What is a consequence of not following label buffer requirements near water?

• A. Increased risk of pesticide entering water bodies and non-target areas
• B. It has no effect on drift
• C. It improves deposition on non-target areas
• D. It reduces spray efficiency drastically

Answer: (A)

Not following buffer requirements near water removes a protective barrier that keeps pesticides from reaching aquatic systems and non-target areas. Buffers are like filters and traps: they catch or slow down spray, runoff, and drift so water bodies and nearby non-target habitats aren’t contaminated. When these buffer zones aren’t respected, the pesticide is more likely to enter streams, lakes, and rivers or affect unintended areas.

Drift is actually mitigated by buffers, so saying there’s no effect on drift isn’t accurate. Buffers don’t improve deposition on non-target areas; they reduce unwanted deposition. And while buffers can influence application practicality, the main consequence tied to not following them is increased risk to water quality and non-target organisms, not a drastic, uniform loss of spray efficiency.