642 GENETICS IN RELATION TO AGRICULTURE 



STOCKARD, C. R., 1913. The effect on the offspring of intoxicating the male parent 



and the transmission of the defects to subsequent generations. Am. Nat., 47. 



Abstr. in Jour. Hered., 5. 

 STOCKARD, C. R., and PAPANICOLAU, G., 1916. A further analysis of the hereditary 



transmission of degeneracy and deformities by the descendants of alcoholized 



mammals. Am. Nat., 50. 

 STOCKBERGER, W. W., 1916. Relative precision of formulae for calculating normal 



plot yields. Jour. Am. Soc. Agron., 8. 

 STOK, J. E. VANDER, 1910. Account of the results obtained by crossing of Zea mays 



L. and Euchlcena Mexicana Schrad. Bot. Centr., 114. 

 STOUT, A. B., 1915. The establishment of varieties in Coleus by the selection of 



somatic variations. Carnegie Inst. Wash. Pub. 218. 



STUART, WM., 1915. Potato breeding and selection. U.S.D.A. Bull. 195. 

 STUCKEY, H. P., 1916 Transmission of resistance and susceptibility of blossom end 



rot in tomatoes. Ga., A.E.S., Bull. 121. 

 STURTEVANT, A. H., 1910. On the inheritance of color in the American trotting horse. 



Biol. Bull. 19. 



1912. A critical examination of recent studies on color inheritance in horses. 

 Jour. Gen., 2. 



1912a. An experiment dealing with sex linkage in fowls. Jour. Exp. Zodl., 12. 

 19126. Is there association between the yellow and agouti factors in mice? 

 Am. Nat., 46. 



1913. The linear arrangement of six sex-linked factors in Drosophila, etc. 

 Jour. Exp. Zodl., 14. 



1913a. The Himalayan rabbit case, with some considerations on multiple 



allelomorphs. Am. Nat., 47. 



19136. A third group of linked genes in Drosophila ampelophila. Science, n. s. 37. 



1914. The reduplication hypothesis as applied to Drosophila. Am. Nat., 48. 

 1914a. Linkage in the silkworm moth. Am. Nat., 48. 



1915. No crossing-over in the female of the silkworm moth. Ibid., 49. 

 1915a. A sex-linked character in Drosophila repleta. Ibid. 



1915&. Experiments on sex recognition and the problem of sexual selection in 



Drosophila. Jour. An. Behav., 5. 



1915c. The behavior of the chromosomes as studied through linkage. Zeit. 



Abst. Vererb., 13. 

 SUMNER, F. B., 1910. The reappearance in the offspring of artificially produced 



parental modifications. Am. Nat., 44. 



1910a. An experimental study of somatic modifications and their reappearance 



in the offspring. Arch. Entw. Organ., 30. 



1911. Some effects of temperature upon growing mice and the persistence of 



such effects in a subsequent generation. Am. Nat., 45. 



1913. The effects of atmospheric temperature upon the body temperature of 



mice. Jour. Exp. Zodl., 15. 



1915. Some studies of environmental influence, heredity, correlation and growth 



in the white mouse. Ibid., 18. 



1915a. Genetic studies of several geographic races of California deer-mice. 



Am. 'Nat., 49. 



1917. Several color mutations in mice of the genus, Peromyscus. Genetics, 2. 



191 7 a. Modern conceptions of heredity and genetic studies at the Scripps 



Institution. Scripps Inst. Biol. Res. Bull., 3. 

 SURFACE, F. M., 1911 (1913). The results of selecting fluctuating variations, data 



from the Illinois corn-breeding experiments. Proc. 4th Intern. Con/. Genet., Paris. 



