Member Since 1987
Judith Savaso Chester
Professor, Texas A&M University College Station
Professional Experience
Texas A&M University College Station
Professor
1992 - Present
Education
Texas A&M University College Station
Doctorate
1992
Honors & Awards
Paul G. Silver Award for Outstanding Scientific Service
Received December 2019
Judith Savaso Chester received the 2019 Paul G. Silver Award for Outstanding Scientific Service at AGU’s Fall Meeting 2019, held 9–13 December in San Francisco, Calif. The award is given annually and recognizes “significant contributions to the field...
Judith Savaso Chester received the 2019 Paul G. Silver Award for Outstanding Scientific Service at AGU’s Fall Meeting 2019, held 9–13 December in San Francisco, Calif. The award is given annually and recognizes “significant contributions to the fields of geodesy, seismology, or tectonophysics from a mid-career or senior scientist” through “mentorship of early-career scientists, leadership on community research initiatives, or other collaborative research efforts.”  
Citation

Prof. Judith (“Judi”) S. Chester is an outstanding scientist who uses a powerful combination of experiments and field observations to understand earthquake faulting; however, this award recognizes her exemplary efforts on behalf of the broader community.

In 2004, the Southern California Earthquake Center (SCEC) recruited Judi to help lead the effort in Fault and Rupture Mechanics. She played a key role in guiding that enterprise through consistently clear thinking and constructive suggestions. She subsequently served on the SCEC board, then again in a more prominent role as the vice chair of the Planning Committee. As vice chair, she guides the research enterprise of a large and diverse research community. This is hard work, it is important work, and it is community work that represents a substantial time commitment and attests to Judi’s unselfish character. Judi has now been involved in SCEC leadership for over 15 years; however, during that time she has done much more.

From 2010 to 2016, Judi assumed leadership roles in AGU’s Physical Properties of Earth Materials group. From 2013 to 2017, she was on the Executive Committee of DEFORM. Since 2013, she has managed the National Science Foundation EarthScope Office for Physical Samples from San Andreas Fault Observatory at Depth (SAFOD), the community resource for storing and making available cores recovered from the San Andreas. SAFOD was a key component of EarthScope, which Paul Silver, to whom this award is dedicated, helped initiate. Judi’s community efforts are particularly impressive because she carried out many of them simultaneously, all while maintaining her own vigorous research program.

Judi is an outstanding scientist who has unselfishly contributed her time and talents in support of a broader research community that spans the three sponsoring AGU sections and beyond. Judi Chester is an exceptionally worthy recipient of the 2019 Paul G. Silver Award.

—Gregory C. Beroza, Department of Geophysics, Stanford University, Stanford, Calif.

Response
Thank you, Greg, for your thoughtful citation. I am truly honored to receive the Paul G. Silver Award for Outstanding Scientific Service from the Tectonophysics, Seismology, and Geodesy sections of AGU. This award also is a tribute to the work of the many individuals who conceived of, built, and supported two major scientific programs that I have been very fortunate to participate in, the SAFOD EarthScope initiative and the Southern California Earthquake Center. The foundational scientific vision of each program and their specific research priorities have captivated and energized me through much of my career. Participating in these endeavors offered me the opportunity to interact with two large, overlapping research communities that focused on understanding all aspects of earthquake behavior. They opened multiple paths for participation, helped me grow as a scientist, and introduced me to interdisciplinary research. Through their examples, I learned about collaborative leadership, and it has been an honor to return these gifts through service. There are many individuals I would like to recognize but can only name a few. First, the SAFOD leaders, Steve Hickman, Mark Zoback, and William Ellsworth, for their hard work over many years; and Terry Tullis for inviting me to SCEC’s first Fault and Rock Mechanics (FARM) workshop in 2002 and opening my eyes to the world of SCEC. That meeting changed my professional life and set me on a path with Terry, Ruth Harris, Nadia Lapusta, and many others to advance FARM-related priorities within the SCEC community. I thank Tom Jordan and John McRaney for their contributions to SCEC over many years, and the SCEC business office, now expertly led by Tran Huynh. Greg, it has been a pleasure working under your thoughtful and expert leadership. Finally, I would like to thank Fred, my colleague, collaborator, and partner. —Judith Savaso Chester, Texas A&M University, College Station
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Publications
Investigating Dynamic Weakening in Laboratory Faults Using Multi‐Scale Flash Heating Coupled With mm...

Flash‐weakening models typically show good agreement with the total magnitude of weakening in high‐speed rock friction experiments, how...

December 18, 2023
AGU Abstracts
Understanding Frictional Contacts in Faults during Seismic Slip at Varying Normal Stress
AGU 2024
tectonophysics | 10 december 2024
Santa Bonnett, Xiaofeng Chen, Frederick M. Chester...
Because of the devastating potential of earthquakes, there is great interest in understanding the multi-scale physics of faulting and earthquake ruptu...
View Abstract
Exploring the Roles of Mineralogy and Roughness on Hotspot Development in High-velocity Sliding Experiments on Faults in Westerly Granite
EFFECTS OF HETEROGENEITIES ON STRAIN LOCALIZATION IN THE CRUST AND MANTLE I ORAL
tectonophysics | 16 december 2022
Monica R. Barbery, Frederick M. Chester, Judith S....
Models for flash-weakening show overall agreement with mechanical results from high-velocity friction experiments on Westerly granite, however some as...
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Clumped Isotope Signatures of Deep Meteoric Fluid Infiltration along the Punchbowl Fault Zone, Southern California
FRICTIONAL, GEOLOGICAL, AND GEOPHYSICAL SIGNATURES OF FAULT HEALING: MECHANISMS AND IMPLICATIONS FOR DEFORMATION DURING THE EARTHQUAKE CYCLE II POSTER
tectonophysics | 13 december 2022
Matthew T. Dorsey, Judith S. Chester, Frederick M....
The Punchbowl fault zone (PFZ) is an inactive, exhumed strand of the San Andreas system accounting for 40-50 km of strike-slip displacement. The main ...
View Abstract
Volunteer Experience
2017 - 2018
Member
Mineral and Rock Physics Executive Committee
2013 - 2014
Member
Mineral and Rock Physics Executive Committee
2010 - 2012
Chair
Mineral and Rock Physics-Subcommittee on Physical Properties of Earth's Material
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