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Integrating landscape changes into ecological connectivity: What-if flow connectivity

机译:将景观变化纳入生态连通性:假设流量连通性

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There’s an arising need for theoretical and methodological tools to predict how much and how landscapechanges will impact animal movements. In fact, conservation planning in the face of landscape changesrequires realistic predictions of impacts on biotic flows and species dispersals. The goal of What-if FlowConnectivity is to simulate what happens to biotic shifts over real landscapes if landscape changes happen.What-if FC calculates the spatial divergence of the biotic flow with respect to the inertial (i.e. where nolandscape changes are considered) flow due to landscape changes. So doing, What-if Flow Connectivity notonly predicts the most likely biotic routes imposed by landscape changes to one species, but also estimates theimpact of such changes in terms of spatial divergence and differential shift effort with respect to the inertial(no landscape changes) scenario. What-if Flow Connectivity comes with the software Connectivity-Lab whoseoutputs are the vectors of the faunal (inertial and what-if) movements plus the statistics of the movement(inertial and what-if) efforts.
机译:越来越需要理论和方法上的工具来预测景观变化将如何影响动物运动。实际上,面对景观变化的保护规划需要对生物流和物种扩散产生影响的现实预测。假设流量连通性的目标是模拟在景观发生变化时生物在真实景观上发生的变化。假设FC计算生物流量相对于惯性(即考虑到无景观变化的)流量的空间差异。景观变化。这样做,假设流量连通性不仅可以预测景观变化对一个物种施加的最可能的生物路线,而且还可以根据空间发散和相对惯性(无景观变化)情景的差异转移力来估算这种变化的影响。 。假设流量连通性随软件Connectivity-Lab一起提供,其输出是动物(惯性和假设)运动的向量以及运动(惯性和假设)运动的统计量。

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