ammonium and phosphate are important causes of the eutrophication of water.

neural network model for water quality nutrition evaluation of lakes

水质富营养化程度的人工神经网络决策模型

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the paper studies the ph space-time varieties and their influences through the distribution of carbonate rock, planktonic algae, dissolved oxygen, underground warm current, water pollution etc, which may provide a basis for dianchi restoration.

为了给高原湖泊治理提供依据，从滇池湖区地质背景、浮游藻类、溶解氧、大地热流、水质富营养化等方面研究pH值的时空变化及其影响。

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in this paper, a new predicting model of single eutrophic index of water quality is developed by grey systems gm ( 1,2) modelling.

本文应用灰色GM（1,2）建模方法，提出了水质富营养化单项指标的一种新的预测模型。

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integrated fuzzy evaluation of water eutrophication based on gis in the taihu lake

基于GIS下的太湖水质富营养化模糊综合评价

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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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evaluation and investigation of water eutrophication in changshou lake

重庆长寿湖水质富营养化的调查及评价

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the results of spot investigation provide an important parameter for calculating the shellfish ( culture) capacity.

这几种悬浮物质含量与养殖生物的生长状况有着密切相关，也是某些生物的营养源，现场调查的结果为计算贝类养殖容量提供了重要参数。

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on the basis of the pollution load model for the cage culture established by author, the calculation on the environmental capacity for aquaculture was made, combining with two-dimension hydropower model and water quality mathematical model.

根据作者自己建立的网箱养殖污染负荷模型，结合二维水动力和水质数学模型，对哑铃湾网箱养殖环境容量进行了计算。

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therefore further researches on the feature as well as the mechanism of the effect of mariculture on tidal-dynamic structure are fundamental to understand the relationship between carrying capacity and environment in this bay.

因此，深入了解桑沟湾的潮动力结构特征，探讨养殖活动对海区潮动力结构的影响机制，是研究该海区的养殖容量与环境之间关系的基础。

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environmental impact of cage aquaculture and the aquaculture environmental capacity in xiangshan harbor

象山港网箱养殖对海域环境的影响及其养殖环境容量研究

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relationship between the seasonal dynamic of organic pollution and carrying capacity limit in marine net cage fish farm

海水鱼类网箱养殖场有机污染季节动态与养殖容量限制关系

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based on the loadings of nitrogen and phosphorus of every net cage and the permitted discharge amount, the aquaculture environmental capacity of every net cage can be achieved and the total of which will be the aquaculture environmental capacity of xiangshan harbor.

对单只网箱的氮、磷污染负荷进行分析，结合最大允许排污量，得出各网箱养殖源的养殖环境容量，港内各养殖源的养殖环境容量之和即为象山港海域的养殖环境容量。

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this research afforded basic data for the species and the capacity of coastal aquaculture, and the basic research to the safety of the aquatic products, all of which had practical significance and application value for promoting the sustainable coastal aquaculture development in wenling city.

研究结果为温岭沿海水产养殖品种和养殖容量的确定提供了基础数据，为水产品质量安全进行了基础研究，这对促进温岭沿海养殖业的可持续发展具有现实意义和应用价值。

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the results show that the aquaculture environmental capacity in xiangshan harbor is about 14233 net cages if nitrogen is the pollution limitation factor. if it is phosphorus, the result will be about 10000 cages.

研究表明，象山港内以氮为污染限制因子的网箱养殖环境容量为14233只，以磷为污染限制因子的网箱养殖环境容量约为10000只。

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the ecc was defined as the maximum biomass that a specified environment can support without significant change of major energy fluxes or structure of the food web.

本研究定义养殖生态容量为不显著改变生态系统食物网结构或能流通量时的最大现存量。

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regional livestock density under environmental capacity based on nitrogen and phosphorus budget of farmland: a case study of yucheng county in shandong province

基于农田氮磷收支的区域养殖畜禽容量分析&以山东禹城为例

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the aquaculture environmental capacity of nitrogen and phosphorus in xiangshan harbor is 670.74 t/ a and 77.32 t/ a, respectively.

该海域的氮、磷养殖环境容量分别为670.74t/a和77.32t/a。

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besides, this study enriches the methods of research on marine aquaculture environmental capacity and provides a useful reference for others.

同时，该研究丰富了海域养殖环境容量的研究方法，为其它海域的同类研究提供了有价值的参考。

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study on aquaculture environmental capacity in xiangshan harbor

象山港养殖环境容量研究

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deep sea cage is generally referred to as marine culture facilities which is set at a relatively deep water area and has a relatively large culture capacity and stronger anti wave, flow and wind abilities.

深水网箱是指设置在相对较深海域，养殖容量较大，具有较强的抗风浪、流性能的海上养殖设施。

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