Sensitivities of geodetic source analyses to elastic crust heterogeneity constrained by seismic tomography for the 2017 M_w 6.5 Jiuzhaigou, China, earthquake

Keyphrases

• Source Analysis 100%
• Geodetic 100%
• Homogeneous Solution 100%
• Seismic Tomography 100%
• Jiuzhaigou 100%
• Finite Element Model 66%
• Aftershock 66%
• Near-field 33%
• Vertical Distribution 33%
• Seismicity 33%
• Confidence Level 33%
• Seismic Activity 33%
• Two-peak 33%
• Misfit 33%
• Radar Observations 33%
• Heterogeneous Distribution 33%
• Coulomb Failure Stress Change 33%
• Bounded below 33%
• Stress Assessment 33%
• Heterogeneous Model 33%
• Homogeneous Half-space 33%
• Seismic Rupture 33%
• Negative Velocity 33%
• Interferometric Synthetic Aperture Radar (InSAR) 33%
• Seismic Hazard 33%
• Tibet 33%
• Velocity Anomaly 33%
• Earthquake Source 33%
• Surface Observations 33%
• Prone Area 33%
• Hazard Assessment 33%
• Elastic Modeling 33%
• Source Configuration 33%
• Eastern Tibet 33%
• Post-earthquake 33%
• Fault Strike 33%
• Crustal Materials 33%
• Model Domain 33%
• Slip Zone 33%
• Peak Slip 33%
• Low-velocity Layer 33%
• Sentinel-1 33%

Earth and Planetary Sciences

• China 100%
• Aftershock 100%
• Seismic Tomography 100%
• Vertical Distribution 20%
• Seismicity 20%
• Seismic Activity 20%
• Locale 20%
• Radar Tracking 20%
• Seismic Hazard 20%
• Synthetic Aperture Radar 20%
• Tibet 20%