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Meta-analysis of foraging and predation risk trade-offs in terrestrial systems

机译:陆地系统中觅食和捕食风险权衡的荟萃分析

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摘要

Although there is ample evidence for the generality of foraging and predation trade-offs in aquatic systems, its application to terrestrial systems is less comprehensive. In this review, meta-analysis was used to analyze experiments on giving-up-densities in terrestrial systems to evaluate the overall magnitude of predation risk on foraging behavior and experimental conditions mediating its effect. Results indicate a large and significant decrease in foraging effort as a consequence of increased predation risk. Whether experiments were conducted under natural or artificial conditions produced no change in the overall effect predation had on foraging. Odor and live predators as a correlate of predation risk had weaker and nonsignificant effects compared to habitat characteristics. The meta-analysis suggests that the effect of predation risk on foraging behavior in terrestrial systems is strongly dependent on the type of predation risk being utilized.
机译:尽管有足够的证据表明水生系统中觅食和捕食之间的权衡取舍,但其在陆地系统中的应用还不够全面。在这篇综述中,采用荟萃分析来分析地面系统放弃密度的实验,以评估捕食行为和介导其影响的实验条件对捕食风险的总体大小。结果表明,由于捕食风险增加,觅食工作量大大减少。无论是在自然条件下还是在人工条件下进行实验,捕食对捕食的总体影响都没有改变。与栖息地特征相比,气味和活体掠食者作为掠食风险的相关因素,其影响较弱且不显着。荟萃分析表明,捕食风险对地面系统觅食行为的影响很大程度上取决于所利用的捕食风险的类型。

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