Workshop #9, June 6-7, 2005
McGill University, Montreal, Canada
Framework Topics
The focus of the workshop will be the continued analysis of the 1948-2004 simulations and validation. The workshop objective is to recommend improvements in existing model parameterizations. The workshop recommendations are to be implemented in new simulations of the 1948-2004 period to be carried out during the second-half of calendar year 2005.
Day 1 of the workshop will involve a comprehensive discussion of results from the Coordinated 1948-2004 experiment.
Day 2 will be dedicated to a discussion of various topics:
- model calibration and validation approach;
- model improvement plan;
- collaboration and coordination of our activity with other MIPs;
- some internal problems including:
- project coordination,
- funding opportunities,
- research themes,
- publications.
Day 1 - June 6, 2005
Time | Topic | Speaker/Moderator |
---|---|---|
08:30 | Coffee | |
08:45 | Orientation: McGill facilities, workshop agenda, modifications | D. Holland |
08:55 | Welcome: Department Chair, Atmospheric and Oceanic Sciences | J. Gyakum |
09:00 | Introduction: Project overview, results, and problems | A. Proshutinsky |
09:15 - 12:00 | Model Improvements and Improved Results | G. Holloway |
09:15 | A survey of present efforts improving AOMIP models | G. Holloway |
09:35 | Improved results in the 1/12-degree resolution NAOSIM | R. Gerdes |
09:55 | Numerics of scalar advection in ocean-sea ice models | M. Maqueda |
10:15 | Coffee Break | |
10:35 - 12:00 | Model Improvement Plans | Discussion |
12:00 | Lunch | |
13:15 - 15:35 | Model Experiments | E. Hunke |
13:15 | The study of the Arctic water circulation on the basis of numerical experiments with different parameterizations | E. Golubeva |
13:35 | GM vs biharmonic ocean mixing in the Arctic | E. Hunke |
13:55 | The Rossby Centre Ocean model applied to the Arctic Ocean using ERA-40 | M. Meier |
14:15 | On use of surface restoring in AOMIP - a sensitivity study | W. Maslowski |
14:35 | Coffee Break | |
14:55 - 15:35 | Future Experiment Plans | Discussion |
15:35 - 17:30 | Data for Model Forcing and Valcal | M. Karcher |
15:35 | NSIDC Data: Sea Ice and Ocean Products | T. Arbetter |
15:50 | CORE experiments | R. Gerdes |
16:10 | The Beaufort Gyre Observing system (BGOS) first results | A. Proshutinsky |
16:25 | Sea level time series for AOMIP model validation | A. Prohsutinsky |
16:40 - 17:30 | Valcal Data Sources | Discussion |
17:30 | Adjourn | |
18:30 | AOMIP Group Dinner |
Day 2 - June 7, 2005
Time | Topic | Speaker/Moderator |
---|---|---|
08:30 | Coffee | |
08:45 - 10:35 | Modeling With Data Assimilation | R. Gerdes |
08:45 | NAOSIM data assimilation System (NAOSIMDAS) - Project aims and first obstacles | F. Kauker |
09:05 | Using remote-sensed sea ice thickness, extent and speed observations to optimise a sea ice model | P. Miller |
09:25 | Investigation of the Arctic Ocean circulation employing a variational data assimilation technique | G. Panteleev |
09:45 - 10:15 | Role of Data Assimilation in AOMIP | Discussion |
10:15 | Coffee Break | |
10:45 - 16:00 | Processes, mechanisms, and physics | A. Proshutinsky |
10:45 | The role of tides in long term arctic ocean/ice climate | G. Holloway |
11:15 | Atlantic water movement in the Arctic - the state of the AOMIP analysis and an update on AOMIP relevant results with NAOSIM | M. Karcher |
11:35 | The role of mixing in the simulation of Canadian Basin Atlantic water circulation | M. Steele |
11:55 | Modeling the 20th century Arctic ice ocean circulation using a coupled atmosphere-ice-ocean global model | J. Wang |
12:15 | Lunch | |
13:30 | Modeling landfast ice in the Arctic | D. Holland |
13:50 | Arctic sea ice modeling: the UVic model with a granular sea ice model | J.-F. Lemieux |
14:05 | Sensitivity of the spherical granular sea-ice model to the ice strength and the angle of friction | J. Sedlacek |
14:20 | Seasonal and interannual variability of Ekman transport and its contribution to the heat and salt fluxes In the Arctic Ocean | J. Yang |
