Which land deformation results when thawing permafrost causes widespread ground subsidence?

💡 Explanation

When permafrost thaws, the melting ice weakens the ground because the ice acts as a binding agent, leading to subsidence and thermokarst formation. Therefore, thermokarst results, rather than eskers, drumlins, or kame terraces, requiring glacial deposition, not thaw subsidence.

• Which effect accelerates downslope movement via solifluction in high-latitude permafrost regions?
• Which mechanism causes an avulsion event when a river's levee system is overwhelmed by sediment deposition?
• Which mechanism significantly reduces sediment deposition speed in an alluvial fan channel during a flash flood event?
• Which effect accelerates when a permafrost active layer experiences increased thawing and saturation?
• Which process dictates glacial lake outburst floods depositing poorly-sorted material downstream in many mountainous regions?
• Which process primarily drives the distribution of volcanic activity at subduction zones?