Closed bbakernoaa closed 3 years ago
@bbakernoaa The plume-rise module can only use GBBEPx emission, or QFED is also good to be use? Is it used FRP or not? Thanks.
@zhanglikate Sofiev is a FRP based scheme. So we could use it for any biomass burning dataset with FRP. I don't currently have the QFED FRP downloaded. Could you help with that? Once there we could easily add it to the RC files.
@bbakernoaa I have no idea about the QFED FRP, either. We discussed that before for Shan's project and can not find the FRP in the QFED data. That is why we finally used GFAS in Shan's S2S, which included FRP. Anyway I can take a look at the code of "simplified sofiev scheme" ? Thanks.
@zhanglikate You can see the code here
I think that the QFED data uses the MODIS fire product for FRP. So I think that we would need to go back and get that. It isn't included in the QFED files themselves.
@drpeppurr could you please perform the Atom1 evaluation with these?
Case Details:
We are repeating the Atom1 case study here to test an initial implementation of a plume rise model in UFS-Aerosols. Two model runs were completed using the
feature/p7.1-gocart-dev
andfeature/p7.1-gocart-dev-plumerise
branches of UFS-Aerosols. The plume rise algorithm that was first implemented was the simplified sofiev scheme. This was done because the code is straightforward and easy to implement. The case should be the same as in #3Model Configuration Details
Aerosol Model Configuration
Measurements/Models available for comparison
@siyuan and @perthsb the model results are here:
no plumerise:
/scratch1/NCEPDEV/rstprod/tmp/COM/noplume/gfs.201607*/00/chem/
plumerise:/scratch1/NCEPDEV/rstprod/tmp/COM/noplume/gfs.2016072*/00/chem/
preliminary comparison: google slides
@zhanglikate @lipan-NOAA @gjfrost
P.S. the no plumerise run is still completing. Should be done this evening to tomorrow morning.