1) Wuli Lake and Meiliang Lake
五里湖-梅梁湖
2) Meiliang Bay
梅梁湖
1.
Substance Exchange Across Water-Sediment Interface in Meiliang Bay and Wuli Lake;
梅梁湖和五里湖水-沉积物界面的物质交换
2.
The Method of Monitoring the Spatial Distributions of Blue Algae in Meiliang Bay Using ASTER Data;
用ASTER数据监测梅梁湖湖区蓝藻分布的方法
3.
In order to improve water environment of Taihu Lake area and the nearby river net,especially in Wuxi City,Meiliang Bay and Wuli Lake,risk assessment and emergency measure analysis of water diversion tests are made.
为改善太湖区域和武澄锡虞河网的水环境,特别是无锡城区、梅梁湖和五里湖,开展了利用引水调控措施来改善太湖流域区域性水环境的调水方案研究。
3) Meiliang Lake
梅梁湖
1.
Preliminary Study on Characters of Dissolved Oxygen and the Relationship with pH in Meiliang Lake
梅梁湖水体溶解氧特征及其与pH的关系分析
2.
This paper discusses application of an inlay mesh model to the Meiliang Lake Area′s wind driven currents in the cases of various wind regimes.
应用数值嵌套模式，研究不同风向情况下，梅梁湖与竺山湖之间的马山区围垦对梅梁湖风生流的影响。
3.
Based on a numerical model study of Taihu Lake wind-driven currents, this paper sets up an inlay-mesh model for Gonghu Lake and related lakes, to study the Gonghu Lake currents influenced by Meiliang Lake and the main Taihu Lake n various wind regimes.
应用该模式研究不同风情下，梅梁湖、太湖主体湖水对贡湖的影响。
4) Wuli Lake
五里湖
1.
Eutrophication Assessment by Use of Grey Clustering Method in the Lakeside Zone of Wuli Lake;
五里湖湖滨带水体富营养化程度的灰色聚类法评价
2.
Study on the improvement of underwater light field in Wuli lake ecological demonstration project;
五里湖南岸生态示范工程对水下光场的改善效果研究
3.
DDT and HCH Residues in Anodonta woodiana in Wuli Lake of the Taihu Lake.;
太湖五里湖背角无齿蚌体内滴滴涕和六六六的残留
5) Lake Wuli
五里湖
1.
Evaluation on tour value with comprehensive environmental regulation in Lake Wuli,Wuxi;
无锡五里湖环境综合整治对旅游价值的影响评估
2.
Seasonal and vertical distribution of nitrogen and phosphorus in the sediment under different ecological restoration measures in the West Lake Wuli,Lake Taihu;
不同生态修复措施下太湖西五里湖沉积物氮磷形态的时空分布
3.
Ecological restoration engineering in Lake Wuli, Lake Taihu: a large enclosure experiment;
太湖五里湖生态重建示范工程——大型围隔试验
6) Wulihu Lake
五里湖
1.
Relationship of Gray Connection Between Chlorophyll-a and Environmental Factors in Wulihu Lake in Taihu Region;
太湖五里湖叶绿素-a与环境因子的灰关联分析
2.
Effect of water diversion project on water environment of Wulihu Lake;
调水工程对五里湖水环境影响分析
3.
Aplication Study of RMA2 and RMA4 in the Water Diversion Silmulation of Wulihu Lake;
RMA2和RMA4在五里湖调水模拟中的开发应用研究
补充资料：鹅湖之会
中国南宋时期朱熹与陆九渊进行学术辩论的一次会议。淳熙二年(1175)，吕祖谦提议并出面约请朱、陆二人，在信州（今江西上饶市）鹅湖寺举行一次会晤，讨论为学异同，意在调和两人的矛盾。参加这一辩论的还有陆九渊兄长陆九龄等人。朱熹是理学的主要代表，在认识、修养方法上，主张"泛观博览而后归之约"，即从博览群书和对外物的观察来启发对"理"的认识，强调的重点是"道问学"；陆九渊根据"心即理"的原则，不赞成朱熹由博返约的方法，认为应该"先发明人之本心，而后使之博览"，强调的重点是"尊德性"。因为朱、陆二人各执己见,相互攻讦,所以,辩论一开始,陆九龄就赋诗:"留情传注翻榛塞,着意精微转陆沉"；陆九渊接着和诗:"易简功夫终久大,支离事业竟浮沉"。所谓"陆沉"、"支离"，都是陆氏兄弟对理学方法烦琐破碎的讥讽。会议最终不欢而散。事隔数年，朱熹才回敬了一诗。这次争论在理论上反映了心学唯心主义同理学唯心主义的分歧。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条