Innovative Fruit Production, Improvement, and Protection
- Quantifying Invasive Insect Movement Within and Across Landscapes Using Laser Detection Technology and Unmanned Aerial Systems - Penn State Univ.
- Quantifying Invasive Insect Movement Within and Across Landscapes Using Laser Detection Technology and Unmanned Aerial Systems - Univ. of Missouri
- Integrated Production and Automation Systems for Temperate Fruit Crops
- Quantifying Invasive Insect Movement Within and Across Landscapes Using Laser Detection Technology and Unmanned Aerial Systems - Marquette Univ.
- Using a Robot for UV-C/Dark Treatments of Field-Grown Strawberries for Control of Fungal Diseases and Arthropod Pests
- Biology, Management and Reducing the Impact of the Spotted Lanternfly in Specialty Crops in the Eastern USA
- Appalachian Headwaters Pollinator Recovery, Education, and Research Center
- Appalachian Headwaters Pollinator Recovery, Education, and Research Center
- Evaluating Suppression of Erwinia Amylovora in Commercial Apple Production using Symbiotic Methylobacteria
- Enhanced Mitigation and Rapid Response to Reduce Spread and Impact of Spotted Lanternfly (SLF) in the United States