Meeting Abstracts

The Statewide California Earthquake Center (SCEC) collaborates with academic, government, industry, and other organizations to advance earthquake science, community resilience, and education by: (1) Gathering and analyzing data from field observations and laboratory experiments. (2) Developing system-level models and simulations of earthquake processes to synthesize knowledge as a physics-based understanding of seismic hazard. (3) Communicating that understanding to expand knowledge and reduce earthquake risk.

Participants are invited to present recent work aligned with SCEC priorities during the poster sessions.

Results 51-100 of 281

SCEC ID	Category	Title and Authors	SCEC Award
Group B Poster 048	Seismology	Seismicity bursts stand out from background seismicity in Southern California Nicolas DeSalvio, Wenyuan Fan, Andrew Barbour, Jeanne Hardebeck Earthquakes tend to occur in sequences driven by stress changes and transient fault zone processes. However, these driving processes are difficult to observe or differentiate in high resolution because of their variability. This results in... more	25231
Group B Poster 060	Geodesy	An Ensemble of Block Models Applied to Southern California Monica Diaz, Eileen Evans Pacific-North American plate boundary deformation in Southern California is distributed across a geometrically complex fault system. Understanding the strain distribution across faults in such a complex network requires robust estimates of fault... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 089	Geology	Provenance and deformation of southern San Andreas fault gouge: insights from illite K-Ar thermochronometry and stable isotope (δ2H) geochemistry Alexandra DiMonte, Lydia Bailey, Alexis Ault, Dennis Newell, Audrey Warren, Stephen Cox, Sidney Hemming, Greg Hirth The southern San Andreas fault (SSAF) system exposed in Mecca Hills, CA, is a natural laboratory to investigate the development of shallow on- and off-fault deformation at depth in space and time. Rocks actively deforming in the fault in the past... more Themes: Developing Rheologies and Bridging Multi-Scales	23081, 22082
Group A Poster 101	Geology	A Record of Earthquakes along the Northern San Andreas Fault from Subsidence Events within Tomales Bay, California Claire Divola, Alexander Simms, Ed Garrett During the 1906 San Francisco earthquake, portions of the marshes in upper Tomales Bay, which floods part of the San Andreas Fault valley, experienced coseismic subsidence. Thus, the deposits of these marshes may hold a record of past earthquakes... more Themes: Improving Observations and Closing Data Gaps	25329
Group B Poster 058	Seismology	Seismic Simulations for Structure and Source Characterization in the Bay Area: Foundations for ML Acceleration of Waveform Modelling Claire Doody, Jiun-Ting Lin, Qingkai Kong, Luis Vazquez, Caifeng Zou, Youngsoo Choi, Arthur Rodgers, Kamyar Azizzadenesheli, Zachary Ross, Robert Clayton Fourier Neural Operators (FNOs) are a machine learning technique that quickly and accurately determines solution operators of partial differential equations. This method shows great promise for improving the speed of forward calculations in full... more Themes: Improving Observations and Closing Data Gaps \| Improving Predictive Analyses of Seismicity \| Research Computing & Cyberinfrastructure
Group B Poster 094	SDOT	Viscoplastic fault rock properties from creep experiments on naturally damaged rocks from the San Andreas Fault Nairong Du, Hiroki Sone Shallow fault zone rocks are often damaged by fault activities, making them more prone to bulk plastic deformation upon mechanical loading. A significant fraction of such plastic deformation can also be time-dependent. Because viscoplastic... more Themes: Developing Rheologies and Bridging Multi-Scales
Group A Poster 303	CCB	The SCEC Wish Wall Ahmed Elbanna SCEC is entering a new chapter. We want to hear from you—our community—about what we should do together over the next 3–5 years. Write your ideas, priorities, and bold visions directly on this poster. Your input will help shape SCEC’s science,... more Themes: Outreach and Community Engagement
