Name a tactic to mitigate drift during pesticide application.

Mitigating drift during pesticide application is crucial for maximizing effectiveness and minimizing environmental impact. The choice involving the application of pesticides during low wind conditions and using proper nozzles is particularly significant because both factors directly influence how much pesticide is likely to drift away from the target area.

Applying pesticides in low wind conditions reduces the chance that wind will carry the pesticide droplets to unintended areas, such as neighboring crops, non-target organisms, or water bodies. Wind can effectively transport small droplets over distances, which can lead to undesirable consequences, including harm to beneficial insect populations or contamination of water resources.

Additionally, using proper nozzles is essential because different nozzle types produce varying droplet sizes. Nozzles designed to create larger droplets are less prone to drifting compared to those that produce fine droplets. This further ensures that the pesticide lands where it is intended, thereby increasing application efficiency and reducing the potential negative impact on the surrounding environment.

The other options, while they may have some relevance in certain situations, do not address the drift issue as effectively as the combination of low wind conditions and appropriate nozzle selection. For example, applying pesticides early in the morning may help with evaporation concerns but does not necessarily mitigate drift. Mixing pesticides with water could alter the application characteristics, but it