Posts tagged status-integrated

Atmospheric chemistry and aerosols

• 18 June 2024
Corinna Hoose
Extended Core Components , Atmospheric chemistry and aerosols
atmospheric chemistry status-integrated chemistry extended core components messy aerosols and chemistry aerosols chemistry tracer icon clouds radiation emission troposphere stratosphere microphysics

ICON-ART: Corinna Hoose and Ali Hoshyaripour

Aerosol and Reactive Trace gases (ART) is a component of the ICON modeling framework that enables explicit treatment of atmospheric composition and its interactions with clouds and radiation. ART encompasses emission, transport and removal processes of trace gases and aerosols in the troposphere and stratosphere along with their transformations due to chemistry and aerosol microphysics.

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Ocean and sea ice

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

FESOM: Dmitry Sidorenko

ICON-O: Nils Brüggemann

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Atmosphere

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

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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