Data for "New Insights of the Conjugate Seismogenic Structure in the Northernmost Longitudinal Valley Revealed by the 2024 Hualien (Taiwan) Earthquake from Geodetic and Seismic Observations"

These are data for the manuscript titled "New Insights of the Conjugate Seismogenic Structure in the Northernmost Longitudinal Valley Revealed by the 2024 Hualien (Taiwan) Earthquake from Geodetic and Seismic Observations" submitted to JGR-SE (# 2024JB031025).Please feel free to use these data upon the acception of the manuscript.<br>We provide the following datasets and results in our manuscript:Dataset S1. All geodetic observation datasets using for joint finite-fault inversion in this study, including: (1) downsampled interferograms from Lutan-1, Sentinel-1 and ALOS-2, and (2) GNSS coseismic offsets selected from NSLC.Dataset S2. All geodetic observation datasets using for joint finite-fault inversion in this study, including: (1) station list of teleseismic broadband body-wave waveforms, (2) station list of teleseismic broadband surface-wave waveforms, and (3) station list of local strong-motion accelerometer reconds.Dataset S3. All seismic catalog using for auxiliary validation, additional constraints, and tectonic discussion, including: (1) 2-month relocated aftershocks from GDMS, (2) moment tensor catalog of aftershocks from AutoBATS, and (3) background seismic catalog from 2000 to 2024, from GDMS.Dataset S4. Finite sourece rupture model and the dynamic rupture process video of the 2024 Hualien earthquake.Dataset S5. All input file for Coulomb failure stress changes calculating, including (1) stress trigger of the 2024 Hualien event, (2) LVF seismic risk, (3) 1920 event fault seismic risk.