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   牲畜废水 的翻译结果: 查询用时:0.027秒
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牲畜废水
相关语句
  livestock wastewater
     Effects of livestock wastewater on seedlings of two mangrove species
     牲畜废水对两种红树植物幼苗的影响
短句来源
     The increasing times of P contents in plants receiving livestock wastewater were 1—4 times that of the controls,much more than those of N contents (0\^04—1\^30 times).
     牲畜废水的加入使植物体P含量增加 1— 4倍 ,N含量增加 0 0 4— 1 30倍 .
短句来源
     Removal of livestock wastewater nutrient by mangrove systems
     红树林系统处理牲畜废水营养盐的研究
短句来源
     The present investigation compared the capacity of greenhouse pot\|cultivation systems under two salinity conditions (freshwater and saline water) with two main mangrove species, Bruguiera gymnorrhiza and Kandelia candel ,to remove nutrients from livestock wastewater.
     在 2种盐度条件下 (淡水与盐度 30的人工海水 )通过温室盆栽系统对比研究了 2种主要红树植物木榄和秋茄对牲畜废水的处理效应 .
短句来源
  “牲畜废水”译为未确定词的双语例句
     The POX activity increased in the stem and root of Kandelia candel under the two salinity conditions, while decreased in the root of Bruguiera gymnorrhiza under freshwater condition,and increased under seawater condition.
     在两种盐度条件下牲畜废水均导致秋茄茎和根POX活性的明显增强 ,而对叶POX活性则无显著影响 ,牲畜废水对木榄叶和茎POX活性无显著影响 ,而木榄根POX活性淡水条件下下降、海水条件下则升高 ;
短句来源
  相似匹配句对
     Technology of Disposal of Waste-Water
     废水处理技术
短句来源
     NITRIFICATION OF WASTEWATER
     废水的硝化作用
短句来源
     Removal of livestock wastewater nutrient by mangrove systems
     红树林系统处理牲畜废水营养盐的研究
短句来源
     Effects of livestock wastewater on seedlings of two mangrove species
     牲畜废水对两种红树植物幼苗的影响
短句来源
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  livestock wastewater
Ammonia removal from livestock wastewater by ammonia-assimilating microorganisms immobilized in polyvinyl alcohol
      
Growth and physiological responses of Kandelia candel and Bruguiera gymnorrhiza to livestock wastewater
      
On the other hand, livestock wastewater increased leaf electric conductance in Kandelia candel but not in Bruguiera gymnorrhiza.
      
The superoxide dismutase activity in treated Bruguiera gymnorrhiza decreased but did not show any significant change in Kandelia candel receiving livestock wastewater.
      
Wastewater generation in Korea in 2002 reached 2,908 million tons, with only 0.6% of this volume night soil and 1.7% livestock wastewater.
      


The present investigation compared the capacity of greenhouse pot\|cultivation systems under two salinity conditions (freshwater and saline water) with two main mangrove species, Bruguiera gymnorrhiza and Kandelia candel ,to remove nutrients from livestock wastewater.The increasing times of P contents in plants receiving livestock wastewater were 1—4 times that of the controls,much more than those of N contents (0\^04—1\^30 times).The removal efficiencies of N nutrients from livestock wastewater were 84\^3%...

The present investigation compared the capacity of greenhouse pot\|cultivation systems under two salinity conditions (freshwater and saline water) with two main mangrove species, Bruguiera gymnorrhiza and Kandelia candel ,to remove nutrients from livestock wastewater.The increasing times of P contents in plants receiving livestock wastewater were 1—4 times that of the controls,much more than those of N contents (0\^04—1\^30 times).The removal efficiencies of N nutrients from livestock wastewater were 84\^3% and 95\^5% respectively by Kandelia candel and Bruguiera gymnorrhiza pot\|cultivation systems under freshwater condition and 92\^7% and 98\^0% under saline water condition.P nutrient removal efficiencies by Kandelia candel and Bruguiera gymnorrhiza systems under freshwater condition were 79\^2% and 91\^8% respectively and 88\^0% and 97\^8% under saline water condition.Salinity condition has no significant effect on the N nutrient removal by Kandelia candel plants.The P removal efficiencies by Kandelia candel and Bruguiera gymnorrhiza plants were less than 4% and much lower than those of N.Under both salinity conditions,higher N/P absorption ratios by plants were found in Bruguiera gymnorrhiza plants (11\^64 and 10\^64 under freshwater and saline water conditions respectively).Most of the nutrients retained to the systems due to the discharges of livestock wastewater were removed by soils.Most N nutrients retained in soils lost away from the systems.

