数量生态学

  • 网络Quantitative Ecology;Numerical Ecology
数量生态学数量生态学
  1. 山西桑干河流域湿地植被数量生态学研究

    Study on Quantitative Ecology of Wetland Vegetation in Sanggan River Valley , Shanxi

  2. 汾河运城段湿地植被数量生态学研究

    Study on Quantitative Ecology of Wetland Vegetation in Yuncheng Section , Fen River Watershed , Shanxi

  3. 利用双向指示种分析法(TWINSPAN)和除趋势对应分析(DCA)对昆嵛山不同林分类型下的灌木层和草本层进行了数量生态学分析。

    The TWINSPAN classification and DCA ordination were employed for the quantitative analysis of the shrub layer and herbage layer under different stands .

  4. 国内植物数量生态学研究概况

    A survey of plant mathematical ecology in China

  5. 以植物种群空间生态学和种群数量生态学来研究植物的濒危机制是一种主要手段。

    Among the most study methods , spatial population ecology and number population ecology is the main technique in discussing the endangered mechanism .

  6. 摘要通过对生态系统层次与区域旅游开发层次的类比分析,证明了数量生态学在区域旅游研究中应用的合理性。

    In this paper , the rationality of the application of Quantitative Ecology in the regional tourism studies was certified by analogy analysis of the hierarchy in ecosystem and regional tourism development .

  7. 本文在大量野外调查和样方测定的基础上,采用生物多样性和数量生态学分析方法,首次对苏州和宜兴苔藓植物的区系和生态进行了比较系统的研究。

    Based on field investigation and sampling , by means of analysis methods of biodiversity and quantitative ecology , the flora and ecology of bryophytes in Suzhou and Yixing were systematically studied for the first time .

  8. 本文以工业生态链接的关键环节谁负责废弃物处理作为研究的着力点,尝试以数量生态学中复制动态模型,并结合进化博弈论知识对工业生态链接机制进行了剖析和研究。

    This literature picks up the ' who assumes the responsibility of industrial waste 's treatment ' between upper and lower enterprises as the point of departure to analyze the industrial ecological linking mechanism through adopting the'duplication dynamic model ' of quantitative ecology and evolution game theory .

  9. 长江三峡宜昌地带鼠类种群数量变动及生态学研究

    Study on Quantity Change and Ecology of Rodent in Yichang Aera on the Three Gorges of the Changjiang River

  10. 对麻栎林林隙大小结构、形状方式、形成木数量及林隙大小与更新幼苗数量等方面进行生态学统计分析。

    Ecology statistical analysis is made on the gaps of Quercus acutissima forests in the terms of size and structure , shape and model , the size of gaps , the number of forming trees and renewing seedlings .