GH
Member Since 1986
Greg Hirth
Professor, Brown University
Professional Experience
Brown University
Professor
2007 - Present
Brown University
PhD., Assoc Professor, Geological Sciences
1991 - Present
Education
Doctorate
1991
Honors & Awards
Francis Birch Lecture
Received 2017
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Union Fellow
Received 2008
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Publications
Role of Crack Interaction on Shear Localization in Porous Granular Rocks Deformed in the Brittle and...

Crack interactions leading to shear localization were quantified using microstructural analysis for brittle faults and high‐temperature ducti...

April 17, 2024
AGU Abstracts
Correlation of textures and slip behavior of hematite in natural and experimental faults
ONLINE POSTER SESSION FOR TECTONOPHYSICS I
tectonophysics | 22 january 2024
Alexandra DiMonte, Alexis K. Ault, Greg Hirth, Cam...
Common secondary minerals such as hematite influence fault rheology, and its variable grain size and textures reflect its formation and deformation co...
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Can Clay Minerals Record the Dates and Rates of Deformation During Earthquake Cycles?
RATES AND DATES OF LITHOSPHERIC PROCESSES II ORAL
tectonophysics | 15 december 2023
Lydia Bailey, Alexis K. Ault, Sidney R. Hemming, A...
Clay minerals are common constituents of fault damage and govern the frictional strength, slip stability, and permeability of fault zones. However, we...
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Creep Experiments on Talc-Quartz Aggregates at Slow Slip Conditions
RUPTURE AND DEFORMATION PROCESSES, FROM SLOW TO FAST AND FROM MICRO TO MACRO III POSTER
mineral and rock physics | 15 december 2023
Hannah Shabtian, Cameron D. Meyers, Greg Hirth
Slow slip events are quasi-stable, aseismic displacements along the subduction interface. The mechanisms of slow slip are not well understood, partly ...
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Volunteer History
2015 - 2016
Immediate Past President
Tectonophysics Executive Committee
2013 - 2014
Member
Tectonophysics Fellows Committee
2013 - 2014
President
Tectonophysics Executive Committee
Check out all of Greg Hirth’s AGU Research!
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