Which application technique could help to further control herbicide drift?

Using larger nozzle orifices is an effective application technique to help control herbicide drift. Larger nozzles create larger spray droplets, which are less likely to be carried away by the wind compared to smaller droplets. When applying herbicides, one of the primary concerns is ensuring that the product reaches the target area effectively without dispersing into non-target areas. Larger droplets reduce drift because they have more mass and are affected less by air currents. This technique is particularly useful in windy conditions where drift is a concern.

Other methods might inadvertently increase the chances of drift. For instance, applying during mid-day often correlates with increased temperatures and wind speeds, both of which can contribute to greater evaporation or drift of herbicide particles. Additionally, applying in windy conditions can directly enhance drift, as the wind can carry small droplets away from the intended application site. Lastly, utilizing low-quality spray equipment can lead to inconsistent droplet sizes and poor application accuracy, which can also increase the risk of herbicide drift. Hence, opting for larger nozzle orifices is a practical and beneficial strategy to mitigate drift potential.