在 2种盐度条件下 (淡水与盐度 30的人工海水 )通过温室盆栽系统对比研究了 2种主要红树植物木榄和秋茄对牲畜废水的处理效应 .牲畜废水的加入使植物体P含量增加 1— 4倍 ,N含量增加 0 0 4— 1 30倍 .淡水条件下秋茄和木榄系统N的处理效率分别为 84 3%和 95 5 % ,海水条件下则为 92 7%和 98 0 % .淡水条件下秋茄和木榄系统P的处理效率分别为79 2 %和 91 8% ,海水条件下则为 88 0 %和 97 8% .盐度对秋茄植物体N的去除无显著效应 .2种植物体对P的处理效率为 4% ,远比N的处理效率低 .废水来源的营养盐大多被土壤去除

Effects of livestock wastewater on growth and physiology of seedlings of two mangrove species ( Kandelia candel and Bruguiera gymnorrhiza ) in greenhouse pot cultivation systems were studied under different salinity conditions. In terms of stem height, stem basal diameter, leaf production, maximum leaf area and relative growth rate, livestock wastewater enhanced the growth of Kandelia candel and Bruguiera gymnorrhiza . The effects of salinity and livestock wastewater on biomass partitioning were...

Effects of livestock wastewater on growth and physiology of seedlings of two mangrove species ( Kandelia candel and Bruguiera gymnorrhiza ) in greenhouse pot cultivation systems were studied under different salinity conditions. In terms of stem height, stem basal diameter, leaf production, maximum leaf area and relative growth rate, livestock wastewater enhanced the growth of Kandelia candel and Bruguiera gymnorrhiza . The effects of salinity and livestock wastewater on biomass partitioning were significant for Bruguiera gymnorrhiza , but not for Kandelia candel .Under livestock wastewater application,the chlorophyll a and b contents of Bruguiera gymnorrhiza leaves increased,but the electric conductance had no significant variation.Wastewater increased the leaf electric conductance of Kandelia candel , but had no significant effects on its chlorophyll a and b contents.Under the two salinity conditions, there was no significant difference in root activity of both species. The POX activity increased in the stem and root of Kandelia candel under the two salinity conditions, while decreased in the root of Bruguiera gymnorrhiza under freshwater condition,and increased under seawater condition. The SOD activity of Bruguiera gymnorrhiza decreased, but for Kandelia candel ,it had no significant change.

研究了淡水 (盐度为 0 )和海水 (盐度为 30 )两种盐水度条件下温室盆栽系统红树植物秋茄和榄对牲畜废水的生长和生理反应 .结果表明 ,牧畜废水对秋茄和木榄的生长指标 (包括高度、基径、叶片生成量、最大叶面积和相对生长率 )有显著促进作用 ;盐度水平和废水的加入均对秋茄生物量的分配无明显影响 ,但废水使木榄的根生物量比和根 /茎比减小而叶生物量比增加 ;两种盐度下废水处理组秋茄加绿素a、叶绿素b含量与相应对照组无显著差异 ,而木榄有比对照高的叶绿素a、叶绿素b含量 ;废水处理组秋茄叶片电导率高于对照组 ,但木榄叶片电导率在淡水条件下与对照组无显著差异 ,在海水条件下甚至低于对照组 ;牲畜废水对秋茄和木榄的根系活力均无显著影响 ;在两种盐度条件下牲畜废水均导致秋茄茎和根POX活性的明显增强 ,而对叶POX活性则无显著影响 ,牲畜废水对木榄叶和茎POX活性无显著影响 ,而木榄根POX活性淡水条件下下降、海水条件下则升高 ;两种盐度条件下牲畜废水均使得木榄各器官的SOD活性显著下降 ,而对秋茄SOD活性基本无显著影响 .

 
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