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Keywords Lake Taihu;rotifer;seasonal variation; 太湖;轮虫;季节变化;
Keywords Lake Taihu;eutrophication;planktonic crustaceans; 太湖;富营养化;浮游甲壳动物;
Keywords Lake Biwa Lake Taihu Water Pollution Pollution Control Measures; 琵琶湖;太湖;水污染;防治措施;
Keywords Lake Taihu;chromophoric dissolved organic matter;fluorescence;dissolved organic carbon; 太湖;有色可溶性有机物;荧光;溶解性有机碳;
Keywords Lake Taihu;Microcystis;cladoceran;median lethal time;median lethal concentration; 太湖;微囊藻;枝角类;半致死时间;半致死浓度;
Keywords Lake ecological restoration;macrophyte planting;water quality improvement;Lake Wuli;Lake Taihu; 生态重建;水生植被恢复;水质改善;五里湖;太湖;
Keywords Lake Taihu;basic environmental improvement;macrophyte restoration;ecological engineering;water purifying; 太湖梅梁湾;基础环境改善;水生植物恢复;生态工程;水质净化;
Keywords Lake Taihu;phosphorus;suspended solids;nutrient release;resuspension flux;wind-wave disturbance;wave dissipation engineering; 关键词太湖;磷;悬浮物;营养盐释放;再悬浮通量;风浪扰动;消浪工程;
Lake Lihu is a part of Lake Taihu. 蠡湖是太湖的一部分。
Lake Taihu covers an area of 2, 425 square kilometers. 太湖面积为2 425平方公里。
Lake Taihu is located in Jiangsu and Zhejiang provinces. 太湖地跨江苏、浙江两省。
Many famous historic people were buried in Lake Taihu Scenic Area. 许多历史名人葬于太湖风景区内。
Suzhou is located near the east shore of Lake Taihu where the Grand Canal joins the Yangtze River. 苏州坐落于太湖东岸附近、大运河与长江交汇处。
The well-known Lake Taihu Scenic Area includes the waters and hills of Wuxi and the gardens of Suzhou. 沿湖的无锡山水、苏州园林组成了闻名中外的太湖风景区。
Zou H, Pan G, Chen H et al.Removal of cyanobacterial blooms in Lake Taihu using local soils.II. 李静会;高伟;张衡等.;除藻剂应急治理玄武湖蓝藻水华实验研究
Keywords Lake Biwa;Taihu Lake;technical measures; 琵琶湖;太湖;技术措施;
YANG Dingtian,PAN Delu,ZHANG Xiaoyu,et al.Detection of algal bloom with MODIS in lake TaiHu,China[J].SPIE,2005,5 977:178-185. 杨顶田陈伟民等.;太湖梅梁湾水体中初级生产力的光学检测[J]
Can planting submerged plants make the water clear and lead the reverse switches to plant dominance in eutrophic Lake Taihu? 在富营养化的太湖中栽种沉水植物能使水变清，进而“向后跃变”为“草型湖泊”吗？
Firstly, Lake Taihu is located in floodplain of the middle and lower reaches of the Yangtze River with high trophic history. 由于水浅和沉水植被的退化使得频繁的风浪扰动造成内源营养盐负荷维持在一个非常高的水平；
The speciations of heavy metals(Cu,Pb,Zn,Cd and Cr )in sediments from Lake Taihu are analyzed using a sequential extraction proce dure. 用连续提取法分析了太湖沉积物5种重金属的地球化学形态,对地球化学形态的组成和地理特征进行了分析研究。