RESEARCH
Regional
Earth System Model
We are developing a high resolution model which couples the atmosphere, ocean, waves, land, biosphere and sea-ice on a regional scale. This model advances our understanding of extreme events and the regional budgets of water, carbon and aerosol. The model is suitable for regional climate change simulations and other sensitivity studies. The core atmospheric module is WRF and the core ocean module is ROMS.
Extreme
Events
Extreme events have a profound impact on society. We are developing a new
open source catastrophe model (OASIS) for the insurance sector. This model will
allow transparent risk calculation of major climate hazards such as floods and
windstorms in
Urban Observations
We model and observe the impact of aerosol on surface radiation and the urban heat island by maintaining over 38 weather stations in London. This is one of the most extensive urban weather station networks in the world.
We are developing software to derive atmospheric properties form
ground-based thermal imaging.
Funders: NERC, EPSRC, Big Lottery Fund,
THE TEAM
Research Scientists
Dr Maria Broadbridge
Dr Paul Budgell
Dr Clea Denamiel
Dr Jon Gulley
Dr Raluca Radu
Dr Mamun Rashid
Dr Nathan Sparks
PhD Students
Matthias Schmid
Benjamin Wong
Dominique Cannavina
Helen Tamura-Wicks
Christina Newinger
Hannah Nissan
James Farley-Nicholls
Rachel White
Marilia Giannakopoulou
Past members of the group and their first destinations:
Nicola Clegg (British Library)
Victoria Williams (EPSRC Fellow in Transport)
Kirsten Mitchell (Insurance)
Adam Hadley (Hedge Fund)
Ashley Tomsett ( IT for KPMG)
Jo Syroka (World Bank)
Alessio Farhadi (BNP, Banking)
Mark McCarthy (
Paul Wilson (Insurance)
Elizabeth
Kennett (UK Met Office)
Nicola Patmore (
Stephen Smith (Parliamentary Office of Science and Technology)
Matt Rigby (Massachusetts Institute of
Catherine Reiffen (
Robert Seaman (
Andrew Singleton (EU Joint Research Centre, ISPRA)