If overgrazing removes most vegetation, which weather phenomenon is most likely to occur?

Overgrazing removes the protective cover of vegetation from the soil, leading to a variety of detrimental environmental effects. When vegetation is stripped away, the soil becomes more exposed and less stable, which can significantly increase the likelihood of wind erosion. Without plant cover to hold the soil in place, gusts of wind can easily pick up loose particles and create dust storms. These storms can transport fine dust and sediment over vast distances, leading to degraded air quality and various health issues for nearby populations.

The absence of vegetation not only contributes to dust storms during dry conditions but can also exacerbate other forms of land degradation and desertification in certain regions. While other weather phenomena like hail, rain, or snow storms are influenced by different atmospheric conditions or ecological interactions, they do not directly stem from the process of overgrazing in the way that dust storms do. Thus, the presence of overgrazing significantly correlates with the increased incidence of dust storms due to soil destabilization.