macrophyte

macrophyte

1. The survey initially revealed the dominant species, the community types and their distribution, and the biomass in the spring of the submerged macrophyte of Lake Erhai.

1998年4月对洱海沉水植物进行了全湖大调查,初步摸清了洱海沉水植物主要优势种、群落类型与分布以及春季生物量。

2. CUI Xinhong,LI Wei,CHEN Jiakuan.Survey methods on aquatic macrophyte vegetation in lakes in the middle and lower reaches of Changjiang river[J].Journal of Wuhan Botanical Research.1999,17 (4):357-361.

[17]崔心红,李伟,陈家宽.长江中下游湖泊水生植被调查方法[J].武汉植物学研究,1999,17 (4):357-361.

3. LI F M,Hu H Y.Isolation and effects on green algae Chlorella pyrenoidosa of algal inhibiting allelochemicals in the macrophyte,Phragmites communis Tris[J].Environmental Science,2004,25(5):89-92.

[2]李锋民,胡洪营.芦苇抑藻化感物质的分离及其抑制蛋白核小球藻效果研究[J].环境科学,2004,25(5):89-92.

4. Keywords Filamentous green algae;submerged macrophyte;Hydrilla verticillata;growth;water quality;

丝状绿藻;沉水植物;黑藻;生长;水质;

5. Effect of Decomposed Filamentous green algae on water quality and the growth of submerged macrophyte Hydrilla verticillata

丝状绿藻腐烂过程对水质和沉水植物黑藻生长的影响实验研究

6. Keywords small rivers malodorous black water bodies bio-remediation efficient biofilm carrier ecological ploating-floor macrophyte reestablishment;

中小河道;黑臭水体;生物修复;高效生物膜;生态浮床;水生植被重建;

7. Keywords Lake Wuliangsuhai;aquatic macrophyte;nitrogen;cycle and transformation;notional chart;

乌梁素海;大型水生植物;氮;循环转化;概念图;

8. Keywords Wuliangsubai Lake;submerged macrophyte;nutrients release rate;

乌梁素海;沉水植物;营养盐;释放速率;

9. Keywords constructed wetland;ecology;wastewater treatment;macrophyte;

人工湿地;生态;污水处理;植物;

10. Macrophyte Selection in Constructed Wetlands and Their Treatment Efficiencies on Polluted River Water

人工湿地植物的选择及湿地植物对污染河水的净化能力

11. In the end, the authors suggest that the mechanism of emergent macrophyte decomposition should be paid attention, and based on this the experimental methods could be improved.

今后要加强湿地挺水植物枯落物分解的机理研究，在此基础上改进实验方法。

12. RESEARCH ON WATER BODY ILLUMINANCE AND COMPENSATION DEPTH OF SUBMERGED MACROPHYTE IN LAKE

关于北京后海水体光照强度及沉水植物光补偿深度的研究

13. Keywords submerged macrophyte;Elodea muttallii;immobilized nitrogen cycling bacteria;nutrient change;

关键词沉水植物;伊乐藻;固定化微生物;养分变化;

14. Keywords Fractal geometry;Geostatistics;scale;self-similarity;Baoan Lake;macrophyte;module pattern;individual pattern;population pattern;community pattern;ecosystem services;lake district;

分形理论;地统计学;尺度;自相似性;保安湖;大型水生植物;构件格局;个体格局;种群格局;群落格局;生态系统服务功能;湖群;

15. Existing Problems and Countermeasures of Litter Bag Technique Applied to Emergent Macrophyte Litter Decomposition in Wetland

分解袋法在湿地枯落物分解研究中存在的问题与对策

16. 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

17. The method using specially processed palm mat with interpolatory sallow for restoration of macrophyte in Yanghe littoral zone was in treduced.

利用经特殊工艺编制而成的棕榈纤维垫,扦插柳枝、芦苇和种植各种生活习性植物的方法,恢复洋河水库岸边植物带的施工技术。

18. Only these negative factors would be eliminated, the restoration of macrophyte and macrophyte dominant ecosystem would become possible.

只有消除那些对水生植物生长不利的影响，创造有利的环境条件，才能够培植一个具有净化能力的草型生态系统。

19. Therefore, establishing and restoring the ecosystem mainly of macrophyte was the effective way to control the eutrophication of the West Lake.

因此，建立和恢复以沉水植物为主的生态系统，是治理西湖富营养化的有效途径。

20. Thus the macrophyte restoration should follow "The first to identify the ecological issue, the second to harness it" and "The first to improve the basic condition, the second to restore macrophyte".

因此，生态修复应该遵循“先诊断，后治理”和“先环境改善，后生态修复”的技术路线。

21. Effects of macrophyte on water quality and environment have been well studied, but few report on its diurnal variation, which might have potential implications on the phosphorus release from sediment.

