eutrophication的例句大全

In recent years, with the population explosion, rapid economic development, and urbanization accelerated process, the lakes face serious eutrophication threats.

近年来，随着湖泊流域内人口的膨胀，社会经济的高速发展，城市化进程的加快，湖泊面临着严重的富营养化威胁。

After QBASIC multiple regression, the key factors of water's eutrophication of the Lake of Hongze was determined, they were suspended substance and transparency. The potential limiting nutrient salt of eutrophication was TP.

通过QBASIC多元逐步回归分析，得出洪泽湖水质富营养化的主控因子是悬浮物、透明度，总磷是富营养化的潜在限制性营养盐。

Water Eutrophication is the result of joint action by many physical factors, chemical factors and biological factors.

它主要是由诸多物理因素、化学因素和生物因素共同作用的结果。

This paper analyzed the sources of nutrients which causes eutrophication from non-point source and point source, extraneous source and endogenous angle, and proposed controlling measures in terms of different pollution sources.

从外源（面源和点源）和内源的角度分析了导致水体富营养化营养盐的来源，并根据不同污染源提出了具有针对性的防治措施。

Its hydrological regime change little in Changsha, self-purification ability is not strong, pollution significantly, susceptible to eutrophication.

其在长沙城区内水文情势改变小，自净能力不强，岸边污染点明显，易受影响形成富营养化。

Study on Evaluation of eutrophication of lakes based on Fuzzy Neural Network

利用模糊神经网络对湖泊富营养化程度进行评价的研究

Microcystis aeruginosa was overspreading all over the world, with increasing water bodies of eutrophication.

铜绿微囊藻随着水体富营养化的发展，正在全世界蔓延泛滥。

Utilization of steel slag made artificial algal reef to construct artificial algal field will be international central issue to rebuild damaged marine ecology system and solve the seawater eutrophication.

利用钢渣制造的人工藻礁构建人工藻场，用于恢复受损的海洋生态系统、解决海水富营养化问题是目前国际上的研究热点。

Over-reliance on chemical fertilizers, immoderate fertilizers or inadequate methods have led to serious ecological problems, such as the decline in the quality of agricultural products, groundwater pollution, water eutrophication, greenhouse gas emissions and regional climate warming.

对化肥的过分依赖，过施、滥施化肥以及不合理的施用方法导致了严重的生态环境问题，如农产品品质下降、地下水污染、水体富营养化、温室气体释放及地区气候变暖等。

It is considered that marine eutrophication is the basic condition for HAB although there are many factors which can influence its blooming.

影响赤潮形成的环境因素诸多而复杂，但海水富营养化是赤潮形成的物质基础。

Taihu, the third largest freshwater lake in China, is suffering severe harmful algae blooms ( HABs) as a result of eutrophication.

近年来，我国的第三大淡水湖太湖，正面临着严峻的富营养化和蓝藻水华爆发问题。

The watershed's worst problem is nutrient pollution, which is caused by the overabundance of the nutrients, nitrogen and phosphorus. The eutrophication in Dian Lake, Tai Lake and Chao Lake remained fairly serious.

分水岭面临更严重的问题，来自营养物的污染，这些营养物污染源自营养物质、和磷的过量排放。滇池、太湖和巢湖富营养化问题依然突出；

However, with the increasing influence of human activities, including water and air pollution, less awareness of environment protection, eutrophication of landscape water has become more and more common in cities.

然而，随着人类活动的影响，包括水体、大气污染，环保意识淡薄等，城市景观水体的富营养化现象越来越常见。

The eutrophication in Dian lake, Tai Lake and Chao Lake remained fairly serious.

滇池、太湖和巢湖富营养化问题依然突出；

The results are described as follows: 1. The study suggests that the distribution characteristics and existing forms of nitrogen phosphorus in the overlying water and sediments of Hulun lake, indicating the phosphorus is a limited factor in eutrophication. 2.

本研究取得了如下主要认识：1.确定了呼伦湖上覆水-沉积物系统中氮、磷空间分布特征及赋存形态，并初步判定了该湖富营养化的限制因子。

Analysis of Eutrophication in the West Part of Chaohu Lake

巢湖西半湖水体富营养化污染状况及防治对策

The knowledge of internal loading, phosphorus forms, and potential release and bio-availability of different phosphorus species will therefore be of significance for further study of mechanisms of eutrophication.

因此研究城市湖泊底泥中磷的内源负荷、磷赋予形态、潜在释放能力以及不同形态磷的释放对藻类生长的可利用性等方面，对揭示湖泊富营养化具有重要的意义。

In recent years, harmful algal bloom induced by lake eutrophication has become one of the worst ecological disaster to the fresh water ecosystems, especially in China.

近年来，由于水体富营养化导致的蓝藻水华是威胁我国淡水湖泊生态系统平衡的主要生态灾害之一。

The water pollution of Taihu Lake is characterized by the severity of eutrophication and high frequency of algae bloom.

湖泊富营养化程度加剧，蓝藻水华频繁暴发是太湖主要的水污染状况。

Eutrophication is in fact a kind of environmental pollution caused by the excessive reproduction of algae ( blue green algae).

富营养化的实质是藻类（蓝-绿藻）水生生物过量繁殖所造成的环境污染。