Crop protection against aphids with plant defence activators

使用植物防御激活剂保护作物免受蚜虫侵害

• 批准号: BB/X011844/1
• 负责人: Toby Bruce
• 金额: $ 6.4万
• 依托单位: Keele University
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=BB%2FX011844%2F1
• 关键词: Crop; protection; against; aphids; plant

Our project is designed to facilitate the practical development of plant defence activators, such as cis-jasmone, as novel crop protection treatments for use against aphids. Earlier research has shown that cis-jasmone treatment can significantly reduce aphid infestations in the field and that treated plants become repellent to aphids while also becoming more attractive to natural enemies of pests. Plant defence activators have the advantage of having a non-toxic mode of action. They work by switching on (inducing) defence in plants and could provide new, environmentally friendly crop protection options. Farmers urgently need new options as conventional pesticide use is increasingly restricted by changes in legislation and compromised by evolution of resistance.Plant defence activators are:* environmentally friendly* work with not against natural enemies of pests* provide new interventions farmers can use against pests* form part of integrated pest management (IPM)* can be used against insecticide resistant pestsHere, we will make the next steps towards commercialisation of plant defence activator treatments. We have discussed with Agrii, a leading UK agronomy company, the research that would be needed. Wheat is their preferred crop for initial trials due to the large area it is grown in and also because our earlier field trials have already shown cis-jasmone can reduce aphid populations in wheat. Agrii have other potential plant defence activators (AGRII101, AGRII202) they would like to test alongside cis-jasmone in order to compare performance. Our project will therefore conduct field trials comparing different plant defence activator treatments with each other as well as with untreated control plots and plots treated with a standard pyrethroid insecticide. We will test the performance of plant activators with different wheat varieties because different varieties can have different capacity for inducing defence. Having tested efficacy under realistic conditions we will then explore with regulatory authorities how to obtain regulatory approval for for plant activators. The benefits listed above mean a strong case can be made for regulatory approval and we will include dialogue with regulators as a project objective.

我们的项目旨在促进植物防御激活剂的实际开发，如顺式茉莉酮，作为用于防治蚜虫的新型作物保护治疗。早期的研究表明，顺式茉莉酮处理可以显着减少田间蚜虫的侵扰，经过处理的植物对蚜虫具有排斥性，同时对害虫的天敌也更具吸引力。植物防御活化剂具有无毒作用模式的优点。它们通过开启（诱导）植物的防御来发挥作用，可以提供新的环境友好型作物保护选择。由于传统农药的使用越来越受到立法变化的限制，并受到抗性进化的影响，农民迫切需要新的选择。植物防御激活剂：* 环境友好 * 与害虫的天敌一起工作 * 提供农民可以用来对抗害虫的新干预措施 * 形成害虫综合管理（IPM）的一部分 * 可以用于对抗抗药性害虫在这里，我们将朝着植物防御激活剂治疗的商业化迈出下一步。我们已经与英国领先的农学公司Agrii讨论了所需的研究。由于小麦种植面积大，而且我们早期的田间试验已经表明，顺式茉莉酮可以减少小麦中的蚜虫种群，因此小麦是他们进行初步试验的首选作物。Agrii还有其他潜在的植物防御激活剂（AGRII 101，AGRII 202），他们希望与顺式茉莉酮一起测试，以比较性能。因此，我们的项目将进行田间试验，比较不同的植物防御激活剂处理彼此以及与未经处理的对照地块和用标准拟除虫菊酯杀虫剂处理的地块。我们将用不同的小麦品种测试植物激活剂的性能，因为不同的品种可以具有不同的诱导防御的能力。在现实条件下测试功效后，我们将与监管机构探讨如何获得植物活化剂的监管批准。上述好处意味着可以为监管机构的批准提供强有力的理由，我们将与监管机构进行对话作为项目目标。