eutrophication

美 [ˌjuːtrəfɪˈkeɪʃn]英 [ˌjuːtrəfɪˈkeɪʃn]
  • n.(由雨水带来的化肥等造成水体的)富营养化
eutrophicationeutrophication

noun

U(由雨水带来的化肥等造成水体的)富营养化
the process of too many plants growing on the surface of a river, lake, etc., often because chemicals that are used to help crops grow have been carried there by rain

noun

1
excessive nutrients in a lake or other body of water, usually caused by runoff of nutrients (animal waste, fertilizers, sewage) from the land, which causes a dense growth of plant life;the decomposition of the plants depletes the supply of oxygen, leading to the death of animal life
he argued that the controlling factor in eutrophication is not nitrate but phosphate

数据来源:WordNet

  1. Discussion and case study overall evaluation method of lake eutrophication

    湖泊富营养化的综合评价方法的探讨与实例

  2. Evolution and Zone Analysis on Lake Eutrophication in East Plain Region

    东部平原地区湖泊富营养化的演变及区域分析

  3. The State Matrix Method of Water Quality Eutrophication Evaluation

    水质富营养化评价的状态矩阵方法

  4. Questions of the Lake Eutrophication in China and Its Control Measures

    我国湖泊富营养化问题及防治对策

  5. 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

  6. Strengthen study on process and mechanism of lakes eutrophication ;

    加强湖泊富营养化过程与机制的研究;

  7. Application of Fuzzy Degree Concept to Eutrophication Assessment of Lake

    模糊度概念用于湖泊富营养化评价

  8. So it is significance to study the eutrophication of water and protect water environment .

    因此,研究治理水体富营养化,保护水体生态环境具有重要的实际意义。

  9. Eutrophication assessment model using artificial neural networks for lakes and reservoirs

    湖库富营养化人工神经网络评价模型

  10. The evaluation of water eutrophication is important in the field of ecological environmental protection .

    水体富营养化程度评价对生态环境保护具有重要意义。

  11. Application of principal component analysis on comparison of eutrophication assessment of lakes

    主分量分析法用于湖泊富营养化评价的相互比较

  12. Model and application of lake and reservoir eutrophication assessment based on multivariate statistical analysis

    基于多元统计分析的湖库水质富营养化程度评价模型及应用

  13. Study on total phosphorus controlling model for the eutrophication of plant type lakes

    草型富营养化湖泊总磷控制模型研究

  14. Eutrophication analysis of three medium reservoirs in the eastern of Guangdong province

    粤东三个中型水库富营养化特征分析

  15. Investigation and Evaluation of Reservoir Eutrophication in Chongqing City Zone

    重庆市都市圈大中型水库富营养化现状及评价

  16. Uncertainty Analysis of Eutrophication Model in West Lake , Hangzhou

    杭州西湖富营养化模型的不确定性分析

  17. Lake eutrophication is a classical academic and industrial difficult issue .

    湖泊富营养化问题是学术界和工程界所面临的共同难题。

  18. The Current Eutrophication Status of Taihu Lake and Its Ecological Control Countermeasures

    太湖富营养化现状及其生态防治对策

  19. Gray system classification analysis and lake eutrophication assessment

    灰色系统聚类分析与湖泊富营养程度评价

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

    基于复杂网络理论的水体富营养化研究

  21. Therefore , grey elements play an important part in the eutrophication assessment of water .

    因此,灰色因素在水质富营养化评价中起着十分重要的作用。

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

    水体富营养化将破坏生态环境平衡。

  23. A Simulation Model of Eutrophication Prediction for Reservoir Miyun , Beijing

    北京密云水库富营养化预测模型的研究

  24. Eutrophication and POPs are two serious environmental pollution problems .

    富营养化和POPs污染是当今世界范围内存在的两类严重环境污染问题。

  25. 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

  26. Predictions on Water Quality Parameters and Advance Warning on Eutrophication in Reservoir

    水库水质参数预测和富营养化预警

  27. Dianchi is one of the most eutrophication lake in China .

    滇池是中国水体富营养化最严重的湖泊之一。

  28. Lake eutrophication has become the most widespread problem concerned in the water environment .

    湖泊富营养化已经成为当今最广泛关注的水环境问题。

  29. Among them , the eutrophication is a major aspect .

    其中,水体富营养化是一个主要方面。

  30. Research Progress of Eutrophication Mechanism and Breakout of Water Bloom

    富营养化发生机理及水华暴发研究进展