Relationships between trophic level and phytoplankton community structure of nine lakes in Nanjing city

机译：南京市九湖营养水平与浮游植物群落结构的关系

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In this paper, nine lakes of Nanjing city (Huashen Lake, Baijia Lake, Yueya Lake, Mochou Lake, Nanhu Lake, Pipa Lake, Qianhu Lake, Zixia Lake, and Xuanwu Lake) were selected and sampled seasonally, in order to analyze relationships between trophic level and phytoplankton community structure. Results showed that two lakes were mesotrophic, three lakes were light eutrophic, three lakes were medium eutrophic, and even one lake was heavy eutrophic. Cyanobacteria dominated in Yueya Lake, Mochou Lake, Nanhu Lake, and Xuanwu Lake, where eutrophication level was fairly high. Relationships between trophic level and algal richness showed significant negative correlation.

机译：在本文中，选择并季节性地选择了南京市九个湖（华申湖，白嘉湖，岳亚湖，莫乔湖，南湖，nan湖湖，q湖湖，Zixia湖），以分析关系营养水平和浮游植物群落结构。结果表明，两个湖泊是培养的，三个湖泊是轻的富营养，三湖是中等富营养化的，甚至一个湖都浓厚的富营养性。 Cyanobacteria在悦亚湖，莫乔湖，南湖湖和宣武湖，富营养化水平相当高。营养水平与藻类丰富性之间的关系显示出显着的负相关性。

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《International Conference on Electrical and Control Engineering》|2011年||共3页
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作者
Xiao Tan;
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中图分类 TM92-53;
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trophic level; phytoplankton community structure; trophic status; urban lakes; Nanjing city;

机译：营养级别;浮游植物群落结构;营养状态;城市湖泊;南京市;

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Relationships between trophic level and phytoplankton community structure of nine lakes in Nanjing city

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