欧盟禁止新烟碱和气候变化后甜菜黄病毒的精算影响和建模

Martial Phélippé-GuinvarcGAINS, Jean Cordier
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引用次数: 0

摘要

在欧盟决定禁止新烟碱之后,本文调查了在禁令、暗流和未来气候下黄病毒对甜菜产量的影响。利用一个模型,将播种日期、物候阶段、第一次蚜虫飞行和蚜虫丰度等关键变量考虑在内,利用长期气候数据集作为输入进行模拟。结合发病率和糖产量损失假设,该模型允许使用所谓的“as if”方法重建黄病毒对甜菜产量的影响。通过模拟病毒在较长一段时间内的影响,就像过去没有使用新烟碱一样,这种方法可以准确评估与黄色病毒相关的风险,以及未来农业生态措施的影响。这项研究最终为补偿这些病毒引发的损失的保险政策提供了一个精算。
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Actuarial Implications and Modeling of Yellow Virus on Sugar Beet After the EU's Ban on Neonicotinoids and Climate Change
Following the EU's decision to ban neonicotinoids, this article investigates the impacts of yellow virus on sugar beet yields under the ban and under current and future climates. Using a model that factors in key variables such as sowing dates, phenological stages, first aphid flight and aphid abundance, simulations are performed using long-period climate datasets as inputs. Coupled with incidence and sugar yield loss assumptions, this model allows to reconstruct the impact of yellow virus on sugar beet yields using a so called 'as if' approach. By simulating the effects of viruses over a longer period of time, as if neonicotinoids weren't used in the past, this methodology allows an accurate assessment of risks associated with yellow viruses, as well as impact of future agroecological mesures. The study eventually provides an actuarial rating for an insurance policy that compensates the losses triggered by those viruses.
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