wetland

英 [ˈwetlənd]

美 [ˈwetlənd]

n.  湿地; 沼泽地

复数：wetlands　

IELTS经济

Collins.1 / BNC.10916 / COCA.5790

牛津词典

noun

• 湿地；沼泽地
  an area of wet land
  1. The wetlands are home to a large variety of wildlife.
     湿地是多种野生动物的栖息地。

柯林斯词典

• N-VAR 湿地；沼泽地
  Awetlandis an area of very wet, muddy land with wild plants growing in it. You can also refer to an area like this aswetlands.
  1. ...a scheme that aims to protect the wilderness of the wetlands...
     旨在保护湿地自然环境的计划
  2. There are some areas of wetland which are of ancient origin.
     有一些湿地在古代就形成了。
  3. ...wetland habitats rich in plants, insects and birds.
     植物、昆虫和鸟类种类丰富的湿地栖息地

英英释义

noun

• a low area where the land is saturated with water

双语例句

• Wetland ecotourism is important to sustainable development of wetland area, which is the trend of wetland tourism development.
  湿地生态旅游对于湿地可持续发展具有重要意义，是未来湿地旅游的发展方向。
• This is the largest indoor man-made wetland? Mangrove ecosystem exhibition zone in china.
  这是目前中国最大的室内人造湿地&红树林生态展示区。
• Soil and vegetation characteristics of wetland communities at different successive stages in the Huanghe River Delta;
  对黄河三角洲不同演替阶段湿地土壤线虫的群落特征进行了研究。
• The Mangrove on this wetland can be a wind prevention and reduces the damage of goods on the ground.
  湿地上的红树林，可防风以降低强风对陆地地上物品的直接伤害。
• Study on Digitalization and Exploitation of Eco-Tourism Resources in the South Dongting Lake Wetland
  南洞庭湖湿地生态旅游资源的数字化和开发研究
• The structure and the functions of wetland ecosystem have greatly changed under the synthetic effect of disturbance factors.
  在这些扰动因子综合作用下，拉市海湿地生态系统的结构与功能发生了明显的变化。
• Hydraulic characteristics of constructed wetland have a significant effect on the pollutant removal process.
  人工湿地水力学特征对其污染物去除过程有重要影响。
• Abounding in resources of wetland ecological system, east Dongting Lake enjoys a promising prospect of eco-tourism.
  东洞庭湖湿地生态系统资源丰富，开展生态旅游前景广阔。
• Wetland is the conjunction of lake and terrene and has important ecology function.
  湖滨湿地是陆地和湖泊水体的连接带，具有重要的生态功能。
• Study on Wetland System of Water Pollution Control in Middle and Lower Reaches of the Hanjiang River;
  选取汉江中下游为研究区域，建立了汉江中下游水量水质耦合模型。