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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
New tool shows what climate change might look like in your area
climate projections really puts future extremes into context. We’ve seen a raft of record-breaking weather over the past few years, and when you put that side by side with the projections it really brings to life what the weather could look like if we don’t significantly reduce greenhouse gas emissions
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
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
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
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
Weather and climate science developed by WISER to support the development of weather and climate products and services with the aim of delivering socio-economic benefits.
Contents Weather and Climate Science for Development Scientific papers Weather and Climate Science for Development WISER Primer on Building the Economic Case for Regional and National Meteorological and Hydrological Services - February 2022 The WISER programme is strengthening people's resilience
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
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