Which of the following does not contribute to drift prevention?

• A. Spraying during windy conditions
• B. Selecting an appropriate formulation
• C. Using proper nozzles
• D. Maintaining steady travel speed

Answer: (A)

Drift prevention means keeping spray droplets on the target by controlling how they travel—droplet size, spray pattern, and the conditions under which you apply. Wind is the biggest factor that pushes droplets off target, so spraying in windy conditions actually increases drift rather than prevents it. That makes it the option that does not contribute to drift prevention. The other choices help reduce drift: choosing a formulation designed to form larger droplets or include drift-reducing characteristics, using nozzles that produce a more stable and appropriate droplet size, and maintaining a steady travel speed to ensure uniform deposition and minimize off-target movement.