14:40 | Arctic sea ice and fresh water budget and the performance of climate models with regard to these variables in the Arctic | C. Koberle |
15:00 | Some considerations on the origin of Atlantic layer properties and circulation variability | A. Proshutinsky |
15:20 | Coffee Break | |
15:40 - 16:40 | Fresh Water (Koeberle/Proshutinsky) Atlantic water (Holloway/Yang/Karcher) Tides (Proshutinsky/Holloway) Sea Ice (Gerdes/Holland) Mixing (Steele/Holloway) | Discussion |
16:40 - 17:30 | Internal Project Issues (project coordination, funding opportunities, research themes, publications) | Discussion |
17:30 | Adjourn |
Participants
NAME | INSTITUTE |
---|---|
ARBETTER, Todd | CIRES, Boulder |
DUMONT, Dany | INRS-ETE, Quebec City, Canada |
DUPONT, Frederic | Universite Laval, Canada |
GERDES, Rudiger | Alfred-Wegener Institute, Germany |
GOLOUBEVA, Elena | Novosibirsk, Russia |
HOLLAND, David | Courant Institute of Mathematical Sciences, NYU |
HOLLOWAY, Greg | Institute of Ocean Sciences, Canada |
HUNKE, Elizabeth | Los Alamos National Laboratory |
KARCHER, Michael | Alfred-Wegener Institute, Germany |
KAUKER, Frank | Alfred-Wegener Institute, Germany |
KOBERLE, Cornelia | Alfred-Wegener Institute, Germany |
KOTHAVALA, Zav | University of Quebec at Montreal, Canada |
LANOS, Romain | INRS-ETE, Quebec City, Canada |
LEMIEUX, Jean-Francois | McGill University, Canada |
MALTRUD, Matthew | Los Alamos National Laboratory |
MAQUEDA, Miguel | Courant Institute of Mathematical Sciences, NYU |
MASLOWSKI, Wieslaw | Naval Postgraduate School |
MEIER, Markus | Rossby Center, Sweden |
MILLER, Paul | University College London, United Kingdom |
MYSAK, Lawrence | McGill University, Canada |
PANTELEEV, Gleb | International Arctic Research Center, UAF |
PLATOV, Gennady | ICMMG, Russia |
PROSHUTINSKY, Andrey | Woods Hole Oceanographic Institute |
SEDLACEK, Jan | McGill University, Canada |
SIMMONS, Harper | International Arctic Research Center, UAF |
STARK, Don | Naval Postgraduate School |
STEELE, Michael | Polar Science Center, UW |
SMITH, Greg | McGill University, Canada |
WANG, Jia | International Arctic Research Center, UAF |
YANG, Jiayan | Woods Hole Oceanographic Institute |
Related Files
- Workshop #9 Abstracts
- Arbetter, T. NSIDC Data: Sea Ice and Ocean products
PDF 2.2MB - Gerdes, R. Improved results in the 1/12-degree resolution NAOSIM
PDF 1.4MB - Gerdes, R. CORE experiments
PDF 0.2MB - Golubeva, E., and G. Platov. The study of the Arctic water circulation on the basis of numerical experiments with different parameterizations
PDF 6.1MB - Holland, D.M., and C. Konig. Modeling landfast ice in the arctic
PDF 0.7MB - Holloway, G., and A. Proshutinsky. The role of tides in arctic ocean/ice climate
PDF 2.1MB - Hunke, E. GM vs biharmonic ocean mixing in the Arctic
PDF 1.6MB - Karcher, M., and F. Kauker. Atlantic Water movement in the Arctic - the state of the AOMIP analysis and an update on AOMIP relevant results with NAOSIM
PDF 4.5MB - Kauker, F., R. Gerdes, R. Giering, T. Kaminski, and M. Karcher. The NAOSIM Data Assimilation System (NAOSIMDAS) - Project aims and first obstacles
PDF 0.9MB - Koeberle, C. Arctic sea ice and fresh water budget and the performance of climate models with regard to these variables in the Arctic
PDF 4.7MB - Lemieux, J.-F., J. Sedlacek, B. Tremblay, D.M. Holland, and L. A. Mysak. Arctic sea-ice modeling: the UVic model with a granular sea ice model
PDF 0.3MB - Maqueda, M. Numerics of scalar advection in ocean-sea ice models
PDF 0.7MB - Meier, M., R. Doscher, K. Wyser, and K. Doos. The Rossby Centre Ocean model applied to the Arctic Ocean using ERA-40
PDF 2.6MB - Miller, P.A., S. W. Laxon, D. L. Feltham. Using remote-sensed sea ice thickness, extent and speed observations to optimise a sea ice model
PDF 3.9MB - Sedlacek, J., J.-F. Lemieux, B. Tremblay, D.M. Holland, and L.A. Mysak. Sensitivity of the spherical granular sea-iIce model to the ice strength and the angle of friction
PDF 0.2MB - Steele, M. The role of mixing in the simulation of Canadian Basin Atlantic Water circulation
PDF 1.9MB - Yang, J. Seasonal and interannual variability of Ekman transport and its contribution to the heat and salt fluxes In the Arctic Ocean
PDF 16.9MB