Additional file 3 of Magma reservoir beneath Azumayama Volcano, NE Japan, as inferred from a three-dimensional electrical resistivity model explored by means of magnetotelluric method

Additional file 3. Comparisons between the electrical resistivity and seismic velocity models. Figure S3.1: Plan or map view of the Vp model by Okada et al. (2015) superimposed on the resistivity model (Fig. 5). The white lines are Vp contours with the interval of 0.1 km/s. The background color represents the logarithmic resistivity value. The black and white circles, red character, and black triangles, are observation sites, sampling point of Vp model, Oana Crater, and edifice summits, respectively. The labels A and B for the conductors are referred to in the main text. Figure S3.2: Vertical profiles of the Vp model by Okada et al. (2015) superimposed on the resistivity model (Fig. 6) in the E-W direction. The white lines and circles are Vp contours and sampling point of the Vp model. Other features are the same as those in Fig. 6. Figure S3.3: Vertical profiles of the Vp model by Okada et al. (2015) superimposed on the resistivity model (Fig. 7) in the N-S direction. Other features are the same as those in Figs. 7 and S3.2. Figure S3.4: Plan or map view of the Vp/Vs distribution superimposed on the resistivity model (Fig. 5). The white lines are Vp/Vs contours with the interval of 0.025. The background color represents the logarithmic resistivity value. The black and white circles, red character, and black triangles, are observation sites, sampling point of Vp and Vs models, Oana Crater, and edifice summits, respectively. The label A and B for the conductors are referred to in the main text. Figure S3.5: Vertical profiles of the Vp/Vs distribution superimposed on the resistivity model (Fig. 6) in the E-W direction. The white lines and circles are Vp/Vs contours and sampling point of the Vp and Vs model. Other features are the same as those in Figures 6. Figure S3.6: Vertical profiles of the Vp/Vs distribution superimposed on the resistivity model (Fig. 7) in the N-S direction. Other features are the same as those in Figures 7 and S3.4.