I have previously been running the BWma1850 compset, where the point has been to run the CESM with my own volcanic forcing file (i.e. by creating a new VolcanEESM... in the stratvolc directory) such that the evolution of stratospheric aerosol from SO2 emissions are calculated by the model.
The above uses WACCM, but I now wanted to see how the CAM-chem performs in comparison. Looking at the defined compsets that uses CCTS (which I assume is what is needed to get the CAM-chem version), I could only find compsets that uses a prescribed ocean model.
I did also try constructing a new compset from defining a new fullname, but my attempts so far have all errored out. For example, by using the BWma1850 fullname but changing the atmosphere to CAM60%CCTS:
It would be much appreciated if someone could point me in the right direction as to how to run CESM2.1.3 with CAM-chem and a fully dynamic ocean.
The above uses WACCM, but I now wanted to see how the CAM-chem performs in comparison. Looking at the defined compsets that uses CCTS (which I assume is what is needed to get the CAM-chem version), I could only find compsets that uses a prescribed ocean model.
I did also try constructing a new compset from defining a new fullname, but my attempts so far have all errored out. For example, by using the BWma1850 fullname but changing the atmosphere to CAM60%CCTS:
Code:
# From BWma1850:
1850_CAM60%WCCM_CLM50%BGC-CROP_CICE_POP2%ECO%NDEP_MOSART_CISM2%NOEVOLVE_WW3
# to
1850_CAM60%CCTS_CLM50%BGC-CROP_CICE_POP2%ECO%NDEP_MOSART_CISM2%NOEVOLVE_WW3It would be much appreciated if someone could point me in the right direction as to how to run CESM2.1.3 with CAM-chem and a fully dynamic ocean.