关键词 · 相关资讯与研究
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Development and application of a low-cost sampler with in situ detection for leaf pathogenic bacteria。Computers and Electronics in Agriculture
该研究将低成本采样与原位检测集成于叶片病原菌检测，关注点在于其检测限、田间验证规模及对现有实验室流程的替代程度，摘要未给出具体数据。
结合手机3D重建与GreenLab生长模型，低成本构建油菜植株数字孪生。
综述AI（CNN、ViT、无人机遥感、物联网）用于作物病虫害早期检测并融入种植园风险管理。
Ukulima True is a communications campaign that has helped to reduce pesticide risks among farmers in Kenya. Carried out under PlantwisePlus, it has reached a wide range of stakeholders, from smallholders and consumers to extension officers and policymakers. The campaign has shared practical advice to support social and behavioural change around pesticides, helping many people… The post Ukulima True: Expanding pesticide risk reduction using a One Health approach appeared first on PlantwisePlus Blog.
该试点将社区健康推广员纳入农药风险沟通，2024年60名推广员覆盖100户家庭，为跨部门协同的农药减量推广提供了可复制的组织路径，但样本规模小、地域限于肯尼亚。
Insect pests can significantly reduce tomato crop quality and yield. To protect their crops, growers often rely on repeated insecticide applications. However, this can increase production costs, create health and environmental risks, and contribute to pesticide resistance. Claudia Sainz, a tomato grower in Cochabamba, Bolivia, wanted to find an alternative, more sustainable way to protect… The post Meet Claudia: The Bolivian tomato grower embracing natural pest control appeared first on PlantwisePlus Blog.
案例展示了通过种植万寿菊、薰衣草等蜜源植物营造天敌栖息地，并结合黄蓝粘虫板与性诱剂监测，在七个月生产周期内实现温室不使用常规杀虫剂；该经验适用于小规模设施番茄，规模化效果仍需验证。
提出PM-RVGNet多模态网络，基于呼吸代谢指导，无损推断白菜种子活力与发芽一致性。
介绍都灵大学PHENOPLANT平台用PlantEye F500进行植物无损表型测量的实验方案。
Herbal steam-based pest control: Technology transfer via philosopher-to-philosopher (P2P) learning in farming communities。Agricultural Systems
