Success StoryTaking Drone Fungicide Applications to new Heights



Taking Drone Fungicide Applications to new Heights

Author: Nick Roy

Planning Unit: Adair County CES

Major Program: Grains

Plan of Work: Strengthening Adair County's Agriculture Industry

Outcome: Long-Term Outcome

Since 2019, the Adair County Cooperative Extension Service has participated in research trials evaluating the use of drones for fungicide applications in grain crops.  Two research projects in wheat and two research projects in corn have been conducted.  Initial research projects have proven that drones are an effective tool to apply fungicides on these crops to control diseases.

In 2022 the scope of the research expanded to begin to evaluate different fungicide chemistries applied to wheat and variable carrier volumes on corn.  The wheat trial identified superior chemistries for the control of foliar and seed diseases. Research on corn is still in progress.

As a result of these preliminary research projects, the University of Kentucky Grain Crops specialists will be purchasing a drone to conduct further research on agriculture experiment stations and on farms across Kentucky.

-efforts still in progress.   To be updated.






Stories by Nick Roy


Wildlife Management

about 1 months ago by Nick Roy

Describe the Issue or Situation.Describe the Outreach or Educational Program Response (and Partners,... Read More


Transforming Beef and Dairy Farming Through Artificial Insemination

about 3 months ago by Nick Roy

Beef and dairy farming make up a large portion of the agriculture revenue in south central Kentucky.... Read More


Stories by Adair County CES


Introduction to Photography

Introduction to Photography

about 2 months ago by Dylan Gentry

Describe the Issue or Situation:In the Lake Cumberland Area, many Homemakers had an interest in phot... Read More


Cajun Cooking

Cajun Cooking

about 2 months ago by Dylan Gentry

Describe the Issue or SituationLake Cumberland area residents have expressed a growing interest in l... Read More