True or False: Drift can be minimized if precautionary measures are taken during pesticide application.

Drift refers to the movement of pesticide particles or droplets away from the intended target area during or after application, which can lead to unintended consequences for non-target plants, animals, and humans. The correct response emphasizes that drift can indeed be minimized through diligent precautionary measures during pesticide application.

Taking preventive actions, such as selecting appropriate nozzles that produce larger droplets, applying during specific weather conditions (like avoiding windy days), maintaining proper distance from sensitive areas, and using appropriate application techniques can significantly reduce the risk of drift. Furthermore, understanding the specific characteristics of the pesticide being used can inform applicators about the likelihood of drift and the best practices to mitigate it.

The other options suggest that drift might be unavoidable or limited to specific conditions, but research and practical application experiences have shown that when proper precautions are taken, including adjustments based on the environment and understanding of the pesticide’s behavior, drift potential can be effectively managed in most situations.