Which outcome is exacerbated when groundwater pressure increases within fault zones?

💡 Explanation

Increased groundwater pressure near faults elevates pore pressure, which decreases the effective normal stress on the fault surfaces; this activates aseismic creep rather than brittle fracture because effective stress reduces frictional resistance; therefore, this accelerates creep instead of triggering an earthquake.

• Which geographic feature results when prevailing wind encounters an obstacle, reducing its velocity and causing increased alluvial deposition?
• Which phenomenon amplifies desertification when vegetation diminishes in arid latitudes?
• Which mechanism prevents constant seismic activity along a transform fault like the San Andreas?
• Which process primarily drives the intensity variation within Hadley cells over mid-latitude continents during summertime?
• Which process develops extensive drainage systems above poorly-consolidated alluvial deposits?
• Which outcome occurs because of cyclical magma buoyancy increase near a subduction zone?