Member Since 1982
Chris Marone
Prof. of Geophysics, Pennsylvania State University Main Campus
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Scaling of Maximum Static and Seismic Moments for Fluid Injection Earthquakes Under Different Pre-stress Ratios
AGU 2024
seismology | 13 december 2024
Junpeng Wang, Agathe Eijsink, PENGLIANG YU, Matthe...
Initial pre-existing shear stress magnitude is known to exert significant control on fault stability under reactivation by fluid injection. Maximum se...
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The Rate and Pressure Dependence of Dilatancy and Fault Strength in Partially-Drained Laboratory Faults
AGU 2024
mineral and rock physics | 12 december 2024
Raphael A. Affinito, Derek Elsworth, Tushar Mittal...
Pore fluid dynamics play a critical role in the evolution of fault strength through the seismic cycle. Key controls on the influence of fluids on faul...
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Fluid-induced slip on velocity-weakening and velocity-strengthening faults
AGU 2024
seismology | 12 december 2024
Agathe Eijsink, Raphael A. Affinito, Chris Marone,...
Injecting fluids into the subsurface has an associated risk of induced seismicity in response to the decrease in effective normal stress. Traditional ...
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Scaling Relationships Between Seismic Moment and Permeability Changes During Shear Reactivation: Insights from Laboratory to Field-Scale Observations
AGU 2024
mineral and rock physics | 10 december 2024
PENGLIANG YU, Agathe Eijsink, Junpeng Wang, Chris ...
Shear reactivation of faults induced by fluid injection plays a critical role in enhancing permeability in the shallow crust, crucial for the efficien...
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Transformer-based Microearthquake Location using Distributed Acoustic Sensing (DAS) Data at Utah FORGE
AGU 2024
seismology | 10 december 2024
PENGLIANG YU, Tieyuan Zhu, Zi Xian Leong, Junzhu S...
Distributed Acoustic Sensing (DAS) has demonstrated significant potential for recording microearthquakes (MEQs) with high spatial resolution. Conventi...
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High Resolution Earthquake Catalog Characterizing Faults Geometry and Source Mechanisms in a Complex Extensional Fault System: the Altotiberina Fault Case Study
AGU 2024
tectonophysics | 10 december 2024
Giulio Poggiali, Samer Bagh, Lauro Chiaraluce, Chr...
Recent advances in machine learning (ML)-based detection and location techniques, combined with dense seismic networks, have dramatically increased th...
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Generalizable Deep Learning Models for Predicting Laboratory Earthquakes
AGU 2024
seismology | 09 december 2024
Chonglang Wang, Kaiwen Xia, Chris Marone, Wei Yao
Machine learning (ML) models can predict laboratory earthquakes using Acoustic Emission (AE), the laboratory equivalent of microseismicity, and change...
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Embedding Seismic Waveforms With SeismicAE Autoencoder
AGU 2024
seismology | 09 december 2024
Laura Laurenti, daniele trappolini, Christopher W....
The seismic waves generated by earthquakes are recorded by seismometers in the form of seismograms. However, seismograms include data regarding not on...
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