Analysis data of Kobayashi et al. (2023)  [The 2023 Kahramanmaraş earthquake]

Crustal deformaion / Fault traces / Fault model / Karaca Dag / Citation 

Crustal deformation

SAR (ALOS-2 satellite)-derived crustal deformation

Data File Note
2-D (quasi-EW, quasi-UD) qEW.tif  qUD.tif Eastward and upward: positive sign
3-D (NS, EW, UD) NS.tif EW.tif UD.tif Northward, eastward and upward: positive sign
InSAR (wrapped) p077.insar_wrap.tif p184.insar_wrap.tif File name: [path].insar_wrap.tif
InSAR (unwrapped) p077.insar_unwrap.tif p184.insar_unwrap.tif File name: [path].insar_unwrap.tif
MAI p077.mai.tif p184.mai.tif File name: [path].mai.tif
Range-SBI p077.rsbi.tif p184.rsbi.tif File name: [path].rsbi.tif
Coherence p077.coh.tif p184.coh.tif File name: [path].coh.tif

Fault traces (Displacement discontinuities)

SAR-derived displacement discontinuities associated with fault motions

Data File Note
Fault traces (A) fltrace_A.kml - Fault traces along the southern and teh northern strands bifurcating in the west of teh East Anatolian Fault
- corresponds to main fault ruptures
Fault traces (B) fltrace_B.kml - Fault traces around the southern and teh northern strands bifurcating in the west of teh East Anatolian Fault
- corresponds to clear fault motions, not main fault ruptures 
Fault traces (C) fltrace_C.kml - Low reliable traces due to unclear displacement boundaries
- corresponding to white dotted lines in Fig. 2 of Kobayashi et al. (2023)

Fault model

Slip distribution model

Data File Note
Slip distribution model fault_slip.dat  

Karaca Dag

SAR (ALOS-2 satellite)-derived crustal deformation observed in Karaca Dag volcano

Data File Note
2-D (quasi-EW, quasi-UD) qEW.volcano.tif  qUD.volcano.tif Eastward and upward: positive sign
InSAR (unwrapped) p076.insar_unwrap.volcano.tif p183.insar_unwrap.volcano.tif File name: [path].insar_unwrap.volcano.tif

Citation