Exeter climate systems
Occurrences of extreme extra-tropical cyclones (1979 -2009) over the atlantic
Hadley cells located on the Earth's atmospheric circulation
Yearly wind speed maxima in a quasi-geostrophic model with forcing trend, with out-of-sample prediction by a non-stationary GEV model
Dengue cases in Brazil 2002, female Aedes Agypti mosquito
Improving Weather and Climate Models
Effect of Atlantic Multidecadal Oscillation on yearly tropical cyclone transits
An irregular, stationary planetary wave
Our unique mathematical approach uses concepts from various branches of mathematics such as fluid dynamics, dynamical systems theory, control theory, and extreme value statistics to help improve fundamental understanding and prediction of weather and climate and their interaction with society.
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Science Strategy Research
We form part of the University of Exeter's Science Strategy Research Theme 'Climate Change and Sustainable Futures' with world leading research in climate prediction, adaptation and migration, and close liaison with the Met Office Hadley Centre.
Climate change and sustainable futures
Professor Peter Cox talks about our work in climate change and sustainable futures
