488
N. BALAKRISHNAN NAIR AND M. SARASWATHY
Cram, T. J. (1873). Worms in wood under sea water. I n “ Decay and PreservaCrichton, M. D. (1941). Marine shells of Madras. J . Bombay nat. Hist. Soc. 42
Crisp, D. J., Jones, L. W. J. and Watson, W. (1953). Use of X-ray stereoscopy for
examining shipworm infestation in vivo. Nature, Lond. 172, 408-409.
Crowell, S. (1956). Eugymnanthea, a commensal hydroid living in pelecypods.
Pubbl. Staz. zool. Napoli. 30, 162-167.
Cunningham, J. E. (1920). The carbo-teredo timber process. Engineering, Lond.
110 (2854), 346.
Cunningham, J. E. (1923). Sydney, New South Wales. Report on boring organisms in various waters. Rep. C m m . Deterior. Struct. Timb.-Metal Concr.
Sea-Wat. 3, 69-73.
tion of Timber.” Franklin Inst. 96 ( l ) , 49-53.
(2), 323-341.
Dampier, W. (1697). “A New Voyage Round the World.” London.
Davis, C. (1910). Concrete for maritime structures. National Assoc. Cement
Users, Proc. ann. Conv. 6 (Chicago, Illinois, 1910), 120-127.
De Coque, J. V. (1895). The timbers of New South Wales. J . Proc. R . SOC.
Denison, W. T. (1852). Operation of the Teredo navalis on colonial timber. Pap.
Proc. R . SOC. Tasm. 2 ( l ) , 74-77.
Deschamps, P. (1953). Recherche de la cellulose chez Teredo navalis au moyen
de la chromatographie de partage. Bull. SOC. 2001. Fr. 78, 174-177.
Deshayes, G. P. (1848). Histoire naturelle des Mollusques. I n “ Exploration
Scientifique de l’Algbrie, Zoologie.” Vol. I, 609 pp.
Deshayes, G. P. (1860). Description des animaux sans vertebres d6couverts le
bassin de Paris. Vol. I. Mollusques acephates dimyaires. 912 pp.
Devenish-Meares, R. (1904). Teredo attack a t depth. Minut. Proc. Cape SOC.
civ. Engrs, 2 (9), 6.
Dons, C. (1940). Marine boreorganismer. 11. Ve Kst og Voksemate hos Teredo
megotara. Norske Vidensk. Selsk. Forh. 12, 141-144.
Dons, C. (19404. Marine boreorganismer. I. Fluktuzajoner hos Teredo rnegotara.
Norske Videnak. Selsk. Forh. 12 (26), 93-95.
Dons, C. (1944). Marine boreorganismer. VII ksvekslinger hos Teredo. Norske
Vidensk. Selsk. Forh. 16 (33), 118-120.
Dons, C. (1945). Marine boreorganismer. IX. Havvannets temperatur og
peleonnangrepene. Norske Videnak. Sekk Forh. 17, (38), 150-153.
Dons, C. (1946). Marine bore organismer. XI. Voksemate hos Teredo norvegica.
Norske Vidensk. Selsk. Forh. 18 (44), 182-185.
Dons, C. (1949). Marine bore organismer. XIII. Teredo-produksjonen of sjotemparaturen. Norske Vidensk. Selsk. Forh. 21 (42), 18&190.
Doochin, H. and Smith, F. G. W. (1951). Marine boring and fouling in relation
to velocity of water currents. Bull. mar. Sci. Gulf Caribb. 1 (3), 196-208.
Dore, W. H. and Miller, R. C. (1923). The digestion of wood by Teredo navalis.
Univ. Calif. Publs. Zool. 22, 383-400.
Dow, B. (1950). Trap destruction by borers increasing in some areas. Maine
Coast Fisherman. (Sept) 4.
Du Cane, E. F. (1864). Notes on the Jarrah timber of Western Australia which is
proof against the white ant and sea worm. Pap. Corps royal Engin. (Great
Britain) (n.s.), 13, 67-71.
N.S. W . 28, 189-217.
