A Thermochemical Modeling Perspective of Why Ca/Fe Carbonates Broadly Associate with Felsic Terrains on Mars

This zip file contains data and code for "A Thermochemical Modeling Perspective of Why Ca/Fe Carbonates Broadly Associate with Felsic Terrains on Mars" by C. Wang, T. Usui, and M. Melwani Daswani. The following files are included: - A spreadsheet showing the processing of protolith compositions for simulation input (Protolith Composition Processing.xlsx).- PHREEQC simulation input files (.pqi) for all simulations mentioned in the paper.- PHREEQC selected output files (.sel) for all simulations mentioned in the paper.- Python scripts (.py) and a JMARS session file (.jmars) for generating the figures in the main text and supporting information.- Supporting files required by the Python scripts to generate the figures. For details and references, please refer to the paper. Instructions for running the Python scripts: - The scripts require input data files (.sel or .csv) and, in most cases, one or more supporting files (.csv) in the same folder to run. Please check the comment at the beginning of each script for the required files and copy them into the same folder as the script.- Some scripts ask the user to select what variables to plot. To reproduce the figures i the paper, please select the same list of variables as shown in the legend of each panel of the figure of interest. The scripts may not function properly for some of the listed variables. Please contact C. Wang if you notice any issues with the files. Chang-Chin [e-mail]