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....
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...
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...