Please note that this programme is currently being reviewed by the University and you should contact Professor Chris Hughes before making an application.
The aim of this course is to provide a grounding in both practical and theoretical aspects of sea level science in the context of climate change.
In the last few years it has become rapidly apparent that coastal flooding as a result of intense storms is forming one of the more immediate consequences of changes in storm severity and frequency consistent with what we would expect in a warming climate. Worldwide, governments, coastal planners and the insurance industry are realising that understanding sea level, both in terms of its gradual change and its response to extreme weather events, is vital if we are to try to reduce or mitigate the high human and financial costs of coastal flooding. This provides the practical, and urgent context for developing high-level training in sea level.
Within Liverpool we are well-placed to develop this training because of the co-location of the National Oceanography Centre (NOC) and the School of Environmental Sciences. NOC hosts and provides expertise for the Permanent Service for Mean Sea Level, the primary tide gauge data source for all studies of long-term sea level change. Scientists at the NOC are world leaders in the science of sea level, both in the context of global and regional sea level changes in response to a changing climate and in science of forecasting coastal flooding as a result of tide and storm interaction.
Exceptional academic staff
Taught by staff from the School of Environmental Sciences and the National Oceanography Centre.
Liverpool is a world centre for oceanography and sea level science
High level computing and lab facilities
Access to high level computing and lab facilities, along with the University research vessel