Which mechanism causes uplift and mountain formation along a reverse fault?

💡 Explanation

When compressional stress acts on a reverse fault, the hanging wall moves upward relative to the footwall because this aligns with the stress direction, resulting in crustal shortening and thickening, thus causing uplift and mountain formation. Therefore, differential movement accumulates, rather than isostatic adjustment or thermal expansion alone causing sufficient quick mountain building.

• Which outcome primarily occurs from long-term sediment displacement into a glacial lake?
• Which risk increases following heavy agricultural irrigation over limestone?
• Which process causes increased flood risk when increased impermeable coverage occurs on an alluvial fan?
• Which process MOST directly maintains the high nutrient concentration within oceanic gyre boundary currents?
• Which effect accelerates chemical weathering rates along transform fault zones?
• Which risk increases when a large inland reservoir experiences rapid drawdown during the seismically active period?