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栖息地评价
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  habitat evaluation
     Field survey on South China tigers and their habitat evaluation in Yihuang Provincial Reserve in Jiangxi Province.
     宜黄自然保护区华南虎野生种群调查及栖息地评价
短句来源
     Field survey of south China tigers and their habitat evaluation in Hupingshan National Reserve
     壶瓶山自然保护区华南虎野外调查及栖息地评价
短句来源
     The animals' habitat evaluation method is used in this study. Three factors are integrated,regarding population density of insect,ratio of harmed trees and the length of insect to value the damage grade of main pests in Badaling Forestry Center in summer.
     借鉴动物栖息地评价方法,综合虫口密度、有虫株率、虫体长度3项因子,对八达岭林场夏季主要害虫进行危害等级综合评价。
短句来源
  “栖息地评价”译为未确定词的双语例句
     THE APPLICATION OF FUZZY SYNTHETIC METHOD TO THE EVALUATION OF THE WATERBIRD HABITAT CONSERVATION GRADE:A CASE STUDY OF TIANJIN WETLAND
     模糊综合评价法在水鸟栖息地保护等级评价中的应用——天津地区水鸟栖息地评价案例
短句来源
     A Brief Probe into the Indicator System for Assessingthe Giant Panda Habitat
     大熊猫栖息地评价指标体系初探
短句来源
     An assessment and protective strategy of black muntjac (Muntiacus crinifrons) habitat in Zhejiang Province
     浙江黑麂栖息地评价及保护对策
短句来源
     Primary Studies on the Aves Community Diversity and Evaluation of the Waterfowl Habitat in Wanghu Wetland Nature Reserve
     湖北网湖湿地自然保护区鸟类群落多样性的初步研究及水鸟栖息地评价
短句来源
     The key factors affecting the behaviors and reproduction of giant panda are divided into three categories: abiological environmental factors, biological environmental factors and impacts factors.
     根据大熊猫生境分布特点,将影响大熊猫生境质量的因素分为非生物环境因子、生物环境因子和干扰因子,探讨大熊猫生境评价的指标体系,为大熊猫栖息地评价提供参考.
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  相似匹配句对
     evaluate;
     评价;
短句来源
     A Brief Probe into the Indicator System for Assessingthe Giant Panda Habitat
     大熊猫栖息地评价指标体系初探
短句来源
     Habitat suitability evaluation for the Chinese water deer(Hydropotes inermis)in Yancheng Nature Reserve,China
     江苏盐城自然保护区獐栖息地的质量评价
短句来源
     On Evaluation
     评价
短句来源
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  habitat assessment
Although chemical signals from conspecifics or predators play an important role in tadpole habitat assessment, little is known about the role of visual cues and the extent to which tadpoles rely on their vision for intraspecific social assessment.
      
The habitat evaluation procedures (HEP) constitute one technique for habitat assessment.
      
This article outlines a procedure for developing guilds for use in habitat assessment studies.
      
Evaluation of a guild approach to habitat assessment for forest-dwelling birds
      
This article presents a wetland habitat assessment technique (HAT) using birds as indicators of habitat quality.
      
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  habitat evaluation
Wintering habitat evaluation of Red deer (Cervus elaphus) in forest area of Northeastern China
      
A new endangered species habitat evaluation method based on spatial variables and behavior was developed and applied in a recent development permit application process in south Florida.
      
The habitat evaluation procedures (HEP) constitute one technique for habitat assessment.
      
Habitat unit scores for 10 indicator species, based on standard habitat evaluation procedures, were lowest at sites closest to the smelters.
      
The percent run habitat, channel morphology score, and Qualitative Habitat Evaluation Index score varied with the degree of dredging.
      
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The wildlife habitat is influenced by biotic and abiotic environmental factors and human activities. The habitat assessment can provide essential information for wildlife refuge design and management. In this paper, the indicator system of giant panda habitat assessment is discussed. The key factors affecting the behaviors and reproduction of giant panda are divided into three categories: abiological environmental factors, biological environmental factors and impacts factors.

 生物的生境是指生物生活繁衍的场所,由生物与非生物环境构成.近几个世纪以来,物种绝灭的速度加快,生物多样性丧失的最重要的原因是生物生境被人为破坏.对保护生物的生境评价,是分析这些物种种群减少和濒危原因的重要手段,同时其能为制定合理的保护对策提供依据.根据大熊猫生境分布特点,将影响大熊猫生境质量的因素分为非生物环境因子、生物环境因子和干扰因子,探讨大熊猫生境评价的指标体系,为大熊猫栖息地评价提供参考.

Ecohydraulics is an emergent interdisciplinary subject studying the interactions between hydrodynamics and aquatic ecosystem dynamics.It investigates on the one hand the effects of flow changes on the aquatic ecosystem and biodiversity,and on the other hand the evolution of aquatic ecosystem on the flow patterns.Ecohydraulics models are useful tools to facilitate the investigations of these complicated processes and even can serve to evaluate the efficiencies of ecological restoration programs.This paper describes...

Ecohydraulics is an emergent interdisciplinary subject studying the interactions between hydrodynamics and aquatic ecosystem dynamics.It investigates on the one hand the effects of flow changes on the aquatic ecosystem and biodiversity,and on the other hand the evolution of aquatic ecosystem on the flow patterns.Ecohydraulics models are useful tools to facilitate the investigations of these complicated processes and even can serve to evaluate the efficiencies of ecological restoration programs.This paper describes an integrated approach to ecohydraulics modeling,which consists of three major aspects:integration of different paradigms,integration of different techniques and coupling of multiple spatial-temporal scales.The applications to simulation of macrophyte competitive growths in the Lake Veluwe and evaluation of habitat suitability in the lower reaches of River Rhine,the Netherlands,indicate that integrated models are practical and have promising perspectives.

生态水力学是研究水动力学和水生态系统动力学之间相互作用的一门新兴的交叉学科。它一方面研究水力条件的改变对水生态系统平衡以及生物多样性的影响,另一方面研究水生态系统的演变对水力情势的反作用。生态水力学模型是探讨这些复杂过程的有力工具,甚至可以用来评价生态恢复方案的效率。本文论述了生态水力学的研究目的和范围,并从三个方面阐述了建立耦合生态水力学模型的思路和方法,包括模型模式融合、模型方法集成和时空尺度耦合。模型在莱茵河下游生态栖息地评价和荷兰Veluwe湖沉水植物竞争性生长模拟等实例中的应用表明耦合生态水力学模型有很好的应用前景。

The animals' habitat evaluation method is used in this study.Three factors are integrated,regarding population density of insect,ratio of harmed trees and the length of insect to value the damage grade of main pests in Badaling Forestry Center in summer.The result shows that the more serious insects in Badaling Forestry Center in Summer are Aphididae and Adelgidae;the light harmed insects are Aphididae and Aleyrodidae.And It's reasons are analyzed.

借鉴动物栖息地评价方法,综合虫口密度、有虫株率、虫体长度3项因子,对八达岭林场夏季主要害虫进行危害等级综合评价。结果表明,八达岭地区夏季危害较为严重的昆虫是蚜科(Aphididae)和球蚜科(Adelgi-dae);危害最轻的是蚜科(Aphididae)和粉虱科(Aleyrodidae),并分析了其中的原因。

 
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