Which of the following is NOT a strategy to reduce pesticide drift?

Choosing a smaller tip size is actually a strategy that can lead to increased pesticide drift, not reduce it. Smaller nozzles produce finer droplets that are more susceptible to being carried away by wind, which can result in drift. In contrast, selecting larger tip sizes can create larger droplets that are less prone to drift.

Following label recommendations is crucial because they provide guidelines and best practices for using the pesticide effectively while minimizing environmental impact, including drift. Properly adhering to these recommendations is designed to enhance safety and efficacy.

Reducing operating pressure is another effective method for minimizing drift. Lower pressure can help create larger droplets that fall more quickly to the ground and are less likely to drift away.

Applying pesticides during times of high humidity is helpful because increased moisture in the air can cause droplets to settle more quickly instead of being blown away, thus reducing potential drift.

Hence, the understanding of how different factors affect droplet size and behavior in the air is critical in managing and mitigating pesticide drift during applications.