Herbicide Drift Study Provides New Recommendations for Aerial Applications

Soybeans offer a potential late-season food source for pollinators but are sensitive to damage from herbicide drift, or when an herbicide moves away from its intended target. Researchers with the Arkansas Agricultural Experiment Station conducted a study on to determine the effects of spray drift from ground and air-based applications.

Aerial Application Technology Research Sessions - National

Advancing Sustainable and Innovative Crop, Forestry and Water Management

How to avoid drift during drone spraying - Future Farming

Effect of flight velocity on droplet deposition and drift of - Frontiers

Soybeans: Liming and Fertilization - Soybean South

What to know before making a spray drone pesticide application

Minimizing spray drift on fields

Watch out for stink bugs and kudzu bugs as populations begin to rise.

A Realistic Look at Refining EPA Pesticide Spray Drift Regulations

Frontiers Evaluation of aerial spraying application of multi