Global Warming Meteorology Greenhouse Gases Weather Patterns Greenhouse Gas Emissions Impact of Climate Change Weather Forecasting Data Analysis Climate Models Temperature Trends Human Impact Climate Monitoring El Niño Carbon Cycle Oceanography Carbon Sequestration Renewable Energy Temperature Projections Public Health Ocean Temperatures Research Institutions Temperature Records Research Studies Fossil Fuels Observational Data Research Funding Climate Data NOAA Astrobiology Weather Services Political Influence Climate Effects Space Weather Research Programs Regional Climate Data Research Methods Impact Studies Carbon Sources Carbon Reservoirs Scientific Discovery Environmental Monitoring Energy Systems Natural Hazards Remote Sensing Earth Monitoring Research and Studies Human-Induced Climate Change Glacial Melting Climate Modeling Glaciers Atmospheric Conditions Disaster Response Natural Systems Earth Systems AI in Climate Modelling Modeling Aviation Atmospheric Research NASA Research Remote Operations Environmental Modeling Meteorological Data Cloud Modeling National Parks Energy Engineering Extreme Weather Events Climate Data Analysis Climate Extremes Climate Reports Antarctic Studies Atmospheric Effects El Nino Martian Climate Temperature Rise Research Copernicus Climate Change Service Observatories Atmospheric Studies Natural Disasters Temperature Analysis Impact of Temperature Impact of Technology on Environment Impact of Clouds Data Collection Reanalysis Anthropogenic Effects Habitable Zones Weather Agencies Energy Particles Ice Mass Loss
The funding is a pillar of a £2 billion plan to scale public AI computing through the AI Research Resource by 2030.
