The Org-P has impacted organic load and influences lake eutrophication.
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。
Eutrophication models are useful tools to prevent, manipulate and control lake eutrophication.
湖泊的富营养化模型是防治、修复和治理湖泊富营养化的重要决策工具。
Thus, a simple and effective evaluation method is provided for evaluation of lake eutrophication.
文章为湖泊水质富营养化评价提供了一种简单而实用的评价方法。
The lake eutrophication is severe commonly in the area of middle and lower reaches of Yangze River.
长江中下游是我国湖泊富营养化问题比较严重的地区。
The problems of water pollution and lake eutrophication which is caused by phosphorus leaching are quiet serious.
我国由于磷素流失导致的水体污染、湖泊富营养化等问题相当严重。
Lake Eutrophication is a serious problem in our country, and outer pollution control is an effective way to solve this problem.
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。
Rural sewage was one of the reasons that caused rural water environmental pollution, and was an important factor in lake eutrophication.
农村的生活污水，是造成农村水环境污染的原因之一，也是造成湖泊富营养化的重要因素。
The comprehensive index of lake eutrophication can be calculated in the aid of the general fuzzy contrast weighting for the partial indexes.
并提出用广义模糊对比因子赋权新方法计算富营养化综合指数。
Optimum parameters in formula were carried out using genetic algorithm to derive an universal formula of evaluation of lake eutrophication suited to multi-index.
并提出用广义模糊对比因子赋权新方法计算富营养化综合指数。
The results show that nitrogen, phosphorus and organic matter from the urban sewerage and the agricultural non-point source pollution play an important role in Chaohu Lake eutrophication.
结果表明，城镇生活污水和农业面源污染输入的氮、磷以及有机物，对巢湖富营养化起着重要的作用。
Nowadays, the main control methods of eutrophication abroad were nutrients countermeasures, lake sediments countermeasures, aquatic organism countermeasures and some other ones.
国外采用的湖泊富营养化水质改善技术主要有营养盐对策，湖底对策，水中生物对策和一些其他方法。
Lake pollution and eutrophication is a severe environmental problem in China, and non-point pollution is one of the main reasons.
湖泊污染和富营养化在中国是一个严重的问题，而农田面源污染是湖泊污染的主要原因之一。
The assessment grade of eutrophication state of lake is given by calculation and comparison of the fuzzy degree values of these fuzzy sets.
并通过计算和比较这些模糊子集的模糊度大小给出湖泊富营养化状态的评价等级判断。
Based on the dynamic change of eutrophication from 2001 to 2003, the causes of eutrophication in the Songhua Lake were analyzed.
2003年时属中营养化。基本掌握了2001 - 2003年松花湖水体营养状态的动态变化情况。
Research on forecasting eutrophication is always hot issue and nodus, and most of them were focused on the eutrophication in lake, while few were focused on the eutrophication in river.
富营养化预测研究一直是国内外的研究热点和难点，大多数富营养化研究集中在湖泊上，对于河流富营养化的研究相对较少。
A new eutrophication assessment of lake water quality is presented according to the basic character of fuzzy similar select method.
根据模糊相似选择法的基本性质，提出一种新的湖泊水质富营养化综合评价方法。
Eutrophication degree is divided into 6 classifications, and threshold of each classification makes reference to eutrophication standard of Chinese lake and eutrophication characteristics of wetland.
把湿地水体富营养化程度划分为6个级别，其阈值参照中国湖泊富营养化评价标准和湿地富营养化的特点。
Taihu Lake, as one of the five well-known freshwater lakes in China, is currently suffering from eutrophication hazards.
太湖，作为我国著名的五大淡水湖之一，目前正遭受着富营养化的危害。
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；
Because of water quality pollution, Lake Chaohu is confronted with eutrophication endangerment, which results in a speed up process of the Lake withering.
由于水质污染，巢湖正面临富营养化危害，湖泊衰亡过程正在加速。
The paper introduces the situation of water quality of Dianchi lake, and analyzes and assesses the characteristics of eutrophication of Dianchi lake, and points out countermeasures.
介绍了滇池水质状况，对滇池富营养化特性进行了分析和评价，并提出了对策。
The contact flocculation with the active sand as carrier was applied to clarify the eutrophication lake water.
本文介绍以活性砂为载体的接触絮凝法应用于富营养化湖水澄清处理的研究成果。
Phosphorus was the nutrient element limiting the eutrophication of the lake.
磷是湖泊富营养化的限制性营养元素。
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.
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。
A new model of lake and reservoir eutrophication assessment can be established with RBF network of artificial neural network.
运用人工神经网络中的RBF网络算法，建立一种新的湖库水质富营养化程度评价模型。
A new model of lake and reservoir eutrophication assessment can be established with RBF network of artificial neural network.
运用人工神经网络中的RBF网络算法，建立一种新的湖库水质富营养化程度评价模型。
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