Improving Pest Monitoring Networks in order to reduce pesticide use in agriculture

We developed a generic simulation model that links a PMN precision to both treatment decisions and pest dynamics. We derived the amount of pesticide uses, the extension of pests and the global gross margin, for different families of pests. <br>Improving Pest Monitoring Networks in order to reduce pesticide use in agriculture. Cros MJ, Aubertot JN, Gaba S, Reboud X, Sabbadin R, Peyrard N. Manuscrit submitted for publication (2019).Matlab code, numerical results provided on Figshare.

我们构建了一款通用仿真模型，可将害虫监测网络（Pest Monitoring Network, PMN）的精度与害虫防治决策及害虫种群动态建立关联。针对不同类群的害虫，我们推导得出了农药使用量、害虫扩散范围以及全球总毛利率的相关数值。
《优化害虫监测网络以降低农业农药使用量》
作者：Cros MJ、Aubertot JN、Gaba S、Reboud X、Sabbadin R、Peyrard N。本文稿于2019年提交待刊。相关Matlab代码与数值计算结果已上传至Figshare平台。