102 



SMITHSONIAN MISCELLANEOUS COLLECTIONS 



130 



HuTsoN, }. C, 1932, pp. D111-D121. (Ceylon, 

 California redwood attacked; Hopea odo- 

 rata and Xylia dolabrijor7nis not at- 

 tacked.) 



Jack, R. W., 1913, pp. 1-16. (Rhodesia.) 

 1913a, pp. 393-407. (South Rhodesia; "mo- 

 pani," Copaijera mopatii, resistant.) 



Jackson, W. F., 1954, pp. 207-208. (Malaya.) 



Kalshoven, L. G. E., 1952a, pp. 188-190. 

 (Java, Coptotermcs, Macrotermes, Odon- 

 totermes, Microtcrmcs, and Eutermes 

 preferences for cardboard, Ricinus, mani- 

 hot, and maize stalks, newspaper and split 

 bamboo; teak bark not attacked.) 



Kamesan, S., 1936, pp. 93-113. (India.) 



Kanehira, R., 1914, pp. 23-41. (Relative re- 

 sistance woods to termites, Formosa.) 



Kemp, P. B., 1951, pp. 122-123. (Susceptibil- 

 ity woods to termites. East Africa.) 



KiRKPATRicK, T. W., 1944, pp. 1-31. (Insect 

 damage to East African timbers.) 



KiTAjiMA, K., 1933, pp. 100-102. (Laboratory 

 tests on durability of Japanese coniferous 

 woods against decay: Thtijopsis dolabrata 

 most durable, Larix leptolcpis, Crypto- 

 meria jap07nca, Chamaecyparis obtusa, 

 Pinus I^oraieiisis very durable.) 



KoFoiD, C. A., and Bowe, E. E., in Kofoid, 

 1934, 2d ed., pp. 517-539, 554-563- (Ter- 

 mite resistivity, chemical extractives in 

 wood in relation to termite attack, ex- 

 tractive tests, U.S.) 



Krishna, S., and Narayanamurti, D., 1951, 

 p. 271. (India, sal {Shorea robustd) re- 

 sistance due to chemical extractives in 

 heartwood, soluble in hot water and 

 alcohol. Tests of 200 species of Indian 

 timbers indicate that they can be divided 

 into 5 different classes of resistance. Arto- 

 carpus gomiziana from Andamans and 

 teak (Tect07ia grandis) also resistant to 

 marine borers, former 10 years at Chat- 

 ham, latter 5 to 9 years according to 

 location.) 



Lagrimas, M., 1939, pp. 259-265. (Philippines, 

 seasoned heartwood redwood in ground 

 had life GVi to 355/j months; average only 

 656 days, 15.6% as durable as ipil (Jfitsia 

 bijuga), in termite-infested ground.) 



Lever, R. J. A. W., 1934, p. 13. (Solomon 

 Islands, local resistant timbers.) 



LicHTFooT, G., 1938, pp. 21-22. (Australia, 

 technique used in testing resistance ma- 

 terial to attack by termites.) 



MacGregor, W. D., 1950, pp. 33-39. (Africa, 

 British West Indies. Guiana, Honduras, 

 Fiji, Malaya, North Borneo, Sarawak.) 



Mansour, K., and Mansour-Bek, J. J., 1934, 

 pp. 363-382, (Use free-living intestinal 

 microorganisms directly as food, not as 

 aids in digestion of wood.) 



Marchan, F. J., 1946, pp. 135-151. (Lignin, 

 ash, protein content 43 species temperate, 

 subtropical, tropical woods, relationship 

 between lignin, ash, and protein content 

 and resistance to termites.) 



Miller, N. C. E., 1941, pp. 23-25. (Dry-wood 

 termites attack on sepetir, Sindora spp., 

 used for furniture, Malaya.) 



Moll, F., 1948, pp. 497-498. (Is teak wood 

 immune to termites.?) 



OsHiMA, M., 1919, pp. 347-374. (Formosa, 

 termite resistant woods, relationship to 

 resistance physical properties wood and 

 chemical extractives.) 



Painter, R. H., 1951, pp. 487-488. 



Parker, W. B., 1911, pp. 422-423. (California 

 redwood attacked by Termes lucijtigus, 

 California.) 



Pescott, E. E., 1947, p. 6. (Australia, cypress 

 pine, brush box, raspberry jam wood 

 {Acacia acuminata) termite resistant.) 



Popham, E. J., 1931, pp. 62-69. (Durability 

 timber, India.) 



Ratcliffe, F. N., and Cummins, J. E., 1939, 

 pp. 221-228. (Food preferences Australian 

 Rhinotermitidae, Mastotermitidae, and 

 Termitidae.) 



Ratcliffe, F. N., Gay, F. J., and Greaves, T., 

 1952, pp. 29, 37, 120. (Food preferences 

 Australian Rhinotermitidae, Mastotermi- 

 tidae and Termitidae, extractives deter- 

 mine resistance; Acacia acuminata, 8 spe- 

 cies Eucalyptus, Callitris spp., Syncarpia 

 laurifolia.) 



Record, S. J., 1944, pp. i-io. (Wood of 

 Bucida buceras (Combretaceae) more 

 highly resistant to attack by dry-wood 

 termites in Puerto Rico, when long sub- 

 merged in brackish water.) 



Record, S. J., and Hess, R. W., 1943, pp. l- 

 640. (Durable American woods.) 



Record, S. J., and Mell, C. D., 1924, pp. i- 

 610. (Durable woods tropical America.) 



Reyes, L. J., 1938, pp. 465-474. (Philippine 

 woods, relative durability in ground-sub- 

 terranean termites; dry-wood termites; 

 appendixes 4 and 5.) 



Schmitz, H., 1922, pp. 46-47. (Cause of dura- 

 bility western red cedar. Thuja plicata.) 



Schmitz, H., and Daniels, A. S., 1921, pp. 

 i-ii. (Laboratory tests on relative dura- 

 bility some western coniferous woods, es- 

 pecially Idaho species.) 



