Which of the following is a method to minimize pesticide drift?

Using low-drift nozzles during application is an effective method to minimize pesticide drift because these nozzles are specifically designed to produce larger droplets or to create a more controlled spray pattern. This reduces the likelihood of small droplets being carried away by the wind, which can often lead to unintended pesticide application in non-target areas. The design and functionality of low-drift nozzles help ensure that the pesticide remains close to the intended target, thereby enhancing application efficiency and safety while minimizing environmental impact.

In contrast, applying pesticides in high winds can significantly increase the risk of drift as the wind can carry small droplets away from the area being treated. Spraying during the hottest part of the day can also contribute to drift, as increased temperatures can cause the pesticide to evaporate more quickly, leading to vapor drift. Similarly, applying pesticides as a broadcast treatment can cover larger areas indiscriminately, increasing the chances of pesticides drifting onto non-target areas. Therefore, using low-drift nozzles stands out as the best practice for reducing drift risks during pesticide application.