Optimal Control of Vector‐Virus‐Plant Interactions: The Case of Potato Leafroll Virus Net Necrosis
提出一个经济害虫管理模型，将病毒、昆虫媒介和植物宿主视为可再生资源，通过离散时间控制框架优化杀虫剂使用，以符合合同中的作物质量标准，并应用于马铃薯卷叶病毒网纹坏死的实际防控。
Abstract This paper introduces a new specification to the economic pest management literature designed to optimally manage vector‐virus‐plant interactions for a single crop. The viral, insect‐vector, and plant‐host stocks are treated as renewable resources and conjunctively controlled in a discrete‐time control framework subject to crop quality standards established in marketing contracts. The result is a conceptual integrated pest management model providing optimal insecticide scheduling and dynamic decision‐making thresholds in a novel economic pest management context. Model results are compared qualitatively with those from previous specifications. The model is applied empirically to control potato leafroll virus net necrosis in commercial potato production.