WHOLE VOL. 



BIBLIOGRAPHY OF TERMITES: SUBJECTS — SNYDER 



75 



MOISTURE 



DuNMORE, L. A., Jr., and Collins, M. S., 

 1951, p. 513. (Caste differences in tolera- 

 tion of drying in Reticulitermes flavipes.) 



Fyfe, R. v., and Gay, E. J., 1938, pp. 1-22. 

 (Structure mound Eutermes exitiosus 

 Australia retains moisture produced by 

 metabolism termites, temperature and 

 mound material prevent deposition water 

 in central regions.) 



Geigy, R., and Ernst, E., 1951, pp. 414-420. 

 (Resistance to drying different genera 

 termites, high humidity increases length 

 life individuals; see Humidity.) 



Grasse, p. P., and Noirot, C, 1948b, pp. 869- 



871. (Transportation water in termi- 

 tarium and climate therein.) 



Mukerji, D., and Mitra, P. K., 1949, pp. 

 9-27. (Calcutta, Odontotermes redemanni, 

 moisture varies little in mound.) 



Snyder, T. E., 1948, p. 76. (Amount moisture 

 in wood directly under shelter tubes Re- 

 ticulitermes in eastern U.S. 25%.) 



Strickland, M., 1950, pp. 373-385. (Reticuli- 

 terines tibialis more resistant to drying 

 dian flavipes or arenincola, latter the least 

 tolerant to drying.) 



Williams, O. L., in Kofoid, 1934, 2d ed., 

 p. 48. {Reticulitermes hesperus requires 

 more soil moisture than tibialis.) 



MORPHOLOGY 



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

 termite genera based on imago-worker 

 mandibles.) 



Ahrens, W., 1930, pp. 449-530. (Body articu- 

 lation, skin and tracheae of the termite 

 king.) 

 1932, pp. 516-534. (Relation between karyo- 

 plasma, zytoplasma, and deutoplasma in 

 Termes redemanni.') 



1934, pp. 187-195. (Accessory genital glands 

 homologous to those of Blattidae and 

 Mantidae.) 



1935, pp. 223-302. (Female genitalia Termes 

 redemanni.) 



1935a, pp. 467-500. (Development of the 

 "corpus luteum," T. redemanni, 3 empty 

 egg follicles degenerate and bring next 

 ripe egg close to ovariole pedicel.) 



Anonymous, 1950c, p. 16. (Difference be- 

 tween ants and termites.) 



Basch, S., 1865, pp. 56-75. (Skeleton and 

 muscles of the head, Termes flavipes.) 



Bonneville, P. P., 1936, pp. 1-127. (Micro- 

 scopic anatomy African termite.) 

 1936a, pp. 230-243. (Origin royal adipose 

 tissue.) 



Browman, L. G., 1935, pp. 113-129. (Chitin- 

 ous structures in posterior abdominal seg- 

 ments certain female termites; female 

 genitalia homologized with those of 

 roaches, agree except Hodotermitidae.) 



Brunelli, G., 1905, pp. 121-126. (Structure 

 of the ovary.) 

 1905a, pp. 718-721. (Destruction of oocytes 



of queen infested by Protozoa.) 

 1906, pp. 55-62. (Destruction of oocytes of 

 queen infested by Protozoa.) 



Bugnion, E., I9i3e, pp. 165-172. (Indication 

 of number segments antennae 3 castes 

 Indo-Malayan termites.) 

 1914a, pp. 351-364. (Mouthparts of Eu- 

 termes, Ceylon.) 



Bugnion, E., and Ferriere, C, 1911a, Taxon- 

 omy, pp. 97-106. (Coptotermes = Pro- 

 rhinotermes flavtts larvae with rudiments 

 of prothoracic wings, dry up and fall off.) 



Bugnion, E., and Popoff, N., 1912, pp. 210- 

 232. (Anatomy king and queen Termes 

 redemanni, obscuriceps and horni.) 



Bugnion, E., Popoff, N., and Ferriere, C, 

 1911, pp. 86-96. {Termes ceylonicus.) 



Chervinsky, K. K., 1897, pp. 241-245. (Anat- 

 omy.) 

 1897a, pp. 199-202. (Frontal gland, ganglia 



sympathetic nerves.) 

 1898, pp. 31-48. (Frontal gland, ganglia 

 sympathetic nerves.) 



Child, H. J., in Kofoid, 1934, 2d ed., pp. 58- 

 88. (Interjnal anatomy.) 



Chopard, L., 1947, pp. 95-99. (External 

 morphology R. Iticijugus and Calotermes 

 flavicollis.) 



Collins, M. S., 1951, p. 477. (Variations in 

 the fat body, R. flavipes.) 



Crampton, G. C, i92oaj p. 98. (Affinities 

 anatomy Zorotyptts and termites.) 

 1920b, pp. 137-145. (Terminal abdominal 

 structures of Mastotermes darwiniensis, 

 Australia.) 

 1921b, pp. 69, 77, 93-94. (Sclerites of head 

 and mouthparts Mastotermes.) 



Delamare-Deboutteville, C, 1947, pp. 145- 

 154. (Comparison morphology adult ap- 

 terous and winged Zoraptera with ter- 



