2023 Kentucky Corn Fungicide Application Study Ground Vs Drone Results

2023 Kentucky Corn Fungicide Application Study Ground Vs Drone Water Sensitive Card Visuals The purpose of this study is to evaluate fungicide applications made with a ground machine vs. a drone at the r1 growth stage and how they impact coverage and yield. Fungicide applications by drones are a viable way to apply fungicide in corn, but more re search is needed to optimize the applications for disease control and yield benefits.

2023 Indiana Corn Fungicide Application Study Ground Vs Drone Fungicides applied to corn with a djit40 drone delivered a higher roi on average than fungicides applied on the ground according to a 2023 beck's practical farm research (pfr) study. beck's researchers note that a few key factors were at play during the first year study. Atlanta, ind. — in the showdown between ground and aerial fungicide applications, planes and drones had a slight edge over ground equipment, according to research from beck’s hybrids. While there were several variations in our 2024 trials, we focused on comparing the ground application vs. drone in both crops from the pfr sites, as well as comparing ground, plane, and drone applications in the on farm trials. Corn fungicide trials in 2023 in indiana, kentucky, central illinois and ohio, showed drone applications were 2 gallon per acre rates while ground applications were 20 gallons per acre, he said.

2023 Kentucky Corn Fungicide Application Study Ground Vs Drone Results While there were several variations in our 2024 trials, we focused on comparing the ground application vs. drone in both crops from the pfr sites, as well as comparing ground, plane, and drone applications in the on farm trials. Corn fungicide trials in 2023 in indiana, kentucky, central illinois and ohio, showed drone applications were 2 gallon per acre rates while ground applications were 20 gallons per acre, he said. This publication describes experiments to determine if drone fungicide applications can reduce foliar diseases in corn and discusses factors to consider when using drone technology to apply fungicides. Ground and drone application method yields were similar in 2023, indicating both application methods were equally effective delivering active ingredients with systemic activity. The purpose of this study is to evaluate fungicide applications made with a ground machine vs. a plane vs. a drone at the r1 growth stage and how they impact coverage and yield. However, when comparing disease percentage, the drones appeared to be better at controlling septoria brown spot than the ground rig, but the differences were not significantly different. the drone’s 2 and 5 gallon carrier volume amounts were both similar in the success of controlling disease.

2023 On Farm Corn Fungicide Application Study Ground Vs Helicopter Vs Drone This publication describes experiments to determine if drone fungicide applications can reduce foliar diseases in corn and discusses factors to consider when using drone technology to apply fungicides. Ground and drone application method yields were similar in 2023, indicating both application methods were equally effective delivering active ingredients with systemic activity. The purpose of this study is to evaluate fungicide applications made with a ground machine vs. a plane vs. a drone at the r1 growth stage and how they impact coverage and yield. However, when comparing disease percentage, the drones appeared to be better at controlling septoria brown spot than the ground rig, but the differences were not significantly different. the drone’s 2 and 5 gallon carrier volume amounts were both similar in the success of controlling disease.

2023 On Farm Corn Fungicide Application Study Ground Vs Helicopter Vs Drone The purpose of this study is to evaluate fungicide applications made with a ground machine vs. a plane vs. a drone at the r1 growth stage and how they impact coverage and yield. However, when comparing disease percentage, the drones appeared to be better at controlling septoria brown spot than the ground rig, but the differences were not significantly different. the drone’s 2 and 5 gallon carrier volume amounts were both similar in the success of controlling disease.

2023 On Farm Corn Fungicide Application Study Ground Vs Plane Vs Drone Multi Location Results