水生植被

水生植被对富营养化湖泊生态恢复的作用

The Effect of Aquatic Vegetation on Ecological Restoration of Eutrophication Lake

小兴凯湖的水生植被及其生态作用

Aquatic vegetation of small Xingkai Lake and its ecological effects

洱海水生植被资源及其可持续利用途径

Water Vegetation Resources of Erhai Lake and Its Sustainable Utilization Ways

武汉东湖水生植被现状调查及群落演替分析

Study on aquatic vegetation and its restoration in East Lake , Wuhan

白洋淀水生植被蔬菜类儿童食品的研制方向及技术难点

The new trends and technology difficulties of children foods made from vegetables

湖泊水生植被恢复物种选择及群落配置分析

Analyses on species selection and community collocation of macrophyte in lake restoration

富营养化浅水湖泊沉水水生植被的衰退与恢复

On the decline and restoration of submerged vegetation in eutrophic shallow lakes

湖泊水位变动对水生植被的影响机理及其调控方法

Role of water level fluctuation on aquatic vegetation in lakes

东太湖水生植被的生态功能及调节机制沙棘生态功能的分析

Ecological Functions of Aquatic Vegetation in East Taihu Lake and Its Reasonable Regulation

富营养浅湖水生植被重建对底栖动物的影响

Effects of reestablishment of aquatic macrophytes on zoobenthos in a eutrophic shallow lake

江苏省湖泊水生植被的研究

A study on the lake vegetation of Jiangsu Province

基于决策树的水生植被遥感信息提取研究

Study on Remote Sensing Information Extraction of Aquatic Vegetation Based on Decision Tree

大型水生植被是浅水湖泊的重要组成部分，它们是浅水湖泊重要的初级生产者，对其富营养化过程有重要的影响，在湖泊生态系统修复中占据重要的地位。

Macrophytes are important components of shallow lake ecosystems .

无论是森林沼泽，还是草甸、沼生及水生植被都是如此。

No matter which is helohylinm , swamp , helo vegetation or aquatic vegetation .

太湖北部滨岸区水生植被自然修复观测研究

The Study on Natural Restoration of Aquatic Vegetation in the Northern Lakeside , Lake Taihu

中国湖泊水生植被退化现状与对策

Macrophyte degradation status and countermeasures in China

恢复沿湖水生植被；

Resuming the lakeside hydrophilic vegetation .

1998年特大洪水后鄱阳湖自然保护区主要湖泊水生植被的恢复

The Restoration of Aquatic Vegetation in Lakes of Poyang Lake Nature Reserve after Catastrophic Flooding in 1998

湿地植被有水生植被、沼泽植被和沼泽草甸3大基本类型。

The wetland vegetation types are as follows : aquatic vegetation , swamp vegetation and swamp meadow .

水生植被是湖泊生态系统的重要组成部分，具有显著的初级生产功能和环境生态功能。

As the important section of lake-ecosystem , hydrophytic vegetation is of the function of primary production and ecosystem .

疏浚及水生植被重建对太湖西五里湖沉积物有机质的影响

Effect of Dredging and Re-establishment of Aquatic Macrophytes on Organic Matter in Sediments of West Wuli Hu of Taihu

植被类型分盐生、草甸、沼生和水生植被等。

Vegetations types were divided into salty growth 、 swampy growth 、 meadow and aquatic vegetation , and so on .

研究结果表明营养水平、底质类型以及水生植被的分布是决定太湖大型底栖动物群落结构及多样性的关键因子。

Our results suggest that trophic status , habitat types and macrophytes are important factors regulating macrozoobenthic communities in Lake Taihu .

有鉴于此，在中小河道经先期治理的基础上探讨了高效生物膜、生态浮床和水生植被重建三项关键技术。

According to the analysis and the foundation of pre-treatment , the author discussed the application of three main key technologies .

在内外源营养盐控制、生态调控、生态修复等防治对策措施分析的基础上，指出富营养化湖泊的治理必须营养盐控制与水生植被恢复并拳。

To control nutrient pollutants and reclaim aquatic vegetation at the same time are the one way to control water pollution of the lakes .

目前，利用水生植被进行的水生态修复方法，已成为富营养化水体治理的重要途径。

At present , using the method of ecological restoration of aquatic vegetation has become an important approach to control of the eutrophic lakes .

本项技术以水生植被的恢复为核心，通过人工辅助措施，重建、修复河湖水生态系统。

Resuming the submerged macrophyte as centre of this technique , by the artificial measure , rebuild and repair the river lake ecosystem system .

从全年情况看，有水生植被的水塘与无水生植被的水塘相比可以与水环境维持相对好的状态。

Judging from the whole year , the ponds which had aquatic vegetation could maintain a better state with water environment compared with those without .

因此，水生植被恢复过程中，对减少生物残体造成的磷与有机质的沉积对控制沉积物磷素释放、缓解水体富营养化有积极作用。

Therefore , to reduce sedimentary of phosphorus and organic matter is conducive to alleviate eutrophication and control phosphorus release in the aquatic vegetation restoration process .

随着水体富营养化的加速，水生植被特别是沉水植物的衰退和消失是世界范围内的普遍现象。

It is universal for the decline and the disappearing of aquatic vegetation , especially submerged plant , with the development of eutrophication in water body .