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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

Wales: climate Wales is a mainly mountainous country with much of the land being over 150 metres. In the north, Snowdon is the highest mountain in England and Wales, at 1085 metres, and in the south the Brecon Beacons rise to 885 metres. The rivers drain radially from the upland areas, the Severn

iddyn nhw ar The Climate Time Machine NASA| Plant Hinsawdd NASA 9 Archwilio data newid hinsawdd 4 5 Gofynnwch un neu fwy o’r cwestiynau canlynol i’r grŵp (ar sleid 5 a 6), gan ofyn iddyn nhw drafod mewn grwpiau bach: • Beth mae’r data yn eu cynrychioli? • Pe baen nhw ond yn edrych ar y map ar gyfer

Commonwealth Climate Services demonstrator

  The Commonwealth Climate Services Demonstrator is a trial project that is pulling through existing Met Office capability to have additional benefit to Commonwealth nations. At the Commonwealth Heads of Government (CHOGM) meeting in London in April 2018, the UK universities Minister announced

Vol. 69: 129–141, 2016 doi: 10.3354/cr01395 CLIMATE RESEARCH Clim Res Published online June 27 Effects of climate change on the yield of winter wheat in the eastern Mediterranean and Middle East K. Constantinidou 1, *, P. Hadjinicolaou 1 , G. Zittis 1 , J. Lelieveld 1,2 1 Energy Environment

The Human dynamics of climate change poster studies the impacts of climate change in the context of present-day human dynamics

The impacts of climate change will not be experienced in isolation, but will affect humans in the context of the way we live. The 'Human dynamics of climate change' poster aims to illustrate some of the impacts of climate and population change in the context of a globalised world. You can download

Global Climate Observing System The Global Climate Observing System (GCOS) is intended to be a long-term, user-driven operational system capable of providing the comprehensive observations required for monitoring the climate syst

GCOS is vital for: detecting and attributing climate change; assessing the impacts of climate variability and change; supporting research toward improved understanding, modelling and prediction of the climate system. It addresses the total climate system including physical, chemical and biological

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

Copyright 2020 Executive summary Background: UKCP Global (60 km) consisted of 28 realisations of climate variables for 1900-2100 as simulated by 28 coupled ocean-atmosphere climate models. The 28 realisations consisted of 15 variants of the HadGEM3-GC3.05 global climate model (GCM) developed at the Met