Climate research
Climate Science involves the development of observation-based climate datasets; the use of these datasets in climate change monitoring and attribution; and the use of Earth system models to make future long-term predictions.
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Climate Science involves the development of observation-based climate datasets; the use of these datasets in climate change monitoring and attribution; and the use of Earth system models to make future long-term predictions.
Investigating the impacts of climate change and variability on Earth and human systems; including water resources, agriculture, ecosystems, health and energy.
A key activity of the group is the development and application of impacts models that simulate a number of terrestrial processes interactively. Using the output from these models, in addition to more complex Earth System Models, the group addresses the increasing requirements for more detailed climate impact information that is necessary to underpin both adaptation planning and mitigation advice.
Circulation Model (GCM) data • NASA Earthdata, NASA GCM data • DHM websites (seasonal outlooks for precipitation and temperature, longer-term historical precipitation records) • Climate Change Knowledge Portal of WB – projection data © Crown copyright 2022, Met Office Page 17 of 24 • Longer-term climate
. Monitoring global mean surface temperature is useful because it is linked to many important climate impacts and it has a long and reliable historical record. However, Earth’s surface temperature, even its global average, is strongly affected by internal climate variability, and is not necessarily
World Meteorological Organization report reveals the state of the climate in 2020.
The State of the Global Climate 2020 highlights the latest indicators of the climate system, including greenhouse gas concentrations, increasing land and ocean temperatures, sea level rise, melting ice and glacier retreat and extreme weather. The WMO report, which included contributions from
Climate Risk Reports - Climate in Context Methodology
The climate risk reports are 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. Climate risk is a combination of hazard
record from 2006. This attribution study is supplemented with a qualitative assessment of projected September mean temperature over the UK using the UK Climate Projections (UKCP; Murphy et al., 2018), which provides a guide to expected future changes in September UK temperature. To facilitate a rapid
value of 15.2˚C equalled the previous record from 2006. This attribution study is supplemented with a qualitative assessment of projected September mean temperature over the UK using the UK Climate Projections (UKCP; Murphy et al., 2018), which provides a guide to expected future changes
Climate science will need to continue to be at the heart of policy to mitigate and adapt to climate change, says the Met Office as it announces a new scientific programme.
With the UK hosting the COP26 climate conference in Glasgow at the end of the year, the Met Office is launching a new climate science programme to address some of the key scientific challenges to inform the international climate gathering and beyond. Albert Klein Tank is the director of the Met
Urban climate services developed by the UK Climate Resilience Programme that ran from 2019 to 2023
As part of the UK Climate Resilience Programme - Climate Services Pilots project, the Met Office worked with stakeholders and end-users to develop and evaluate a number of pilot urban climate services to ensure the research was useful and useable. City Packs We developed City Packs using the latest