Jishishan_Earthquake_Dataset_2025.zip

<b>Synergistic Interplay of Multiple Mechanisms in Triggering the Jishishan Earthquake Sequence</b><br>Authors: Zhe Zhang¹✉, Xiaofen Zhao¹✉, Chunyu Liu¹✉, Yueyang Xia¹, Jiuyuan Yang², Guangyao Cai³, Yijun Liu⁴<br><b>Overview</b>This dataset accompanies the manuscript <i>“Synergistic Interplay of Multiple Mechanisms in Triggering the Jishishan Earthquake Sequence.”</i><br>It provides the seismic, geodetic, and modeling data used in the study, organized into eight folders as described below.Folder Structure and Contents1. <b>aftershocks/</b>· <code><strong>jishishan_list.txt</strong></code> – Complete aftershock catalog.· <code><strong>JSSWF/</strong></code> – Aftershocks located on the segment of the Jishishan West fault (MATLAB <code>.mat</code> format).· <code><strong>JSSEF/</strong></code> – Aftershocks located on the segment of the Jishishan East fault (MATLAB <code>.mat</code> format).2. <b>historical_earthquake_catalogs/</b>· <b>CSV format</b> – Historical earthquake catalog (query.csv).3. <b>historical_moment_tensor/</b>· <b>TXT format</b> – Historical moment tensor solutions downloaded from the GCMT database. (histmom.txt)4. <b>initial_coseismic_strain_field/</b>· 3-D coseismic strain field induced by the mainshock, used for calculations of pore pressure change and stress invariants.5. <b>InSAR_data/</b>· <b>Ascending(ascending_LL_RB.inp) and descending(descending_LL_RB.inp) track datasets</b> in <code>.inp</code> format.6. <b>rupture_process_model/</b>· <b>TXT format</b> – Rupture process model obtained from joint inversion.7. <b>seismic_wave_data/</b>· Waveform dataset used for joint inversion and moment tensor analysis, provided in MATLAB <code>.mat</code> format with sensitive information removed in compliance with data confidentiality policies.8. <b>static_slip_model/</b>· <b>TXT format</b> – Static slip model derived from inversion, used in stress field calculations.Data Usage Notes· File formats are compatible with MATLAB (<code>.mat</code>), or standard text/CSV parsers.· InSAR <code>.inp</code> files follow the conventional input structure for geodetic modeling and include station coordinates (latitude and longitude) as well as line-of-sight (LOS) displacement data.· The dataset has been anonymized where required.Access Restrictions· Precise station coordinates and complete instrument response functions are not included in this dataset due to confidentiality policies.· Users requiring higher-resolution station metadata should register and submit an official request to the [International Earthquake Science Data Center]· (http://www.esdc.ac.cn/,https://doi.org/10.11998/IESDC ).<br>