Doctoral studies

country
city
subject area
language
university type - United Kingdom  
university status  
en en
Worcester, United Kingdom
subject area: biology
en en
Manchester, United Kingdom
subject area: biology
en en
Nottingham, United Kingdom
subject area: biology
en en
Newcastle-under-Lyme, United Kingdom
subject area: biology
en en
Nottingham, United Kingdom
subject area: biology
en en
Nottingham, United Kingdom
subject area: biology
en en
Manchester, United Kingdom
subject area: biology
en en
Manchester, United Kingdom
subject area: biology
en en
Oxford, United Kingdom
subject area: biology
en en
Cambridge, United Kingdom
subject area: biology
en en
Brighton, United Kingdom
subject area: biology
en en
Colchester, United Kingdom
subject area: biology
en en
Worcester, United Kingdom
subject area: biology
en en
Bristol, United Kingdom
subject area: biology
en en
Canterbury, United Kingdom
subject area: biology
en en
Manchester, United Kingdom
subject area: biology
en en
Newcastle-under-Lyme, United Kingdom
subject area: biology
en en
Nottingham, United Kingdom
subject area: biology
en en
Nottingham, United Kingdom
subject area: biology
en en
London, United Kingdom
subject area: biology
en en
Newcastle-under-Lyme, United Kingdom
subject area: biology
en en
Colchester, United Kingdom
subject area: biology
en en
Manchester, United Kingdom
subject area: biology
en en
Coventry, United Kingdom
subject area: biology
en en
Durham, United Kingdom
subject area: biology
en en
London, United Kingdom
subject area: biology
en en
London, United Kingdom
subject area: biology
en en
Cambridge, United Kingdom
subject area: biology
en en
Edinburgh, United Kingdom
subject area: biology
Carbon capture and storage is an innovative and effective technology for achieving carbon dioxide (CO2) reductions globally. An EU-funded project is assessing for the first time the risks associated with sub-seabed CO2 storage on marine ecosystems.

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