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Climate science involves the development of climate datasets based on observations; the use of these datasets in climate change monitoring and attribution and the use of Earth System Models to make future predictions from months to centuries into the future. Most recent Hadley Centre Technical
The UK climate is monitored by analysing surface observations and placing recent extreme weather events in their historical context.
The National Climate Information Centre (NCIC) generates climate information and statistics using UK surface observations. Techniques are developed to generate long data series for the UK and its regions and to present data, e.g. as maps. Many of the outputs are made available on our UK climate
Climate risk report for the Sahel region
The climate risk report for the Sahel 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. The Climate
Access to the previous version of UK climate data
The Met Office national climate series are constructed from the HadUK-Grid dataset. This dataset and these series are updated annually as a new release. This page provides a reference to the legacy versions of the climate series for users who may wish to compare or analyse the changes that have
Working in partnership with scientific institutions in developing countries to generate and communicate information on climate variability and change
The Climate Information for International Development team is a diverse mix of scientific software engineers and scientists working to generate, analyse and communicate information to a range of customers. Activities include scientific analysis and training, model development, regional climate
Arctic sea ice is a sensitive indicator of climate change and changes to the sea ice cover can have potential implications for the Arctic region and beyond.
and/or observational records, and so cannot take into account changes in feedbacks and processes in the climate system as the ice cover declines. Therefore climate models remain our most robust tool for investigating future change. References Vaughan, D.G., et. al 2013: Observations: Cryosphere
Our climate monitoring and attribution scientists
Nick Rayner Nick leads the Climate Monitoring and Attribution team. She is an expert in the development of observed climate data sets. Dr Peter Stott Peter is a Science Fellow in the attribution of climate change to anthropogenic and natural causes. Dr Chris Atkinson Chris works on the development
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