eutrophic

eutrophic

1. 2 Hosper S H. Biomanipulation , new perspective for restoring shallow , eutrophic lakes in the netherlands. Hydrobiol B ull ,

1章宗涉.水生高等植物-浮游植物关系和湖泊营养状态.湖泊科学,1998,10(4):83-86

2. The change maybe help the plant remove the pollutans in the water. 6.It was feasible and maybe the important orientation by using floating culture system to remedy the eutrophic water body.

6 可以利用飘浮栽培方式种植观赏或经济植物来净化富营养化水体，同时可以美化、绿化环境，也许是以后污水治理发展的一个重要方向。

3. WU Yonghong,FANG Tao,QIU Changqiang,et al.Method of Algae-Bacterium Biofilm to Improve the Water Quality in Eutrophic Waters[J].Environmental Science,2005,26(1):84-89.

[5]吴永红,方涛,丘昌强,等.藻-菌生物膜法改善富营养化水体水质的效果[J].环境科学,2005,26(1):84-89.

4. Keywords the Three-Gorges Reservoir;eutrophic;monitoring;trophic status;

三峡水库;富营养化;监测;营养状态;

5. Comparison on Difference of the Purification Ability to Eutrophic Water between Five Plants in Different Sunlight Conditions

不同光照条件下五种植物对富营养化水净化能力差异的比较

6. The correlation between COD and TOC in eutrophic lakes was studied for the purpose of rapid monitoring and detecting quantities of organic pollutants.

为了快速综合的监测有机污染物，及时全面地掌握环境水样中有机污染量，探索性地研究了富营养化湖泊中COD与TOC的相关性。

7. The direction relation of floating alga in the eutrophic water of Liwa

丽娃河水体富营养化与浮游藻类的指示关系

8. Keywords Artificial medium;nutrient elements;eutrophic water;water quality improvement;

人工介质;氮磷营养物质;富营养化水体;水质改善;

9. Performance of artificial medium for removing nutrients in eutrophic water

人工介质对富营养化水体中氮磷营养物质去除特性研究

10. A Study on Purification of the Eutrophic Water with Hemerocallis fulva Linn.Cultured on Artificial Substratum

人工基质无土栽培萱草对富营养化水的净化研究

11. Keywords constructed wetland;hydrophytes;eutrophic water;nitrogen;phosphorus;

人工湿地;植物;富营养化水体;氮;磷;

12. Lai,W.L., Yeh, H.H., Tseng, I.C., Lin, T.F., Chen, J.J., Wang, C.T. (2002. 12) “Conventional versus Advanced Treatment for Eutrophic Source Water” , Jour. AWWA, 94:12:96-108.(SCI

以判别分析法探讨大鹏湾海域水质受邻近河川污染之影响,请填写,廖少威、2许嘉裕、邱俊彦、赖文亮、陈振正、李崇垓,,中华民国环境保护学会学刊,第28卷,第2期,第160-173,2005

13. The effects of environmental factors,such as physical perturbing,microbial activity,temperature and incubation time,on phosphorus release from the sediments of eutrophic rivers were studied.

以总磷、溶解性总磷、正磷酸盐含量等3个指标研究了物理扰动、微生物活性、温度和培养时间等4种环境因素对富营养化河道底泥磷释放的影响。

14. Laboratory-scale continuous purification of ammonia-type eutrophic water body by Oenanthe decumbens on floating-beds at a low water temperature

低温下水芹浮床对氨氮类富营养水体的连续小试净化

15. Purification of Ammonia-Type Eutrophic Waterbody in Surface Flow Constructed Wetland at a Low Temperature

低温下表面流人工湿地中氨氮型富营养化水体净化研究

16. For one of the eutrophic ponds surveyed, MC-RR and MC-LR presented rising tendency throughout the bloom in the year.

其中一个池塘在的水华在全年发生过程中，MC-RR和-LR均呈上升趋势。

17. Effects of internal pollution sources on the eutrophic lake and countermeasures

内源污染对湖泊富营养化的作用及对策

18. Study on the Effect of Agricultural Tri-dimension Pollution on Eutrophic Water

农业立体污染与水体富营养化解析

19. Restoration and Purification of Macrophytes in An Eutrophic Lake during Autumn and Winter

冬季富营养化湖泊中水生植物的恢复及净化作用

20. The purification ability of aquatic macrophytes for eutrophic lake water in winter.

冬季水生高等植物对富营养化湖水的净化作用。

21. Environmental Impacts of Decaying Water Hyacinth in Eutrophic Water

凤眼莲在富营养化水体中衰亡的环境效应

22. Water hyacinth, Eichhonia Cassipes Solms, has been widely used in wastewater treatment.It plays an important role in remediation of phytoplankton-dominated eutrophic water.

