|
Air-sea exchange |
Laure Zanna |
|
Arctic observation, sea ice |
Helen Johnson |
|
Climate modelling, variability and change |
Laure Zanna |
|
Global modelling |
David Marshall |
|
High performance computing |
David Marshall |
|
Ice sheet modelling |
Andrew Wells |
|
Ice-climate interactions |
Andrew Wells |
|
Ocean-atmosphere coupling |
Laure Zanna |
|
Process based modelling of the ocean and bio-geochemical processes |
David Marshall |
|
Rapid climate change associated with the AMOC |
David Marshall |
|
Role of salinity in climate variability |
Helen Johnson |
|
Sea ice dynamics and modelling |
Andrew Wells |
|
Sea surface temperature modelling |
Laure Zanna |
|
Surface Ocean/Lower Atmosphere interactions |
Laure Zanna |
|
Palaeoclimate, Palaeoclimatology and rapid climatic events |
|
|
Air-sea gas exchange, atmospheric inputs to the marine environment |
Laure Zanna |
|
Climate physics |
Laure Zanna |
|
Dynamics of ocean currents |
David Marshall |
|
El Niño physical processes |
Laure Zanna |
|
Frazil and sea ice dynamics, thermodynamics |
Andrew Wells |
|
Ice shelf-ocean interaction |
Andrew Wells |
|
Ice-shelf physics |
Andrew Wells |
|
Marine ice formation |
Andrew Wells |
|
Mixing and turbulance in the ocean |
David Marshall |
|
Ocean circulation and processes |
David Marshall |
|
Ocean-atmosphere interaction |
Laure Zanna |
|
Oceanic and atmospheric waves |
David Marshall |
|
Open ocean observatories |
Helen Johnson |
|
Physics of sea level change |
Laure Zanna |
|
Sea level and ocean climate |
Laure Zanna |
|
Surface processes |
David Marshall |
|
Thermodynamics and energetics of the atmosphere and oceans |
David Marshall |
|
Turbulent mixing in stratified fluids |
David Marshall |