What type of application method reduces spray drift?

Choosing a low-pressure application method with larger droplet sizes is effective for reducing spray drift primarily because larger droplets are less susceptible to wind currents. When pesticides are applied using larger droplets, they are more likely to settle on the target area, minimizing the likelihood of them being carried away by air movement. This helps ensure that the pesticide reaches its intended target rather than dispersing into unintended areas.

Additionally, low-pressure application helps in maintaining the integrity of the droplet size during the application process. High pressure can create finer droplets, which may remain airborne longer and increase the risk of drift. Therefore, using larger droplets with low-pressure systems is a strategic approach for enhancing accuracy in pesticide applications and reducing environmental contamination.