Dataset for Exploring Tidal Modulation of Seismicity in Southern California

1. Original_catalog1.1 SCSN_original_catalog.txt: Original HypoDD version of the SCSN seismic catalog, without any declustering or screening processing.1.2 QTM_12dev.txt: Original QTM seismic catalog filtered by a 12x detection threshold, without declustering processing. 2. Decluster_catalog2.1 SCSN_decluster_m1.5.txt: SCSN seismic catalog declustered using the ETAS model, with a completeness magnitude of 1.5.2.2 QTM_decluster_m0.1.txt: QTM seismic catalog declustered using the ETAS model, with a completeness magnitude of 0.1. 3. Fault_geometry_information3.1 CFM5.3_Metadata.xlsx: Original data description document for the CFM5.3 fault model, including model design, parameter definitions, data sources, and other metadata.3.2 CFM5.3_traces.lonLat: Basic geometric information file for the CFM5.3 fault model, containing only fault spatial coordinates and no strike, dip, or rake angles.3.3 CFM5.3_traceslonLat_fault_geometry.txt: CFM5.3 fault geometry information file withstrike, dip, and rake angles. Important: The fault names in `CFM5.3_traces.lonLat` have been replaced with strike, dip, and rake angles, and the order is in one-to-one correspondence with the original file. 4. Tidal stress4.1 Tidal_N_0.txt/Tidal_N_90.txt/Tidal_S_0.txt/Tidal_Vol.txt: Strain data calculated by SPOTL at the point (-117, 35), with the start time of '1981-01-01' and a sampling interval (t_sample) of 6000s.4.2 calc_stress.py: Code that provides the process of converting strain to stress on the fault plane. Note that strike/dip/rake need to be specified, which can be obtained from the Fault_geometry_Information If you have any questions, please contact: [e-mail] or [e-mail]