Group B Poster 068	Geodesy	An ensemble approach to tectonic block models: new capabilities and applications Eileen Evans, Jayson Sellars, Abigail Travers, Monica Diaz, Jack Loveless Determining fault slip rates throughout a complex fault system, such as in southern California, is essential for understanding tectonic strain partitioning at plate-boundary scales. Fault slip rates may be estimated using tectonic geomorphology and... more Themes: Advanced Modeling Frameworks \| Applied Science Implementation
Group A Poster 097	Geology	Paleoseismic Insights from Submarine Mass Transport Deposits in the San Nicolas Basin Andrea Fabbrizzi, Jillian Maloney, Sigworth Alicia The San Nicolas Basin, extending ~80×60 km and oriented N46°W, is aligned sub-parallel to the regional tectonic fabric of the Outer California Borderland. The northern margin displays an arcuate geometry, indicative of potential structural control... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 313	ASI	Research and Operations at the USGS Earthquake Science Center Allison Faris, Christine Goulet, Shane Detweiler The Earthquake Science Center (ESC) has been a flagship research center for the U.S. Geological Survey in the western United States for more than 50 years. It is one of the largest USGS research centers and its staff conducts global earthquake... more Themes: Applied Science Implementation
Group B Poster 128	Geology	Unraveling coseismic kinematics of frictional melts in extensive pseudotachylyte networks of the Santa Rosa Mountains, California Eric Ferre, Haley Benoit, Nina Zamani, John Geissman Fault pseudotachylytes form from frictional melting and are critical markers of deformation at seismic velocities (>0.1 m/s). Nonetheless, a significant gap exists between the extensive rupture lengths inferred for Mw > 7 earthquakes, often... more
Group B Poster 076	Geodesy	Intra-Frame Deformation Model: Improving the spatial resolution of vertical land motions through InSAR/GNSS integration Lavoisiane Ferreira, Yehuda Bock, David Sandwell, Aubrey Bennett We are developing an Intra-Frame Deformation Model (IFDM) to account for the deforming regions of the Western U.S. The project is funded by the National Geodetic Survey’s Geospatial Modeling Program as a complement to the new National Spatial... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 335	CEM	CRESCENT CFM: Constructing a 2-D and 3-D Community Fault Model for the Cascadia Region Rebecca Fildes, Colin Amos, Emily Roland, Ashley Streig, Scott Bennett, Alex Hatem, Anna Ledeczi, Andrew Meigs, Richard Styron, Harold Tobin The Cascadia convergent margin contains multiple sources of earthquake hazards including the plate boundary megathrust and faults within the upper (North America) and lower (Juan de Fuca) plates. Subduction-related active faults occur throughout... more Themes: Advanced Modeling Frameworks \| Research Computing & Cyberinfrastructure
Group B Poster 020	Seismology	Lessons learned in the field: Collecting seismic data in Walker Lane Heather Ford, Roby Douilly, Ashley Stroup, Joseph Byrnes, Delton Samuel The collection of geophysical data requires significant planning and thoughtful execution. Logistical challenges can make even theoretically simple deployments difficult to complete and often require years of preparation. Despite this, the... more Themes: Improving Observations and Closing Data Gaps	24118
Group A Poster 177	FARM	Exploring the Effects of Higher Normal Stress and Lower Characteristic Slip Distance on Earthquake Behavior Alexander Frank, Hassanat Ahmed, Mira Zedan, Natalie Schaal Despite continuous advancements in understanding earthquake processes via improvements in sensing and computational technology, how earthquakes nucleate remains a fundamental question of earthquake science. Instability ratio, which is the ratio of... more Themes: Developing Rheologies and Bridging Multi-Scales
Group A Poster 309	ASI	Mobility and Loneliness Factors in Earthquake Preparedness of Japanese Older Adults Mihoka Fukurai, Lisa Grant Ludwig Japan’s rapidly aging population and high seismic risk highlight the need for inclusive disaster preparedness strategies. Using data from 1,600 community-dwelling adults aged 55+ in four high-risk prefectures (Tokyo, Kanagawa, Kochi, Wakayama), this... more Themes: Applied Science Implementation
Group A Poster 133	FARM	Rupture sensitivity to dynamic source parameters revealed by variational fracture mechanics and adjoint rupture dynamics Rikuto Fukushima, Eric Dunham Dynamic source inversion with fault mechanics advances our fundamental understanding of the earthquake source process and helps overcome the difficulties of non-uniqueness or regularization in kinematic inversion. Stiernström et al. (2024) have... more Themes: Advanced Modeling Frameworks	25156
