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Tri-trophic Ecosystem Oil Palm-Pests-Auxiliaries: I. Modeling and Simulation

机译:三营养生态系统油棕害虫辅助剂:I.建模与仿真

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摘要

A tri-trophic, physiological and ecological based ecosystem model is developed. It considers ecological processes of different development stages of insect pests and auxiliary insects. One of the ecological components in ecosystems, plant, is simulated using the functional-structural plant growth model GreenLab, and the population dynamics of insect pests and auxiliary insects are simulated by a dynamic discrete submodel. Biological and chemical techniques for insect pest management are studied. The numerical results revealed that (1) the parameter values of the model are sensitive to the population dynamics and (2) the time when auxiliary insects are deposited or pesticides are applied and the application frequency are crucial in order to control insect pest population.
机译:建立了基于三营养,生理和生态的生态系统模型。它考虑了害虫和辅助昆虫不同发育阶段的生态过程。使用功能结构植物生长模型GreenLab模拟了生态系统中的生态成分之一,植物,并通过动态离散子模型模拟了害虫和辅助昆虫的种群动态。研究了用于虫害防治的生物和化学技术。数值结果表明:(1)模型参数值对种群动态敏感;(2)沉积辅助昆虫或施用农药的时间;施用频率对于控制害虫的数量至关重要。

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