水体富营养化

文中还介绍了判断水体富营养化的标准，以及国内、外禁P现况。

In addition , the thesis introduces the standard that we judge the eutrophication in water system and the situation of phosphate banned at home and abroad nowadays .

同时，修复样上覆水中氮、磷和COD的浓度也明显下降，对控制水体富营养化有明显效果。

For the overlying water , the index of phosphorus , nitrogen and COD also declined evidently , which had obvious effect on eutrophication control .

大部分水体富营养化的限制因素是P，土壤P的流失是重要的非点源污染。

Phosphorus loss from agricultural land accelerates eutrophication of lakes and streams , and is an important component of nonpoint-source pollution .

以水体富营养化的限制因子P为例，探讨并介绍了一种对农田生态系统非点源污染敏感性的空间分布进行评价的方法。

An approach for assessing spatial distribution of agricultural non point source pollution in farm ecosystems , taking P as an example , is introduced .

畜禽废水中有机物浓度和N、P含量高，若直接排放极易引起水体富营养化。

Livestock waste water , contains high concentration organic matter and N , P , cause Water Eutrophication easily if it discharges directly to river or ocean .

针对日益严重的水体富营养化问题，结合中国南方中小城市污水处理现状，阐述了循环活性污泥法（CAST）的工作原理，并利用它处理城市生活污水。

In view of more and more serious eutrophication of water bodies and combination of municipal wastewaters of treatment in south-china , the principle of Cyclic Activated Sludge Technology ( CAST ) was introduced in this paper .

试验结果表明，植物在该系统中对污染物去除起到明显的促进作用，该装置能够有效降低排水中N、P的含量，对改善水质和减缓水体富营养化问题具有重要意义。

Results indicated that plants contributed much to the removal of pollutants , and the CW system was a practical alternative for removing N and P from discharge of municipal Wastewater treatment plant , which is significant for improving water quality and mitigating of eutrophication problem .

针对实际应用问题，结合概率关系模型（PRM）构建的特点，提出建设基于PRM的水体富营养化风险预测模型思路，在这一领域研究中是一种新的尝试。

According to the fact problem , it proposes a construct method of risk forecasting model for water eutrophication combined with the merits of Probability Relation Model . This is a new research taste in the domain .

滇池是中国水体富营养化最严重的湖泊之一。

Dianchi is one of the most eutrophication lake in China .

上海市10个城市公园景观水体富营养化评价

Eutrophication evaluation of landscape waters in ten urban parks in Shanghai

鄱阳湖水体富营养化评价方法及主导因子研究

Evaluation Method of Eutrophication in Poyang Lake and Its Leading Factors

水体富营养化是目前世界各国所面临的重大环境问题，水体富营养化带来的一个突出问题是蓝藻水华。

Eutrophication is a serious environmental problem faced by the world .

水体富营养化与水体沉积物释放营养盐

Eutrophication of the water body and release of nutrient salts from sediments

其中，水体富营养化是一个主要方面。

Among them , the eutrophication is a major aspect .

校园景观水体富营养化现状及修复对策

Eutrophication Condition and Restoration Measures of Landscape Water in Campus

能源短缺与水体富营养化现象加剧是我国目前面临的两大难题。

Energy shortages and increasing eutrophication phenomenon are two problems in china .

磷是导致水体富营养化的限制性因素，因此对废水中的磷进行去除，是解决水体富营养化的有效措施。

The restrictive factor which resulting in eutrophication is phosphorus .

防治城市水体富营养化的关键措施之一是控制外源污染。

Controlling outer source pollution is the key measures to prevent eutrophication .

水体富营养化严重威胁到城市水环境正常功能。

Eutrophication threats the normal function of water environment seriously .

氮磷是引起水体富营养化的重要因素。

Nitrogen and phosphorus are important elements which causes eutrophication .

水环境污染与水体富营养化已成为备受瞩目的全球性问题。

Water pollution and eutrophication have become high-profile global issues .

大型水体富营养化数学模拟的研究

Study on Mathematical Modeling of Eutrophication of Great Water Body

城市污水处理与受纳湖库水体富营养化成因分析

Analysis on the City Wastewater Treatment and the Eutrophication of Lakes and Reservoirs

基于复杂网络理论的水体富营养化研究

Study on Behaviors of Water Eutrophication in Three-Gorges Valley Using Complex Networks Theory

滇池水体富营养化水质预测模型的研究

A Simulation Model for Eutrophication Prediction In Lake Dianchi

农业非点源磷污染对水体富营养化的影响及对策

Contribution of Agricultural Phosphorus Losses to Eutrophication of Waters and Its Controlling Strategies

水体富营养化将破坏生态环境平衡。

The eutrophication of water body will destroy the balance of ecological environment .

高磷黄壤旱地地表径流磷量能加速水体富营养化的产生。

Therefore , runoff from high P upland fields could accelerate water eutrophication .

水体富营养化是全球十大环境问题之一。

Eutrophication of water bodies is one of the ten global environmental problems .

水体富营养化已成为我国相当长一段时期内的重大水环境问题。

The eutrophication has become a serious environmental problem to chinese water body .