Group A Poster 081	Geodesy	Surface displacements and megathrust slip of the M8.8 2025 Kamchatka earthquake from Sentinel-1 and ALOS-2 InSAR Gareth Funning, Axel Periollat The M8.8 July 30th, 2025 Kamchatka earthquake was the largest event to occur globally in the last decade, and one of the ten largest events ever recorded instrumentally. It occurred offshore of the southeastern coast of the Kamchatka Peninsula, in a... more Themes: Improving Observations and Closing Data Gaps \| Improving Predictive Analyses of Seismicity
Group A Poster 165	FARM	Constraining On- and Off-Fault Nonlinear Dynamic Rupture Parameters via Hierarchical Bayesian Inversion of GNSS and Satellite Data for the 2019 Mw 7.1 Ridgecrest Earthquake Alice-Agnes Gabriel, Zihua Niu, Maximilian Kruse, Linus Seelinger, Nico Schliwa, Heiner Igel, Yehuda Ben-Zion Dynamic rupture simulations can incorporate physical laws and complex subsurface structures to better constrain earthquake processes. For example, the interactions between 3D co-seismic off-fault damage, seismic radiation, and rupture dynamics,... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales \| Advanced Modeling Frameworks	25341, 25313, 25259, 24103
Group B Poster 144	FARM	Links between fault mineralogy, fabric, friction, and rupture behavior of the Mw 7.6 Elbistan earthquake, Türkiye Leslie Garcia, Alexis Ault, Alba Rodriguez Padilla, Musa Balkaya, Caden Howlett, Srisharan Shreedharan, Dennis Newell, Sinan Akciz, Cengiz Zabcı, Greg Hirth Shallow (<1 km) fault material properties impact earthquake rupture propagation, seismic wave radiation, and near-field ground shaking. Yet, the relationships among fault zone composition, fabric development, and frictional behavior, and how they... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales \| Advanced Modeling Frameworks
Group A Poster 067	Geodesy	Identification of Previously Unmapped Faults using Phase Gradient Interferometry Nearby Major Earthquakes Rubi Garcia-Gonzalez, David Sandwell, Yehuda Bock We investigate the capability of phase gradient InSAR techniques to resolve small- scale surface deformation associated with large earthquakes, while avoiding errors due to phase unwrapping. Using data from C-band spaceborne satellite missions (ERS... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales \| Education and Workforce Development
Group B Poster 120	Geology	Admitting Failure in the Development of a Holocene Earthquake Record for the Green Valley Fault Zone from a Paleoseismic Site at Siqueira Ranch, Napa County, California Eldon Gath, Keene Karlsson The Green Valley fault (GVF) is part of the easternmost San Andreas fault system in Northern California. Despite the seismic hazard it poses to local communities and infrastructure, its earthquake history is poorly constrained. This paleoseismic... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 017	Seismology	Seismogeodetic early warning system: A step forward in tsunami and earthquake warning and mitigation Jonatan Glehman Rapid and accurate estimation of earthquake magnitude is crucial for early warning systems, particularly for coastal populations vulnerable to tsunami and seismic hazards. Traditional approaches relying on regional or teleseismic data introduce... more Themes: Applied Science Implementation
Group B Poster 114	Geology	Strategies for measuring geologic slip rates Ryan Gold Geologic slip rates are a primary input for probabilistic seismic hazard analyses, which forecast ground shaking in future earthquakes. In the presentation, I examine sources of uncertainty in measuring geologic slip rates along strike-slip faults.... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 091	Geology	Geological and Frictional Characterization of Damage Zone Structure of the Southern San Andreas Fault at Ferrum and Implications for Coseismic Off-Fault Deformation William Griffith, Aidan Fullriede, Thomas Rockwell, Anthony Torma A spectrum of slip behaviors occurs in active faultzones, ranging between localized slip on centimeters-thick fault principal slip zone to delocalized shear and dilatational deformation across the fault damage zones. Different styles of off-fault... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales	23170
