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Stability of Ecosystem Induced by Mutual Interference between Predators

机译:捕食者相互干扰诱导生态系统的稳定性

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摘要

A three-species predator-prey model with Beddington-DeAngelis functional response was established with a food chain including two species of zooplanktons and one of phytoplankton. With nonlinear dynamical theory, the influences of competitions between two zooplanktons and semi-saturation constant on the stability of the system were investigated. Results showed that, in a certain range, increasing competition and saturation constant factor ccould stabilize the ecosystem. We also found that the system only appears Hopf and transcritical bifurcation in a certain range of parameters. Furthermore, the ecological significance of the two bifurcations was presented.
机译:用贝迪丁顿-Deangelis功能反应进行三种捕食者 - 猎物模型,并用食物链建立了包括两个浮游生物和浮游植物之一的食物链。采用非线性动力学理论,研究了两种浮游车与半饱和度恒定对系统稳定性之间的影响。结果表明,在一定的范围内,竞争和饱和常数因素的增加Cclound稳定生态系统。我们还发现该系统仅在某种范围内出现Hopf和跨临界分叉。此外,提出了两种分叉的生态意义。

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