The FarmBits team interviews Dr. Simerjeet Virk, University of Georgia, about his research on using spray drones for pest management and how farmers can tailor this ag tech for their unique operations.
A new Nebraska Extension NebGuide, Getting Started with Drones in Agriculture, covers how to integrate drones into crop management systems. It addresses drone types and sensor options, outlines a workflow for a drone-mapping project, and shares case studies of how farmers are using drones. Two examples — taking stand counts and scouting for weeds — are also described.
Farmers get bits of data, layers of data, in fact so much data it can be hard to interpret and use to make relevant farm management decisions. Read how faculty in the Institute of Agriculture and Natural Resources are helping farmers understand and use all kinds of big data to aid management decisions.
“Getting Started with Drones in Agriculture” is one of 27 sessions being offered at the Nebraska Crop Management Conference Jan. 24-25 in Kearney. These presentations are part of Nebraska Extension Specialist Yeyin Shi's work to research drone use and aid farmers integrating drones for scouting and many types of plant and field assessment.
A new research project funded by a $500,000 USDA grant and support from the University's Daugherty Water for Food Global Institute seeks to deploy unmanned aircraft (drones) in search of improved crop irrigation efficiency. The project will conduct regular drone flights throughout the season, using advanced remote sensing systems and in-field sensors to collect data.
Utilizing precision ag technologies effectively can streamline production efficiencies. Attend Nebraska Extension’s Aug. 2 Precision Ag Clinic to view field demonstrations and learn more about how to collect and decipher your data.
If you are interested in earning your Part 107 Remote Pilot certificate so that you can fly unmanned aircraft (drones) for commercial purposes, a new Nebraska Extension home study course will be of interest to you.