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- Mark Petersen: progress report on coupled land ice / ocean interactions (/wiki/spaces/OCNICE/pages/100467566)
- sea ice-- ice that freezes at top of ocean between 1-10m thick
- land ice-- snow accumulating on Greenland and Antarctica
- ice shelves-- floating ice overhanging ocean from land ice
- goal is to get ocean to work below ice shelves
- coupled land ice / ocean interactions running at 0.75 SYPD
- order of magnitude estimates suggest everything is working correctly, currents extend underneath ice shelf
- plan: run low and high resolution with CORE-II forcing for with land ice cavities and without-- first group to do this!!!
- Chris Golaz: "are there enough frames saved from data to make movies?", Dave would like to have movies for high resolution simulation and use of high frequency AM can be used to produce a movie
- simulations have fresh water inputs
- How interactive is land ice? Simulations have static land ice, but it isn't coupled to land ice model. Wetting / drying is needed to move extent of ice sheet. Ice sheet model has been forced offline.
- Want to allow grounding line and front to change via full feedback under two-way coupling
- Todd Ringler (Unlicensed): science papers
- papers compelling and ready to be written but they are awaiting simulation data (esp. high profile papers)
- model development papers already started
- many papers can be written with CORE-II G case
- goal is to move to coupled system dynamics, e.g., Julie McClean's Indian dipole paper requires high-res coupled model
- Are simulations producing data needed to write papers?
- Should be working on model development and writing papers concurrently
- papers compelling and ready to be written but they are awaiting simulation data (esp. high profile papers)