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Fig. 13 | Earth, Planets and Space

Fig. 13

From: Improvement on spatial resolution of a coseismic slip distribution using postseismic geodetic data through a viscoelastic inversion

Fig. 13

Postseismic slip model by the viscoelastic inversion. Postseismic displacements and misfits in the viscoelastic model are shown in ad (horizontal components) and in eh (vertical component). Black vectors shown in the columns of “All”, “Postseismic Slip”, and “Viscoelastic Relaxation” represent the observed postseismic displacements. Black vectors shown in the columns of “Residuals” represent the misfits between the observation and the calculation. Blue vectors shown in the columns of “All” represent the calculated postseismic displacements. Blue vectors shown in the columns of “Postseismic Slip” and “Viscoelastic Relaxation” represent contributions of postseismic slip and viscoelastic relaxation of the calculated postseismic displacements, respectively. Red and blue bars shown in the columns of “All”, “Postseismic Slip”, and “Viscoelastic Relaxation” represent the observed postseismic displacements in uplift and subsidence directions, respectively. Red and blue bars shown in the column of “Residuals” represent the misfits. Orange and cyan bars represent the calculated postseismic displacements in uplift and subsidence directions, respectively, and they show contributions of the labeled postseismic deformation process. Colors of sub-faults in a, d, and e show postseismic slip, 1σ

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