Refining 3D Displacement Fields and Coseismic Slip Models of the 2023 Kahramanmara ̧s Earthquakes Using Subswath and Burst Overlap Interferometry (SBOI)

This repository contains datasets related to the study "Refining 3D Displacement Fields and Coseismic Slip Models of the 2023 Kahramanmaraş Earthquakes Using Subswath and Burst Overlap Interferometry (SBOI)". The data includes processed InSAR-derived 3D displacement fields and coseismic slip models from GBISv2, integrating SBOI, pixel offset trackings. Contents: 1. 3D_field.zip; This dataset includes decomposed InSAR-derived 3D displacement fields from SBOI and offset tracking dataset. The individual files represent different displacement components extracted from SBOI analysis: me_001_decomp.tif: Eastward displacement component mn_001_decomp.tif: Northward displacement component mu_001_decomp.tif: Vertical displacement component mse_001_decomp.tif: East component uncertainty msn_001_decomp.tif: North component uncertainty msu_001_decomp.tif: Up component uncertainty magnitude_001_decomp.tif: Total displacement magnitude. 2. Coseismic_model.zip; This dataset includes the coseismic slip model results obtained from geodetic inversion techniques, incorporating both InSAR and GNSS observations. The files are in MATLAB (.mat) and (.grd) formats making them suitable for visualization in GMT (Generic Mapping Tools): 1_invert_1_2_3_4_5_6_7_8_9_Z.mat: MATLAB file containing slip inversion results from SBOI and offset tracking datasets *_rr_model.grd: Full-resolution modeled displacement for each input dataset *_rr_raw_data.grd: Full resolution raw displacement data used in the inversion process invert_1_2_3_4_5_6_7_8_9_Z(ENU)model.grd: Full-resolution 3D displacement model in ENU format.