Quantitative Analysis of Paleomagnetic Sampling Strategies

Modeling and inversion of magnetic microscopy data 🧲🔬

A rethought version of the PMTools app

R Package for assessing and correcting paleomagnetic directions distributions

Second iteration of paleomagnetism.org

Paleomagnetic data analysis program

A basic Python script to split a .dat file into individual sample files.

Repo for the data files and Python codes used for the global APWP of Vaes et al. (2023, Earth-Sci. Rev.).

A basic Python script to plot thermomagnetic data. Made as an exercise for GLY6932 (Data and Software) at University of Florida.

Конвертер палеомагнитных данных - файлов магнитных чисток и результатов статистики направлений

Exploratory Data Analysis using machine learning techniques as an exercise for GLY6932 (Data Science and Machine Learning Methods in the Geosciences) at the University of Florida.

spComparison package is developed in Python and Bash, for quantitatively measuring similarity of spherical paths, particularly paleomagnetic apparent polar wander paths (APWPs) of tectonic plates.

Project for constructing Python tools for Magnetic Microscopy data with Rock magnetism and Paleomagnetism applications

Simple paleomagnetic data analysis program. Plotly (alpha) version of PMTools

A basic Python script to convert individual sample files previously made by Data Splitter into generic PmagPy format for directional analysis. Output files are compatible with PmagPy or paleomagnetism.org.

A basic Python script to convert individual sample files previously made by Data Splitter into generic PmagPy format for IZZI paleointensity experiments. Output files are compatible with PmagPy or paleointensity.org.

applications built with code from the MagIC project (https://www2.earthref.org/MagIC).

Global Paleomagnetic Data Analysis: Improved Methods of Reconstructing Plate Motions Using Paleomagnetic Data

A community-driven guide to running a scientific magnetics research lab