Gallery

Drone imagery collected from wheat on-farm field at early, mid, and late seasons to monitor wheat growth at Flickner Innovation Farm was overlaid on a topographic map to understand spatial variability in crop growth across different landscape positions.Drone imagery collected from wheat on-farm field at early, mid, and late seasons to monitor wheat growth at Flickner Innovation Farm was overlaid on a topographic map to understand spatial variability in crop growth across different landscape positions.Drone imagery collected from wheat on-farm field at early, mid, and late seasons to monitor wheat growth at Flickner Innovation Farm was overlaid on a topographic map to understand spatial variability in crop growth across different landscape positions.

​Drone imagery collected from wheat on-farm field at early, mid, and late seasons to monitor wheat growth atFlickner Innovation Farm was overlaid on a topographic map to understand spatial variability in crop growth acrossdifferent landscape positions.

A spray drone was used to evaluate the efficiency of drone-based fungicideapplications in corn

Kaden Spencer, a member of the PADI Lab, participated in the CANVAS Conference held in Salt Lake City, Utah, and presented a poster.​Kaden Spencer, a member of the PADI Lab, participated in the CANVAS Conference held in Salt Lake City, Utah, and presented a poster.​

Kaden Spencer, a member of the PADI Lab, participatedin the CANVAS Conference held in Salt Lake City, Utah, andpresented a poster.​

Kaden Spencer, collecting data for his MS thesis work.​Kaden Spencer, collecting data for his MS thesis work.​

Kaden Spencer, collecting data for his MS thesis work.

​Sangam Bishwakarma collecting drone images and recording GPS location of the plots for his MS thesis work.​Sangam Bishwakarma collecting drone images and recording GPS location of the plots for his MS thesis work.​

Sangam Bishwakarma collecting drone images and recording GPS location of the plots for his MS thesis work.​