What is the main goal of drift minimization techniques?

The main goal of drift minimization techniques is to reduce pesticide movement away from the target area. This is crucial because when pesticides drift, they can unintentionally affect non-target areas, leading to potential harm to the environment, wildlife, and human health. By minimizing drift, applicators ensure that the chemicals are delivered precisely where they are needed, maximizing their effectiveness while reducing the risk of contamination and regulatory issues.

Focusing on controlling where the pesticide lands helps maintain the integrity of surrounding ecosystems and adheres to legal standards regarding pesticide application. Techniques to minimize drift may include using specific nozzle types, adjusting spray pressures, and timing applications to avoid windy conditions, all aimed at ensuring that the pesticide's application is both effective and responsible.

The other options, such as saving on costs or improving equipment efficiency, may be beneficial outcomes of proper application practices, but they do not encapsulate the primary aim of drift minimization which is centered on the environmental and safety aspects of pesticide use.