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Climate risk report for the Southern Africa region

The climate risk report for the Southern Africa region is part of a series of regional climate risk reports the Met Office has produced in collaboration with ODI and commissioned by FCDO to provide evidence to the UK Government in support of adaptation and resilience planning and investments

Climate risk report for the Southeast Asia region

The climate risk report for the Southeast Asia region is part of a series of regional climate risk reports the Met Office has produced in collaboration with ODI and commissioned by FCDO to provide evidence to the UK Government in support of adaptation and resilience planning and investments

Climate change will have an increasing impact on our lives, including the sport we love to watch.

already seen aspects such as extreme heat, and the worse is yet to come. “The UK has not recorded temperatures of more than 38.7 °C. However, our climate projections show temperatures of 40.0 °C or more are possible at Wimbledon even during future tournaments, posing considerable challenges

This page explains how we study extreme weather events, to see if climate change was a cause. These attribution studies help shape our understanding of climate change and its impacts.

effect climate change had on an event. This might include many variables, like temperature and rainfall. An attribution case study: The European heatwave in 2019 In July 2019, we saw record breaking temperatures across the UK and Western Europe. In Cambridge, we saw a temperature of 38.7°C

Climate risk report for the Central Africa region

The climate risk report for the Central Africa region is part of a series of regional climate risk reports the Met Office has produced in collaboration with ODI and commissioned by FCDO to provide evidence to the UK Government in support of adaptation and resilience planning and investments

Leadership and services to climate science recognised in New Year Honours for Met Office Science Fellow

Richard Jones, who is a Met Office Science Fellow, and a visiting Professor at the University of Oxford has been working in climate science for thirty-two years, and has been a prominent author for the IPCC (Intergovernmental Panel on Climate Change) across its last four assessment reports

The Met Office supercomputing system is the first cloud-based supercomputer dedicated to weather and climate science

Our supercomputing system With greater capacity and even higher performance, our new supercomputing system is the first cloud-based supercomputer dedicated to weather and climate science and will set new standards for industry leveraging the combined strengths of the Met Office and Microsoft

A Met Office Hadley Centre dashboard monitoring key indicators of global climate is providing an authoritative way to stay up to date with the current state of the climate.

The  Climate Dashboard  – compiled by Met Office scientists – will help decision makers, including those at COP 26, to view how indicators of climate change, such as global temperature, ocean heat content, sea level rise, sea ice extent and atmospheric greenhouse gas concentrations are shifting

Understanding climate impacts on water resources at both the regional and global scale.

We use climate models, in conjunction with impact models, to make integrated assessments on the effects of climate change and climate variability on water resources. By including important processes such as glaciers, irrigation and interactions with Food, forestry and ecosystem services, we aim