湖泊湿地

河流湖泊湿地在研究时期内则表现出最快的变化速度，年均动态度达到2.60%，它的这种减少变化是由数量众多的小斑块退化为盐碱地和沼泽湿地导致。

The change speed of the fluviatile and lacustrine wetlands is the highest , and the annual dynamic change rate is as high as 2.60 % , such reduction is mainly caused by that many small plots are degraded into saline or alkaline lands and marsh wetlands .

一些非政府组织，其中包括世界野生动物基金会（WWF），正在力图通过建立自然保护区重新恢复这两处湖泊湿地，保护区内采取清除堤坝、保护湖床和河岸免受人类开发活动的影响。

Several NGOs , including the international group WWF , are restoring these two lake wetlands by removing dikes and protecting the lake bed and banks from development by establishing nature reserves .

进行了武汉市湖泊湿地地理信息系统的开发及功能实现。

The paper has achieved Wuhan lake wetlands geographic information system .

浅水湖泊湿地生态安全评价研究

Studies on Ecological Security Assessment of the Adlittoral Lake Marsh

湿地的类型有河流湿地、湖泊湿地和沼泽湿地。

The main types of wetlands were swamps , lakes and rivers .

建立岱海湖泊湿地自然保护区的必要性

The essentiality on establishment of DAI HAI LAKE - Wetland Nature Reserve

自治区级岱海湖泊湿地自然保护区回顾性调查

Autonomous Region Daihai Lake Wetland Nature Reserve retrospective survey

湖泊湿地是沙漠高原地区最主要的湿地类型，其水量和水质状况在维持沙漠高原地区水源、生物多样性、生态环境等方面具有极其重要的地位。

Lake wetland is the main type of wetland in desert plateau region .

大庆油田湖泊湿地景观生态设计探讨

Ecological Design of Lake-wetland Landscape in Daqing Oil Field

云南省大理州高原湖泊湿地蚊类多样性的研究

Study on mosquitoes diversity in lake wetlands of Dali prefecture , Yunnan plateau

西北干旱区湖泊湿地生态系统稳定性评价&以宁夏银川市为例

Stability evaluation of lake wetland ecosystem in arid region of Northwest China-in Yinchuan city

湖泊湿地水体普遍处于中、富营养化状态；

What are wetlands ? Most lakes are in medium or high eutrophication condition .

洪湖水环境特征与湖泊湿地净化能力研究

Analysis of Water Environment Characteristics and Purification Ability of Honghu Lake Wetland in Jianghan Plain

收集了武汉湖泊湿地信息和建立了湖泊湿地信息数据库。

Wuhan lake wetlands informations have been collected and the database has been set up .

湖泊湿地生态地球化学评价的标准体系

Criterion system of lake wetland eco-geochemical assessment

干旱区草型湖泊湿地价值量化评估

Evaluation of Grass Type Lakes Wetland Value

大庆除了具有丰富的石油资源，还有众多大小不一的湖泊湿地。

It not only has rich oil resources but also has lots of lakes and wetlands .

云南玉溪市4个重要高原湖泊湿地蚊类多样性的研究

Study on mosquito diversity in 4 major plateau wetlands in the City of Yuxi , Yunnan

接着阐述了湖泊湿地生态旅游开发的价值取向，并比较了两种不同价值取向的开发模式。

Then it describes the value of lake-wetland ecotourism development and comparison of the two development models .

鄱阳湖属于典型的湖泊湿地，具有湿地独特的水文、土壤、生态特征。

Poyang Lake is a typical wetland , with unique wetland hydrology , soils , ecological characteristics .

长江中游地区湖泊湿地的退田还湖工程是恢复长江生态功能系统工程中一个很重要的子系统。

Returning land to lake is one of the important parts of restoring ecological function of the Yangtze River .

河流入湖河口湿地是湖泊湿地的重要组成部分。

It is well known that estuarine wetland is an important part of the wetland system such as lake .

研究结果如下：（1）城市湖泊湿地资源直接使用价值的价值量大小与人为干扰程度有关。

The results showed : ( 1 ) The man-made disturbance influence the direct use values of urban lake wetlands .

本章首先介绍了我国目前湖泊湿地生态旅游开发的总体格局、经典案例和发展趋势。

First it introduces the configuration of lake-wetland ecotourism , the classic case and the development trend in our country .

为了保证周围区域的可持续发展，湖泊湿地景观的保护和开发日益紧迫。

In order to ensure the sustainable development of the surroundings , the protection and development of lake-wetlands is increasingly urgent .

七是发育有中国第一大淡水湖-鄱阳湖和亚洲最大淡水湖泊湿地；

The largest fresh water lake of China - Boyang Lake and the largest fresh water lake wet land in Asia ;

水患变水利&江汉平原湖泊湿地型村镇聚落模式研究这个城镇座落在湖边。

Research on the villages and towns assembled model in the everglade of Jianghan Plain The town lies on a lake .

建立绿洲区水土资源开发利用与湖泊湿地演变的量化关系。

In order to establish the quantitative relations between water-soil resource development in oasis and the differentiation of lakes and marshes .

针对武汉湖泊湿地的植被信息系统和水质信息系统进行专题查询、统计和分析功能设计。

Wuhan lake wetland vegetation and water quality information subsystems have been conducted special inquiries , functional design of statistics and analysis .

南水北调东线工程调蓄湖泊湿地环境影响评价及保护措施

EIA and Protection Measures for the Adjusting and Storing Lake Marsh of the East Route Project of South to North Water Transfer