SMITHSONIAN MISCELLANEOUS COLLECTIONS 



VOL. 130 



worker 9 to i; 4 queens to i or 2 males. 



Respiratory needs slight. Hostility to alien 



termites.) 

 Annandale, N., 1923, pp. 233-251. (Barkuda, 



India.) 

 Anonymous, 1766, p. 395. 



1863-1870, pp. 737-743, 753-759, 769-774, 



785-791, 801-807, 817-820; 1870, pp. 556- 



558. 

 1863a, pp. 94-95. 



1877, PP- 51-52- 



1894, p. 140. (Ta-mcs taprobanes.) 



1900, pp. 170-177. 



1907, p. 26123. (Australia.) 



1919, p. 873. (India.) 



1929, p. 277. (India.) 



1934, p. 16. (Indiana.) 



1935, p. 178. (Number castes in mound 

 nest in Australia: 1,561,400 workers, 201,- 

 000 soldiers, 44,100 nymphs.) 



1945, pp. 1-14. (Cawnpore, India.) 

 1950, pp. 1-4. (Australia.) 

 1950a, pp. 1-43. (South Africa.) 

 1950C, p. 16. (Difference between ants and 

 termites.) 

 Bacot, a., 1900, p. 309. 



Baker, E. C. S., 1931, pp. 34-37. (Nesting 

 association between birds, wasps, and 

 ants. Orient.) 

 Banks, N., and Snyder, T. E., 1920*, pp. 87- 



228. (U.S.) 

 Barber, H. G., 1914, p. 73. (U.S., finding of 



another queen.) 

 Barrow, Sir John, 1801, pp. 74-401. (South 



Africa.) 

 Bates, H. W., 1854, p. 333. (Natural history.) 

 1855-1858, in Hagen, pp. 270-287. (Ama- 

 zon.) 

 1864, p. 128. (Amazon, copulation on 

 ground not in midair.) 

 Bathellier, J., 1922, pp. 477-479. (Role of 

 soldier of Eutermes matangcnsis.) 

 ^9^3j PP- 403-409- (Nest of Eutermes ma- 

 tangcnsis with nest of Microtermcs.) 

 1927. (Macrotermcs gihiis, pp. 258-269; 



Eutermes matangcnsis, pp. 279-293.) 

 1942, pp. 181-182. (Neoteinic reproductives 

 of Rcticulitermes lucifugus survived in 

 laboratory while normal forms died.) 

 Beall, G., 1931, pp. 33-35. (Habits Tertnopsis 

 angusticoUis, T. ncvadensis, and Rcticuli- 

 termes hespcrus in British Columbia.) 

 Beatty, J., 1953, pp. 20-22. (1951 flood at 

 Kansas City submerged termites for 7 

 days, were not killed.) 

 Becker, G., 1952, pp. 270-273. (Copulation 

 Calotermes fiavicollis.) 



Beebe, W., 1916, pp. 114, 116. (Termites in 

 jungle debris.) 



Beeson, C. F. C, 1941a, pp. 524-553. (India, 

 vernacular names; queen lays 30,000 eggs 

 per day — 100 million eggs in 10 years, 

 queen 2 to 4 in. long, 20,000 times vol- 

 ume of worker; Cyclotcrmcs does not 

 have supplementary queens, if royal pair 

 removed, colony may not extend to 9 

 months. Normal colony may persist for 

 12 years. Dates swarming, winged Nco- 

 tcrmes and Glyptotermes may take 7 to 4 

 years to develop.) 



Behm, H. W., 1950, pp. 3-7. 



Belt, T., 1873, pp. 142-143. (Nicaragua, sud- 

 den death termites in nests in roof of 

 house in June.) 



Bequaert, J., 1913, pp. 396-431. (Congo, 

 Africa.) 

 1921, pp. 194-196. (Congo, Africa, 3 queens 

 in royal cell, 3 in. long.) 



1925, pp. 289-294. (Amazon.) 

 Bequaert, J., et al., 1926, pp. 129-183. (Ama- 

 zon.) 



1930, pp. 819-823. (Liberia and Belgian 



Congo.) 

 Berg, C, 1880, pp. 1-16. (Argentine.) 

 Bern.\rd, p., 1954, pp. 104-111. (Sahara 



desert, role termites.) 

 Bettziech-Beta, H., i860, pp. 244-245, 260- 



262. 

 Bilsing, S. W., 1954, pp. 48, 56. (General.) 



1954a, pp. 30, 32. (General.) 

 Blackburn, T., 1884, p. 413. (Hawaii.) 

 Blake, C. H., 1937, pp. 3-9. (Rcticulitermes 



flavipes, New England.) 

 Blandford, W. F. H., 1897, pp. 517-518. (So- 

 cial system, India.) 

 1898, pp. 529-532. (Social system, India.) 

 Blizdorp, p. a., 1941, pp. 49-52. (Migration 



queens, Netherlands Indies.) 

 Bolsche, N., 1931, p. 79. (Termite state.) 

 Borror, D. J., and DeLong, D. M., 1954, pp. 



143-150. (General.) 

 Bouvier, E. L., 1918, p. 299. (Superorganism.) 



1926, p. 291. (Communism.) 



Bradley, J. C, 1919, pp. 356-377, 403-420, 

 514-526. (Localities where Prof. W. M. 

 Wheeler collected termites.) 

 Branner, J. C, 1910, pp. 24-25. (Luminosity 

 of termites.) 

 1910a, p. 342. (Luminosity of termites.) 

 Brehm, a. E., 1853-1855. (North East Africa, 

 1847-1852.) 

 1884, pp. 522-534. 

 1892, pp. 560-573. 



