Since my previous post is not very specific I decided to make a new one with a more detailed explanation of what I'd like to do.
In WRF we have input radiation options.
CAM Green House Gases (GHG): Provides yearly green house gases from 1765 to 2500. The option is activated by compiling WRF with the macro –DCLWRFGHG. Once compiled, CAM, RRTM and RRTMG long-wave schemes will read these time-varying GHG from a table (annual global means).
FOR CMIP5, three GHG scenario tables are supplied with the WRF source-code:
CAMtr_volume_mixing_ratio .RCP4.5
CAMtr_volume_mixing_ratio.RCP6
CAMtr_volume_mixing_ratio.RCP8.5
From the MPAS manual:
At present, MPAS-A includes parameterizations of physical processes taken from the Weather
Research and Forecasting (WRF) Model 1. Specically, MPAS-A has support for:
Radiation: CAM and RRTMG long-wave and short-wave radiation schemes
What I would like to know is if I can run MPAS and read time-varying GHG concentrations with these schemes like in WRF, for climate change scenario simulations in 2050 for example.
How do I setup MPAS to read the tables? Do I have to compile MPAS with a specific flag like we do for WRF? And if all of this is possible in MPAS, are the table formats the same? Or is there any specific format the table needs to be in?
Thanks,
Michael
In WRF we have input radiation options.
CAM Green House Gases (GHG): Provides yearly green house gases from 1765 to 2500. The option is activated by compiling WRF with the macro –DCLWRFGHG. Once compiled, CAM, RRTM and RRTMG long-wave schemes will read these time-varying GHG from a table (annual global means).
FOR CMIP5, three GHG scenario tables are supplied with the WRF source-code:
CAMtr_volume_mixing_ratio .RCP4.5
CAMtr_volume_mixing_ratio.RCP6
CAMtr_volume_mixing_ratio.RCP8.5
From the MPAS manual:
At present, MPAS-A includes parameterizations of physical processes taken from the Weather
Research and Forecasting (WRF) Model 1. Specically, MPAS-A has support for:
Radiation: CAM and RRTMG long-wave and short-wave radiation schemes
What I would like to know is if I can run MPAS and read time-varying GHG concentrations with these schemes like in WRF, for climate change scenario simulations in 2050 for example.
How do I setup MPAS to read the tables? Do I have to compile MPAS with a specific flag like we do for WRF? And if all of this is possible in MPAS, are the table formats the same? Or is there any specific format the table needs to be in?
Thanks,
Michael