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The 2015 Gorkha Nepal Earthquake sequence started with a magnitude M w  7.8 main shock and continued with several large aftershocks, particularly the second major shock of M w  7.3. Both earthquake events were captured using ALOS-2 ScanSAR images to determine the coseismic surface deformation and the source models. In this paper, the displacement maps were produced and the corresponding modelling results were discussed. The single fault model of the main shock suggests that there was nearly 6 m of right-lateral oblique slip motion with fault struck of 292 °  and dipped gently Northeast at 7 ° , indicating that the main shock was on a thrust fault. Moreover, a single fault model for the M w  7.3 quake with striking of 312 °  and dipping of 11 °  was derived from observed result. Both results showed the fault planes struck generally to South and dipped northeast, which depicted the risks since the main shock occurred.

Source Model from ALOS-2 ScanSAR of the 2015 Nepal Earthquakes