Wind can actually help reduce air pollution during an inversion.

Wind can help improve air quality during an inversion by dispersing pollutants that have accumulated in a stagnant air layer. During temperature inversions, cooler air is trapped near the surface by a layer of warmer air above it, resulting in limited vertical mixing. This condition can lead to the buildup of smog and trapped pollutants, as the upward movement of air is restricted.

When wind is present, it encourages the mixing of the air layers and helps to push the polluted air away from the area. This movement can carry away harmful particles and gases, reducing their concentration and improving overall air quality. Therefore, the presence of wind during an inversion can indeed play a crucial role in reducing air pollution, making the statement accurate.