凤眼莲是最早用于污水净化的植物之一，在藻型富营养化水体生态修复中有着重要的作用。

23. The purification of eutrophic water body was studied by means of soilless cultivation technique on artificial substratum.

利用富营养化水体营养盐资源，使用泡沫板、蛭石两种人工基质无土栽培水芹、水蕹菜和多花黑麦草，研究其净化污水的效果。

24. The growth and the purification ability of Hemerocallis fulva Linn. in heavy and light eutrophic water were studied by means of soilless cultivation technique on artificial substratum.

利用小型人工基质无土栽培萱草,研究其在轻度和重度富营养水中的生长及净化能力。

25. The Research and Application of Plant in Purification and Remediation for Eutrophic Water Body

利用植物控制水体富营养化的研究与实践

26. Purification of eutrophic wastewater by Cyperus alternifolius, Coleus blumei and Jasminum sambac planted in a floating phytoremediation system

利用漂浮植物修复系统栽培风车草、彩叶草和茉莉净化富营养化污水的研究

27. STUDIES ON ION BEAM APPLICATION TO IMPROVE AQUATIC MACROPHYTE REMEDIATION CAPACITY IN EUTROPHIC WATERS

利用离子束提高水生植物对富营养化水体修复功能的初步研究

28. Keywords Shuanglong Lake;eutrophic;endogenesis pollutes;sediment;phosphorus releasing;

双龙湖;富营养化;内源污染;底泥;释磷;

29. The Shuanglong Lake is a shallow and urban lake,it had been a serious typical eutrophic lake.

双龙湖是浅水型城市湖泊,一度为重富营养化湖泊。

30. Hence, the survival rate of submerged plants is very low in eutrophic lakes.

因此在富营养化的湖泊中栽种沉水植物的成活率是很低的。

31. An integrated vertical flow constructed wetland was built in Hangzhou Botanical Garden, Zhejiang Province, China, to purify eutrophic water from Jade fish-seeing pond.

在人工湿地的基础上建立生态池,来净化杭州植物园玉泉观鱼景点观鱼池富营养化水质。

32. Can planting submerged plants make the water clear and lead the reverse switches to plant dominance in eutrophic Lake Taihu?

在富营养化的太湖中栽种沉水植物能使水变清，进而“向后跃变”为“草型湖泊”吗？

33. And. non-point pollution, caused by agriculture runoff and the breeding livestock, were mainly blamed for such degredation.Some countermeasures to control the eutrophic conditions were put forward.

在此基础上提出了控制水库富营养化的对策与措施，以期为福建省饮用水源地水库可持续利用提供参考。

34. Urban runoff pollution is serious especially for earlier runoff and it is one of the reasons that lead to water body eutrophic, algal bloom and red tide on sea.

城市雨水径流特别是初期雨水污染严重,是水体富营养化、华以及海域赤潮等环境问题产生的根源之一。

35. Urban runoff pollution is serious especially for earlier runoff and it is one of the reasons that lead to water body eutrophic,algal bloom and red tide on sea.

城市雨水径流特别是初期雨水污染严重,是水体富营养化、水华以及海域赤潮等环境问题产生的根源之一。

36. Keywords Integrated Vertical Flow;Constructed Wetland;Wastewater;Eutrophic;Plant;Rhizosphere Microorganisms;Removal Rate of Nutriment;

复合垂直流;人工湿地;污水;富营养化;植物;根际微生物;营养去除;

37. Bioremediation of large-sized seaweeds in eutrophic mariculture areas

大型海藻对富营养化海水养殖区的生物修复

38. PROSPECT FOR BIOREMEDIATION OF LARGE-SIZED SEAWEED CULTIVATION IN EUTROPHIC BAYS

大型海藻对富营养化海湾生物修复的研究进展

39. An experimental application of natural mineral materials to the remedy of the eutrophic water

天然矿物材料修复富营养化水体的实验研究

40. eutrophic animal

富养动物

41. eutrophic plant

富养植物

42. eutrophic fen

富养沼泽

43. eutrophic environment

富养环境

44. eutrophic system

富养系统

45. Keywords eutrophic;Hydrilla verticillata;nitrogen form;physiological effect;

富营养;轮叶黑藻;氮形态;生理影响;

46. eutrophic nutrition

富营养化

47. Control and Removal of Algae in Eutrophic Raw Water for Potable Water Supply

富营养化供水中的藻类控制与去除

48. eutrophic aquaculture water

富营养化养殖水体

49. eutrophic wastewater

富营养化废水

50. Comparison of Bacterial Physiological Population of Plant Rhizosphere in Different Eutrophic Water

富营养化水中植物根系细菌生理类群比较研究

51. eutrophic water body

富营养化水体

52. Keywords Eutrophic water body;Land use patterns;Elements migration;Heavy metal pollution;

富营养化水体;土地利用方式;元素迁移;重金属污染;

53. Keywords Eutrophic water;Hydrophytes;Purifying effect;Purifying mechanism;

富营养化水体;水生植物;净化效果;净化机理;

54. Keywords Eutrophic water Iris tectorum Acorus calamus N P Different organs Accumulation content;

富营养化水体;鸢尾;菖蒲;氮;磷;不同器官;积累量;

55. Study on The Affecting Factors and Its mechanism of Internal Phosphorus Release in Eutrophic Water

富营养化水体中底泥释磷的影响因素及其释放机理

56. Harmful effects of cyanobacterial toxins and their control in eutrophic freshwater

富营养化水体中蓝藻毒素的危害及其控制

57. Advances in research of biological purification of eutrophic water body

富营养化水体生物净化效应的研究进展

58. Culture Test of Oenanthe Javanica on Floating-bed in Eutrophic Water Body

富营养化水体的水芹菜浮床栽培试验

59. The Ecological Harm Of Eutrophic Water Body And Its Countermeasures And Remediation Technology

富营养化水体的生态危害及防治措施与修复技术

60. Progress of the algae control in the eutrophic water

富营养化水源水中藻类控制的研究进展

61. eutrophic pond

富营养化池塘

62. Regime Shift Theory and Ecological Restoration Discussion in Eutrophic Shallow Lakes

富营养化浅水湖泊稳态转换理论与生态恢复探讨

63. Cage culture of silver carp and bighead carp in a eutrophic reservoir

富营养型水库网箱养殖鲢鳙技术

64. eutrophic reservoir

富营养水库

65. eutrophic stream

富营养河

66. eutrophic mire

富营养沼泽

67. eutrophic lake

富营养湖 滋养湖

68. The dynamic of phosphorus in large-scale enclosure and fence in an eutrophic lake

富营养湖泊大型围隔和围栏中磷的动态

69. Control of algae standing crops in eutrophic lakes and the algae removal processes in water treatment for potable water supply

富营养湖泊的藻类现存量控制和供水处理的藻类去除

70. eutrophic state

富营养状态

71. For the eutrophic East Lake, TOC can better represent the pollution degree of organic matters than COD.

对于富营养化东湖水，TOC比COD更能直接合理地表征水体受到有机物质污染的程度。

72. Studies on nitrogen and phosphorus removal capacity of Hydrodictyon reticulatum in eutrophic freshwater samples

对富营养化水样中氮磷去除能力的研究

73. The quality of eutrophic waters was improved by the algae-bacterium biofilm, which covered over the artificial aquatic mat made from a kind of mend macromolecule material.

将一种由改性高分子材料制成的人工水草作藻菌生物膜的载体,来改善富营养化水体水质。

74. Hydrophytes (Iris tectorum and Acorus calamus) were planted on the thread of coco in an open pool of eutrophic water.

将鸢尾和菖蒲种植在椰丝基质上并放入富营养化的水塘中,实验在自然条件下进行。

75. Keywords Arid and semiarid region;Wuliangsuhai Lake （WL）;Eutrophication;pollution mechanism;eutrophic elements;water quality model;speciation;geochemistry;

干旱半干旱地区;乌梁素海;富营养化;污染机理;营养元素;水质模型;存在形态;地球化学;

76. Due to the reason that the fertilizer is lost into the water body in the form of gaseity, pouring and runoff, content of eutrophic substance is increased in the water body.

广西近几年速生桉发展面积较大,施肥量逐年增加,由于肥料通过其气态、淋洗和径流等途径流失到水体,增加了水体中富营养物质的含量。

77. Effects of fertilization on eutrophic substance in water body within fast-growing eucalypts plantation

广西速生桉施肥对林区内水体富营养物质的影响

78. Study on composite process of PFS-EM for algae control of eutrophic raw water

应用PFS-EM组合工艺处理藻型富营养化原水的研究

79. Effects of Internal Pollution Sources on the Eutrophic Lake

底泥营养盐的释磷对富营养化湖泊的影响

80. and their interactions in a shallow eutrophic lake (Lake Vela,Portugal) [J].Acta Oecologica,2006,29:54-64.

张运林,陈伟民,周万平,等.2001-2002年天目湖(沙河水库)浮游植物的生态学研究[J].海洋湖沼通