Group A Poster 061	Geodesy	Using Sentinel-1 InSAR time series to characterize postseismic motions around the 2021 Mw 5.3 Calipatria earthquake, Imperial Valley, CA Katherine Guns, Kathryn Materna, Andrew Barbour The Imperial Valley in southernmost California is home to a network of primary and secondary faults, all of which can be impacted by the high heat flow, shallow crust, and volcanic and hydrothermal activity that characterizes the region. Previous... more Themes: Improving Observations and Closing Data Gaps
Group B Poster 328	CEM	Improving 3-D Seismic Velocity Structure of the Mendocino Triple Junction Region in Southern Cascadia with Densified Permanent Seismic Network Data Hao Guo The Mendocino Triple Junction (MTJ) region in northern California, the southernmost segment of the Cascadia subduction zone, is one of the most seismically active regions in the U.S. and poses a high risk of earthquake hazards. In the MTJ region,... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales	25290
Group B Poster 064	Geodesy	Updating the central San Andreas fault creep record with alignment array and differential lidar measurements at high spatial resolution Catherine Hanagan, Stephen DeLong, Jessie Vermeer, Travis Alongi The central San Andreas fault has an exceptional geodetic record, with high precision measurements of surface fault creep dating to the late 1960s from sparsely distributed (multi-km) alignment arrays (AAs) and creepmeters. Subsequent studies extend... more Themes: Improving Observations and Closing Data Gaps
Group B Poster 018	Seismology	False Positives in the Identification of Dynamic Earthquake Triggering Jeanne Hardebeck, Nicolas DeSalvio, Wenyuan Fan, Andrew Barbour Dynamic earthquake triggering is commonly identified through the temporal correlation between increased seismicity rates and global earthquakes that are possible triggering events. However, correlation does not imply causation. False positives may... more Themes: Improving Predictive Analyses of Seismicity
Group B Poster 162	FARM	SCEC Dynamic Rupture Exercises TPV36 and TPV37: A Shallowly Dipping Fault Reaching Earth’s Surface Ruth Harris, Michael Barall, Dunyu Liu, Benchun Duan, Fabian Kutschera, Alice-Agnes Gabriel, David Schneller, Duo Li, Shuo Ma, Wenqiang Zhang, Yajing Liu, Xiaofei Chen, Di Deng, Suli YAO, Hongfeng Yang, Abdullah Al Imran, Kenneth Duru The SCEC-USGS Dynamic Rupture Technical Activity Group is an international group of researchers who use the computational method of dynamic (or spontaneous) rupture to simulate earthquake source behavior. We range from early career to more senior... more Themes: Advanced Modeling Frameworks \| Research Computing & Cyberinfrastructure	24162
Group A Poster 317	ASI	Slip Pulses and PSHA Thomas Heaton 21st Century multistory US buildings are typically designed using Performance Based Earthquake Engineering (PBEE). The goal is to design such that building collapse is very improbable; typically, buildings are designed to survive the largest... more Themes: Applied Science Implementation
Group B Poster 084	PBS	Tectonic corridors of the northern San Andreas plate boundary system: Developing a new framework crustal deformation model Matthew Herman, Kevin Furlong The northern San Andreas plate boundary represents the transformation of a subduction margin into a lithospheric scale transform boundary at the Mendocino triple junction. Recent analyses, including dense geodetic observations and a new high... more Themes: Developing Rheologies and Bridging Multi-Scales \| Advanced Modeling Frameworks \| Improving Predictive Analyses of Seismicity	25062
Group B Poster 324	CEM	Updates to the USGS San Francisco Bay region 3D seismic velocity model (SF-CVM) with a focus on near surface (<1 km) properties Evan Hirakawa, Brad Aagaard We present updates to the USGS San Francisco Bay region 3D seismic velocity model (SF-CVM; most recent version v21.1) which are focused on shallow (< 1 km) properties west of the Rodgers Creek-Hayward-Calaveras fault system. The geology-based SF-... more
Group A Poster 163	FARM	Using mesh morphing and reduced-order modeling to quantify the influence of fault geometry on earthquake dynamic rupture Gabrielle Hobson, Dave May, Alice-Agnes Gabriel Natural faults have complex, non-planar geometries with rough surfaces that are challenging to constrain observationally. Fault geometries often remain uncertain at depth, even if surface rupture expressions are observed, and assumed fault... more Themes: Advanced Modeling Frameworks	25259, 25341, 25313
