Thanks to Climate AI Nordics for featuring our project and my PhD research DEPRIMAP in the monthly newsletter. The featured project webpage provides an overview of the DEPRIMAP project and its planned implementation in three phases
Last week, Sai Ganesh Veeravalli attended the ELLIS Winter School: AI for Earth System, Hazards & Climate Extremes in Athens, Greece, an intensive and genuinely thought-provoking experience.
Stefanos Georganos attended the launch event of SESAC (Swedish Competence Centre for Satellite-Enabled Social Science Analytics) on March 5, 2026, at Lund University, Sweden. Two posters were presented at the event.
Our work on 'The Hidden Burden of Morphological Deprivation in Small and Medium Cities' was highlighted by our collaborators at Human Planet Forum 2025 held at Ispra, Italy, on 19-20 Nov 2025. First by Dana R Thomson and then by Monika Kuffer.
New preprint from DEPRIMAP - The Hidden Burden of Morphological Deprivation in Small and Medium Cities. Global monitoring of urban deprivation often centres on megacities - the giants of urbanization. But does this capture the full reality? By leveraging machine learning and the City Segments v1 dataset to analyse 5000+ cities across 100+ countries, we uncovered a critical piece of the puzzle that often goes unnoticed.
Presented poster “DEPRIMAP: Mapping Deprived Urban Areas at Global Scale” at the Flood Risk Conference 2025, showcasing how open geospatial data and machine learning can map, count, and assess vulnerability in deprived urban areas worldwide.
We’re excited to share that DEPRIMAP has secured high-performance computing access through NAISS Tetralith! This marks a major step toward scaling our geospatial analysis across 80+ countries in the Global South — enabling reproducible, open-source workflows for mapping urban deprivation at scale.
Google Buildings V3 is a powerful dataset, but at 178 GB, it's not easy to work with.
In this blogpost, we introduce a two-step Python workflow to efficiently download and extract only the building footprint data you need — using your own region of interest. No need to process the world — just get the tiles that matter, filter them, and save clean GeoPackages. Ideal for urban research, slum mapping, or large-scale city analysis. Lightweight, scalable, and open-source.
Tired of waiting for Jupyter cells to finish? In this post, we show how to use a simple Telegram bot to get instant notifications when your notebook completes — no email setup, no complex libraries. A quick, beginner-friendly solution for long-running geospatial or ML tasks.
A lightweight, offline-friendly tool for downloading Google’s 2.5D Open Buildings dataset at national scale. This blog introduces a Jupyter Notebook that bypasses Earth Engine limits by using direct download links—enabling researchers to work with high-resolution building data across entire countries. Developed under the DEPRIMAP project.
DEPRIMAP is a research funded by FORMAS (Swedish Research Council, application 2023-01210) involving KAU (Karlstad University, Sweden)
