Numbered Publications by Arnett, Ricky
PPFS-AG-C-11: Drone Fungicide Applications in Corn
Ricky Arnett, Pat Hardesty, Nick Roy, Kiersten Wise | Mar. 12, 2021 (New)
Foliar fungicide applications occur commonly in corn to manage foliar diseases such as gray leaf spot. University of Kentucky research indicates that the most effective application timing for both foliar disease control and yield benefits is at tasseling/early silking (VT/R1). Because of the height of corn at this growth stage, these applications are typically applied aerially, with fixed wing or helicopter aircraft. However, many Kentucky fields are small, surrounded by trees or other obstacles to aircraft, meaning that fungicide application is not an option in these areas.
PPA-50: Drone Fungicide Applications in Corn
Ricky Arnett, Pat Hardesty, Nick Roy, Kiersten Wise | Mar. 5, 2021 (New)
Drone technology has improved in recent years and has also become more accessible. In Kentucky, commercial drone fungicide application is now an option in several areas. Drones specifically designed to apply products can potentially be used to apply fungicide in fields that are not accessible to other aircraft. 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.
PR-795: 2020 Soybean Yield and Quality Contest
Danny Adams, Matt Adams, Samantha Anderson, Ricky Arnett, Daniel Carpenter, Graham Cofield, Meagan Diss, Greg Drake, Colby Guffey, Clint Hardy, Carrie Knott, Leann Martin, Jason Phillips, Paul Rideout, Glen Roberts, Ben Rudy, Michelle Simon, Darrell Simpson, Mike Smith | Jan. 26, 2021 (New)
In Kentucky, farmers grow soybeans in two common soybean production systems: full season and double crop. Farmers plant full season soybeans in the spring and harvest them that fall, so they have harvested one crop in one calendar year. Farmers plant double crop soybeans after wheat harvest in June. These soybeans are harvested later that fall, making them the second crop harvested in the same calendar year. Both systems are important to the overall production of soybean in Kentucky. Therefore, in 1980, an annual soybean yield contest was initiated in Kentucky to document the agronomic practices utilized by producers.
PR-793: Kentucky Corn Silage Hybrid Performance Report, 2020
Ricky Arnett, Cam Kenimer, Chad Lee, Nick Roy, Phillip Shine | Nov. 20, 2020 (New)
The objective of the Silage Corn Hybrid Performance Test is to provide unbiased forage yield and quality data for corn hybrids commonly grown for silage in Kentucky. Corn hybrids were evaluated for silage performance on cooperating farms. Representatives from seed companies submitted hybrids of their choosing. Most companies submitted only two (2) hybrids. One company supplies a third hybrid that serves as a check.
PR-776: Kentucky Corn Silage Hybrid Performance Report, 2019
Ricky Arnett, Matthew Campbell, Chad Lee, Linda McClanahan, Nick Roy | Jan. 10, 2020 (New)
The objective of the Silage Corn Hybrid Performance Test is to provide unbiased forage yield and quality data for corn hybrids commonly grown for silage in Kentucky. Corn hybrids were evaluated for silage performance on cooperating farms. Representatives from seed companies submitted hybrids of their choosing. Most companies submitted only two (2) hybrids. One company supplies a third hybrid that serves as a check.
PR-759: Kentucky Corn Silage Hybrid Performance Report, 2018
Ricky Arnett, Matthew Campbell, Chad Lee, Linda McClanahan, Nick Roy, Julia Santoro, Will Stallard | Dec. 18, 2018 (New)
The objective of the Silage Corn Hybrid Performance Test is to provide unbiased forage yield and quality data for corn hybrids commonly grown for silage in Kentucky.
PR-726: Kentucky Corn Silage Hybrid Performance Report, 2017
Ricky Arnett, Matthew Campbell, Chad Lee, Linda McClanahan, Nick Roy, Will Stallard | Nov. 28, 2017 (New)
The objective of the Silage Corn Hybrid Performance Test is to provide unbiased forage yield and quality data for corn hybrids commonly grown for silage in Kentucky.
