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生物栖息地
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  biological habitat
     The Yellow River delta wetland function main performance for 8 main types ofecosystem service, including physical production, water resources, leisure entertainment, gasadjustment function, flood controlling, purification, biological habitat and culture service andso on.
     黄河三角洲湿地功能主要表现为物质生产功能、水资源、休闲娱乐功能、气体调节功能、均化洪水、净化功能、生物栖息地和科研文化等八个方面。
短句来源
     It not only causes the decline of available phosphorus, available potassium and active organic matter in soil, the decrease in soil microbes, and environmental degradation of biological habitat, but also causes the decline of buffer capacity, compensation ability and resistance disaster ability of agricultural ecological system.
     它不仅会使土壤中速效磷、速效钾、活性有机质下降,土壤微生物数量减少,农田生物栖息地环境退化,而且会使农业生态系统的缓冲和补偿能力、抵御灾害能力及适应环境能力下降,最终导致整个农田生态环境退化。
短句来源
     The wetland eco-environmental water demand means the water needed to maintain the ecological balance and normal development of wetland ecosystem and to guarantee its eco-hydrological function, or eco-environmental function taking effect simultaneously. Taking Zhalong natural wetlands as an example, and selecting water demand for wetland vegetation, soil, biological habitat and purifying pollutants as main indexes, the author evaluates the eco-environmental water demand of Zhalong wetlands.
     湿地生态环境需水是指维持湿地生态系统生态平衡和正常发展、保障湿地系统生态水文功能和相关环境功能正常发挥所需的水量,以扎龙国家自然湿地为例,选取植被需水量、土壤需水量、生物栖息地环境需水量及污染物净化需水量为主要指标,估算了扎龙湿地生态环境需水量。
短句来源
     The assessment of river health should include physical-chemical assessment, quality of biological habitat, hydrology and biocummunity and so on.
     河流健康评估应包括物理—化学评估、生物栖息地质量评估、水文评估和生物群落的评估等内容。
短句来源
  “生物栖息地”译为未确定词的双语例句
     fixing CO2 and releasing O2 is 86 million and 7 hundred thousand Yuan;
     固定CO2和释放O20.867亿元; 生物栖息地1.005亿元。
短句来源
     It is aiming to conserve biodiversity and habitats of organisms, assess impacts of human beings on biodiversity and develop measures preventing organisms from extinction.
     目标是保护生物多样性、保护生物栖息地和评估人类对生物多样性的影响,提出防止生物多样性丧失的措施。
短句来源
     Classifying,controlling,concealing and restoring the design of important scenic spots are the likeliest way to increase the stability of the habitats of wild life and protect the space of species expansion,thus realizing the rational location of tourist space,which achieves the unity of the whole and each part of the eco-functions and utilization of natural scenic spots.
     认为通过对重要景观的识别、控制、屏蔽和恢复设计 ,可以在增加生物栖息地稳定性以及保护物种扩张所需求的空间的前提下 ,实现旅游活动空间的合理布局 ,达到自然景观的生态功能和利用方向从整体到细部的协调统一。
短句来源
     Because the artificial oasis took the place of the natural oasis, the function of natural oasis is weakening and nearly lost the ability of improving the environment, the habitat of wildlife and preserving the biological diversity in wild area.
     天山北麓是自然绿洲发育比较好的地带 ,由于人类活动的影响 ,自然绿洲大多为人工绿洲取代 ,自然绿洲功能弱化 ,基本失去了改善荒漠环境、生物栖息地、保护荒漠区生物多样性等多种生态功能。
短句来源
     purifying water, soil and air; fixing C and releasing O_2; controlling erosion;
     主要的生态功能有涵养水源、调蓄洪水,调节气候,降解污染,固定C释放O2,控制侵蚀、保护土壤,参与营养循环,作为生物栖息地
短句来源
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  相似匹配句对
     Biological Calcification
     生物钙化作用
短句来源
     Biological diversity in the first chapter.
     栖息地的破坏; 生物种群的多样性等方面的应用。
短句来源
     Biological Pollution
     生物污染
短句来源
     STUDIES ON BIOLOGICAL FACTORS OF THE HABITAT OF RANA SPINOSA TADPOLES IN NORTHEASTERN JIANGXI PROVINCE
     赣东北棘胸蛙蝌蚪栖息地生物因子研究
短句来源
     A Research on Gazelle Habitat
     黄羊栖息地的研究
短句来源
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  biological habitat
This sampling bias is added to a biological habitat area effect, which is thought to be of paramount importance for modern reefs.
      
The biological/habitat components of these models are criticized and require more development.
      
Franklin Shoal was the third richest in terms of biological habitat.
      
Hydraulic floodplain analysis and biological habitat studies utilize these data to differentiate the potential impacts of each alternative.
      
Lectures stress physical and biological habitat features and plant adap tations.
      
