Which phenomenon causes recurrent displacement during strike-slip fault movement in earthquake zones?

💡 Explanation

When stress accumulates along locked strike-slip faults, elastic rebound occurs because friction prevents continuous slip, leading to strain accumulation and sudden rupture. Therefore elastic rebound explains recurrent displacement, unlike viscous flow, magnetic polarization or chemical processes which operate on longer time scales in the absence of locked fault asperities.

• Which phenomenon causes poleward heat transport within Earth's atmosphere?
• Which localized effect results when strong katabatic winds flow downslope from Antarctic ice sheets?
• Which primary risk increases when an artificial levee is subjected to prolonged saturation during a major flood event?
• Which process accelerates cave network formation in fractured limestone?
• Which outcome amplifies effusive volcanism around shield volcanoes?
• Which mechanism causes density-driven ocean circulation when surface water salinity increases substantially at high latitudes?