Extreme weather on a monthly or seasonal timescale is associated with persistent large-scale weather patterns.
For example, the unusually wet summers of 2007, 2008 and 2012 in the UK were associated with a similar Rossby wave pattern on the jet stream which was almost stationary over the UK.
A contrasting season was winter 2013/14 where the jet stream was directed at the UK and extreme seasonal rainfall resulted from a succession of weather systems hitting the UK.
In both examples, the persistence in the latitude of the jet stream is a key player.
This project aims to gain a theoretical understanding of the persistence of the jet stream, by looking at Rossby wave structures.
This could improve future prediction of extreme weather events.
Rainwatch platform generates rainfall data in real time, tracking the seasonal attributes important to food production.
Investigating the science of extreme event attribution and its relevance for policy in an African context
CAULDRON is a participatory game to engage with stakeholders on issues around extreme event attribution
HyCRISTAL is tackling current uncertainties which exist around climate change projections for the East African region.
Disaster Risk Reduction and International Law symposium - 29 June to 1 July 2017, at the University of Reading
Find out more about the climate of the past and how climate change can present a number of risks and opportunities.
TAMSAT provides gauge-calibrated satellite-based rainfall estimates for all of Africa in near real time.
People Centered Climate Services in the Sahel seeks to provide technical assistance to improve good quality climate info
Flooding From Intense Rainfall aims to reduce risks of damage and loss of life caused by surface water and flash floods.
The COP Climate Action Studio (COP CAS) enables doctoral students to remotely participate in the annual UNFCCC.