Thursday, 6 May 2010
Room D
Chairperson: Thierry Penduff
08:30–08:45
EGU2010-5450 A Prototype Two-Decade Fully-Coupled Fine-Resolution CCSM Simulation Julie McClean, David Bader, Frank Bryan, Philip Jones, John Dennis, Arthur Mirin, Mathew Maltrud, Detelina Ivanova, Yoo Yin Kim, and James Boyle
08:45–09:00
EGU2010-6604 Assessment of DRAKKAR global simulations using hydrographic data: methods and impact of model resolution Melanie Juza, Thierry Penduff, and Bernard Barnier
09:00–09:15
EGU2010-7393 Measuring skill of Arctic Ocean models in temperature-salinity space An T. Nguyen, Zeliang Wang, and Greg Holloway
09:15–09:30
EGU2010-7182 Assessing the vertical structure of baroclinic tidal currents in a global model Patrick Timko, Brian Arbic, and Robert Scott
09:30–09:45
EGU2010-13355 The role of tracer advection formulation on diapycnal mixing in geopotential coordinate eddying ocean models. Chris Hill, David Ferreira, and Jean-Michel Campin
09:45–10:00
EGU2010-758 Non-uniform adaptive vertical grids for 3D numerical ocean models Richard Hofmeister, Hans Burchard, and Jean-Marie Beckers
COFFEE BREAK
10:30–10:45
EGU2010-425 A simple modification that could significantly improve ocean models Paul Williams
10:45–11:00
EGU2010-4528 Sensitivity of the emergent behavior of a complex ecosystem model to choice of ocean general circulation model Bablu Sinha, Erik Buitenhuis, Corinne Le Quere, and Thomas Anderson
11:00–11:15
EGU2010-6035 Impact of wind stress curl on the primary production in the Humboldt Upwelling System Aurélie Albert, Vincent Echevin, and Marina Lévy
11:15–11:30
EGU2010-10925 The application of ICOM, a non-hydrostatic, fully unstructured mesh model in large scale ocean domains Stephan C. Kramer, Matthew D. Piggott, Colin J. Cotter, Chris C. Pain, and Rhodri B. Nelson
11:30–11:45
EGU2010-6208 Construction of a reduced-order model for real-time hydrodynamic forecast
My Ha Dao, Hoang Huy Nguyen, Pavel Tkalich, and Nicholas Patrikalakis
11:45–12:00
EGU2010-2231 Automatic differentiation and its use for unstructured-mesh ocean modeling Silvia Massmann