WHOLE VOL. 



BIBLIOGRAPHY OF TERMITES: SUBJECTS — SNVDHR 



8i 



1948, pp. 73-92. (General.) 

 I949d, in Burton, pp. 264-272. (India, 

 mound nests, queen cells.) 

 Snyder, T. E., and Zetek, J., 1924, pp. 1-26. 

 (Panama.) 

 1934, in Kofoid, 2d ed., pp. 342-346. (Pan- 

 ama.) 

 Stumper, R., 1923, pp. 409-411. (Chemical 

 composition nests Apicotermes occulttis.) 

 1924, pp. 351-352. (An odd termite nest.) 

 Taylor, J. E., 1942, p. 49. (Mounds used for 

 manure.) 



TovELL, T. R., 1946, p. 37. (Shapes nests.) 



UicHANco, L. B., 1919, pp. 59-65. (Philip- 

 pines.) 



Wahl, R. O., and Powell, A. R., 1927, pp. 

 125-140. (Importance nest structure fumi- 

 gation calcium cyanide.) 



Wasmann, E., 1902a*, pp. 293-298. {Termes 

 inonodon, var. lujana, Zambesi, Portu- 

 guese East Africa.) 

 1902b*, pp. 99-164. (Ceylon.) 



Wild, H., 1952, pp. 280-292. (Southern Rho- 

 desia, vegetation of termitaria.) 



NUTRITION 



Abderhalden, E., 1947, p. 331. (New vitamin 

 prepared from termites by Goetsch, mush- 

 rooms, yeasts, etc., increases assimilation 

 food, might lead to gigantism in ter- 

 mites.) 



Andrews, E. A., 1911, pp. 200-204. (Jamaica, 

 Eutermes ripperti, "fungus gardens" de- 

 veloped from dry masses in nest?; stored 

 food nodules of eaten wood bound to- 

 gether with secretion.) 



Beckwith, T. D., and Rose, E. J., 1929, pp. 

 4-6. (Cellulose digestion by gut organ- 

 isms.) 



Bottomly, a. M., and Fuller, C, 1921, pp. 

 139-144, 223. (Fungus food.) 



BucHNER, P., 1928, pp. 1-64. (Alimentation 

 from wood and symbiosis.) 



BuscALioNi, L., and Combes, S., 1910, pp. i- 

 16. (Protozoan symbiosis in digestion 

 vegetation.) 



Carl, J., 1932, pp. 97-99. (Make provision of 

 wood } ) 



Cleveland, L. R., 1923, pp. 444-461. (Corre- 

 lation between food, morphology, and 

 Protozoa.) 

 1925a, pp. 289-293. (Live indefinitely on 



diet pure cellulose.) 

 1925b, pp. 295-308. (Feeding habits and 



symbiosis Protozoa.) 

 1925c, pp. 309-326. (Effects oxygenation 

 and starvation on symbiosis Tcrmopsis 

 and Protozoa.) 

 1926, pp. 51-60. (Symbiosis, Protozoa.) 

 1928, pp. 231-237. (Symbiosis, Protozoa.) 



CoATON, W. G., 1947, pp. 130-177. (Wood- 

 eating termites South Africa.) 



Cook, S. F., 1943, pp. 123-128. (Nonsym- 

 biotic utilization carbohydrates by Zo- 

 otermopsis angusticollis.) 



Cook, S. F., and Scott, K. G., 1932, pp. 505- 

 512. (Relation between absorption and 

 elimination of water by Termposis an- 

 gusticollis.) 



1933, pp. 95-110. (Nutritional requirements 



Zootermopsis angusticollis.) 

 1943, p. 95. (Nutritional requirements Zo- 

 oterm opsis angusticollis. ) 



Cook, S. F., and Smith, R. E., 1942, pp. 211- 

 219. (Metabolic relations, Protozoa sym- 

 biosis, temperature effects.) 



DicKMAN, A., 1931, pp. 85-92. (Ability in- 

 testinal flora to digest cellulose.) 



Ergene, S., 1949, pp. 49-70. (Role intestinal 

 bacteria in assimilation atmospheric nitro- 

 gen.?) 



Fuller, C, 19 15, pp. 60-64. (Food Hodo- 

 termes and Trinerfitermes South Africa.) 



Ghidini, G. M., 1940, pp. 220-221. (Cellulose 

 (digestion) breaking down by intestinal 

 fauna and flora, Reticuliiermes lucifugus.) 

 1941, pp. 103-113. (Breaking down of cellu- 

 lose in intestines of termites.) 



Gosswald, K., 1943, pp. 297-316. (Addition 

 diastase to wood hastened development 

 Calotermes flavicollis.) 



GoETscH, W., 1946a, pp. 58-86. (Intestinal 

 symbionts as sources of proteins and vita- 

 min distributors.) 

 1947, pp. 193-274. (Influence vitamin T 

 (torutilin) on form and habits of insects. 

 Soldier formation obtained in soldierless 

 Anoplotermcs. Such "development stim- 

 uli" obtained in Blattidae when fed on 

 termites, extreme forms with magnified 

 heads were equal to termite soldiers. 

 Three factors decisive for "big-head" for- 

 mation: (i) critical phase, (2) vitamin 

 T, (3) sufficient protein nutrition. Vita- 

 min T, alone, causes accelerated skin 

 casting without body magnification; pro- 

 tein alone provokes body enlargement 

 without creating extreme forms. Only 

 combined factors provoke gigantism and 

 corresponding changes in behavior. Vita- 

 min T found in fat of termites.) 



