The resistivity model used in the paper by Bowles-Martinez and Schultz (2020) is provided here, as well as supporting files used for the inversion in ModEM. This includes: the blank prior model, the processed data file used for inversion, the covariance file, the inversion and forward solver control files, and the forward response file. This was inverted in ModEM (see Kelbert et al. 2014 and Egbert and Kelbert 2012 for ModEM). The ModEM authors provide a Matlab function with their software for loading the file and the MTpy software package can be used to load it in Python. The original, unprocessed data can be found in another EDX submission. The job submission script

The model is centered at 43.7261, -121.3156, which is on the pad of well 55-29.

Model cell dimensions are given in the header of the model file. This file's first line is a comment, 2nd line is the number of cells in the x,y,z dimensions and an indicator that resistivity values are the natural log of resistivity. We use a convention where positive x is north, positive y is east, and z is depth below the highest point in the model. The next three lines are the cell sizes across the whole model in the x, y, and z dimensions, with larger cells at the edges beyond the data area. Following this are arrays of the model's resistivity values.

Final model file in ModEM format: r7iter21.rho
Data file: bettertopo_195sites_39freqs_250m_0.1.list
Starting model file: bettertopo_250.00
Covariance file: bettertopo_250m.cov
Forward solver control file: control.fwd
Inversion control file: control.inv
Final model response: r7iter21.dat