644 APPENDIX IV 



Tahara, M., and Shimotomai, N., 1927, Bastardierung als eine Ursache fiir 



die Entstehung der Chromosomenpolyploidie. I. Bastard zwischen 



Chrysanthemum marginatun und C. lav andulae folium. Sci. Rep. Tohoku 



Imp. Univ., Ser. 4, 2, 293-299. 

 Takagi, F., 1928, The Influence of Higher Temperature on the Reduction 



Division of the Pollen Mother-Cells of Lychnis Sieholdii, van Houtte. 



Sci. Rep. Tohoku Imp. Univ., Ser. 4, 3, 461-466. 

 Takagi, F., 1935, Karyogenetical studies on Rye. I. A trisomic plant. 



Cytologia, 6, 496-501. 

 Takamine, N., 1927, Some observations on the chromosomes of Najas major 



All. Bot. Mag. Tokyo. 41, 1 18-122. 

 Takenaka, Y., 1929, Karyological Studies in Hemerocallis. Cytologia, 1, 76- 



83- 

 Takenaka, Y., 1930 a, On the Sex-Chromosomes of Rumex montanus Desf. 



Bot. Mag. Tokyo, 44, 176-185. 

 Takenaka, Y., 1930 h. On the Chromosomes of Lycoris squamigera Maxim. 



/. Nat. Hist. Soc. Korea, 10, 54-56. Abstr. Jap. J. Bot., 5 (80). 

 Takenaka, Y., and Nagamatsu, S., 1930, On the Chromosomes of Lilium 



tigrinum Ker. Bot. Mag. Tokyo, 44, 386-391. 

 Tan, C. C, 1935, Salivary gland chromosomes in the two races of Drosophila 



pseudo-obscura. Genetics, 20, 392-402. 

 Tatuno, S., 1933, Geschlechtschromosomen bei einigen Lebermoosen. I. 



Bot. Mag. Tokyo, 47, 30-44. II. Bot. Mag. Tokyo, 47, 438-445. III. 



Bot. Mag. Tokyo, 47, 715-720. 

 Tatuno, S., 1936, Geschlechtschromosomen bei einigen Lebermoosen. II. 



/. Sci. Hiroshima B, II, 3, 1-9. 

 Tauson, a., 1927, Die Spermatogenese bei Asplanchna intermedia Huds. 



Zeits. Zellforsch. u. mikr. Anat., 4, 652-681. 

 Taylor, W. R., 1924 a, The smear method for plant cytology. Bot. Gaz., 78, 



236-238. 

 Taylor, W. R., 1924 b, Cytological Studies on Gasteria I. Chromosome Shape 



and Individuality. Amer. J . Bot., 11, 51-59- 

 Taylor, W. R., 1925 a. The Chromosome Morphology of Veltheimia, Allium 



and Cyrtanthus. Amer. J. Bot., 12, 104-115. 

 Taylor, W. R., 1925 h, Cytological Studies on Gasteria II. A Comparison of 



the Chromosomes of Gasteria, Aloe and Haworthia. Amer. J. Bot., 12, 



219-223. 

 Taylor, W. R., 1925 c. Chromosome constrictions as distinguishing character- 

 istics in plants. Amer. J . Bot., 12, 238-244. 

 ♦Taylor, W. R., 1928, General Botanical Microtechnique {Microscopical 



Technique, ed. C. E. McClung). (Paul Hoeber.) 

 Taylor, W. R., 1931, Chromosome Studies on Gasteria III. Chromosome 



structure during microsporogenesis and the postmeiotic mitosis. Amer. 



J. Bot., 18, 367-386. 

 Thomas, P. T., 1936, Genot3^pic control of chromosome size. Nature, 138, 402. 

 Thompson, W. C, 1926 a, Chromosome behavior in a cross between wheat 



and rye. Genetics, 11, 317-332. 

 Thompson, W. C, 1926 h, Chromosome Behaviour in Triploid Wheat Hybrids. 



/. Genet., 17, 43-48. 

 Thompson, W. C, 1930, Shrivelled endosperm in species crosses in wheat, its 



cytological causes and genetical effects. Genetics, 15, 99-113. 

 Thompson, W. C, 1931, Cytology and Genetics of Crosses between Fourteen- 



and Seven-Chromosome Species of Wheat. Genetics, 16, 309-324. 

 Thomsen, M., 1927, Studien iiber die Parthenogenese bei einigen Cocciden 



und Aleurodiden. Zeits. Zellforsch. u. mikr. Anat., 5, 1-116. 



