湖滨带采用人工湿地技术，龙湖水体配置了水生植物、水生动物及微生物。
Artificial wetland technique is used for lake riparian. Aquatic plants, aquatic animals and microorganism are equipped to the water body of the lake.
本文根据流域生态学与流域管理学的原理，提出了太湖湖滨带生态建设的途径。
Based on the principles of watershed ecology and management, the measures of ecological rehabilitation for lakeside zone in Taihu lake were put forward in the paper.
湖滨带是连接湖泊水域生态系统与陆地生态系统的一个功能过渡区，是湖泊的最后一道保护屏障。
The riparian zone is a functional transition region, the last protection barrier of lakes, which is connected the lake aquatic ecosystem and the terrestrial ecosystem.
湖滨带等水陆交错区土壤碳循环是全球碳循环的一个重要的组成部分，但相关方面的研究还相当缺乏。
Soil carbon cycle in aquatic-terrestrial ecotone (e. g. , riparian zone) is an important component of global carbon cycle, but few researches are made on it.
介绍了太湖发生蓝藻的根源，从生态学原理上分析了太湖蓝藻的成因，概括了湖滨带的退化机理及现状。
In this paper, root of blue algae in Taihu lake was introduced. For example, formation of blue algae in ecological theory was analyzed and degradation mechanism of lakeshore zone was generalized.
介绍了太湖发生蓝藻的根源，从生态学原理上分析了太湖蓝藻的成因，概括了湖滨带的退化机理及现状。
In this paper, root of blue algae in Taihu lake was introduced. For example, formation of blue algae in ecological theory was analyzed and degradation mechanism of lakeshore zone was generalized.
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