植物种群

  • 网络Plant population;Flora
植物种群植物种群
  1. 各植物种群间土壤无机N含量均达到了显著性差异(P<0.05)。

    Soil inorganic nitrogen content has significant differences ( P < 0.05 ) between all the different plant population populations .

  2. 植物种群大尺度空间动态的类型及其特征分析

    Analysis and Introduction on the Types of Large-scale Dynamics of Plant Population

  3. 该国家公园区域内具有独特的动物种群和植物种群。

    This National Park is an area with unique fauna and flora .

  4. 研究人员选取两个植物种群,分开培育它们,再提取DNA分析分子标记。

    The researchers developed two populations of plants , grew them in separate locations , and extracted DNA to analyze molecular markers .

  5. 探讨了植物种群GM(1,1)组合模型的理论和方法。

    The theory and method of GM ( 1,1 ) combined models of plant populations were introduced .

  6. 羊草(Leymuschinensis)等植物种群克隆表型变异和遗传变异的分子遗传-生态学分析

    Analysis of phenotypic and genetic variation in clonal population of Leymus chinensis and others

  7. 土壤净氮矿化速率与植物种群土壤pH、温度和C∶N分别存在显著的正相关和负相关关系(P0.05)。

    There are significant ( P0.05 ) positive correlativity between soil net N mineralization rate and soil pH and temperature , and significant ( P0.05 ) negative correlativity between soil net N mineralization rate and soil C ∶ N.

  8. 综述了植物种群分子生态研究中各种标记法及其应用,包括等位酶、AFLP、RAPD、SSR及RFLP等方法。

    This review surveys kinds of markers such as allozyme , AFLP , RAPD , SSR , RFLP and their application in molecular ecology of plant populations .

  9. 未来将有5%~20%的动植物种群濒临灭绝,6×104种植物在今后20a里可能灭绝。

    Moreover , it is predicated that there are 5 % ~ 20 % species endangered in the near future .

  10. 油松植物种群自疏规律模型的研究

    Study on model of self thinning law of Pinus tabulaeformis population

  11. 森林生态系统发展和植物种群变化的热力学过程

    Thermodynamic processes in the development of forest ecosystems and plant populations

  12. 植物种群空间分布格局研究方法概述

    Brief Introduction of Spatial Methods to Distribution Patterns of Population

  13. 植物种群-3/2幂自疏定律假设的点评

    Some Comments on the - 3 / 2 Power Law of Self-Thinning

  14. 外来有害植物种群扩散的综合测定方法

    Integrative Method in Determing Population Diffusion of Exotic Harmful Plants

  15. 矮嵩草草甸植物种群物候学定量研究

    A Quantitative Study on the Plant Population Phenology in Kobresia humilis Meadow

  16. 六种植物种群分株生物量均表现出年龄依赖规律。

    Biomass of ramets in all the six populations showed age dependence .

  17. 我国植物种群生态研究的成就与展望

    Achievement and Perspective of Plant Population Ecology Research in China

  18. 无性系植物种群生态学研究进展及有关概念

    Advances in Ecological Research of Clonal Plant Population and Some Related Concepts

  19. 应用细胞自动机对一年生植物种群扩散进行理论研究

    The Application of Cellular Automata to study Theoretically Annual Plant Population Dispersal

  20. 植物种群结构特征及其对环境的响应

    Summary about study on plant population structure characteristic and response to environment

  21. 科尔沁沙地人工固沙群落草本植物种群生态位特征

    Niche characteristic of herbages in artificial sand-fixing communities in Horqin sandy land

  22. 植物种群分布格局的强度与纹理

    The Distribution Pattern Intensity and Grain for Plant Populations

  23. 植物种群生态研究进展

    Trends and Advances in Researches on Plant Population Ecology

  24. 海岸带复合农林业系统植物种群光环境特征研究

    The characteristics in light climate of plant populations in coastal agroforestry in China

  25. 外来入侵植物种群的形成及其危害

    The Forming and the Dangers of Invasive Plant Groups

  26. 棉铃虫不同寄主植物种群间的微卫星引物扩增多态性研究

    Polymorphic Studies on Helicoverpa armigera Populations in Different Host Plants Using Microsatellite Primers

  27. 克隆植物种群时间动态研究进展

    Advances on Timing Dynamics Research on Clonal Plant Population

  28. 植物种群数量研究的Lewis-Leslie区间矩阵模型

    A Lewis-Leslie Interval Matrix Model for Studying the Quantity of Certain Plant Population

  29. 植物种群灰色-马尔柯夫模型的初步研究

    A Preliminary Study on Grey-Markov Model of Plant Population

  30. 白三叶无性系植物种群分株间的资源分配

    Resource Sharing by the Different Clonal White Clover Population