
Developed end-to-end geospatial visualization capabilities for the dataforgoodfr/13_brigade_coupes_rases repository, focusing on mapping and analyzing forest clear-cuts. Delivered demonstration Jupyter notebooks that enable users to plot detected clear-cuts on interactive maps with integrated basemaps and visualize changes over custom date ranges. Leveraged Python, Geopandas, and Matplotlib to support geospatial analysis and data visualization, while updating project dependencies to ensure compatibility with SuFoSaT and DIST-ALERT datasets. Introduced code scaffolding for rapid experimentation with alert data, streamlining prototyping and stakeholder demonstrations. The work enhanced data-driven forest monitoring and supported the development of alert-based geospatial workflows.
February 2025 monthly summary for dataforgoodfr/13_brigade_coupes_rases focusing on geospatial visualization capabilities for forest clear-cuts. Delivered end-to-end demonstration notebooks enabling geospatial analysis, mapping of detected clear-cuts with basemaps, and date-range visualization. Updated project dependencies to include geospatial and plotting libraries, improving reproducibility and compatibility with SuFoSaT data and DIST-ALERT samples. The work enhances situational awareness for forest monitoring and supports rapid prototyping of alert-based workflows.
February 2025 monthly summary for dataforgoodfr/13_brigade_coupes_rases focusing on geospatial visualization capabilities for forest clear-cuts. Delivered end-to-end demonstration notebooks enabling geospatial analysis, mapping of detected clear-cuts with basemaps, and date-range visualization. Updated project dependencies to include geospatial and plotting libraries, improving reproducibility and compatibility with SuFoSaT data and DIST-ALERT samples. The work enhances situational awareness for forest monitoring and supports rapid prototyping of alert-based workflows.

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