1) riparian zone
消落区
1.
After the Three-Gorges Reservoir was put into use,riparian zones have been formed on both sides of the reservoir where the water level changes periodically.
三峡水库投入使用后,在库区两岸形成周期性变化的水陆交错地带即消落区,它是陆地和水生生态系统的交错地带,具有生态脆弱性、生物多样性、变化周期性和人类活动的频繁性的特点,它对水、陆生态系统具有重要影响。
2.
After the running of Three Gorges Reservoir,the riparian zone which the ecotone of water aquatic ecosystem and the terrestrial ecosystem will come into being.
三峡水库投入使用后,在库区两岸形成周期性变化的水陆交错地带即消落区。
3.
After the completion of the Three Gorges Reservoir,the artificial operation of the reservoir may cause the periodic change of the water level,and an enormous riparian zone will be created in which the ecotone of aquatic ecosystem and the terrestrial ecosystem may come into action.
三峡水库建成后,由于水库调度引起库水位周期性的涨落,在库区两岸形成周期性变化的水陆交错区域即消落区。
2) Water-Level-Fluctuating zone
消落区
1.
A Preliminary Study on Wetland Ecosystem of the Water-level-Fluctuating Zone in the Three Gorges Reservoir;
三峡水库消落区湿地生态系统初步研究
2.
It is very weak of the eco-environment of the Water-Level-Fluctuating zone in the Three Gorges.
三峡库区消落区生态脆弱,在水土交互作用下消落区土壤母岩风化成土进度加快、土壤侵蚀加剧、土壤氮磷等营养物质及重金属大量溶出,其中N、P、COD和重金属是主要的溶出因子,淹没的耕地是主要的污染源。
3.
The composition of p lant spec ies,spec ies d iversity and life form s were investigated through a field investigation of the commun i-ties between the future water-level-fluctuating zone(WLFZ) and the natural WLFZ in the Three-Gorges Reservoir.
调查并分析了三峡库区自然消落区和水库运行后的未来淹没区现存植物群落的物种组成、生活型组成和物种多样性。
3) Drawdown area
消落区
1.
Investigation on nutrients and heavy metal content of the soils in the drawdown area of Hongfeng lake;
红枫湖水库消落区典型土壤养分与重金属含量调查
2.
This paper studies the change of character of typical soils after flooding in the drawdown area of reservoir of Three Gorges through simulating flooding procedure.
通过模拟淹水过程,研究了淹水后三峡库区消落区主要类型土壤性质的变化,发现淹水后酸性土壤的pH值升高,碱性土壤的pH值降低,Eh在淹水初期都会降低。
4) water-fluctuation-zone
消落区
1.
The effective factor of phosphorous release from soil in Water-Fluctuation-Zone of the Three Gorges Reservoir.;
三峡库区消落区土壤磷释放的环境影响因子
2.
The water-fluctuation-zone(WFZ) of reservoir and big river had special environmental characteristics that were a joint of aquicolous and terrestrial ecological system.
以三峡库区消落区典型江段万州断面为试验基地,以释磷能力较强的紫色土为对象,根据三峡水库消落带的"干湿交替"空间和时间特征,进行万州断面土壤磷释放的实验室模拟试验,分析了周期性"淹水-落干"干湿交替对土壤磷释放的影响。
3.
According to the water-fluctuation-zone(WFZ)'s alternately waterlogged and drained environment,the experiment for effect of adding anthropogenic phosphorous to soil characteristics and its phosphorous release with the purple alluvial soil from the WFZ of Three Gorges reservoir were carried out.
选取三峡库区消落区万州段的紫色冲积土,对消落区土壤添加磷的变化及磷的释放进行实验室模拟试验。
5) water level fluctuating zone
消落区
1.
Effects of Organic Acid on Phosphor Transportation or Release in Water-Soil Interface in Water Level Fluctuating Zone of the Three Gorges Reservoir and Its Mechanism Research;
有机酸对三峡库区消落区土壤—水界面磷释放的影响及机理研究
2.
Four kinds of typical soils such as purple soil,yellow soil,purple alluvium and grey-brown alluvium in water level fluctuating zone of the Three Gorges reservoir were used to study the effect of these soil colloids and Ca-montmorillonite on leaching of cadmium from soil columns,respectively.
选取三峡水库消落区典型土壤,即紫色土、黄壤、紫色潮土和灰棕潮土为研究对象,以相应土壤胶体、蒙脱石矿物的10 mg/L Cd(NO3)2淋洗液分别淋洗土柱,研究了水分散态胶体对镉在土柱中迁移的影响。
6) water-level-fluctuating zone
库区消落带
1.
Effects of the Three Gorges project on water-level-fluctuating zone on land resource of the reservoir and its sustainability;
三峡水利工程对库区消落带土地资源的影响及可持续利用探讨
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