90
Efflorescences toxiques des eaux côtières françaises : écologie, écophysiologie, toxicologie
Mo ncheva S.P., 199 1. O n the tox ic ity of Exuviaella cordata Ost. bloomi ng in Black Sea.
Rev. lnt. Océanogr. Méd ., 101-1 04, 124-126.
Nakazima M., 1965a. Stud ies on the source of
shellfish poison in Lake Hamana. 1 Relation of
the abundance of a species of Dinoflagellata,
Prorocentrum sp. to shel lfish toxicity. Bull. Jap.
Soc. Sei. Fish., 31 (3), 198-203.
Nakazima M., 1965b. Stu dies on the source of
shell fish poison in Lake Hamana. Il Shellfish
toxici ty during the « red-tide » . Bull. Jap. Soc.
Sei. Fish., 31 (3), 204-207.
Nakazima M., 1965c. Stud ies on the source of
shellfish poison in Lake Hamana. Ill Poisonous
effects of shellfish feeding on Prorocentrum sp.
Bull. jap. Soc. Sei. Fi sh., 31 (4), 281-285.
Nakazima M., 1968. Stud ies o n the sou rce of
shellfish poison in Lake Hamana. IV Identification and Collection of the noxious dinoflagellate. Bull. j ap. Soc. Sei. Fish., 34, 130-132.
O kaichi T., lmatomi Y., 1979. Tox icity of Prorocentrum minimum var. mariae-labouriae assumed to be a causative agent of short-necked
clam poisoni ng. ln : D.L. Taylor, Selger H .H.
(Eds.) Taxie d inoflage ll ate blooms, El sevier,
Sei . Publish. 385-388.
Paasche E., Bryceson 1., Tangen K., 1984. Interspec ifie variation in dark nitrogen uptake by
dinoflagellates. j . Phycol., 20 (3), 394-401.
Parke M., Ball antine D ., 1957. A new marine
d inoflagell ate : Exuviaella mariae-labouriae
n. sp. J. M ar. Biol. Ass. U .K., 36, 643-650.
Si lva E.S., Sousa 1., 1981. Experimental work on
the dinofl agellate toxin production. Arq. lnsti.
Nac. Sa'de, 6, 381-387.
Silva E.S. , Sousa 1., 1988. Observations on the
toxicity of sorne cultu red dinoflagellates. ln :
Proc. Intern ati o nal symposi um (IU PAC) on
mycotoxins and phycotoxins, 9-1 O.
Smayda T.J., 1990. Novel and nui sance phytoplankton blooms in the sea : ev idence for a
globa l epidemie. ln : E. Graneli, Sundstrôm B.,
Edler L., Anderson D.M., (Eds.) Taxie ma rin e
Phytoplankton, Elsevier, Sei . Publish., 29-40.
Swift D.G., 1984. Algal assays for vitami ns. ln: L.
E. Shubert (Ed.) Algae as ecologica l indicators,
part 2 : Marine Ecosystems, Academ ie Press,
281-313.
Tyler M .A., Sel iger H .H. 1978. Annual subsurface
transport of a red tide d inoflage llate to its
bloo m area : water circu lation patterns and
o rgan ism distributi ons in the Chesapeake Bay.
Limno l. Oceanogr., 23 (2), 227-246 .
Tyler M.A., Sel iger H .H ., 1981. Selection for a
red tide organism : physiological responses to
the physical environment. Limnol. Oceanogr.,
26 (2), 310-324.
Vogel H., Sager j .-C., 1985. Photosynthetic respanse of Prorocentrum mariae-lebouriae
(Dinophyceae) to differen t spectral qualities,
irradiances, and temperatures. Hydrobiologia,
128, 143-153.
Yamochi S., Joh H., 1986. Effects of temperature on
the vegetati ve cell liberation of seven species of
red-tide algae from the bottom mud in Osaka
bay. j. Oceanogr. Soc. Japan, 42, 266-275.
Efflorescences toxiques des eaux côtières françaises : écologie, écophysiologie, toxicologie
Mo ncheva S.P., 199 1. O n the tox ic ity of Exuviaella cordata Ost. bloomi ng in Black Sea.
Rev. lnt. Océanogr. Méd ., 101-1 04, 124-126.
Nakazima M., 1965a. Stud ies on the source of
shellfish poison in Lake Hamana. 1 Relation of
the abundance of a species of Dinoflagellata,
Prorocentrum sp. to shel lfish toxicity. Bull. Jap.
Soc. Sei. Fish., 31 (3), 198-203.
Nakazima M., 1965b. Stu dies on the source of
shell fish poison in Lake Hamana. Il Shellfish
toxici ty during the « red-tide » . Bull. Jap. Soc.
Sei. Fish., 31 (3), 204-207.
Nakazima M., 1965c. Stud ies on the source of
shellfish poison in Lake Hamana. Ill Poisonous
effects of shellfish feeding on Prorocentrum sp.
Bull. jap. Soc. Sei. Fi sh., 31 (4), 281-285.
Nakazima M., 1968. Stud ies o n the sou rce of
shellfish poison in Lake Hamana. IV Identification and Collection of the noxious dinoflagellate. Bull. j ap. Soc. Sei. Fish., 34, 130-132.
O kaichi T., lmatomi Y., 1979. Tox icity of Prorocentrum minimum var. mariae-labouriae assumed to be a causative agent of short-necked
clam poisoni ng. ln : D.L. Taylor, Selger H .H.
(Eds.) Taxie d inoflage ll ate blooms, El sevier,
Sei . Publish. 385-388.
Paasche E., Bryceson 1., Tangen K., 1984. Interspec ifie variation in dark nitrogen uptake by
dinoflagellates. j . Phycol., 20 (3), 394-401.
Parke M., Ball antine D ., 1957. A new marine
d inoflagell ate : Exuviaella mariae-labouriae
n. sp. J. M ar. Biol. Ass. U .K., 36, 643-650.
Si lva E.S., Sousa 1., 1981. Experimental work on
the dinofl agellate toxin production. Arq. lnsti.
Nac. Sa'de, 6, 381-387.
Silva E.S. , Sousa 1., 1988. Observations on the
toxicity of sorne cultu red dinoflagellates. ln :
Proc. Intern ati o nal symposi um (IU PAC) on
mycotoxins and phycotoxins, 9-1 O.
Smayda T.J., 1990. Novel and nui sance phytoplankton blooms in the sea : ev idence for a
globa l epidemie. ln : E. Graneli, Sundstrôm B.,
Edler L., Anderson D.M., (Eds.) Taxie ma rin e
Phytoplankton, Elsevier, Sei . Publish., 29-40.
Swift D.G., 1984. Algal assays for vitami ns. ln: L.
E. Shubert (Ed.) Algae as ecologica l indicators,
part 2 : Marine Ecosystems, Academ ie Press,
281-313.
Tyler M .A., Sel iger H .H. 1978. Annual subsurface
transport of a red tide d inoflage llate to its
bloo m area : water circu lation patterns and
o rgan ism distributi ons in the Chesapeake Bay.
Limno l. Oceanogr., 23 (2), 227-246 .
Tyler M.A., Sel iger H .H ., 1981. Selection for a
red tide organism : physiological responses to
the physical environment. Limnol. Oceanogr.,
26 (2), 310-324.
Vogel H., Sager j .-C., 1985. Photosynthetic respanse of Prorocentrum mariae-lebouriae
(Dinophyceae) to differen t spectral qualities,
irradiances, and temperatures. Hydrobiologia,
128, 143-153.
Yamochi S., Joh H., 1986. Effects of temperature on
the vegetati ve cell liberation of seven species of
red-tide algae from the bottom mud in Osaka
bay. j. Oceanogr. Soc. Japan, 42, 266-275.