Group A Poster 075	Geodesy	A closer look at interseismic creep and postseismic deformation on the Pütürge segment of the East Anatolian Fault Celeste Hofstetter, Seda Özarpacı, Gareth Funning The East Anatolian Fault (EAF) in eastern Turkey exhibits heterogeneous frictional behavior, with both stick-slip and creeping fault segments. It has also experienced several large (M>6.5) earthquake ruptures in recent years, including the 2020... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 231	GM	Did They Feel It? Improving our Understanding of Earthquakes and Earthquake Effects using Legacy Macroseismic Data Susan Hough, Aarnav Agrawal, Lori Dengler, William Ellsworth, Lijam Hagos, Margaret Hellweg, Khant Nyi Hlaing, S. Mostafa Mousavi, Robert McPherson, Clara Yoon Even in a big-data era, we have limited instrumental seismic data for large earthquakes at close distances, which are critical for improving resilience of the built environment. Instrumental data can be augmented with empirical ground motion... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 105	Geology	Influence of structural inheritance along the Çardak fault on the Mw7.6 Elbistan earthquake rupture, southeastern Türkiye Caden Howlett, Alexis Ault, Leslie Garcia, Dennis Newell, Musa Balkaya Long-term (10-100 Myr) regional tectonic processes influence subsequent fault zone development and evolution. Preexisting, basement-hosted structures, fabrics, and slip surfaces can act as zones of weakness that facilitate strain localization over... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales
Group B Poster 326	CEM	Multiscale Transects Illuminate the Shallow-to-Deep Fault Architecture of the Western Transverse Ranges, Incorporating Constraints from Tomography Yu-Huan Hsieh, John Suppe The Transverse Ranges, straddling the Big Bend of the San Andreas fault, are both data-rich and complex. The current transpressive tectonics since ~6Ma is characterized by M6-7+ earthquakes on thrust faults that build the topographic mountain belt... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales
Group B Poster 010	Seismology	Dynamic triggering of earthquakes at Coso and Ridgecrest, California Yu-Fang Hsu, Xiaofeng Meng, Yehuda Ben-Zion Dynamic triggering of earthquakes by transient seismic waves from teleseismic and regional events can be used to explore evolving variations in stresses required for fault failure. Systematically investigating stress state variations along faults by... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 005	Seismology	Learning Complex Fault Structures from Hypocenter Distributions via Point Cloud Segmentation Yanlan Hu, Gregory Beroza Accurately characterizing fault geometry is an essential task in seismology, underpinning a wide range of analyses from earthquake hazard assessment and stress triggering to dynamic rupture modeling. High-resolution earthquake catalogs – enabled by... more Themes: Improving Observations and Closing Data Gaps \| Advanced Modeling Frameworks \| Improving Predictive Analyses of Seismicity
Group B Poster 222	GM	Vertical continuation of seismic waveforms through the shallow structure with neural operators Shuye Huang, Yehuda Ben-Zion, Jamison Steidl Seismic waveforms at the surface are strongly affected by linear and nonlinear wave propagation in the geotechnical top layer, topography, various site effects, and local noise sources, which limit the ability to both simulate ground motion and... more Themes: Improving Observations and Closing Data Gaps
Group A Poster 217	GM	Regional Adjustments to Ground Motion Models for the Santa Barbara Region, California Kenneth Hudson This study develops region specific adjustments to ground motion model source, path, and site terms for the Santa Barbara region of California, a tectonically active area characterized by unique geological features within the broader context of... more Themes: Applied Science Implementation
