eutrophic

adj.

1. 富营养的
   containing too many food substances that encourage plants to grow, which then kill animal life by using too much oxygen from the water

1. The effects of silver carp and Lutai-topmouth culter on algae control in eutrophic water were studied through indoor experiments.
   利用室内受控生态系统实验，研究鲢鱼和芦台鲌鱼对富营养化水体中藻类的控制作用。
2. In this paper, the polluted sediment capping technique was used to control the eutrophic water from the Dianchi Lake on the basis of field simulating experiments.
   采用底泥掩蔽技术，选取天然红土，添加适量的粉煤灰及石灰粉作为掩蔽覆盖物，对滇池富营养化水体进行现场修复实验。
3. Nitrogen and phosphorus accumulation in Iris tectorum and Acorus calamus in eutrophic water
   鸢尾和菖蒲不同器官对富营养化水体中氮磷的积累效应
4. Function of microorganism in bioremediation of eutrophic water
   微生物在富营养化水体生物修复中的作用
5. Phosphates and other pollution-borne nutrients made the lake eutrophic, sucking out oxygen that fish need to survive.
   磷酸盐和其它污染性和营养物质使湖水富营养化，吸掉了大量鱼赖以生存的氧气。
6. Purifying Effect and Mechanism of Hydrophytes in Eutrophic Water; Variation of Biodegradable Organic Matters in Water Treatment Plants
   水生植物净化富营养化水体效果及机理研究可生物降解有机物在水厂净水工艺中的变化
7. Correlation Analysis between the Concentrations of Nutrient and Phosphorus in Eutrophic Water and Its Spectral Reflectance
   富营养化水体中氮磷物质与光谱反射率的相关性分析
8. Lake Xinghu is a typical eutrophic lake consisting of6 sub-lakes in tropical Guangdong Province.
   星湖位于广东省，是一个热带地区的湖泊。
9. Influence of Cadmium Input on the Nutritional Properties of Eutrophic Lakes in Different Hydraulic Conditions
   不同水力条件下Cd对富营养化水体营养特性的影响
10. Study on Purification of Eutrophic Water with Three Wetland Plants
    三种湿地植物对富营养化水体的净化作用研究
11. Retrieval of Chlorophyll-a Concentration in the Turbid and Eutrophic Taihu Lake
    富营养化的太湖水体叶绿素a浓度模型反演
12. The microorganism biological research of eutrophic water landscape
    富营养化水体景观的微生物修复研究
13. Remediation of rural high turbid and eutrophic water by using sub-surface horizontal flow integrated constructed wetlands system
    水平潜流人工湿地复合系统净化农村高浊度富营养化水体的研究
14. Growth, competition and purification effect of three submersed aquatic macrophytes in eutrophic water
    富营养水体中3种沉水植物的生长竞争及其净化效果
15. Impact of Input Density of Aquatic Plants on the Remediation Efficiency of Eutrophic Lake Water
    植物投放密度对富营养化湖水修复效率的影响
16. Study on the Colloidal Nutritious Material in Eutrophic Seawater; a culture medium containing whole blood as the nutrient.
    富营养化水体中胶体有机营养物质研究由血液作为全部营养物的培养基。
17. Construction of High Efficient Biological Agent for Eutrophic Water and Effectiveness Research
    富营养化水体净化高效生物菌剂的构建与效能研究
18. The extremes of the ranges represent relative oligotrophic and eutrophic conditions.
    范围的极限代表相对寡营养和富营养的条件。
19. Removal of Nitrogen and Phosphorus in Eutrophic Water with Humulus scandens
    葎草水培生长及对富营养化水体中氮磷的净化
20. Removal test of phosphate and algae from eutrophic landscape water by coagulation
    富营养景观水体中藻类和磷的去除试验
21. Experiments were carried out in Meiliang Bay of Lake Taihu to study the purifying effects of Alternanthera philoxeroides with different throw-in density for eutrophic lake water.
    为了研究水花生在不同投放密度下净化富营养化湖水的效果，在太湖梅梁湾进行了多种密度水花生放养试验。
22. Research Progress on Removal of Microcystins ( MCs) in Eutrophic Water Body
    富营养化水体中微囊藻毒素（MCs）去除技术研究进展
23. A later period or time Environmental Impacts of Decaying Water Hyacinth in Eutrophic Water
    晚期，后期，衰落期凤眼莲在富营养化水体中衰亡的环境效应
24. The Effect of Terrestrial Plants in Different Planting Patterns Repairing Nitrogen in Eutrophic Water
    不同种植方式对陆生植物美人蕉与紫背万年青净化富营养化水体中氮的影响
25. The advances in the control and removal of algae in eutrophic raw water for potable water supply at home and abroad are reviewed in the present paper.
    综述了富营养化的供水原水中，藻类控制与去除方法的国内外研究进展。
26. Removal effects of periphyton on nitrogen and phosphorus in the eutrophic water body
    附着生物对富营养化水体氮磷的去除效果
27. Seasonal change of planktonic diatom of two small shallow eutrophic lakes in Nanjing
    南京市两个小型富营养湖泊浮游硅藻的季节性变化
28. Isolation of Algae-lysing Actinomycetes and Study of the Regulation on Eutrophic Water
    溶藻放线菌的筛选及其对富营养化水体的调控作用研究
29. In situ remediation of eutrophic water bodies by the combination of water hyacinth and immobilized nitrogen cycle bacteria
    凤眼莲-固定化氮循环细菌联合作用对富营养化水体原位修复的研究
30. Study on removal effect and regulation of Cleistocalyx operculatu to N and P in eutrophic water body;
    采用室内试验和现场观测相结合的方式，进一步探讨了黄花水龙对富营养化水体中氮磷的去除效果。

adj

1. (ecology) of a lake or other body of water rich in nutrients and subject to eutrophication