在实验室模拟条件下,研究了沉水植物苦草对水体中环境因子影响的日变化特征。

22. Keywords surface corrider;river;sewage treatment;system;macrophyte;design;

地面廊道;河流;污水处理;系统;植物;设计;

23. Keywords External pollution;sediment;macrophyte;eutrophication;ecological restoration;Lake modovl;

外源污染;底泥;水生植物;高营养化;生态恢复;莫愁湖;

24. Aquatic Macrophyte Vegetation Restoration in Multipond Wetland Systems and its Control on Nonpoint Source Pollution

多水塘湿地系统中水生植被恢复及其对面源污染的截留作用

25. macrophyte control

大型植物控制

26. Chromophoric Dissolved Organic Matter Absorption Characteristics with Relation to Fluorescence in Typical Macrophyte, Algae Lake Zones of Lake Taihu

太湖典型草、藻型湖区有色可溶性有机物的吸收及荧光特性

27. Keywords Lake Taihu;basic environmental improvement;macrophyte restoration;ecological engineering;water purifying;

太湖梅梁湾;基础环境改善;水生植物恢复;生态工程;水质净化;

28. NH4C depletion in the pore water concentration and low N/P ratios (3.7 by weight) within the macrophyte biomass at the end of the growing period suggest that available N limits plant growth.

孔隙水浓度中NH4C的消耗和大型动植物生长末期的低氮/磷比率（重量上占百分之3.7）表明，有效的氮元素限制了植物的生长。

29. Keywords eutrophication;submersed macrophyte restoration;harvest;population management;competition;fragment;settlement;nutrient absorption;acetic acid;

富营养化;沉水植物恢复;收割;种群调控;竞争;片段;定居;营养吸收;乙酸;

30. Yuehu Lake in Wuhan City threshold for macrophyte restoration

富营养浅水湖泊

31. Although an order of magnitude smaller, the pore water pool can supply enough nutrients to build up the macrophyte biomass pool, but only if a fast turnover is attained.

尽管数量级较小，孔隙水池可提供足够的营养来维持大型动植物的生存，但是需要周转得很快。

32. [23]Dai M,Ni L Y,Xie P,et al.Experimental study on the effects of submersed macrophyte on the water eutrophication using large-sized mesocosm[J].Acta Hydrobiologica Sinica,1999,23(2):97-101.

戴莽,倪乐意,谢平,等.利用大型围隔研究沉水植被对水体富营养化的影响[J].水生生物学报,1999,23(2):97 101.

33. Keywords macrophyte;constructed wetland;TP;TN;purification;

挺水植物;人工湿地;总氮;总磷;净化作用;

34. emergent macrophyte wetlands

挺水植物湿地

35. An outdoor experiment was conducted to examine effects of damage on the growth of submerged macrophyte Elodea nuttallii from May to July in 2006.

摘要在室外实验条件下，研究了模拟牧食损害（动物牧食所造成的损害）对伊乐藻植株生长的影响。

36. The different forms of cyanobacterial bio-substances on the growth and photosynthetic activity of submerged macrophyte Ceratophyllum oryzetorum Kom was investigated in present study.

摘要本文研究了蓝藻水华不同的生物质形式对金鱼藻生长和光合活性的影响，结果表明：蓝藻水华的不同生物质形式均不同程度地促进了金鱼藻的生长。

37. is a kind of submerged macrophyte originally grown in America, Because of its high growth speed and great adaptation to the environment, it is widely used in the field of water protection and aquaculture.

是一种原产于美洲的沉水植物,因其生长迅速,适应环境能力强,目前在水环境保护、渔业养殖等领域得到广泛的应用。

38. Technique of Macrophyte Restoration in Littoral Zone by Palm Mat with Interpolatory Sallow

棕榈纤维垫法恢复水库岸边植被施工技术

39. Contribution of macrophyte assimilation in constructed wetland to nitrogen and phosphorous removal

植物吸收在人工湿地去除氮、磷中的贡献

40. Redundancy of plant and it's ecological significance I. Studies on growth redundancy of aquatic macrophyte

植物的冗余及其生态学意义I.大型水生植物生长冗余研究

41. Keywords reservoir;macrophyte;management;harvest;reuse;protection;

水库;大型水生植物;管理;收获;二次利用;保护;

42. aquatic macrophyte

水生大型植物

43. aquatic macrophyte vegetation

水生大型植物群落

44. Study on the Interception of Nitrogen and Phosphorus by Macrophyte in Agriculture Drainage Ditch

水生植物对农田排水沟渠中氮、磷的截留效应

45. macrophyte restoration

水生植物恢复

46. STUDY ON THE DYNAMIC AND SUCCESSION OF AQUATIC MACROPHYTE COMMUNITIES IN THE ZHUSHUN LAKE, HARBIN

水生植物群落动态与演替的研究

47. macrophyte planting

水生植被恢复

48. Wild macrophyte

水生野生植物

49. Effects of Macrophyte on the Lake Ecosystem

水生高等植物对湖泊生态系统的影响

50. Keywords Polluted water;submerged macrophyte;suspended matter;physiological and biochemical characteristics;

污染水体;沉水植物;悬浮物;生理生化特性;

