Mechanisms of Spatially Variable Afterslip: Stress-Driven Versus Fluid-Assisted Deformation Following the 2017 Jiuzhaigou Earthquake
Year: 2025
Type: article
Abstract: InSAR Deformation for one year and two years: One year data for ascending track: asc_20170811_20180806_SET_tropHgt_demErr_msk.txt Six years data for ascending track: asc_20170811_20230325_SET_tropHgt_demErr_msk.txt One year data for descending track: DES_20170818_20180720_SET_tropHgt_demErr.txt Six years data for descending track: DES_20170818_20230718_SET_tropHgt_demErr.txt InSAR time series data: Asc_timeseries_SET_tropHgt_demErr_msk.h5 and Des_timeseries_SET_tropHgt_demErr_msk.h5 slip distribution data: one year for descending track: des_slip_jiuzhaigou_des_20170818_20180720.dat six years for descending track: des_slip_jiuzhaigou_des_20170818_20230718.dat one year for ascending track: asc_slip_jiuzhaigou_asc_20170811_20180806.dat
Authors: Hua, Jun, Gong, Wenyu, Li, Yuexin, Shan, Xinjian
Language: English
Subfield: Geophysics
Field: Earth and Planetary Sciences
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7090334800
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