1、CONTENSBetter Growth,Better Life IntroductionI.Events in 20242.1.Brazil2.1.1 ANAC with Scientific Management2.1.2 MAPA Encourage the Standardized Training2.2.Argentina2.3 Chile2.4.United States2.4.1 FAA Simplify the Application Process2.4.2 USDA2.5.Canada2.5.1 Transport Canada2.5.2 Health Canada2.6.

2、Europe2.6.1 EU commission2.6.2 EU Member States1).Spain2)Germany2.7.Australia2.7.1 CASA2.7.2 APVMA2.8.China2.9.International Organization2.9.1 OECD2.9.2 FAO2.9.3 ISO3.1 Drifting Tests3.1.1 Collection Devices and sampling point3.1.2 Drifting Area and Deviate Area 3.1.3 Similar Test Results3.1.4.Anti-

3、Drift Design3.1.5.Operational Guidelines to Minimize Drift 3.2 Modeling the Drone Drift 3.3 Large Model for Advanced Spraying Plan4.1 Spraying Application4.1.1 Drones are Revolutionizing Corn Farming4.1.2 Growing Coffee in Brazil with Drones4.1.3 Canola Farming with Drones4.1.4 Sunflower Farming wit

4、h Drone Technology4.2 Spreading Application4.2.1 Canola Spreading4.2.2 Rice Spreading4.3 Orchard Management4.3.1.Drone Application in Banana Cultivation4.3.2 Transforming Vineyard Spraying with Drone Technology5.1 Personnel Training 5.2 Technology Development5.2.1 Firmware Updates Support More Funct

5、ions5.2.2 Firmware Updates with more Safety Enhancements 5.3 Combination of Agronomy and Technology020307214755316368636547550809111215161609II.Global Policy TrendsIII.Agricultural Drone TestsIV.Drone ApplicationV.Best Practices VI.Epilogue -2-Agricultural Drone Industry Insight ReportINTRODUCTIONIN

6、TRODUCTIONThe international agricultural landscape in 2024 demonstrates remarkable vitality,with governments implementing friendly policy frameworks to accelerate smart farming integration and climate-resilient agricultural systems.This year,agricultural drones have provided superior solutions,liber