pyearthtools 0.5.1

PyEarthTools: Machine learning for Earth system science.

PyEarthTools: Machine learning for Earth system science

• An approachable way for researchers to get started with ML research for Earth system science
• Provides a software framework for research and experimentation
• Also suitable for students and newcomers
• Still under early-stage development - things are likely to change a lot. If you notice an issue, please feel free to raise it on GitHub

A weather prediction from a model trained with PyEarthTools.	A data processing flow composed for working with climate data.

Source Code: github.com/ACCESS-Community-Hub/PyEarthTools
Documentation: pyearthtools.readthedocs.io
Tutorial Gallery: available here
New Users Guide: available here

If you use PyEarthTools for your work or a publication, please cite our work.

Installation

Here is the quickest way to install the complete framework and get started:

We strongly recommend using either a Conda or Python virtual environment.

Run the following commands to install PyEarthTools in a Conda environment:

git clone [e-mail]:ACCESS-Community-Hub/PyEarthTools.git
conda create -y -p ./venv python graphviz
conda activate ./venv
pip install -r requirements.txt
cd notebooks
jupyter lab

Alternatively, run the following commands to install PyEarthTools in a Python virtual environment:

git clone [e-mail]:ACCESS-Community-Hub/PyEarthTools.git
python3 -m venv ./venv
source venv/bin/activate
pip install -r requirements.txt
cd notebooks
jupyter lab

[!TIP] (Optional) Install Graphviz (not installable via pip) to display pipelines.

PyEarthTools comprises multiple sub-packages which may be installed and used separately. See the installation guide for more details.

Overview of PyEarthTools

PyEarthTools is a Python framework containing modules for:

• loading and fetching data;
• pre-processing, normalising and standardising data into a normal form suitable for machine learning;
• defining machine learning (ML) models;
• training ML models and managing experiments;
• performing inference with ML models;
• and evaluating ML models (coming soon).

Overview of the Packages within PyEarthTools

PyEarthTools comprises multiple sub-packages which can be used individually or together.

Sub-Package	Purpose
Data	Loading and indexing Earth system data into xarray
Utils	Code for common functionality across the sub-packages
Pipeline	Process and normalise Earth system data ready for machine learning
Training	Training processes for machine learning models
Tutorial	Contains helper code for data sets used in tutorials
Bundled Models	Maintained versions of specific, bundled models which can be easily trained and run
Zoo	Contains code for managing registered models (such as the bundled models)
Evaluation	(Coming soon) Contains code for producing standard evaluations (such as benchmarks and scorecards)

Acknowleging or Citing PyEarthTools

If you use PyEarthTools for your work, we would appreciate you citing our software as below:

Cook, H., Leeuwenburg, T., Rio, M., Miller, J., Mason, G., Ramanathan, N., Pill, J., Haddad, S., de Burgh-Day, C., Sullivan, B., Hobeichi, S., Holmes, R., Potokina, M., Bogacheva, J., James, M., & Stassen, C. (2025). PyEarthTools: Machine learning for Earth system science (0.4.0). Zenodo. https://doi.org/10.5281/zenodo.17429589

BibTeX:

@software{cook_2025_17429589,
  author       = {Cook, Harrison and
                  Leeuwenburg, Tennessee and
                  Rio, Maxime and
                  Miller, Joel and
                  Mason, Gemma and
                  Ramanathan, Nikeeth and
                  Pill, John and
                  Haddad, Stephen and
                  de Burgh-Day, Catherine and
                  Sullivan, Ben and
                  Hobeichi, Sanaa and
                  Holmes, Ryan and
                  Potokina, Margarita and
                  Bogacheva, Jenya and
                  James, Matthew and
                  Stassen, Christian},
  title        = {PyEarthTools: Machine learning for Earth system
                   science
                  },
  month        = oct,
  year         = 2025,
  publisher    = {Zenodo},
  version      = {0.4.0},
  doi          = {10.5281/zenodo.17429589},
  url          = {https://doi.org/10.5281/zenodo.17429589},
}