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Dynamic Core: --- WRF-ARW WRF-NMM
Microphysics: --- 0: No Microphysics 1: Kessler scheme 2: Lin et al. scheme 3: WSM 3-class simple ice scheme 4: WSM 5-class scheme 5: Ferrier scheme 6: WSM 6-class scheme 7: Goddard GCE scheme 8: Thompson graupel scheme 9: Milbrandt-Yau scheme 10: Morrison 2-moment scheme 13: SBU 5-class scheme 14: WDM 5-class scheme 16: WDM 6-class scheme 85: Etamp_hwrf scheme 98: Thompson (v3.0) scheme
Long-wave Radiation: --- 0: No long-wave radiation 1: RRTM scheme 3: CAM scheme 4: RRTMG scheme 5: Goddard scheme 99: GFDL scheme 98: Modified GFDL scheme
Short-wave Radiation: --- 0: No short-wave radiation 1: Dudhia scheme 2: Goddard shortwave scheme 3: CAM scheme 4: RRTMG scheme 5: Goddard scheme 99: GFDL scheme 98: Modified GFDL scheme
Surface-layer: --- 0: No surface layer scheme 1: Monin-Obukhov scheme 2: Janjic scheme 3: NCEP GFS scheme 4: QNSE 5: MYNN 7: Pleim-Xiu scheme 10: TEMF 88: GFDL scheme
Land Surface Model: --- 0: No surface temperature prediction 1: Thermal diffusion scheme 2: Noah LSM 3: RUC LSM 7: Pleim-Xiu LSM 88: GFDL slab LSM
Boundary-layer: --- 0: No boundary layer 1: YSU scheme 2: MYJ TKE scheme 3: NCEP GFS scheme 4: QNSE 5: MYNN 2.5 level TKE 6: MYNN 3rd level TKE 7: ACM scheme 8: BouLac TKE 9: UW TKE scheme 10: TEMF
Cumulus: --- 0: No cumulus 1: Kain-Fritsch scheme 2: BMJ scheme 3: Grell-Devenyi ensemble scheme 4: Simplified Arakawa-Schubert scheme 5: Grell 3d ensemble scheme 6: Tiedtke scheme 7: Zhang-McFarlane scheme 14: New GFS SAS
Application:
Describe the intended use of this configuration (e.g. general weather forecasting, convective weather, hurricane).
Initialization:
Describe how these cases were/will be initialized (e.g. cold start, data assimilation, model used for initial and boundary conditions).
Cases:
Describe what cases (seasons) you ran/will be running (e.g. year-round, winter, convective/hurricane season).
Namelist:
Copy namelist settings below.
ref_lat:
ref_lon:
e_we:
e_sn:
e_vert:
dx:
dy:
time_step:
Additional Comments:
