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Kabenmoso. Rafidosoto ni yoru Shingata Akashio no Hassei Kiko to Shutsugen Yosoku Gijutsu no Kaihatsu ni kansuru Kenkyu. Heisei 9 Nendo Kenkyu Hokokusho

Elucidation of generation mechanism of new-type red tide based on physiological and ecological characteristics. Estimation of the growth rate by growth characteristic and division index of new red tide organism,Heterocapsa circularisquama. ( Fisheries Agency Island Sea of Japan ward Regional Fisheries Research Laboratory S ).
Elucidation of generation mechanism of new-type red tide based on physiological and ecological characteristics. Relationship between new red tide plankton, Heterocapsa circularisquama, and other type of phytoplankton. ( Fisheries Agency Island Sea of Japan ward Regional Fisheries Research Laboratory S ).
Elucidation of generation mechanism of new-type red tide based on physiological and ecological characteristics. Dynamics of vegetative cells and dormant spores of Stephanopyxis spp. ( Fisheries Agency Island Sea of Japan ward Regional Fisheries Research Laboratory S ).
Action mechanism elucidation of predator and microorganism concerning the generation of the new-type red tide. Baiting selectivity of bell type Ciliata for the red tide Flagellatae. ( Fisheries Agency Island Sea of Japan ward Regional Fisheries Research Laboratory S ).
Action mechanism elucidation of predator and microorganism concerning the generation of the new-type red tide. Algae killing of bacteria AA8-2 on Heterocapsa circularisquama(Dinophyseae) in noxious red tide. ( Fisheries Agency Island Sea of Japan ward Regional Fisheries Research Laboratory S ).
Relationship between dynamics of mineral nutrients and organic substances in sea water and mechanism of dominance with new-type red tide plankton. Relationship between fate of the new-type red tide plankton and environmental factors in the Uranouchi Bay. ( Fisheries Agency Island Sea of Japan ward Regional Fisheries Research Laboratory S ).
Generation mechanism and construction of forecasting system of the new-type red tide. ( Fisheries Agency Island Sea of Japan ward Regional Fisheries Research Laboratory S ).