Extended time delay and complex rupture behaviors of dynamically triggered earthquakes on gouge-filled fault

Key Points

• Extended time delays were observed during dynamically triggered earthquakes, indicating complex interactions within fault systems.
• Key evidence includes that rupture behaviors can vary significantly based on the specific characteristics of gouge-filled faults.
• Analysis of fault movements during seismic events highlights the influence of time delays on earthquake dynamics and rupture propagation.
• These findings may enable improved models for earthquake prediction, further enhancing our understanding of seismic risks.