WHOLE VOL. 



BIBLIOGRAPHY OF TERMITES! SUBJECTS — SNYDER 



"5 



125-140. (Importance of nest structure 

 in control certain South American ter- 

 mites with Cyanogas, calcium cyanide.) 



White, A. N., 1952, p. 18. (Texas, soil poi- 

 soning may be used to control termites.) 



WoLcoTT, G. N., 1947a, pp. 1-18. (Termite 

 repellents, BHC, DDT, etc.) 



Zacher, E., 1914, p. 35. (Tropics, preventive 

 injury to root crown, mixture 5 parts pe- 

 troleum, T-Vi parts soap, and 100 parts 

 water stirred hot; to poison balls of thick 

 paste, I part arsenic, 2'/2 parts soda, 6 to 

 8 parts molasses or syrup mixed with 

 meal and laid near nests as poison bait.) 



SOUND 



Anonymous, 1923, p. 53. (Soldiers warn by 

 rapping heads on floor. East Africa.) 



BuGNioN, E., 1913c, pp. 125-135, 136-139. 

 (Sound-producing termites, India.) 



Buxton, P. A., 1923, pp. 271-273. (Two 

 further cases coordinated rhythm.) 



Connor, F, P., 1933, p. 1018. (Rhythmic 

 sound produced by termites at work, 

 India.) 



Emerson, A. E., 1929a, pp. 722-727. (Com- 

 munication among termites; discussion 

 by N. A. Kemner included.) 



Emerson, A. E., and Simpson, R. C, 1929, 

 pp. 648-649. (Communication among 

 termites.) 



GouNELLE, E., 1900, pp. 168-169. (Sound pro- 

 duced by two species American termites.) 



Marcus, H., 1947, pp. 39-44- (Stridulating 

 organs in nasute termite, Bolivia.) 



Snyder, T. E., I935e, pp. 28, 32, 51. (Com- 

 munications, signals, by sound.) 

 1948, pp. 57-58. (Communication and 



sound production.) 

 I952d, pp. 33-34. (History of microphones.) 



Thyagaraju, a. S., 1934, p. 745. (Sound pro- 

 duced by termites at work, harsh grating, 

 "bur bur bur," India.) 



Williams, C. B., 1922, p. 174. (Quotes Gou- 

 nelle, 1900, sound produced by large 

 number termites, Brazil, tapping their 

 heads on dried leaves bromeliads, not 

 rhythmic, "like pinch of sand hitting 

 paper.") 



SPERMATOGENESIS 



Grasse, p. p., 1937a, pp. 1677-1679. (Aberrant 

 spermatogenesis in the Metatermitidae.) 



Grasse, P. P., and Bonneville, P., 1936, p. 

 1009. (Abortive or atypical spermato- 

 genesis in BelUcositermes natalensis.) 



Stevens, N. M., 1905, pp. 1-32. (Spermato- 

 genesis in Zootermopsis with special ref- 

 erence to the accessory chromosomes; 

 male nymphs diploid chromosomes num- 

 ber 52.) 



SUPERORGANISM, SUPRAORGANISM, COLONY AS 



Allee, W. C, 1943, pp. 517-525. (Coopera- 

 tive principle the central point in "grand 

 strategy of evolution.") 



Allee, W. C, et al., 1949, pp. 420, 435, 692- 

 695, 698, 718-729. (Supraorganism.) 



Bouvier, E. L., 1918, p. 299. (Superorgan- 

 ism.) 



Emerson, A. E., 1939b, pp. 182-209. (Social 

 coordination and the superorganism.) 

 1942a, pp. 163-176. (Basic comparisons of 



human and insect societies.) 

 1947, pp. 337-345. (Populations undergo 



evolution to supraorganisms.) 

 1949, in Allee et al., p. 698. (Termites.) 

 1952a, in France, pp. 333-354. (Supraor- 

 ganismic aspects of the society, comments 

 by other isopterists.) 



LiJscHER, M., 1953, pp. 74-76, 78. (If colony 

 regarded as a superorganism, caste de- 

 termination is an embryological problem.) 



Maeterlinck, M., 1927, pp. 1-238. (Colony 

 may be regarded as one living creature 



subject to one central law, the "spirit of 

 the colony.") 



Marais, E. N., 1937, pp. XV 4- 184. (Soul of 

 the white ant.) 



NoYEs, H., 1937, pp. xlv-f-289. (Habits of 

 Macrotcrmes natalensis and man.) 



Snyder, T. E., 1948, pp. 6-7. (Quotes Emer- 

 son, 1939, and Maeterlinck, 1927; and 

 authors of several popular books who re- 

 gard the termite colony as a whole — as 

 is the human body, workers represent red 

 blood corpuscles, soldiers white, outer 

 surface nest the skin, and the queen the 

 brain. (The worker would appear to be 

 the brain.) Emerson believes the social 

 organismic analogies more comparable 

 with the primitive multicellular animals, 

 as the sponge.) 



Weismann, a., 1893, pp. 309-338, 596-610. 

 (The all-sufficiency of natural selection.) 



Wheeler, W. M., 1911a, pp. 307-325. (Col- 

 ony as an organism, ant.) 



