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Climate Science for Service Partnership (CSSP) China
The Climate Science for Service Partnership (CSSP) China is a collaborative climate science initiative between research institutes in the UK and China.
What is the Climate Science for Service Partnership (CSSP) China? Launched in 2014, the Climate Science for Service Partnership (CSSP) China is a project stimulating scientific collaboration between research institutes in the UK and China. It focuses on producing world-leading scientific research
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Connecting climate science to local adaptation action
Skip to main content Weather & climate Research programmes Services About us Careers Menu Search site Search 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 warnings UK Storm
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Met Office climate scientist awarded an OBE
Professor Jason Lowe, Head of Climate Services at the Met Office, is a world-leading expert in climate science. His work has been recognised in the Queen’s Birthday Honours list 2020, where he was awarded an OBE.
Professor Lowe’s work has helped the UK and other countries plan for and respond to the impacts of climate change, directly shaping national and international policy and informing vital decisions to protect businesses and communities. He has pioneered a more collaborative approach to climate
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Supporting the development of user-based climate services
ASPIRE – Adaptive Social Protection - Information for Enhanced Resilience Overview • ASPIRE will integrate climate information into social protection decision making in the Sahel so that it can become responsive to climate shocks. For example, increasing regular cash payments to vulnerable
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Met Office weather and climate data and services
As an international leader in weather and climate science, we are a long-standing, trusted provider of data to organisations across the globe. The Met Office has been the UK’s National Meteorological Service since 1854, so has a detailed and expert understanding of collecting, generating, verifying
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UK Climate Projections (UKCP18) guidance and reports
Guidance, reports and factsheets to help ultilise UK Climate Projections (UKCP18) data and products
Introduction This page provides UK Climate Projections (UKCP18) guidance documents, reports, factsheets and technical notes to help users know about, understand and utilise UKCP18 data and products. We have separated the documentation into the following sections: ‘General UKCP Documentation
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Met Office seasonal and climate models explained
Some definitions of our seasonal, decadal and centennial climate predictions.
Seasonal to decadal forecasts Although climate is expected to warm over the coming century in response to increasing levels of greenhouse gases, regional changes over the coming seasons to a decade or more are likely to be dominated by unforced natural variability of the climate system. Some
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east-africa-climate-risk-report-final.pdf
Climate risk report for the East Africa region Authors: Katy Richardson, Roger Calow, Florence Pichon, Stacey New, and Rebecca Osborne Reviewers: Richard Jones, Jane Strachan, Kirsty Lewis, Mandar Trivedi, and Leah Mwai Recommended citation: Richardson, K., Calow, R., Pichon, F., New, S
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Communicate smarter about climate change action
New online tool will help communicate co-benefits of climate action.
Policy analysts and planners will be able to communicate smarter about climate change action by using a new online decision-support tool which has been launched today at COP27. Developed by researchers at the University of Leeds and the Met Office, it synthesises the latest scientific evidence
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HadGEM1: Met Office climate prediction model
HadGEM1 is the first in a new generation of coupled climate models incorporating a non-hydrostatic, fully compressible, deep atmosphere formulation with a semi-implicit semi-Lagrangian time integration scheme.
Note that the most recent HadGEM model is the HadGEM3 HadGEM1 stands for the Hadley Centre Global Environment Model version 1. It was developed in 2006 and used in the Fourth Assessment Report of the Intergovernmental Panel on Climate Change. The atmospheric component has 38 levels extending