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eutrophication mechanism
相关语句
  富营养化机理
     As the increasing understanding of eutrophication mechanism and the development of computer technology, more and more eutrophication studies focus on the mathematic modeling of eutrophication.
     随着对富营养化机理的深入研究和计算机技术的发展,富营养化行为的数值模拟有了长足进步,本文对富营养化模型的研究进展做了综合评述。
短句来源
     On the basis of summarizing some comprehensive methods for assessing lake eutrophication reported in China and abroad,it is pointed out that the trophic state index ( TSI ) should be a major method for evaluating lake eutrophication, since it could provide a continuous numerical class of lake trophic state and a rigorous foundation of quantitative studies of eutrophication mechanism.
     在综述国内外若干综合评价方法的基础上 ,指出营养状态指数 (TSI)法应可作为湖泊富营养化评价的主要方法 ,因其可对湖泊的营养状态进行连续的数值化分级 ,从而为富营养化机理的定量研究提供坚实基础 .
短句来源
  “eutrophication mechanism”译为未确定词的双语例句
     DISCUSSION OF EUTROPHICATION MECHANISM AND PREVENTION METHOD IN MOGUHU RESERVOIR
     蘑菇湖水库富营养化发生机制和治理途径的探讨
短句来源
     The Eutrophication Mechanism and Ecological Countermeasures of Yanma Reservoir
     岩马水库富营养化机制及防治的生态对策
短句来源
     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
短句来源
     Lake and reservoir have the same eutrophication mechanism, so it is feasible to research the two water areas together.
     湖泊水库的富营养化发生机理相同,一起研究的可行性较大。
短句来源
     Lake and reservoir have the same eutrophication mechanism, so it is feasible to research the two water areas together.
     湖泊水库的富营养化发生机理相同,一起研究的可能性较大。
短句来源
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  相似匹配句对
     Eutrophication and Its Mechanism in Wuliangsuhai Lake
     乌梁素海富营养化及其机制研究
短句来源
     The Characteristics and Mechanism of Eutrophication in Jiaozhou Bay
     胶州湾水域富营养化特征和形成机制的初步探讨
短句来源
     The Mechanism of Thinking
     思维机制探索
短句来源
     Its mechanism is discussed.
     探讨了PMAM的阻垢缓蚀机理。
短句来源
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The evaluation of eutrophication or trophic state of a lake is in fact a multivariate comprehensive decision making process quantifying the qualitative problem. Therefore,we should use a comprehensive method to assess lake eutrophication. On the basis of summarizing some comprehensive methods for assessing lake eutrophication reported in China and abroad,it is pointed out that the trophic state index ( TSI ) should be a major method for evaluating lake eutrophication, since it could provide a continuous...

The evaluation of eutrophication or trophic state of a lake is in fact a multivariate comprehensive decision making process quantifying the qualitative problem. Therefore,we should use a comprehensive method to assess lake eutrophication. On the basis of summarizing some comprehensive methods for assessing lake eutrophication reported in China and abroad,it is pointed out that the trophic state index ( TSI ) should be a major method for evaluating lake eutrophication, since it could provide a continuous numerical class of lake trophic state and a rigorous foundation of quantitative studies of eutrophication mechanism. Using analytic hierarchy process (AHP) to determine the weight attributions in the selected comprehensive indices,the authors,constructed a comprehensive assessment model as: TSI=W( Chla )×TSI( Chla )+W( Sd )×TSI( Sd )+W( TP )×TSI( TP ) or TSI M=W( Chla )×TSI M( Chla )+W( Sd )×TSI M( Sd) +W( TP )×TSI M( TP) where W( X) were the weights for the above three parameters with value in percentage as 54.0,29.7 and 16.3,respectively. Additionally,the relations between comprehensive evaluation and other statistical methods such as cluster analysis were briefly discussed.

湖泊富营养化的评价 ,即确定水体的状态属性 ,实际上是一个将定性问题定量化的多变量的综合决策过程 ,因此 ,对湖泊的富营养化程度进行评价应以综合评价为主 .在综述国内外若干综合评价方法的基础上 ,指出营养状态指数 (TSI)法应可作为湖泊富营养化评价的主要方法 ,因其可对湖泊的营养状态进行连续的数值化分级 ,从而为富营养化机理的定量研究提供坚实基础 .采用层次分析 (AHP)法确定综合评价指标中的权重分配 ,构建一综合评价模型 :TSI =W (Chla)×TSI(Chla) +W (Sd)×TSI(Sd) +W (TP)×TSI(TP)或TSIM=W (Chla)×TSIM(Chla) +W (Sd)×TSIM(Sd) +W (TP)×TSIM(TP) .此外 ,文中简要讨论了综合评价与其他统计方法如聚类分析的关系 .

Yanma Reservoir is the biggest reservoir of Zaozhuang, and also one of the ten biggest reservoirs of Shandong Province, which plays an important role in irrigation, flood control, generation, aquaculture and some other aspects. Influenced by the economic activities of habitants nearby, the water quality of Yanma Reservoir to some degree appears eutrophication, which has a negative impact on operation of its function as the sustainable development of the reservoir economy. The harness of this situation should...

Yanma Reservoir is the biggest reservoir of Zaozhuang, and also one of the ten biggest reservoirs of Shandong Province, which plays an important role in irrigation, flood control, generation, aquaculture and some other aspects. Influenced by the economic activities of habitants nearby, the water quality of Yanma Reservoir to some degree appears eutrophication, which has a negative impact on operation of its function as the sustainable development of the reservoir economy. The harness of this situation should be guided by ecological theory. Directing at the eutrophication mechanism and its developing tendency, the author comes up with a specific improving method and an effective solution to the harmonious development between reservoir economy and society.

岩马水库是枣庄市最大的水库,也是山东省十大水库之一,在灌溉、调洪、发电、水产养殖等方面发挥着巨大的作用。受水库周围居民经济活动的影响,水质呈现出一定程度的富营养化,影响了水库功能的发挥及水库经济的可持续发展。对其治理应以生态学原理为指导,针对水库富营养化的机制及发展变化趋势,提出了水库富营养化的具体的治理办法及库区经济-社会协调发展的有效途径。

Loma Lake, a shallow water lake with the characteristic of water carrying, is in the stage of late medium nutrition. A large quantities nutrition material carried with income lake river and the damage of water plant are founded to be major reasons of accelerating eutrophication process through study on the eutrophication mechanism. Some measures are proposed to control eutrophication such as controlling outside contaminated source, wetland construction around the lake, water plant protection, reasonable...

Loma Lake, a shallow water lake with the characteristic of water carrying, is in the stage of late medium nutrition. A large quantities nutrition material carried with income lake river and the damage of water plant are founded to be major reasons of accelerating eutrophication process through study on the eutrophication mechanism. Some measures are proposed to control eutrophication such as controlling outside contaminated source, wetland construction around the lake, water plant protection, reasonable reservoir operation and internal living curing.

骆马湖为一浅水湖泊,具有典型的过水性特征,其已经处于中—富营养化阶段。通过对骆马湖富营养化发生机制的研究,发现入湖河道携入大量营养物质入湖和水生植物的破坏是骆马湖富营养化进程加快的主要原因。并提出了控制骆马湖富营养化的一些措施:控制外源污染物入湖、加强湖滨湿地建设和水生植物的保护、合理的水库调度以及湖泊内部的生物治理。

 
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