Sensing global patterns and trajectories of socio-economic inequality

Own elaboration.

This project seeks to quantify and analyse the evolution of spatial inequality across the globe using machine learning and satellite imagery. Preliminary findings reveal marked patterns of inequality. Intense presence of rich urban agglomerations in developed regions with large land consumption, intense public illumination, and high population density, particularly prominent across the US and Europe. Deprived areas with dense urban centres and limited illumination, or densely inhabited rural areas with presence of electrification prevail in rural parts of India. Poor regions with diffuse but high dense settlement infrastructure and scarce illumination are predominant across parts of rural China.

Francisco Rowe
Francisco Rowe
Senior Lecturer in Quantitative Human Geography

My research interests include human mobility and migration; economic geography and spatial inequality; geographic data science.