营养食物链中的狭缝效应:害虫生物防治的一些见解

Michel Iskin da S. Costa;Lucas dos Anjos
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引用次数: 3

摘要

释放天敌控制害虫种群是生物防治的常用策略。然而,除其他因素外,生物防治剂的Allee效应以及引入的害虫天敌与生态系统的一些本地物种相互作用可能会削弱其有效性。在这项工作中,我们设计了一个三营养食物链模型,其中当超级捕食者通过功能反应类型2或3攻击引入的害虫天敌时,先前提出的假设被证明是正确的。此外,虫害防治的成功与大量释放天敌(即淹没性释放)有关。
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Allee effects in tritrophic food chains: some insights in pest biological control
Release of natural enemies to control pest populations is a common strategy in biological control. However, its effectiveness is supposed to be impaired, among other factors, by Allee effects in the biological control agent and by the fact that introduced pest natural enemies interact with some native species of the ecosystem. In this work, we devise a tritrophic food chain model where the assumptions previously raised are proved correct when a hyperpredator attacks the introduced pest natural enemy by a functional response type 2 or 3. Moreover, success of pest control is shown to be related to the release of large amounts (i.e., inundative releases) of natural enemies.
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