1) Anbang River wetland
安邦河湿地
1.
Phytoplankton assemblage classification in Anbang River wetland in summer;
安邦河湿地夏季浮游植物集群划分
2.
An investigation was carried out in Anbang River wetland,a type of high frigid swamp,from July 2005 to May 2006.
于2005年7月至2006年5月对安邦河湿地浮游植物进行调查,通过浮游植物结合综合营养状态指数法对其营养现状进行评价。
3.
The status of phytoplankton in Anbang River wetland was investigated.
对安邦河湿地浮游植物现状进行调查,结果表明,浮游植物数量和生物量空间变化趋势相似,均为上游高于下游,边缘区高于核心区。
2) Anbang River Wetland Nature Reserve
安邦河湿地自然保护区
1.
The ecological study of phytoplankton was conducted on ten typical sampling stations selected in Anbang River wetland Nature Reserve in summer, autumn, 2005, and in spring, 2006.
本研究在安邦河湿地自然保护区选择10个典型站位,于2005年夏季、秋季和2006年春季采样,对其浮游植物进行定性和定量研究。
3) Estuary wetland
河口湿地
1.
Analysis of diversity of the plant community in estuary wetland of the Shiwulihe River in the basin of the Chaohu Lake;
巢湖十五里河河口湿地植物群落多样性分析
2.
Species composition and distribution of birds in estuary wetland of Quanzhou Bay;
泉州湾河口湿地鸟类的种类组成与分布
3.
Based on discussing the formation and evolvement of estuary wetland and the characteristics of estuary wetland ecosystem, this article takes pilot studies of the protection and utilization status of the great rivers' estuary wetlands between China and foreign countries, in order to provide determinate reference and revelation of the protection and utilization of estuary wetlands in China.
在分析研究河口湿地形成与演变、河口湿地生态系统特征的基础上 ,对中外大河河口湿地保护与利用现状进行了初步研究 ,以期为中国河口湿地保护与利用提供一定的借鉴和启
4) river wetland
河流湿地
1.
This paper also calculated service value and came out the result that the total value of the Yulinhe river wetland ecosystem service was about 43.
御临河流域河流湿地具有非常重要的生态服务功能,包括直接使用价值和间接使用价值。
2.
The function of river wetland is illustrated.
从河流湿地出发,阐述了湿地的重要作用,并以山东省枣庄市台儿庄区为例,对该地区河流湿地的现状、分布以及出现的问题进行了分析,针对该地区提出了一些开发与保护湿地的对策。
3.
Based on statistic materials and remote sensing image data,analysis on the changes of the river wetland of main stream of the Yangtze River(Hubei section) in time and space was conducted by the method of qualitative analysis and landscape index analysis.
随着社会的进步和发展,河流湿地资源作为一种有限的资源面临的压力越来越大。
5) riparian wetland
滨河湿地
1.
Research progress in agricultural non-point nitrogen pollution control in riparian wetlands;
滨河湿地对农业非点源氮污染控制研究进展
2.
Correlation between soil total nitrogen content and water content in riparian wetland
滨河湿地土壤全氮含量及其与含水率相关性分析
3.
The microbes amount in riparian wetland of Mengjin section of Yellow River of different land uses and vegetation communities was detected,with analysis of the biodiversity by calculating the Simpson\'s index.
结果表明:受滨河湿地发育与演替的差异影响,不同土地类型和自然湿地不同植被群落土壤细菌、放线菌和真菌总数和辛普森多样性指数差异较大;林地和河滩土壤0~5cm层细菌数量最多,麦地中5~10cm层最多;麦田和林地5~10cm层放线菌数量最高,河滩0~5cm层最大;随着采样深度的增加,河滩土壤放线菌及林地土壤真菌数量减少。
6) wetlands of rivers and lakes
河湖湿地
补充资料:秦邦宪
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