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Skip to main content Menu Weather & climate Research programmes Services About us Careers Met Office Search site Search x Back Weather & climate Everything you need to know about the forecast, and making the most of the weather. Find a forecast Warnings & advice Warnings & advice UK weather

Skip to main content Menu Weather & climate Research programmes Services About us Careers Met Office Search site Search x Back Weather & climate Everything you need to know about the forecast, and making the most of the weather. Find a forecast Warnings & advice Warnings & advice UK weather

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

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

studies have shown that some recent heavy rainfall events in the UK associated with flooding can be linked to human-caused climate change. Events such as the wettest February on record in 2020, or the record-breaking rainfall seen on 3 October 2020, are expected to become more frequent by 2100 due

and Africa leading to the season’s highest temperature of 18.4 °C at Santon Downham (Suffolk) on 24 February. Dr Mark McCarthy is the head of the Met Office National Climate Information Centre. He said: “February 2021 has seen a wide temperature range resulting from the two predominant weather patterns

Global observations of surface and upper air temperature and humidity, surface pressure and precipitation are used to provide advice on global climate variability and change.

Temperature, precipitation and humidity and their extremes can have a major impact on our lives. Observational datasets are used to monitor land and atmospheric climate variables, to understand how the climate has changed over time and to examine the occurrence of extremes in temperature and heat

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

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