netcdf ESCiMo2_RD1SD_EC_1_2229121827332032020 {
dimensions:
time = UNLIMITED ; // (12 currently)
lat = 64 ;
lon = 128 ;
plev_2 = 90 ;
plev = 90 ;
bnds = 2 ;
variables:
float adrain(time, lat, lon) ;
adrain:long_name = "atmospheric drainage" ;
adrain:units = "m" ;
adrain:CDI_grid_type = "gaussian" ;
adrain:CDI_grid_num_LPE = 32 ;
adrain:cell_methods = "time: point time: mean" ;
float ahfice(time, lat, lon) ;
ahfice:long_name = "conductive heat flux" ;
ahfice:units = "W m-2" ;
ahfice:CDI_grid_type = "gaussian" ;
ahfice:CDI_grid_num_LPE = 32 ;
ahfice:REFERENCE_TO = "g3b: ahfice" ;
ahfice:cell_methods = "time: point time: mean" ;
float alake(time, lat, lon) ;
alake:long_name = "lake fraction of grid box" ;
alake:units = "1" ;
alake:CDI_grid_type = "gaussian" ;
alake:CDI_grid_num_LPE = 32 ;
alake:REFERENCE_TO = "g3b: alake" ;
alake:cell_methods = "time: point time: mean" ;
alake:standard_name = "area_fraction" ;
float alb(time, lat, lon) ;
alb:long_name = "surface background albedo" ;
alb:units = "1" ;
alb:CDI_grid_type = "gaussian" ;
alb:CDI_grid_num_LPE = 32 ;
alb:REFERENCE_TO = "g3b: alb" ;
alb:cell_methods = "time: point time: mean" ;
float aps(time, lat, lon) ;
aps:long_name = "surface pressure" ;
aps:units = "Pa" ;
aps:code = 134 ;
aps:table = 128 ;
aps:CDI_grid_type = "gaussian" ;
aps:CDI_grid_num_LPE = 32 ;
aps:_FillValue = -1.e+34f ;
aps:missing_value = -1.e+34f ;
aps:representation = "GP_2D_HORIZONTAL" ;
aps:REFERENCE_TO = "g3b: aps" ;
aps:cell_methods = "time: point time: mean" ;
aps:standard_name = "surface_air_pressure" ;
float aros(time, lat, lon) ;
aros:long_name = "atmospheric runoff" ;
aros:units = "m" ;
aros:CDI_grid_type = "gaussian" ;
aros:CDI_grid_num_LPE = 32 ;
aros:cell_methods = "time: point time: mean" ;
float az0(time, lat, lon) ;
az0:long_name = "roughness length" ;
az0:units = "m" ;
az0:CDI_grid_type = "gaussian" ;
az0:CDI_grid_num_LPE = 32 ;
az0:_FillValue = -1.e+34f ;
az0:missing_value = -1.e+34f ;
az0:REFERENCE_TO = "g3b: az0" ;
az0:cell_methods = "time: point time: mean" ;
float betaa_tmp(time, plev_2, lat, lon) ;
betaa_tmp:long_name = "additional pointer to store temp result of zbetaa in cloud_si.f90" ;
betaa_tmp:units = "1" ;
betaa_tmp:CDI_grid_type = "gaussian" ;
betaa_tmp:CDI_grid_num_LPE = 32 ;
betaa_tmp:_FillValue = -1.e+34f ;
betaa_tmp:missing_value = -1.e+34f ;
betaa_tmp:cell_methods = "time: point time: mean" ;
float betab_tmp(time, plev_2, lat, lon) ;
betab_tmp:long_name = "additional pointer to store temp result of zbetab in cloud_si.f90" ;
betab_tmp:units = "1" ;
betab_tmp:CDI_grid_type = "gaussian" ;
betab_tmp:CDI_grid_num_LPE = 32 ;
betab_tmp:_FillValue = -1.e+34f ;
betab_tmp:missing_value = -1.e+34f ;
betab_tmp:cell_methods = "time: point time: mean" ;
float betass_tmp(time, plev_2, lat, lon) ;
