Abstract: Evidence of Enhanced Subrosion in a Fault Zone and Characterization of Hazard Zones with Elastic Parameters derived from S<sub>H</sub>-wave reflection Seismics and VSP (2017 AGU Fall Meeting)

Evidence of Enhanced Subrosion in a Fault Zone and Characterization of Hazard Zones with Elastic Parameters derived from S_H-wave reflection Seismics and VSP

Sonja Halina Wadas¹, David Colin Tanner¹, Saskia Tschache¹, Ulrich Polom¹ and Charlotte M Krawczyk², (1)Leibniz Institute for Applied Geophysics, Hannover, Germany, (2)Helmholtz Centre Potsdam GFZ German Research Centre for Geosciences, Geophysics, Potsdam, Germany

Back to: Subsidence: Causes, Impacts, Mapping, and Ground/Satellite Monitoring II Posters

Evidence of Enhanced Subrosion in a Fault Zone and Characterization of Hazard Zones with Elastic Parameters derived from SH-wave reflection Seismics and VSP

Evidence of Enhanced Subrosion in a Fault Zone and Characterization of Hazard Zones with Elastic Parameters derived from S_H-wave reflection Seismics and VSP