Geochemistry, Geophysics, Geosystems VOL.26 ISSUE 3 | 27 February 2025
Geochemical and Thermal Constraints on the Hikurangi Subduction Zone Hydrogeologic System and Its Role in Slow Slip
Irita Evelyn Aylward + Evan A Solomon + Marta E Torres ...
Fluid generation and migration regulate the development of pore fluid pressure, which is hypothesized to influence the occurrence of slow slip events at subduction zones....
AGU24 | 10 December 2024
Integrating fluids and viscous deformation mechanisms at the bottom of the seismogenic zone in numerical models: Implications for slow-slip events
John Noel Hooker + Donald M Fisher + Greg Hirth
Along plate-boundary faults, the down-dip limit of the seismogenic zone is defined by the depth where temperature-dependent viscous deformation mechanisms accommodate plate...
AGU24 | 12 December 2024
New Insight into Slow Earthquake Activities from Continuous Ocean Bottom Seismometers at the Guerrero Seismic Gap, Mexico
Yanhan Chen + Emmanuel Soliman M Garcia + Ketzallina Flores ...
The Guerrero seismic gap exhibits a slip behaviour distinct from that of its adjacent segments, which typically experience significant ruptures during large earthquakes. With...
AGU24 | 11 December 2024
Continuous Monitoring of Slow Slip in Cascadia: Implications for Scaling Laws and Source Time Function
Giuseppe Costantino + Anne Socquet + Mathilde Radiguet
Slow slip has revolutionized our understanding of relative plate motions, shedding light on more complex processes of stress release in tectonic areas worldwide. Geodetic...
Journal of Geophysical Research: Solid Earth VOL.130 ISSUE 3 | 17 March 2025
Reining‐In the Spring‐Slider With Reinforcement Learning
Ryan Schultz
Subsurface fluids are important to earthquake physics since they influence every phase of the earthquake cycle: from inducing earthquakes, generating slow slip, dynamically...