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不同类型植保无人飞机施药作业对烟草植株的影响

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为规范植保无人飞机防治烟草病虫害的技术应用,评估了植保无人飞机在烟草病虫害防治过程中对烟株的安全性,并筛选出适合烟株生长中后期飞防施药的植保无人飞机类型及飞行方式.本试验选用目前主流的9种不同类型的植保无人飞机,分析对比了 9种植保无人飞机在烟草成熟期进行飞防作业时对烟草植株形态的影响.结果表明,烟草植株成熟期采用四旋翼植保无人飞机以4 m或3 m的飞行高度垂直于烟草种植垄作业对烟草的损伤较低.
Effects of aircraft type and flight parameters on tobacco plant under pesticide spraying scenario by plant protection UAV
In order to standardize and guide the technical application of plant protection UAV to prevent and control tobacco pests and diseases,the safety of plant protection UAV on tobacco in the application process was evaluated,and the types and flight modes suitable for tobacco plants at later growth stage were screened out.Nine different types of UAV for plant protection were selected,and effects of nine UAV for plant protection on the morphology of tobacco plants were analyzed and compared during the flight control operation in the late mature period of tobacco.The results showed that the four-rotor plant protection UAV operated at a flight height of 4 m or 3 m and perpendicular flight mode at the stage of tobacco plant maturity had lower damage to tobacco plants.

tobaccoplant protection UAVflight modepest controlbroken leaf rate

郭建、刘春明、侯秋强、王晓萌、单双吕、何建忠、杨永刚、龙云生、黄坤、闫晓静

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云南省烟草公司红河州公司,弥勒 652399

中国农业科学院植物保护研究所,北京 100193

烟草 植保无人飞机 飞行模式 断叶率

中国烟草总公司云南省公司重点项目

2021530000241020

2024

植物保护
中国植物保护学会 中国农业科学院植物保护研究所

植物保护

CSTPCD北大核心
影响因子:1.004
ISSN:0529-1542
年,卷(期):2024.50(4)
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