There is a good deal of interest in using drones, also called unmanned aerial vehicles (UAVs) for the application of pesticides. If you are an applicator considering using a drone for applications, here is some basic information regarding licenses that you need to know before applying any pesticides.
All are invited to attend a field day hosted by K-State Research and Extension Frontier District featuring the use of drone technology in agriculture. The event will start at 10:00 AM on September 10 at the Garnett Community Building in Garnett, KS.
The advancement of precision agriculture technology, such as drones, can provide an efficient solution for early-season field scouting. In contrast to traditional scouting, drone scouting can be less time-consuming, have more thorough field coverage, and be less labor intensive.
Managing herbicide-resistant weeds and hard-to-reach areas like ditches and field edges remains a major challenge. Spray drone technology is quickly gaining ground as a flexible and efficient solution, especially when conditions make traditional equipment less practical.
Drones are becoming an increasingly attractive option for applying pesticides, especially in hard-to-reach areas or for targeted spot treatments. But before taking off, applicators must understand the regulatory and operational requirements involved. Make sure you're in compliance with federal, state, and product-specific requirements.
Discover how AI is transforming agriculture at the AI in Kansas Ag Conference on July 22 in Lyndon. Hear from researchers, ag professionals, and Kansas producers about real-world applications in crop and livestock systems. Seating is limited, so register soon!
Mark your calendar for August 7 and join K-State Extension in Winfield to explore drones and satellite data in agriculture. The free morning event includes expert talks, hands-on drone demos, and a complimentary lunch. Registration is required by August 1.
From mapping and scouting to spraying and seeding, drones are transforming farm management. Learn the strengths, limitations, and ideal uses of multirotor, fixed-wing, hybrid, and operational drones to match the right technology with your operation.
Traditional crop scouting has limits in tall, dense crops like corn at tasseling. Drone-based remote sensing can reveal crop health, detect stress, and improve yield predictions during this critical growth stage.