betass_tmp:long_name = "additional pointer to store temp result of zbetass in cloud_si.f90" ;
betass_tmp:units = "1" ;
betass_tmp:CDI_grid_type = "gaussian" ;
betass_tmp:CDI_grid_num_LPE = 32 ;
betass_tmp:_FillValue = -1.e+34f ;
betass_tmp:missing_value = -1.e+34f ;
betass_tmp:cell_methods = "time: point time: mean" ;
float cair(time, lat, lon) ;
cair:long_name = "vapour coefficient zcair in vdiff" ;
cair:units = "1" ;
cair:CDI_grid_type = "gaussian" ;
cair:CDI_grid_num_LPE = 32 ;
cair:cell_methods = "time: point time: mean" ;
float cdh(time, lat, lon) ;
cdh:long_name = "transfer coefficient for heat exchange" ;
cdh:units = "1" ;
cdh:CDI_grid_type = "gaussian" ;
cdh:CDI_grid_num_LPE = 32 ;
cdh:cell_methods = "time: point time: mean" ;
float cdni(time, lat, lon) ;
cdni:long_name = "neutral drag coeff., ice" ;
cdni:units = "1" ;
cdni:CDI_grid_type = "gaussian" ;
cdni:CDI_grid_num_LPE = 32 ;
cdni:cell_methods = "time: point time: mean" ;
float cdnl(time, lat, lon) ;
cdnl:long_name = "neutral drag coeff., land" ;
cdnl:units = "1" ;
cdnl:CDI_grid_type = "gaussian" ;
cdnl:CDI_grid_num_LPE = 32 ;
cdnl:cell_methods = "time: point time: mean" ;
float cdnw(time, lat, lon) ;
cdnw:long_name = "neutral drag coeff., water" ;
cdnw:units = "1" ;
cdnw:CDI_grid_type = "gaussian" ;
cdnw:CDI_grid_num_LPE = 32 ;
cdnw:cell_methods = "time: point time: mean" ;
float cfh(time, plev_2, lat, lon) ;
cfh:long_name = "eddy diffusivity K_h" ;
cfh:units = "m2 s-1" ;
cfh:CDI_grid_type = "gaussian" ;
cfh:CDI_grid_num_LPE = 32 ;
cfh:_FillValue = -1.e+34f ;
cfh:missing_value = -1.e+34f ;
cfh:cell_methods = "time: point time: mean" ;
float cfhi(time, lat, lon) ;
cfhi:long_name = "look up zcfhi in vdiff" ;
cfhi:units = "1" ;
cfhi:CDI_grid_type = "gaussian" ;
cfhi:CDI_grid_num_LPE = 32 ;
cfhi:cell_methods = "time: point time: mean" ;
float cfhl(time, lat, lon) ;
cfhl:long_name = "look up zcfhl in vdiff" ;
cfhl:units = "1" ;
cfhl:CDI_grid_type = "gaussian" ;
cfhl:CDI_grid_num_LPE = 32 ;
cfhl:cell_methods = "time: point time: mean" ;
float cfhw(time, lat, lon) ;
cfhw:long_name = "look up zcfhw in vdiff" ;
cfhw:units = "1" ;
cfhw:CDI_grid_type = "gaussian" ;
cfhw:CDI_grid_num_LPE = 32 ;
cfhw:cell_methods = "time: point time: mean" ;
float cfm(time, plev_2, lat, lon) ;
cfm:long_name = "eddy viscosity K_m" ;
cfm:units = "m2 s-1" ;
cfm:CDI_grid_type = "gaussian" ;
cfm:CDI_grid_num_LPE = 32 ;
cfm:_FillValue = -1.e+34f ;
cfm:missing_value = -1.e+34f ;
cfm:cell_methods = "time: point time: mean" ;
float cfmi(time, lat, lon) ;
cfmi:long_name = "momentum drag coeff., ice" ;
cfmi:units = "1" ;
cfmi:CDI_grid_type = "gaussian" ;
cfmi:CDI_grid_num_LPE = 32 ;
cfmi:cell_methods = "time: point time: mean" ;
float cfml(time, lat, lon) ;
cfml:long_name = "momentum drag coeff., land" ;
