Hi,
I am trying to run ROMS in the Ross Sea, which has sea ice shelf similar to the Weddell Sea.
I find the Ice code by Kate from https://github.com/kshedstrom/roms/tree ... OMS/SeaIce
I'd better use the ICESHELF in cppdefs or the ice code for the Ross Sea case?
I suppose the Sea Ice module will perform better than ICESHELF in cppdefs, it that true?
If use the sea ice module, how can I specify it in cppdefs or somewhere else?
Thanks in advance!
Fan
Sea ice in ROMS
Re: Sea ice in ROMS
There's more than one kind of ice at sea. The ICESHELF option sounds like what you are looking for. It is a rigid ice cover for which you have to provide its thickness, which can be hundreds of meters.
You may or may not also have sea ice, provided by the ICE_MODEL option. Sea ice has both dynamics and thermodynamics and is typically under ten meters thick (though it can get thicker spots up against a coastline). Sea ice is not completely rigid and can have a fractional ice cover, the other fraction being water exposed to air in leads.
Note: the ROMS trunk code might have the ICESHELF option, but my branch has additional thermodynamics with the ICESHELF code, provided by people from Old Dominion University.
You may or may not also have sea ice, provided by the ICE_MODEL option. Sea ice has both dynamics and thermodynamics and is typically under ten meters thick (though it can get thicker spots up against a coastline). Sea ice is not completely rigid and can have a fractional ice cover, the other fraction being water exposed to air in leads.
Note: the ROMS trunk code might have the ICESHELF option, but my branch has additional thermodynamics with the ICESHELF code, provided by people from Old Dominion University.
Re: Sea ice in ROMS
Kate, thanks very much.
Fan
Fan
kate wrote:There's more than one kind of ice at sea. The ICESHELF option sounds like what you are looking for. It is a rigid ice cover for which you have to provide its thickness, which can be hundreds of meters.
You may or may not also have sea ice, provided by the ICE_MODEL option. Sea ice has both dynamics and thermodynamics and is typically under ten meters thick (though it can get thicker spots up against a coastline). Sea ice is not completely rigid and can have a fractional ice cover, the other fraction being water exposed to air in leads.
Note: the ROMS trunk code might have the ICESHELF option, but my branch has additional thermodynamics with the ICESHELF code, provided by people from Old Dominion University.