An application based on Python and designed as a solution for geology related daily work.

A set of tools for getting the most from your geochemical data.

an open-sourced highly automated machine learning Python framework for data-driven geochemistry discovery

Python client for the Earthchem REST and OGC APIs

Python library for processing and standardizing carbonate clumped-isotope analyses, from low-level data out of a dual-inlet mass spectrometer to final, “absolute” Δ47, Δ48, and Δ49 values with fully propagated analytical error estimates.

A Python library for geochronology.

A GUI application for geochronology focussed on disequilibrium U-Pb ages. Can also be used for computing equilibrium U-Pb ages, performing linear regression and computing weighted averages.

GEOROC 2.0 CLI: A Python-based command-line application for extracting geochemical data from the GEOROC database. Outputs structured CSV files for further analysis.

A CLI based eclectic set of geochemical data manipulation, QC and plotting tools.

Analysis and Visualization toolkit for plaNetary Inferences

Python Scripts for ICP-MS Hf data processing.

It makes you able to call PhreeqcRM from Python

Integrating diagenetic equations using Python, inspired by LMA-Matlab, which was created by Niklas Hohmann

Python import and generation of IoGas™ plot templates.

Python package to facilitate interoperation between python and a SQLite database of geochemical data.

A Python 3 module and command line tool for reducing Double Spike Isotope measurements acquired on the IsoprobeT and Phoenix instruments at the Geology Section at the University of Copenhagen.

This function of Python will calculate the pCO2 in waters considering an open system with respect to CO2.

A collection of petrological simulation tools.