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CASES - Modeling Subgroup

CASES - Modeling Subgroup. Coupled bio-physical models of the carbon flows on the Canadian Arctic Shelf. Kevin Arrigo, Stanford - bio & geochemical model David Holland, NYU Ice & ocean phys. model Chris Konig, NYU coupled modeling Dave Barber, U Manitoba ice & lower atmosphere.

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CASES - Modeling Subgroup

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  1. CASES - Modeling Subgroup Coupled bio-physical models of the carbon flows on the Canadian Arctic Shelf • Kevin Arrigo, Stanford - bio & geochemical model • David Holland, NYU • Ice & ocean phys. model • Chris Konig, NYU • coupled modeling • Dave Barber, U Manitoba • ice & lower atmosphere

  2. High Resolution Model (~5 km) Bathymetry

  3. High Resolution Model (~5 km) End of June End of December Salinity Velocity Field

  4. High Resolution Model (~5 km) End of June End of December Ice concentration and velocity

  5. Low Resolution Model • Using AOMIP model output • Providing boundary conditions to the high-res model Sea-Ice Thickness, Beginning of January

  6. Future Plans • Tides • Open Boundaries • Biogeochemical/Ecosystem Modeling:Structure highly dependent on CASES findings-> Input from all participants needed • Proposal to NSF on Feb 15, NASA March Needs • Input from all participants, asap:Central data bank! • Temporal resolution (Franklin Bay, ice camp) • River data

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