Which statement best describes a drift management plan for pesticides?

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Drift is about how far and where pesticide droplets travel after application, so a good drift management plan spells out concrete factors that influence that movement. The best plan includes the right nozzle type and droplet size, because these determine the size and velocity of droplets and thus how easily they can be carried off target. It also specifies application height, since spraying from a higher or lower height changes exposure to wind and the distance droplets can travel. Wind speed restrictions and favorable weather windows are key to reducing drift risk, because wind conditions strongly affect droplet transport. Finally, including buffer zones creates a safety space to protect adjacent crops, water sources, and people from any potential drift.

Plans that focus only on things like nozzle color or rely on random droplet sizes miss the critical controls that actually limit drift, and ideas that aim to maximize drift or minimize buffers ignore safety and environmental protection.