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Wetland is one of ecosystems with important environmental functions and habitats for various biota on the earth. It is composed of hydrology, biogeochemical cycling and adaptation and improvement of biota for it. The interaction among those factors creates the entire function of wetlands. The role of wetlands in global environment is mainly found in the two aspects amongst health of wetlands themselves and function of wetlands in global environmental change. A wetland without being disturbed by unusual natural...

Wetland is one of ecosystems with important environmental functions and habitats for various biota on the earth. It is composed of hydrology, biogeochemical cycling and adaptation and improvement of biota for it. The interaction among those factors creates the entire function of wetlands. The role of wetlands in global environment is mainly found in the two aspects amongst health of wetlands themselves and function of wetlands in global environmental change. A wetland without being disturbed by unusual natural and human activities is in health statue since its diverse species, complex structure, function integration and stability of resisting disturbance. If disturbance is beyond the repairing ability of wetland environment, the health of wetland will be deteriorated, function of wetlands will be degenerated, consequently, will affect local and global environment. Wetland environmental change is sensitive to the responses of global environmental change and effect of global change to the wetland environment, especially human community activities on wetland. Global environment will inevitably affect wetland ecosystem and local environment, conversely, wetland ecosystem and local environment problem probably turn into global environment prblem.

湿地是地球上具有重要环境功能的生态系统和多种生物的栖息地之一。湿地环境由湿地水文、湿地生物地球化学循环与生物对湿地的适应和改造构成。各种因子之间相互依赖、相互协同,构建起湿地的整体功能。湿地在全球环境变化中的地位,主要表现在湿地环境自身健康水平和湿地在全球环境长期变化中的作用。一个未受异常自然和人类活动扰动的湿地环境,因其生物种属的多样性、结构的复杂性、功能的整合性和抵抗外力的稳定性,而处于较好的健康状态。当外力扰动超过湿地环境的修复能力时,湿地环境的健康状态就会恶化,功能发生退化,进而对区域或全球环境产生影响。

Geological environment (or the uperfacical earch system) which is composed of biosphere, atmosphere, hydrosphere and lithosphere, is the substantial foundation of all living beings including human.Geological environment has some regular properties (such as space,stability, deformation, system and so on). During geological history, changes of geological environment were caused by the interaction between internal geological agent and external one. At present, the human activities resulted in deformation of earth′s...

Geological environment (or the uperfacical earch system) which is composed of biosphere, atmosphere, hydrosphere and lithosphere, is the substantial foundation of all living beings including human.Geological environment has some regular properties (such as space,stability, deformation, system and so on). During geological history, changes of geological environment were caused by the interaction between internal geological agent and external one. At present, the human activities resulted in deformation of earth′s surface form, damage of vegetation, occurrence of neo geochemical process, change of circulation and constituent of water, variation of gas composition and decrease of species, which seriously influenced quality of environment of human existence.

从地质环境的基本属性和特征入手 ,重点探讨了人类活动对地质环境的影响。结论指出 :地质环境是生物圈、大气圈、水圈和岩石圈相互交汇而成的地质空间 ,具有空间性、稳定性、可变性和系统性等特征 ,是包括人类在内的所有生物的栖息地 ;由于人口的剧增和科学技术的发展 ,人类活动导致地质环境发生着深刻的变化 ,即改变着地球表面的形态、破坏了地表的植被、产生了新的地球化学过程、改变着水的循环途径和物质成分、改变着大气的成分和使物种减少。认为地质环境的变化直接影响着人类生活环境的质量 ,甚至对人类的生存构成威胁

It has been shown that unsuitable farmland consolidation engineering has a negative influence on soil characteristics, biological diversity and stability of ecological system. It does not only cause the decline of available phosphorus, available potassium and active organic matter in soil, the decrease in soil microbes, and environmental degradation of biological habitat, but also causes the decline of buffer capacity, compensation ability and resistance disaster ability of agricultural ecological system. Therefore...

It has been shown that unsuitable farmland consolidation engineering has a negative influence on soil characteristics, biological diversity and stability of ecological system. It does not only cause the decline of available phosphorus, available potassium and active organic matter in soil, the decrease in soil microbes, and environmental degradation of biological habitat, but also causes the decline of buffer capacity, compensation ability and resistance disaster ability of agricultural ecological system. Therefore the methods of eco environmental care design in farmland consolidation structure, road, irrigation canals and ditches were put forward.

不适当的农地整理工程措施对土壤性状、生物多样性、生态系统稳定性有一定的负面影响 ,它使土壤中速效磷、速效钾、活性有机质下降 ,土壤微生物数量减少 ,农田生物栖息地环境退化 ,而且使农业生态系统的缓冲和补偿能力、抵御灾害能力及适应环境能力下降。该文提出了生态环境保育型农地整理结构、田间道路和河渠沟的模式设计方法

 
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