Which method can reduce the potential for pesticide drift?

Increasing droplet size is the most effective method to reduce the potential for pesticide drift. Smaller droplets are more susceptible to being carried away by wind, which can result in unintended application of pesticides to non-target areas. By increasing the droplet size during the application process, the likelihood of drift decreases because larger droplets fall faster and are less influenced by air movement. This practice helps ensure that the pesticide reaches the target area more effectively while minimizing the risk of affecting nearby plants, animals, or humans.

High pressure and low pressure can have different effects on the size of droplets produced during application. High pressure can create finer droplets that are more prone to drift, while low pressure can lead to larger droplets but may also result in uneven coverage. Applying pesticides during windy conditions is counterproductive, as the wind can carry even larger droplets away from the targeted area, increasing the risk of drift significantly.