The United Kingdom Chemistry and Aerosols project began in 2003 with the specific aim of building and evaluating a state-of-the-art chemistry and aerosols model within the Met Office Unified Model environment. Funded by
DECC, and the
Natural Environment Research Council through the
NCAS initiative, it began as a joint project between the Met Office and the Universities of Cambridge and Leeds. Since then, contributions to UKCA are also being provided by work at the Universities of Oxford, Reading, East Anglia and Lancaster.
For further information on UKCA, see
UKCA hosted by the University of Cambridge.
- Development of a state-of-the-art chemistry and aerosols model
- Improved coupling between chemistry and aerosols
- Joint troposphere-stratosphere chemistry and aerosol modelling
- To improve our understanding of the role of chemistry and aerosols in climate forcing
- To investigate and quantify feedbacks in the climate system
- Air quality forecasts
- Development of the first Hadley Centre model (HadGEM2) to include interactive tropospheric chemistry.
- Atmospheric Chemistry and Climate Model Intercomparison Project (
- This will run timeslices parallel to the Coupled Model Intercomparison Project Phase 5 (
CMIP5) integrations with sophisticated gas and aerosol chemistry to quantify the forcings from short-lived species, and also to quantify the impacts on air quality.
- SSNIP: Scientific Support for National and International Policy.
Defra funded project lead by the Met Office Hadley Centre in collaboration with 5 institutes to provide air quality policy advice.
MEGAPOLI: An EU project to quantify the air quality and climate impacts of megacities.
- The Met Office Hadley Centre co-leads the workpackage on climate effects.
- ACACIA: A proposed EU project to quantify the impacts of climate change on air quality, and the impacts of air quality pollutants on climate.
- Project under the UN Convention on Long-Range Transboundary Air Pollution to quantify the impacts of hemispheric transport on air quality in the northern hemisphere.
- SPARC Chemistry-Climate Model Validation Activity
University of Cambridge
University of Leeds
University of Oxford
University of Reading
University of East Anglia
Last Updated: 26 April 2010