cfml:units = "1" ;
cfml:CDI_grid_type = "gaussian" ;
cfml:CDI_grid_num_LPE = 32 ;
cfml:cell_methods = "time: point time: mean" ;
float cfmw(time, lat, lon) ;
cfmw:long_name = "momentum drag coeff., water" ;
cfmw:units = "1" ;
cfmw:CDI_grid_type = "gaussian" ;
cfmw:CDI_grid_num_LPE = 32 ;
cfmw:cell_methods = "time: point time: mean" ;
float cfnci(time, lat, lon) ;
cfnci:long_name = "exchange parameter, ice" ;
cfnci:units = "kg m-2 s-1" ;
cfnci:CDI_grid_type = "gaussian" ;
cfnci:CDI_grid_num_LPE = 32 ;
cfnci:cell_methods = "time: point time: mean" ;
float cfncl(time, lat, lon) ;
cfncl:long_name = "exchange parameter, land" ;
cfncl:units = "kg m-2 s-1" ;
cfncl:CDI_grid_type = "gaussian" ;
cfncl:CDI_grid_num_LPE = 32 ;
cfncl:cell_methods = "time: point time: mean" ;
float cfncw(time, lat, lon) ;
cfncw:long_name = "exchange parameter, water" ;
cfncw:units = "kg m-2 s-1" ;
cfncw:CDI_grid_type = "gaussian" ;
cfncw:CDI_grid_num_LPE = 32 ;
cfncw:cell_methods = "time: point time: mean" ;
float chl(time, lat, lon) ;
chl:long_name = "look up zchl in vdiff" ;
chl:units = "1" ;
chl:CDI_grid_type = "gaussian" ;
chl:CDI_grid_num_LPE = 32 ;
chl:cell_methods = "time: point time: mean" ;
float cvs(time, lat, lon) ;
cvs:long_name = "snow cover" ;
cvs:units = "1" ;
cvs:CDI_grid_type = "gaussian" ;
cvs:CDI_grid_num_LPE = 32 ;
cvs:_FillValue = -1.e+34f ;
cvs:missing_value = -1.e+34f ;
cvs:cell_methods = "time: point time: mean" ;
float cvsc(time, lat, lon) ;
cvsc:long_name = "snow covered canopy" ;
cvsc:units = "1" ;
cvsc:CDI_grid_type = "gaussian" ;
cvsc:CDI_grid_num_LPE = 32 ;
cvsc:_FillValue = -1.e+34f ;
cvsc:missing_value = -1.e+34f ;
cvsc:cell_methods = "time: point time: mean" ;
float cvsi(time, lat, lon) ;
cvsi:long_name = "snow cover ice" ;
cvsi:units = "1" ;
cvsi:CDI_grid_type = "gaussian" ;
cvsi:CDI_grid_num_LPE = 32 ;
cvsi:_FillValue = -1.e+34f ;
cvsi:missing_value = -1.e+34f ;
cvsi:cell_methods = "time: point time: mean" ;
float cvw(time, lat, lon) ;
cvw:long_name = "wet skin fraction" ;
cvw:units = "1" ;
cvw:CDI_grid_type = "gaussian" ;
cvw:CDI_grid_num_LPE = 32 ;
cvw:_FillValue = -1.e+34f ;
cvw:missing_value = -1.e+34f ;
cvw:cell_methods = "time: point time: mean" ;
float decomp_gp_jp(lat, lon) ;
decomp_gp_jp:long_name = "vector index (1...nproma)" ;
decomp_gp_jp:CDI_grid_type = "gaussian" ;
decomp_gp_jp:CDI_grid_num_LPE = 32 ;
decomp_gp_jp:_FillValue = -1.e+34f ;
decomp_gp_jp:missing_value = -1.e+34f ;
decomp_gp_jp:REFERENCE_TO = "grid_def: decomp_gp_jp" ;
decomp_gp_jp:units = "1" ;
float decomp_gp_jr(lat, lon) ;
decomp_gp_jr:long_name = "vector index (1...ngpblks)" ;
decomp_gp_jr:CDI_grid_type = "gaussian" ;
decomp_gp_jr:CDI_grid_num_LPE = 32 ;
decomp_gp_jr:_FillValue = -1.e+34f ;
decomp_gp_jr:missing_value = -1.e+34f ;
decomp_gp_jr:REFERENCE_TO = "grid_def: decomp_gp_jr" ;
