How Much Water Does AI Consume? The Public Deserves to Know
AI drives scientific progress and business growth but depends on vast data and computational resources, raising sustainability concerns.
AI & Environment Resource HubWeather and adaptation, the built environment, and mobility.
Browse all 865 resources →Counts reflect provisional metadata classification, not measured environmental impact. A record may belong to multiple topics.
Weather prediction, extreme events, hazards, resilience, and adaptation.
330 resourcesBuildings, cities, infrastructure, and their environmental performance.
561 resourcesMobility, freight, transport, and logistics systems.
182 resourcesShare of the 865 records in this view. Pathways can overlap; bars do not add to 100%.
Research papers and scholarly literature on impacts, applications, and methods.
AI drives scientific progress and business growth but depends on vast data and computational resources, raising sustainability concerns.
Machine learning enhances real-time and future climate monitoring in historic buildings, aiding preservation efforts amid climate change.
GenCast, an ML-based weather model, outperforms traditional forecasts in accuracy and speed, enhancing weather prediction and risk assessment.
Machine learning can help combat climate change by reducing emissions and aiding adaptation through applications like smart grids and disaster management.
Missing metadata is a curation task, not evidence of absent research or activity. The Resource Hub does not currently contain a validated incident dataset, expert survey, or measurements of net environmental benefit.