Which outcome results when soil cohesion decreases in wind-exposed regions due to intense seasonal evapotranspiration?

💡 Explanation

Increased evapotranspiration removes soil moisture needed for clay cohesion, leading to increased aeolian deflation which will remove fine particles and leave behind larger rocks, therefore causing desert pavement rather than dune stabilization because aeolian processes dominate over fluvial.

• Which phenomenon suppresses cloud formation within Hadley cells?
• Which outcome results from excess water saturation within permafrost soil?
• Which mechanism creates isolated sea stacks when headlands erode?
• Which risk increases when seismic waves weaken a large landslide-prone slope immediately after a major earthquake?
• Which problem develops in Arctic pipelines when seasonal temperature changes reduce ground cohesion?
• Which risk dramatically increases when groundwater recharge rates decline within karst regions overlying soluble carbonate rocks?