2025-09-30 –, Louis Armand 1 - Est
JupyterGIS facilitates collaborative editing of GIS files, including the QGIS format, through a web-based interface built on JupyterLab. It also provides a programmatic interface tailored for Jupyter notebooks, making use of the advanced capabilities of the Jupyter rich display system.
In this presentation, we will first provide a high-level overview of the project’s main features.
We will then explore the latest developments, including the integration with the xarray stack and the Pangeo ecosystem, and the support for STAC geographical asset catalogs.
We conclude the talk with a forward-looking presentation of the ongoing development, such as the story maps feature, and the integration with the R programming language.
References:
The JupyterGIS repository: https://github.com/geojupyter/jupytergis
The GeoJupyter Website: https://geojupyter.org/
The JupyterGIS documentation: https://jupytergis.readthedocs.io/en/latest/
Notes:
The initial develoment of JupyterGIS was funded by a grant of the European Space Agency, awarded to QuantStack and Simula Research Lab. Today, more contributors have joined the endeavor, including developers from UC Berkeley, funded by the Eric and Wendy Schmidt Center for Data Science & Environment (DSE).
Martin Renou is a Technical Director at QuantStack and a maintainer of Project Jupyter. Among other projects Martin is a core team member of the ipywidgets project and maintains many Jupyter widget packages such as ipyleaflet, ipydatagrid, ipygany, ipycanvas, and bqplot. He is a co-creator of the Voilà dashboarding system, and the xeus-python kernel.
Arjun is a Scientific Software Development Intern at QuantStack.