Interdisciplinary research by management scientists and entomologists at the University of Florida has developed a stochastic computer model for studying interactions between an insect population, its host food crop, and other variables. This population growth model, highly adaptable to any insect and any host crop, is technically characterized by discrete arrivals, infinite servers and multi-stage, continuous service-time distribution functions.
Because steady state is seldom achieved in nature, this paper identifies combinations of critical starting conditions (number of insects, disparate start times for insects and host crops) and critical stages for induced survival rate reductions to minimize crop damage. Sensitivity analyses serve to identify the most promising areas for future entomological research in pest management strategies.
由于自然界很少能达到稳态,因此本文确定了关键的起始条件(昆虫数量,昆虫和寄主作物的起始时间不同)和诱导存活率降低以最小化作物危害的关键阶段的组合。敏感性分析有助于确定有害生物管理策略中最有希望的昆虫学研究领域。 P>
机译:通过模拟研究确定有害生物管理的可行生物策略
机译:法国榛子果园的有害生物综合治理:一种基于最新研究的全球方法,该研究重点在于控制最佳的有害生物治理策略,以控制黑斑病和黑边疫霉(Phytoptus avellanae)。
机译:法国榛子果园的有害生物综合治理:一种基于最新研究的全球方法,该研究重点在于控制最佳的有害生物治理策略,以控制黑斑病和黑边疫霉(Phytoptus avellanae)。
机译:具有生化控制的脉冲适时害虫管理SI模型的存在与仿真
机译:通过模拟建模评估委内瑞拉不同生态区牛tickB。microplus(Can。)的病虫害综合治理(IPM)策略
机译:一种评估种植者使用农药的指标方法以确定农场创新和有效的替代病虫害管理策略:以加利福尼亚州马德拉县的葡萄柚为例
机译:“先知 - 第一”:佛罗里达州辣椒害虫可持续管理的先发制人生物控制策略