WHOLE VOL. 



BIBLIOGRAPHY OF TERMITES: SUBJECTS — SNYDER 



59 



Zetek, J., 1921, pp. 237-239. (Panama.) 

 1948, pp. 126-151. (List termites Panama 

 and Canal Zone.) 



Zimmerman, E. C, 1948, pp. 159-187. (Ha- 

 waii.) 



ZoccHT, R., 1953, pp. 195-202. (Italy, Tus- 

 cany, Pi'ovinces of Florence, Lucca, and 

 Leghorn, Retictditermes lucifugtts, dam- 

 age to books, woodwork.) 



EMBRYOLOGY 



1909' 



pp. 55-62. 

 58-59. 



(Termite 

 (Origin 



Holmgren, N., 



head.) 

 Knower, H. McE., 1894, pp 

 "nasutus" in Eutertnes.) 

 1896, pp. 86-87. (Development.) 



1900, pp. 505-568. {Eutertnes ripperti?) 



1901, pp. 135-138. (Development genera 

 tive tract.) 



Marcus, H., 1948, pp. 97-118. (Embryogene- 

 sis, Rhinotermes , Eutermes?) 



MuKERji, D., 1945, p. 108. (Formation serosa 

 (false amnion), Termes redemanni.) 



MuKERji, D., and Raychaudhuri, S., 1944a, 

 p. 76. (Development, Termes rede- 

 manni!) 



ToTH, L., 1943, pp. 515-527. (Kalotermes 

 fiavicollis.) 



EVOLUTION 



Ahmad, M., 1950, pp. 39-86. (Phylogeny based 

 on imago-worker mandibles.) 



Brauer, F., 1896, pp. 279-318. (Metamorpho- 

 sis in the sense of the descent theory.) 



Cleveland, L. R., Sanders, E. P., and Hall, 

 S. R., 1931, p. 92. (Evolution termites 

 from roaches.) 



Crampton, G. C, 1920b, pp. 137-145. (Ter- 

 minal abdominal structures primitive 

 Australian Mastotermes darwiniensis.) 

 1923, pp. 85-93. (Terminal abdominal 

 structures primitive Australian Masto- 

 termes darwiniensis, compared with those 

 of the roach Periplaneta amerieana.) 

 1938, pp. 165-181. (Lines of descent.) 



Darwin, C, 1859, chap. 8. (Objection to 

 theory of natural selection as applied to 

 instincts; neuter and sterile insects.) 

 1874, pp. 553-556. (Termites and stingless 

 honey-bees.) 



Desneux, J., 1904b*, pp. 278-286. (Phy- 

 logeny.) 

 i904d*, p. 372. (Phylogeny.) 



Dobzhansky, T., 1941, pp. 1-446. (Dynamics 

 of evolution.) 



Emerson, A. E., 1926, pp. 69-100. (Develop- 

 ment of a soldier of Constrictotermes 

 cavijrons from a workerlike form and 

 its phylogenetic significance.) 

 1938, pp. 247-284. (Phylogeny of behavior.) 



1942, pp. 151-152. (Ecology and evolution.) 



1943, pp. 97-118. (Ecology, evolution, and 

 society.) 



1949, in Allee et al., 1949. (Nests, p. 634; 

 worker caenogenetic evolution soldier 

 nymph characters, p. 635; sterile individ- 

 uals influence evolution, p. 693; evolu- 

 tion mutualism between termites, roaches. 



and intestinal Protozoa, pp. 716-718; 

 Nasutitermitinae, p. 727.) 

 i95-f> PP- 149-160. (Nests; phylogenetic 

 order in structure fungus gardens; in- 

 fluenced evolution associated organisms.) 



1953, pp. 101-121. (Apicotermes nests, Af- 

 rica). 



1953b, p. 39. (Evolution of social behavior 

 as illustrated by Apicotermes.) 



1954, pp. 67-85. (Dynamic homeostasis: a 

 unifying principle in organic, social, and 

 ethical evolution.) 



Feytaud, J., 1925*, pp. 161-169. (Races of 

 Retictditermes lucijugtts? , France.) 



Grassi, B., and Sandias, A., 1897, pp. 34-35. 

 (Quote Fr. Miiller, compares winged ter- 

 mite to perfect flowers, substitute repro- 

 ductive as self-fertilizing cleistogamic 

 flowers, Calotermes. Hence, Termes lu- 

 cijugus (in Sicily), perfect flowers do not 

 produce seed, sexes swarm separately, 

 cleistogamic flowers seed abundantly.) 



Hanstroem, B., 1930, pp. 732-773. (Termop- 

 sis nevadensis brain and phylogeny cor- 

 pora pedunculata.) 



Hare, L., 1937, pp. 459-486. (Phylogeny as 

 evidenced by development soldier mandi- 

 bles.) 



Holmgren, N., 1909*, pp. 1-215. (Phylogeny 

 based on wings, pp, 130-138.) 

 1910 (1911)*, pp. 196-203. (Variation in 



soldier Eutcrmes, tropical America.) 

 1912*, pp. 129-153. (Probable phylogenetic 



development.) 

 1913b*, pp. 5-31. (General.) 



JOERSCHKE, H., 1914, pp. 153-280. (Faceted 

 eyes Orthoptera and termites.) 



