A new mesocosm system comprising large seawater tanks replicating seabed conditions - will provide the University with the largest marine facility of its kind in the UK. The system will enable research into areas such as the impact of cockling on sandflats and the effect of pollution on the ecology of offshore muddy seafloor systems.
The University is investing in a new research vessel that will be used in coastal waters around the North West to investigate marine ecosystems and fisheries. A new aquarium will also be constructed at the University, housing a variety of marine species including crabs, worms, marine snails and anemones. New laboratories will facilitate a diverse range of experimental projects.
Seven new academic posts have been created including an additional Professor of Marine Biology and a Professor of Aquatic Biology. The academics will form part of a new Marine Biology research group which has already secured 1.5M in research income.
The new staff will enable greater diversity in undergraduate and postgraduate taught programmes, with areas such as marine ecology, ecological modelling and fish biology now included. A new curriculum will be launched, designed to equip Liverpool graduates with the skills and knowledge needed for the diversity of roles required by today's marine biology industry. Graduates could typically enter roles in the water industry, offshore sector (dredging, oil and gas) as well as government organisations such as the Environment Agency or English Nature.
Professor Chris Frid, Head of Marine Biology at the University, said: "The University of Liverpool has a long history of teaching and research in marine biology and this funding will enable us to offer the most advanced teaching programmes and s
'"/>
Contact: Joanna Robotham
joanna.robotham@liv.ac.uk
44-151-794-2026
University of Liverpool
27-Jul-2006