Posts in Core Components

Ocean and sea ice

• 05 July 2023
• Thomas Jung (AWI) , Nikolay Koldunov (AWI) , Dmitry Sidorenko (AWI) , Nils Brüggemann (MPI-M) , Sergey Danilov (AWI) , Jochem Marotzke (MPI-M) , Peter Korn (MPI-M)
• Core Components , Ocean
• watercycle cliccs eflows4hpc sea-ice primavera destine icon-o seaice nextgems fesim trr181 ocean fesom eerie status-integrated warmworld fesom2

FESOM: Dmitry Sidorenko

ICON-O: Nils Brüggemann

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Core Components

• 28 June 2023
• Jochem Marotzke (MPI-M) , Iris Ehlert (DKRZ) , LMU) , Anja Schmidt (DLR
• Core Components , Overview
• components corecomponents land atmosphere ocean overview

Iris Ehlert

The core components of the future natESM system will comprise models for atmosphere, ocean, and land.

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Atmosphere

• 28 June 2023
• Roland Potthast (DWD) , Corinna Hoose (KIT) , Ina Tegen (TROPOS)
• Core Components , Atmosphere
• destine icon-a nextgems hans-ertel-centre scalexa ifces2 atmosphere glori overview status-integrated warmworld

ICON-A: Roland Potthast

For the representation of the atmosphere, ICON includes a non-hydrostatic dynamical core operating on a icosahedral-triangular Arakawa C grid. Physics parameterizations for radiation, cloud microphysics (1- or 2-moment) and turbulence are always used, while orographic drag, subgrid cloud cover, and deep and shallow convection are parameterized or not depending on the configuration.

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