Georgia Pesticide Applicators Practice Exam 2026 – All-in-One Guide to Exam Success!

Using low-drift nozzles and appropriate pressure is an effective practice for minimizing pesticide drift during application. Low-drift nozzles are specifically designed to produce larger droplets, which are less susceptible to being carried away by wind. Additionally, operating at the manufacturer-recommended pressure ensures that the pesticide is applied uniformly and effectively while further reducing the potential for drift. This combination helps maintain the target application area, enhancing effectiveness while protecting non-target plants and areas.

In contrast, other options such as increasing the nozzle size may lead to uneven application or waste, while high-pressure spraying can create finer droplets that are more prone to drift. Applying during windy conditions significantly enhances the likelihood of pesticides moving off-target due to wind interference, which could lead to unintended exposure to nearby crops, animals, or humans. Thus, the use of low-drift nozzles combined with appropriate pressure stands out as the most practical and efficient method for controlling and minimizing pesticide drift.