sphaeroma serratum (F.)," Arch. Zool. Exp. Gen., 87, 245 (1951). 



6. Bowman, T. E., "Chromatophorotropins in the central nervous organs of 

 the crab, Hemigrapsus oregonensis," Biol. Bull., 96, 238 (1949). 



7. Boycott, B. B., "The chromatophore system of cephalopods," Proc. Linn. 

 Soc. Lond., 164 (2), 235 (1953). 



8. Breder, C. M. and Rasquin, P., "A preliminary report on the role of the 

 pineal organ in the control of pigment cells and light reactions in recent 

 teleost fishes," Science, 111, 10 (1950). 



9. Brown, F. A. Jr., "Humoral control of crustacean chromatophores," 

 Amer. Nat., 73, 247 (1939). 



10. Brown, F. A. Jr., "Hormones in the Crustacea: their sources and activities," 

 Quart. Rev. Biol., 19, 32, 118 (1944). 



1 1. Brown, F. A. Jr., "The source and activity of Cra^o-darkening hormone 

 (CDH)," Physiol. Zool., 19, 215 (1946). 



12. Brown, F. A. Jr., "Hormones in crustaceans," in Vol. I, The Hormones, 

 Ed. Pincus, G. and Thimann, K. V. (N.Y., Academic Press, 1948). 



13. Brown, F. A. Jr., "Studies on the physiology of Vca red chromatophores," 

 Biol. Bull, 98, 218 (1950). 



14. Brown, F. A. Jr., "Chromatophores and color change," in Comparative 

 Animal Physiology, Ed. Prosser, C. L. (Phil, and London, Saunders, 1950). 



15. Brown, F. A. Jr and Ederstrom, H. E., "Dual control of certain black 

 chromatophores of Crago," J. Exp. Zool., 85, 53 (1940). 



16. Brown, F. A. Jr., Fingerman, M. and Hines, M. N., "A study of the 

 mechanism involved in shifting the phases of the endogenous daily rhythm 

 by light stimuli," Biol. Bull., 106, 308 (1954). 



17. Brown, F. A. Jr., Fingerman, M., Sandeen, M. I. and Webb, H. M., 

 "Persistent diurnal and tidal rhythms of color change in the fiddler crab, 

 Vcapugnax" J. Exp. Zool., 123, 29 (1953). 



18. Brown, F. A. Jr., Guyselman, J. B. and Sandeen, M. I., "Black chromato- 

 phores of Vca as independent effectors," Anat. Rec, 105, 616 (1949). 



19. Brown, F. A. Jr. and Hines, M. N., "Modifications in the diurnal pig- 

 mentary rhythm of Vca effected by continuous illumination," Physiol. Zool., 

 25, 56 (1952). 



20. Brown, F. A. Jr. and Saigh, L. M., "The comparative distribution of two 

 chromatophorotropic hormones (CDH and CBLH) in crustacean nervous 

 systems," Biol. Bull, 91, 170 (1946). 



21. Brown, F. A. Jr. and Sandeen, M. I., "Responses of the chromatophores 

 of the fiddler crab, Vca, to light and temperature," Physiol. Zool, 21, 361 

 (1948). 



22. Brown, F. A. Jr., Webb, H. M., Bennett, M. F. and Sandeen, M. I., 

 "Temperature-independence of the frequency of the endogenous tidal 

 rhythm of Vca," ibid., 27, 345 (1954). 



23. Brown, F. A. Jr. and Wulff, V. J., "Chromatophore types in Crago and 

 their endocrine control," /. Cell. Comp. Physiol, 18, 339 (1941). 



23a. Carlisle, D. B. and Knowles, F. G. W., Crustacean Endocrine Control 

 (Cambridge Univ. Press, 1959). 



24. Cott, H. B., Adaptive Coloration in Animals (London, Methuen, 1940). 



25. Crane, J., "On the color changes of fiddler crabs (genus Vca) in the field," 

 Zoologica, N.Y., 29, 161 (1944). 



