Analytical Evaluation of Relationship between Dominance of Cyanobacteria and Aquatic Environmental Factors in Japanese Lakes.
Analytical Evaluation of Relationship between Dominance of Cyanobacteria and Aquatic Environmental Factors in Japanese Lakes.
复制标题
日本湖泊蓝藻优势与水生环境因素关系的分析评估。
DOI：
10.2965/jswe.18.901
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发表时间：
1995
期刊：
影响因子：
--
通讯作者：
R. Sudo
中科院分区：
文献类型：
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作者：
Naoshi Fujimoto;T. Fukushima;Y. Inamori;R. Sudo
通过对日本211个湖泊的分析，考察了蓝藻优势度与水体环境因子（T-N、T-P、N/P比、水温、平均深度和混合水平）的关系。T-N和T-P浓度较高的湖泊以蓝藻为主，而以绿藻和硅藻为主。富营养化湖泊中以蓝藻和微囊藻为主的湖泊比例随着N/P的增加而增加（T-P≥0.035mg·l-1）。以蓝藻为主的湖泊比例随着水温的升高而增加，尤其是微循环菌。蓝藻为主的湖泊比例随平均深度的增加而降低，随混合水平的增加而增加。丝状蓝藻、振荡藻和磷藻在高混合水平的湖泊中占优势。结果表明，蓝藻的优势与这些水环境因素密切相关。
Relationship between dominance of cyanobacteria and aquatic environmental factors, such as T-N, T-P, N/P ratio, water temperature, mean depth and mixing level was examined in analysis of 211 Japanese lakes. Cyanobacteria dominated in lakes with higher T-N and T-P concentration than that of lakes which is dominated by green and diatom algae. Percentage of lakes which is dominated by cyanobacteria and Microcystis increased with increase of N/P ratio in analysis with eutrophic lakes (T-P≥0.035mg·l-1). Percentage of lakes which is dominated by cyanobacteria, especially Micrecystis increased with increase of water temperature. Percentage of lakes which is dominated by cyanobacteria decreased with increase of mean depth, while increased with increase of mixing level. Filamentous cyanobacteria, Oscillatoria and Phormidium tended to dominate in lakes with high mixing level. It was proved that dominance of cyanobacteria had close relationship with these aquatic environmental factors.
PEG/链霉亲和素共固定生物纳米球的表面设计及其在近红外生物标记中的应用
DOI：
--
发表时间：
2010
期刊：
影响因子：
--
作者：
上村真生;徳善公一;曽我公平;長崎幸夫
通讯作者：
長崎幸夫