[Skip to Content]
Banner
Menu
  • Home
  • Submit Abstract
  • Home
  • 2019 Annual Meeting Session Gallery
  • State of Stress and Strain in the Crust and Implications for Fault Slip Based on Observational, Numerical and Experimental Analysis [Poster]

← Back to Sessions

State of Stress and Strain in the Crust and Implications for Fault Slip Based on Observational, Numerical and Experimental Analysis [Poster]

Date: 4/26/2019

Time: 6:00 PM to 11:00 PM

Room: Grand Ballroom

Understanding the stress and strain distributions in the crust and specifically near fault zones is essential towards refining knowledge on deformation processes, fault mechanics and earthquake source physics. This session focuses on (1) the estimation of the state of stress/strain and (2) the analysis of stress/strain distributions at different spatial and temporal scales by soliciting works based on theory, observational data, modeling and laboratory experiments. Contributions are encouraged but not limited to address the following questions: 1) How are stress and strain distributed in lab experiments and nature and how can we bridge the two environments? 2) What are insights from numerical simulations on stress state and to what extent can models help in interpreting observations such as earthquakes or slow slip events? 3) What can we extract from geodetic, geologic, borehole and seismic data regarding the state of stress at regional and local scales? 4) How can spatial stress/strain variations from long-term data compilations improve our knowledge of fault zone structure, earthquake mechanics, aseismic slip? 5) How can information on the state of stress/strain be used to improve seismic hazard assessments?

Conveners

Niloufar Abolfathian, University of Southern California (nabolfat@usc.edu)
Patricia Martínez-Garzón, GFZ Research Center for Geosciences (patricia@gfz-potsdam.de)
Thomas Goebel, University of California, Santa Cruz (tgoebel@ucsc.edu)

Poster Presentations

Participant RoleDetailsAction
Submission22 May 1971 and 1 May 2003 Bingöl Earthquakes in Eastern TurkeyView
SubmissionA Seismic Event From a Limestone Mine Collapse in Southern Korean PeninsulaView
SubmissionLocalizing Interseismic Deformation With Far-Field Loading Around Locked Strike-Slip FaultsView
SubmissionThe 2015 Plainfield, CT Earthquake Swarm: Induced Earthquakes Due to an Abandoned Quarry?View
SubmissionUppermost Mantle Velocity and Anisotropy Beneath Mongolia and Its Adjacent RegionsView
Submission[Withdrawn] Contemporary Stress and Strain Field Data in the Mediterranean From Surface to Depth: Resolution, Correlations and ContradictionsView
SubmissionRemote Triggering of Microseismicity at Mt. Erubus, AntarcticaView
SubmissionSeismicity in the Region of the Gulf of California, Mexico From 1900 to 2018View
SubmissionInterseismic Velocity Data Along the Conjugate Strike-Slip Faults From Sentinel-1 SatelliteView
SubmissionOptimized Moment Tensor Inversion in Effective Three-Dimensional Seismic Earth's ModelView
SubmissionJoint Analysis of Seismic, Geologic, Resistivity and Topographic Data Collected Within the San Jacinto Fault Zone Trifurcation Area Near Anza, CaliforniaView
 
View __ Presentations

State of Stress and Strain in the Crust and Implications for Fault Slip Based on Observational, Numerical and Experimental Analysis [Poster]

Description