datalist(Boreal Winter 2006 series)

1. experimental design （Miura et al. 2007）
Horizontal grid spacing:
14 km (glevel-09), 7 km (glevel-10), 3.5 km (glevel-11)
Integration:
7-km, 14-km run: 30 days from 15 Dec 2006
3.5-km run:
7 days from 25 Dec 2006
Initial conditions:Interpolated from NCEP tropospheric analyses(6 hourly, 1.0x1.0 degree grids)
2006-12-15 00:00:00 (14-km and 7-km run)2006-11-01 00:00:00 (14-km and 7-km run) … MISMO run (Miura et al. 2009, GRL)
2006-12-25 00:00:00 (3.5-km run)
Boundary conditions:
Reynolds SST, Sea ICE (weekly data)
ETOPO-5 topography, Matthews vegetation
UGAMP ozone climatology (for AMPI2)
Vertical domain:0 m ~ 38,000 m, 40-levels (stretching grid)
2. output variables (Grads format）[MULTI LEVEL -- 13 variables](glevel-09, 10:6-hourly) (glevel-11: daily) snapshot
ml_dh: diabatic heating rate (cloud microphysics) [K/s]ml_pres: pressure [Pa]ml_qc
: cloud water mixing ratio (microphysics) [kg/kg]
ml_qi: cloud ice mixing ratio [kg/kg]
ml_qr: rain mixing ratio [kg/kg]
ml_qs: snow mixing ratio [kg/kg]
ml_qv: water vapor mixing ratio [kg/kg]
ml_rh: relative humidity [frac.]
ml_rho: density (all species) [kg/m^3]
ml_tem: temperature [K]ml_ucos: zonal velocity (multiplied by cos(lat)) [m/s]ml_vcos: meridional velocity (multiplied by cos(lat)) [m/s]ml_w: vertical velocity [m/s][SINGLE LEVEL -- 27 variables] (1.5-hourly mean)

sl_albedo
sl_cld_frac
sl_cldisl_cldw
sl_evap
sl_lw_toa
sl_lw_toa_c
sl_ps
sl_q2msl_slhsl_slwd
sl_slwu
sl_sshsl_sswisl_sswr
sl_sw_toai
sl_sw_toar
sl_sw_toar_c
sl_t2msl_tauucos
sl_tauvcos
sl_tem_atm
sl_tem_sfc
sl_tppnsl_ucos10m
sl_vap_atm
sl_vcos10m: albedo [frac.]: cloud fraction [frac.]: column integrated solid water [kg/m^2]: column integrated liquid water [kg/m^2]: evaporation rate [kg/m^2/s]: outgoing long-wave flux at TOA [W/m^2]: outgoing long-wave flux at TOA (clear sky) [W/m^2]: surface pressure [Pa]: 2 m water vapor mixing ratio [kg/kg]: surface latent heat flux [W/m^2]: surface long-wave radiation (downward) [W/m^2]: surface long-wave radiation (upward)[W/m^2]: surface sensible heat flux [W/m^2]: surface short-wave radiation (downward/incident) [W/m^2]: surface short-wave radiation (upward/reflected) [W/m^2]: downward short-wave radiation at TOA [W/m^2]: upward short-wave radiation at TOA [W/m^2]: upward short-wave radiation at TOA (clear sky) [W/m^2]: 2 m temperature [K]: surface stress by zonal velocity (multiplied by cos(lat)) [N/m^2]: surface stress by meridional velocity (multiplied by cos(lat)) [N/m^2]: mass weighted column averaged temperature [K]: surface temperature [K]: surface precipitation rate [kg/m^2/s]: 10 m zonal velocity (multiplied by cos(lat)) [m/s]: precipitable water [kg/m^2]: 10 m meridional velocity (multiplied by cos(lat)) [m/s]notes:* a single element (3077,4176) in gl_11 dataset is undefined for all variables* dh (diabatic heating rate in gl_09, gl10, and gl11 dataset only count diabatic heating calcuated in
the cloud microphysical scheme (i.e., condensation and evaporation) and not include partial
condensation calculated in the turbulent scheme.
3. data size
7 km mesh, single-level (32days, 1.5 hourly) = 27GB
3.5 km mesh, single-level (7days, 1.5 hourly) = 21GB
7 km mesh 40L, (32days, 6 hourly) = 270GB
3.5 km mesh 40L, (7days, daily) = 52.5GB