51. submerged macrophyte

沉水植物

52. Keywords Submerged macrophyte;Elodea nuttallii;Immobilized bacteria;Bacteria distribution;

沉水植物;伊乐藻;固定化微生物;微生物分布;

53. Keywords submerged macrophyte;light compensation depth;transparency;lake;

沉水植物;光补偿深度;透明度;湖泊;

54. Keywords submerged macrophyte;morphological plasticity;resource allocation;life-history strategy;

沉水植物;形态可塑性;物质分配;生活史对策;

55. Keywords submerged macrophyte;water remediation;Ceratophyllum Demersum L.;Vallisneria Spiralis;Elodea Nuttalli;

沉水植物;水体修复;金鱼藻;苦草;伊乐藻;

56. Keywords submerged macrophyte;water culture;salt tolerance;relative growth rate;

沉水植物;水培;耐盐性;相对生长速率;

57. Keywords submerged macrophyte;hormone;physiological ecology;environment;

沉水植物;激素;生理生态;环境;

58. Keywords submersed macrophyte;Potamageton crispus;Elodea nuttallii;polluted water;biological enzyme;

沉水植物;菹草;伊乐藻;污染水体;生物酶;

59. Keywords submerged macrophyte;decay;nutrition release;

沉水植物;衰亡;营养盐的释放;

60. Keywords submerged macrophyte;transparency;light compensation point;light compensation depth;

沉水植物;透明度;光补偿点;光补偿深度;

61. Keywords zooplankton;macrophyte;fish;water quality;ecological restoration;urban lake in Guangdong province;Huizhou West Lake;

浮游动物;鱼类;水生植被;水质;生态恢复;广东城市湖泊;惠州西湖;

62. The effects of chlorophyta on the growth of submersed macrophyte Vallisneria natans: a laboratory experiment

浮游绿藻对沉水植物苦草生长的抑制作用

63. Keywords lakes;aquatic macrophyte;decomposition;sediment resuspension;nutrient turnover;

湖泊;水生植物;腐烂分解;沉积物再悬浮;营养周转;

64. Analyses on species selection and community collocation of macrophyte in lake restoration

湖泊水生植被恢复物种选择及群落配置分析

65. floating macrophyte

漂浮植物

66. Keywords Lake ecological restoration;macrophyte planting;water quality improvement;Lake Wuli;Lake Taihu;

生态重建;水生植被恢复;水质改善;五里湖;太湖;

67. Keywords phosphorus;fractionation;sediment;porewater;cyanobacterial bloom;the interface of sediment-water;macrophyte;Lake Dianchi;

磷;分级;沉积物;间隙水;蓝藻水华;悬浮物;沉积物-水界面;水生植物;滇池;

68. Keywords phosphorus;submerged macrophyte;sediment.;

磷;沉水植物;沉积物;

69. Keywords Seed;Tuber;Germination;Vallisneria natans;Restoration;Submerged macrophyte;

种子;块茎;发芽率;苦草;恢复;沉水植物;

70. The results showed that the macrofossils accurately recorded the dominant macrophyte species in the lake, such as Chara, Potamogeton and Elodea.

结果表明：沉积物中植物残体精确地反映了植物优势种的存在；

71. Isolation and Effects on Green Alga Chlorella pyrenoidosa of Algal-Inhibiting Allelochemicals in the Macrophyte, Phragmites communis Tris.

芦苇抑藻化感物质的分离及其抑制蛋白核小球藻效果研究。

72. Keywords Weedy lake;aquatic macrophyte community;weeding technique;pen fishgrazing;herbivorous fishes.;

草型湖泊;水草群落;除草技术;草食性鱼类;网拦养殖;

73. Keywords Potamogeton pectinatus L;general characteristics;regeneration;survival strategy;restoration and rehabilitation of aquatic submerged macrophyte;

蓖齿眼子菜;生物生态学特性;繁殖;生存策略;水生植被恢复;

74. submerged macrophyte decay

衰亡沉水植物

75. The results indicate that the model can be used for determinig the area and macrophyte density etc.in the artificial ecosystem,in order to meet the desired water quality of the water intaking region.

这一模型可应用于确定人工生态系统水面面积，水生植物放养密度等值，以达到满足自来水厂取水口处水质的要求，对模型参数适当确定后，可应用于其它水域。

76. These values were compared with the N and P concentration in sediments and macrophyte biomass in order to assess nutrient availability, fate and storage capacity.

这些数值被用来与沉淀物和大型动植物中的氮磷浓度相比较，由此得出营养物质的有效性，去向和储存量。

77. The influence of the free floating macrophyte Hydrocharis dubia on the growth of the submerged macrophyte Hydrilla verticillata was studied by using different coverage of H.

通过黑藻和不同覆盖度水鳖的组合,研究了漂浮植物对沉水植物的影响。

78. Reproduction and plantation technique of submerged macrophyte in polluted water

重污染水体中沉水植物的繁殖及移栽技术探讨

79. The diversity index of zooplankton increased with the increase of macrophyte biomass.

随着湖泊水草生物量的增加，浮游动物的多样性指数也随之而增加。