The GLOMAP Global Aerosol Model
Ken Carslaw, Dominick Spracklen, Graham Mann and Kirsty Pringle, University of LeedsGLOMAP is a global atmospheric aerosol and chemistry model with a comprehensive treatment of aerosol microphysical and chemical processes. The model is being used to study the global lifecycle of aerosol and the impact of aerosol on climate. GLOMAP runs within the TOMCAT Chemical Transport Model and the UKCA aerosol-chemistry-climate model.
Vacancies and studentships are available to work with GLOMAP. Click here
GLOMAP is supported by grants from NERC, the National Centre for Atmospheric Science NCAS, and the APPRAISE programme.