Group B Poster 006	Seismology	From fire to fault: Public reactions to the 2025 Los Angeles wildfire alerting as a model for aftershock earthquake early warning response Allen Husker, Sandra Vaiciulyte, Jessie Saunders, Lynn Hulse Timely and trusted warning systems are critical for protecting people from hazards during fast-moving events. Understanding how people perceive and respond to early warning alerts is therefore of urgent importance. In the USA, systems like the... more Themes: Improving Observations and Closing Data Gaps \| Applied Science Implementation \| Outreach and Community Engagement
Group B Poster 192	FARM	Earthquake Cycle Simulation in Poro-Viscoplastic Media: A Coupled Framework for Fault-Fluid-Inelasticity Interactions Amr Ibrahim, Ahmed Elbanna Earthquake cycles, in both natural and induced settings, are governed by complex interactions among fault slip, fluid pressure evolution, and inelastic deformation in surrounding rock. While previous research has advanced understanding of fault–... more Themes: Developing Rheologies and Bridging Multi-Scales \| Advanced Modeling Frameworks \| Improving Predictive Analyses of Seismicity
Group A Poster 141	FARM	On the use of Discrete Fault Network simulations for time-dependent seismic hazard assessment, application to the Sagaing fault Kyungjae Im, Jean-Philippe Avouac Despite considerable advancements in our understanding of earthquake dynamics, earthquake forecasting remains a daunting challenge. The 2025 Myanmar Mandalay earthquake is a notable case, as it ruptured a ‘seismic gap’ on the Sagaing Fault, where a... more Themes: Advanced Modeling Frameworks \| Improving Predictive Analyses of Seismicity \| Research Computing & Cyberinfrastructure
Group A Poster 199	EFP	Earthquake Forecasting Using Single-Station Waveform Detection Without Reliance on Event Catalogs Yuriko Iwasaki, Emily Brodsky, Kelian Dascher-Cousineau Earthquake forecasting directly from waveforms, bypassing traditional catalogs, promises enhanced efficiency since catalogs are derived from waveforms and the raw data inherently encapsulates a broader spectrum of information. For instance,... more Themes: Improving Predictive Analyses of Seismicity
Group A Poster 099	Geology	Learning from complexity: Paired U-series and (U-Th)/He analyses of hematite fault damage from the southern San Andreas fault Jordan Jensen, Noah McLean, Alexis Ault Hematite-coated slip surfaces in basement-hosted off-fault damage zones in Mecca Hills, CA, formed and deformed by slow slip in the southern San Andreas fault system (SSAF). Prior hematite (U-Th)/He geochronology revealed these slip episodes... more Themes: Improving Observations and Closing Data Gaps	21068, 22082
Group A Poster 143	FARM	Simulating Swarm-to-Mainshock Evolution at the St. Gallen Geothermal Project SeongJu Jeong, Junle Jiang Induced seismicity can evolve from earthquake swarms to damaging mainshock sequences, but the physics of this transition remains poorly understood. We analyze the 2013 earthquake sequences at the St. Gallen geothermal site in Switzerland, where... more Themes: Advanced Modeling Frameworks \| Improving Predictive Analyses of Seismicity \| Applied Science Implementation
Group B Poster 156	FARM	Evolution of frictional strength and fluid flow in shear fractures in granitic rock under hydrothermal conditions Tamara Jeppson, David Lockner, Josh Taron, N. Beeler, Stephen Hickman, Diane Moore The failure of faults in the brittle crust is dependent on frictional strength and in situ effective stress. Both are influenced by fluid transport properties of the fault zone, yet relatively few studies have examined the evolution of both... more Themes: Improving Observations and Closing Data Gaps \| Developing Rheologies and Bridging Multi-Scales \| Advanced Modeling Frameworks
Group B Poster 050	Seismology	Characterizing Broadband Source Spectra of Moderate Earthquakes: Revising Site Response Uncertainty and Its Impact on Source Parameters Chen Ji, Ralph Archuleta We characterize the broadband source spectra of moderate earthquakes with three measurements: seismic moment M_0, apparent stress σ_a, and stress parameter 〖Δσ〗_B, corresponding to frequencies below the corner frequency, bracketing the corner... more Themes: Improving Observations and Closing Data Gaps \| Advanced Modeling Frameworks

The Statewide California Earthquake Center is committed to providing a safe, productive, and welcoming environment for all participants. We take pride in fostering a diverse and inclusive SCEC community, and therefore expect all participants to abide by the SCEC Activities Code of Conduct.

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