N. BALAKRISHNAN NAIR AND M. SARASWATHY
Cram, T. J. (1873). Worms in wood under sea water. I n “ Decay and PreservaCrichton, M. D. (1941). Marine shells of Madras. J . Bombay nat. Hist. Soc. 42
Crisp, D. J., Jones, L. W. J. and Watson, W. (1953). Use of X-ray stereoscopy for
examining shipworm infestation in vivo. Nature, Lond. 172, 408-409.
Crowell, S. (1956). Eugymnanthea, a commensal hydroid living in pelecypods.
Pubbl. Staz. zool. Napoli. 30, 162-167.
Cunningham, J. E. (1920). The carbo-teredo timber process. Engineering, Lond.
110 (2854), 346.
Cunningham, J. E. (1923). Sydney, New South Wales. Report on boring organisms in various waters. Rep. C m m . Deterior. Struct. Timb.-Metal Concr.
Sea-Wat. 3, 69-73.
tion of Timber.” Franklin Inst. 96 ( l ) , 49-53.
(2), 323-341.
Dampier, W. (1697). “A New Voyage Round the World.” London.
Davis, C. (1910). Concrete for maritime structures. National Assoc. Cement
Users, Proc. ann. Conv. 6 (Chicago, Illinois, 1910), 120-127.
De Coque, J. V. (1895). The timbers of New South Wales. J . Proc. R . SOC.
Denison, W. T. (1852). Operation of the Teredo navalis on colonial timber. Pap.
Proc. R . SOC. Tasm. 2 ( l ) , 74-77.
Deschamps, P. (1953). Recherche de la cellulose chez Teredo navalis au moyen
de la chromatographie de partage. Bull. SOC. 2001. Fr. 78, 174-177.
Deshayes, G. P. (1848). Histoire naturelle des Mollusques. I n “ Exploration
Scientifique de l’Algbrie, Zoologie.” Vol. I, 609 pp.
Deshayes, G. P. (1860). Description des animaux sans vertebres d6couverts le
bassin de Paris. Vol. I. Mollusques acephates dimyaires. 912 pp.
Devenish-Meares, R. (1904). Teredo attack a t depth. Minut. Proc. Cape SOC.
civ. Engrs, 2 (9), 6.
Dons, C. (1940). Marine boreorganismer. 11. Ve Kst og Voksemate hos Teredo
megotara. Norske Vidensk. Selsk. Forh. 12, 141-144.
Dons, C. (19404. Marine boreorganismer. I. Fluktuzajoner hos Teredo rnegotara.
Norske Videnak. Selsk. Forh. 12 (26), 93-95.
Dons, C. (1944). Marine boreorganismer. VII ksvekslinger hos Teredo. Norske
Vidensk. Selsk. Forh. 16 (33), 118-120.
Dons, C. (1945). Marine boreorganismer. IX. Havvannets temperatur og
peleonnangrepene. Norske Videnak. Sekk Forh. 17, (38), 150-153.
Dons, C. (1946). Marine bore organismer. XI. Voksemate hos Teredo norvegica.
Norske Vidensk. Selsk. Forh. 18 (44), 182-185.
Dons, C. (1949). Marine bore organismer. XIII. Teredo-produksjonen of sjotemparaturen. Norske Vidensk. Selsk. Forh. 21 (42), 18&190.
Doochin, H. and Smith, F. G. W. (1951). Marine boring and fouling in relation
to velocity of water currents. Bull. mar. Sci. Gulf Caribb. 1 (3), 196-208.
Dore, W. H. and Miller, R. C. (1923). The digestion of wood by Teredo navalis.
Univ. Calif. Publs. Zool. 22, 383-400.
Dow, B. (1950). Trap destruction by borers increasing in some areas. Maine
Coast Fisherman. (Sept) 4.
Du Cane, E. F. (1864). Notes on the Jarrah timber of Western Australia which is
proof against the white ant and sea worm. Pap. Corps royal Engin. (Great
Britain) (n.s.), 13, 67-71.
N.S. W . 28, 189-217.