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The above code block indicates that if the cloud coefficients are loaded, the aerosol coefficients need to be loaded as well. So, I modified GSI to load the aerosol coefficients for all-sky assimilation of ATMS and AMSU-A, for which the cloud coefficients are required. This resolved the issue of n_phase_elenemts difference between cloud and aerosol coefficients.
Note - Validate CRTMv3.1.1 with CRTMv2.4.0.1 (used in the operational system) with global GFS model background is documented in CRTMv3 repository Issue #167
The text was updated successfully, but these errors were encountered:
emilyhcliu
changed the title
Update GSI to work with CRTMv3.1.1 and Validate CRTMv3.1.1 with global GFS background
Update GSI to work with CRTMv3.1.1
Aug 19, 2024
Update GSI cde to with with CRTMv3.1.1
Users need to load
Aerosol Coefficients
whenCloud Coefficients
are loadedhttps://github.com/JCSDA/CRTMv3/blob/229ff8935976b152e8174473aa3d0250560b29e9/src/CRTM_K_Matrix_Module.f90#L710-L717
The above code block indicates that if the cloud coefficients are loaded, the aerosol coefficients need to be loaded as well. So, I modified GSI to load the aerosol coefficients for all-sky assimilation of ATMS and AMSU-A, for which the cloud coefficients are required. This resolved the issue of
n_phase_elenemts
difference between cloud and aerosol coefficients.Note - Validate CRTMv3.1.1 with CRTMv2.4.0.1 (used in the operational system) with global GFS model background is documented in CRTMv3 repository Issue #167
The text was updated successfully, but these errors were encountered: