Which of the following measures can help reduce pesticide drift?

Using drift-reduction nozzles is an effective measure to help reduce pesticide drift because these specialized nozzles are designed to produce larger droplets that are less likely to be carried away by wind. When pesticides are sprayed, smaller droplets can easily become airborne, potentially drifting to non-target areas. Drift-reduction nozzles mitigate this risk by creating a more controlled spray pattern, enhancing the deposition of the pesticide on the intended target areas and minimizing the chance of drift.

In contrast, applying during high winds would actually increase the likelihood of drift, as wind can carry even heavier droplets over longer distances. Increasing application rates does not address the issue of droplet size or drift directly; it may even lead to more pesticide being available for drift if not applied correctly. Ignoring buffer zones overlooks critical safety and environmental considerations that are in place to protect non-target areas from pesticide exposure, making it a poor practice for mitigating drift.