%0 Journal Article %T 日本琵琶湖中微囊藻水华形成机理的再认识 %T Improving the Understanding of Cyanobacterial Bloom Formation Mechanisms in Lake Biwa %A Antonio Quesada %A Jean-Jacques Frenette %A 早川和秀 %A 熊谷道夫 %A Antonio Quesada %A Jean Jacques Frenette %A Kazuhide Hayakawa %A Michio Kumagai %J 湖泊科学 %J Journal of Lake Sciences %@ 1003-5427 %V 10 %N s1 %D 1998 %P 341-345 %K Cynobacterial bloom;Lake Biwa %K Cynobacterial bloom;Lake Biwa %X Blooms of cyanobacteria are responsible for many problems in freshwater ecosystems. The massive growth of these microorganisms may limit the utilization of freshwater for human requirements since, apart from other problems, the production of toxic substances has been found to occur frequently during blooming periods. Ecologically, cyanobacterial blooms can modify dramatically the ecosystem through their low edibility within the food web and the huge primary production. Thus, saprobic processes are stimulated and the characteristics related to anaerobic conditions are also more extreme.
Cyanobacterial blooms are many times explained as the consequence of the eutrophication of waterbodies. However, factors promoting bloom formation and ecological succession of cyanobacteria are not well understood yet. %X Blooms of cyanobacteria are responsible for many problems in freshwater ecosystems. The massive growth of these microorganisms may limit the utilization of freshwater for human requirements since, apart from other problems, the production of toxic substances has been found to occur frequently during blooming periods. Ecologically, cyanobacterial blooms can modify dramatically the ecosystem through their low edibility within the food web and the huge primary production. Thus, saprobic processes are stimulated and the characteristics related to anaerobic conditions are also more extreme.
Cyanobacterial blooms are many times explained as the consequence of the eutrophication of waterbodies. However, factors promoting bloom formation and ecological succession of cyanobacteria are not well understood yet. %R 10.18307/1998.sup37 %U http://www.jlakes.org/ch/reader/view_abstract.aspx %1 JIS Version 3.0.0