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A new model: Herbaceous species diversity along the environmental gradient in the typical hilly areas of Henan Province

机译:一种新模式:河南典型丘陵区环境梯度上的草本物种多样性

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Ecological model is important. The relationship between biodiversity and disturbance gradient, however, makes it difficult to compare data from different studies and draw general conclusions. These results assessed the relationship between disturbance gradients and herbaceous species diversity in the typical hilly areas on varying spatial scales along the environmental gradient in Henan Province. Using community ecology techniques and quantitative measurements of disturbance, we detected a linear relationship between weighting values of disturbance intensity and herbaceous species diversity (Simpson), which were significantly correlated (P<0.01) in the differential ecosystem types along different disturbance gradient. Understanding a linear relationship between herbaceous species dynamics and their causes in the differential type’s landscapes is essential for further research of local ecosystem functions reaching the goal of ecosystem sustainable development in the context of biodiversity conservation. These results indicate that weighting values of disturbance are the most important environmental factors affecting the herbaceous species diversity in building a model of the ecosystem. This model may help policy makers formulate better ecological conservation and restoration plans with ecosystem.
机译:生态模型很重要。然而,生物多样性与干扰梯度之间的关系使得很难比较不同研究的数据并得出一般结论。这些结果评估了河南省典型丘陵地区不同环境尺度上扰动梯度与草本物种多样性之间的关系。利用社区生态学技术和干扰的定量测量,我们发现干扰强度的加权值与草本物种多样性(Simpson)之间存在线性关系,在不同的生态系统类型中,不同干扰梯度之间的相关性显着(P <0.01)。了解草本物种动态及其在差异类型景观中的成因之间的线性关系,对于进一步研究当地生态系统功能,以达到在生物多样性保护的背景下实现生态系统可持续发展的目标至关重要。这些结果表明,扰动权重值是影响生态系统模型中影响草本物种多样性的最重要的环境因素。该模型可以帮助决策者制定更好的生态系统养护和恢复计划。

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