生物多样性

shēnɡ wù duō yànɡ xìnɡ
  • biological diversity
生物多样性生物多样性
  1. GAP分析:保护生物多样性的地理学方法

    GAP Analysis : A Geographic Approach to Protect Biological Diversity

  2. 利用生物多样性保护的地理学方法(Geographicapproachtoprotectionofbiologicaldiverstiy,GAP)分析了自然保护区的布局和现状。

    We examined the data on the actual situation of nature reserves using the method of GAP analysis ( geographic approach to protection of biological diversity ) .

  3. 生物多样性是里约热内卢地球峰会上的时髦词儿。

    Biodiversity was the buzzword of the Rio Earth Summit .

  4. 所以,在本地进行生物多样性保护中应该重点放在灌丛植被。

    It concluded that the shrubby vegetation was the keystone for the biodiversity conservation in the region .

  5. 这项最新研究揭示了一个巨大的系统性变化,这是全球变暖给海洋生物多样性造成的影响。

    It 's the latest research that shows the large systemic changes global warming has had on the biodiversity of the ocean .

  6. 除了储存大量的碳以外,古老树木和热带雨林还是生物多样性热点地区,是红毛猩猩、美洲豹和老虎的家园。

    As well as storing massive amounts of carbon , they 're hotspots of biodiversity as the homes of orangutans , jaguars1 , and tigers .

  7. DNA多态性是生物多样性的基础。

    DNA polymorphism is the basis of plant diversity .

  8. 这对于GAP分析广泛应用于生物多样性保护奠定了基础。

    Thus the planning paves the way of applying GAP analysis method in biodiversity protection .

  9. GAP分析与区域生物多样性保护

    GAP Analysis and Regional Biodiversity Conservation

  10. TRIPS协议与《生物多样性公约》、传统知识和民间文学的关系

    Relationship Between TRIPS Agreement and CBD , Traditional Knowledge and Folklore

  11. 这和分别应用营养状态指数(TSI)和生物多样性指数(DI)进行评价的结果相似,表明运用Exergy、结构exergy和生态缓冲容量指标对湖泊生态系统健康状况进行评价的方法是可行的。

    Therefore it is feasible to use exergy , structural exergy and ecological buffer capacity to evaluate the health state of lake ecosystem .

  12. 宜春2004年生态盈余1.32ha/cap,生物多样性指数0.88,发展能力指数1.26,万元GDP生态足迹2.61ha;

    In 2004 , for Yichun , ecological surplus is 13.2 ha / cap , ecological diversity index is 0.88 and development capacity index is 1.26 , ecological footprint of 10 ~ 4 yuan GDP is 2.61 ha ;

  13. 并对3S技术在群落生态学、植被调查、生物多样性研究、植被制图以及其它生态学领域中的应用作了展望。

    Future advance of the application of 3S technologies in community ecology , vegetation survey , biodiversity research , vegetation mapping and many other ecological fields are also discusses in this paper .

  14. 当今世界三大环境问题:空气中CO2含量逐渐升高、氮沉积效应和生物多样性下降,都与人类活动有着密切的关系。

    Till now , there are mainly three global environment problems , including an increase in CO2 concentration in the air , and nitrogen ( N ) deposition , and a decrease in biodiversity , which are all closely related to human activities .

  15. 本文主要研究了塞罕坝自然保护区植被类型、群落结构多样性和物种多样性、维管植物区系特征、生物多样性保护与经济价值评价及3S技术在植被研究中的应用。

    In this paper , The diversity of the vegetation type , community , species and the characteristics of the vascular plants flora , the bio-diversity conservation and evaluation on economic value has been studied systematically .

  16. 针对农田生物多样性分析的需要,研制出泛函连接网络(FLANN)计算软件。

    A computational software using Functional Link Artificial Neural Network ( FLANN ) was developed .

  17. 利用Simpson指数和Shannon-Wiener指数所作的生物多样性分析表明,高山流石滩植被的多样性最低,而以垫状植被的生物多样性最高;

    By using Simpson 's and Shannon-Wiener 's indexes about biodiversity , the analyzed results show that the biodiversity is lowest in the alpine talus zones but highest in the zones with cushion-like vegetation .

  18. “人们并不关心生物多样性。”美国大自然保护协会的CraigLeisher在英国伦敦动物学会举办的“连接生物多样性保护和减贫:什么、为什么以及如何”的会议上说。

    The meeting , 'Linking biodiversity conservation and poverty reduction : what , why and how ? 'which was held at the UK 's Zoological Society of London .

  19. 生物多样性的维持、监测、保育与恢复是生物多样性科学的核心研究内容(DIVERSITAS)。

    Maintenance , monitoring , conservation and restoration on biodiversity are the cores of biodiversity science ( DIVERSITAS ) .

  20. 同时,还发现群落的Shannon-Wiener指数和均匀度指数等生物多样性指数的季节性变化明显,春季和冬季的多样性较低,夏季和秋季较高。

    Meanwhile , there were apparently seasonal changes in total of species , index of Shannon-Wiener and index of evenness . The biodiversity and index of evenness were lower in spring and winter than in summer and autumn .

  21. 社区共管在云南生物多样性管理中的作用&以云南省FCCD项目实施的保护区为例

    The Role of Community Condominium in Biodiversity Management in Yunnan Province & A case study of FCCD nature reserve program implement in Yunnan , China

  22. 凤眼莲(Eichhorniacrassipes)在水体中的泛滥严重影响到了水生生态系统的生物多样性,并对人们的生产、生活、健康造成威胁,已被列为危害最严重的十大害草之一。

    The flooding of Eichhornia crassipes ( E. crassipes ) in water body had broken the biodiversity of aquatic ecosystem and threaten the human production , living and health . E. crassipes had been list as one of the ten kinds of harmful grass .

  23. 大沙鼠(Rhombomysopimus)是中亚地区典型的荒漠啮齿动物,栖息于荒漠、半荒漠中,是古北区荒漠、半荒漠景观中生物多样性的指示物种之一。

    Great Gerbil ( Rhombomys opimus ) is a typical desert rodent species in the desert and semi-desert habitats in central Asia , so it is regarded as one of the indicator species of Palaearctic desert and semi-desert .

  24. 生物多样性受到严重的威胁。在自然保护区中,物种迁移和基因流动的可能性也在不断地降低。

    The possibility of species migration and gene flow decreased continuously .

  25. 澜沧江下游流域生物多样性的可持续发展

    Valley of the Lower Reaches of Lancang River Biodiversity Sustainable Development

  26. 国道112线建设对生物多样性的影响分析

    Effect of the Construction of National Road 112 on Its Bio-diversity

  27. 论述了森林保护与生物多样性的关系,提出保护森林和生物多样性的措施。

    Discussed forest conservation and biodiversity , forest biodiversity protection measures .

  28. 发展生产力是社会主义的根本目的;生产力与生物多样性关系研究进展

    Advance in the study of the relationship between productivity and biodiversity

  29. 论生物多样性保护与社会经济持续发展的关系

    Study on the Relationship between Biodiversity Conservation and Socioeconomic Sustainable Development

  30. 山地生物多样性资源综合开发的博弈分析

    Game Analysis on Comprehensive Development of Bio-diversity Resources of Mountain Region