磷污染是造成水体富营养化的主要因子。
Phosphorus pollution is the main factor causing eutrophication of water.
氮，磷污染是导致水体富营养化的主要原因。
The Pollution of nitrogen and phosphorus is the main cause for water ultra-nutrition.
我国水体富营养化严重，其主要控制因子是磷。
The eutrophication fo water bodies is very serious in China. One of its main controlling factors is phosphorus.
藻类是反映水体富营养化最常用的生物监测指标。
Algae are the most frequently used biological monitoring indicators of waters eutrophication.
消落区土壤磷素释放对水体富营养化有重要影响。
Phosphorus release of soils in the drawdown area strongly affected eutrophication of water column.
磷已经成为引起水体富营养化的关键控制因子之一。
The controlling of phosphorus has been to one of the key factors leading to the eutrophication of water bodies.
因此农业面源污染已被视为水体富营养化的主要污染源。
So the agricultural non-point source pollution has been considered as the main pollution source of eutrophication.
水体富营养化程度的评价指标为营养状态指数（TSI）。
Then eutrophic state of Taihu Lake was evaluated by measured hyperspectra data, and the evaluating index was eutrophic state index(TSI).
有机磷对水体有机负荷影响较大，并影响水体富营养化程度。
The Org-P has impacted organic load and influences lake eutrophication.
控制污水中氮和磷的排放，对于防治水体富营养化是十分重要的。
It is very important that discharges of nitrogen and phosphors in wastewater are controlled to prevent eutrophication in water bodies such as lakes and rivers.
磷既是一种不可再生的资源，也是造成水体富营养化的重要因素。
Phosphorus is a non-renewable and limited resource, and is also the key element that causes eutrophication of waters.
底泥黑臭，向水面冒气泡是福州西湖水体富营养化现象的一个突出表现。
Benthic eutrophication is turning waters in Fuzhou Westlake into a black, dirty and bad smell situation.
微生物在农田污染治理和水体富营养化修复中显示出越来越重要的作用。
The nitrogen and phosphorus pollution in water and over nourishment of water is also one of the major environmental issues at present.
存在于水中的磷是水体富营养化的主要原因，控制出水中磷的浓度尤为重要。
Large quantities of phosphate present in wastewater is one of the main causes of eutrophication, so it's very important to control the content of phosphorus in effluent.
水体的氮污染不仅可以引起水体富营养化，还可直接影响动物及人体的健康。
Nitrogen pollution in water body can not only cause eutrophication but also has direct hazardous effects on animals and human beings.
水体富营养化导致藻类的大量繁殖，从而藻类及其分泌物质会影响饮用水质量。
The eutrophication in water body causes rapid growth of algae. Algae and their excreted substances bring about some problems in drinking water treatment.
水体富营养化是全球范围内的普遍现象，他的危害性已越来越引起全人类的关注。
Eutrophication of waters is a worldwide ubiquitous phenomenon. Its hazard increasingly draws attention of the humankind.
新法增加了对水产养殖业的规定，要求渔业养殖者合理投放饵料，防止水体富营养化。
It added a provision to stipulate that the aquiculture industry should properly use nutrient feed in a bid to prevent over-nutrition.
水体富营养化阈值分析可为控制水华暴发，确定合理的污染物控制水平提供科学依据。
Threshold analysis of water body eutrophication can provide scientific basis for controlling water bloom and defining pollutants rational control level.
水体富营养化问题已成为当今世界性的水污染治理难题，也是全球性的环境问题之一。
Eutrophication of water bodies has become a global and difficult problem in controlling water pollution and is one of the most important environmental problems.
磷是影响水质的一个重要因子，农业环境中磷素的管理是控制水体富营养化的重要途径。
P was one of the important factors in evaluating water quality. The management of P in agriculture was the main approach to control the eutrophication of the water.
目的是为更好地维持水体生态平衡，控制水体污染，预防水体富营养化的发生提供参考。
The purpose of the analysis is to provide a reference to keep a balance of ecology in water, control the water pollution and prevent eutrophication of water.
废水中过量磷酸盐是引起水体富营养化的主要原因之一，生物除磷是一项新型的水处理技术。
Phosphate in wastewater is one of the main causes of eutrophication, and biological phosphorus removal from wastewater is a new wastewater treatment technology.
从底泥挖掘可能导致水体营养元素平衡破坏的成因入手，探讨避免水体富营养化加剧的对策。
This article discuss the method to avoid the eutrophication problem of water body from the digging up the lake sediments which may lead to destroying the blance of nitrogen and phosphorus in water.
本文综述了近年来水体富营养化评价的一些进展，其中包括模型制作、营养和生物指数的应用。
This paper reviewed some, recent progress in the assessment of water eutrophication, including model designing, application of trophic and biological indexes.
目前我国面临的水体富营养化问题较为严重，外源污染控制是解决这个问题的有效途径之一。
Lake Eutrophication is a serious problem in our country, and outer pollution control is an effective way to solve this problem.
而大部分却残留在农田土壤中或流入地表水体中，引起水体富营养化，形成农业面源污染问题。
However, most of them stayed in the soil or flowed into waters and led to the eutrophication, which could bring about Agricultural Non-Point Source Pollution (ANPSP).
本文介绍了国内、外湖泊等水体中的污染现状，指出了磷是引起湖泊等水体富营养化的根本原因。
The paper introduces pollution of water bodies such as lakes in China and overseas, points out that phosphorus is the essential cause of eutrophication of water bodies.
本文介绍了国内、外湖泊等水体中的污染现状，指出了磷是引起湖泊等水体富营养化的根本原因。
The paper introduces pollution of water bodies such as lakes in China and overseas, points out that phosphorus is the essential cause of eutrophication of water bodies.
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