Curated from repositories that make our lives as geoscientists, hackers and data wranglers easier or just more awesome

• UpdatedMar 5, 2025

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

• UpdatedMar 6, 2025
• Python

List of resources for mineral exploration and machine learning, generally with useful code and examples.

• UpdatedApr 10, 2025

The Virtual Planet Simulator

• UpdatedMar 18, 2025
• C

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

• UpdatedJan 6, 2025
• Python

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

• UpdatedMar 29, 2025
• Python

GebPy is a Python-based, open source tool for the generation of geological data of minerals, rocks and complete lithological sequences. The data can be generated randomly or with respect to user-defined constraints, for example a specific element concentration within minerals and rocks or the order of units within a complete lithological profile.

• UpdatedJan 27, 2025
• Jupyter Notebook

A code for calculating the standard state thermodynamic properties at a given temperature and pressure.

• UpdatedJul 23, 2024
• C++

Easily calling PhreeqcRM from Matlab

• UpdatedApr 25, 2024
• MATLAB

Python client for the Earthchem REST and OGC APIs

• UpdatedJul 3, 2018
• Python

Looking at the problems associated with geoscience datasets for data science

• UpdatedAug 18, 2023
• Jupyter Notebook

Coupled atmosphere-interior framework to simulate the temporal evolution of rocky planets.

• UpdatedApr 18, 2025
• Python

A two-phase (water + gas) reactive transport model, written in Julia, that also simulates geochemical reactions between water-gas-mineral phases via a link with PHREEQC.

• UpdatedMay 8, 2017
• Julia

Functions and example notebooks for using/comparing different methods of geochemical multivariate outlier detection.

• UpdatedFeb 20, 2025
• Jupyter Notebook

R package to analyze Groundwater, Geothermal water and Gas Geochemistry information

• UpdatedApr 28, 2019
• R

Package for apatite-based thermodynamic models: ApThermo (melt hygrometry) and ApREE (REE partitioning).

• UpdatedJul 18, 2024
• Jupyter Notebook

Read IRMS (Isotope Ratio Mass Spectrometry) data files into R

• UpdatedOct 9, 2023
• R

Thermodynamic calculations and diagrams for geochemistry

• UpdatedApr 17, 2025
• R

Run Phreeqc online with Python

• UpdatedJan 24, 2024

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.

• UpdatedMar 16, 2025
• Python