decomp_gp_jr:units = "1" ;
float decomp_gp_pe(lat, lon) ;
decomp_gp_pe:long_name = "processor number" ;
decomp_gp_pe:CDI_grid_type = "gaussian" ;
decomp_gp_pe:CDI_grid_num_LPE = 32 ;
decomp_gp_pe:_FillValue = -1.e+34f ;
decomp_gp_pe:missing_value = -1.e+34f ;
decomp_gp_pe:REFERENCE_TO = "grid_def: decomp_gp_pe" ;
decomp_gp_pe:units = "1" ;
double dt(time) ;
dt:long_name = "delta_time" ;
dt:units = "s" ;
dt:cell_methods = "time: mean" ;
float ebsh(time, plev_2, lat, lon) ;
ebsh:long_name = "look up zebsh in vdiff" ;
ebsh:units = "1" ;
ebsh:CDI_grid_type = "gaussian" ;
ebsh:CDI_grid_num_LPE = 32 ;
ebsh:_FillValue = -1.e+34f ;
ebsh:missing_value = -1.e+34f ;
ebsh:cell_methods = "time: point time: mean" ;
float etadot(time, plev_2, lat, lon) ;
etadot:long_name = "vertical wind velocity" ;
etadot:units = "1 s-1" ;
etadot:CDI_grid_type = "gaussian" ;
etadot:CDI_grid_num_LPE = 32 ;
etadot:_FillValue = -1.e+34f ;
etadot:missing_value = -1.e+34f ;
etadot:cell_methods = "time: point time: mean" ;
float evwsd(time, lat, lon) ;
evwsd:long_name = "zevwsd in surf, evaporation from soil+skin reservoir" ;
evwsd:units = "1" ;
evwsd:CDI_grid_type = "gaussian" ;
evwsd:CDI_grid_num_LPE = 32 ;
evwsd:cell_methods = "time: point time: mean" ;
float forest(time, lat, lon) ;
forest:long_name = "forest fraction of grid box" ;
forest:units = "1" ;
forest:CDI_grid_type = "gaussian" ;
forest:CDI_grid_num_LPE = 32 ;
forest:REFERENCE_TO = "g3b: forest" ;
forest:cell_methods = "time: point time: mean" ;
forest:standard_name = "area_fraction" ;
float fws(time, lat, lon) ;
fws:long_name = "soil moisture stress function" ;
fws:units = "1" ;
fws:CDI_grid_type = "gaussian" ;
fws:CDI_grid_num_LPE = 32 ;
fws:cell_methods = "time: point time: mean" ;
float gboxarea(time, lat, lon) ;
gboxarea:long_name = "grid box area" ;
gboxarea:units = "m2" ;
gboxarea:CDI_grid_type = "gaussian" ;
gboxarea:CDI_grid_num_LPE = 32 ;
gboxarea:_FillValue = -1.e+34f ;
gboxarea:missing_value = -1.e+34f ;
gboxarea:REFERENCE_TO = "grid_def: gboxarea" ;
gboxarea:cell_methods = "time: point time: mean" ;
float geopot(time, plev, lat, lon) ;
geopot:long_name = "geopotential" ;
geopot:units = "m2 s-2" ;
geopot:CDI_grid_type = "gaussian" ;
geopot:CDI_grid_num_LPE = 32 ;
geopot:_FillValue = -1.e+34f ;
geopot:missing_value = -1.e+34f ;
geopot:cell_methods = "time: point time: mean" ;
float geopoti(time, plev_2, lat, lon) ;
geopoti:long_name = "interface geopotential" ;
geopoti:units = "m2 s-2" ;
geopoti:CDI_grid_type = "gaussian" ;
geopoti:CDI_grid_num_LPE = 32 ;
geopoti:_FillValue = -1.e+34f ;
geopoti:missing_value = -1.e+34f ;
geopoti:cell_methods = "time: point time: mean" ;
float glac(time, lat, lon) ;
glac:long_name = "fraction of land covered by glaciers" ;
glac:units = "1" ;
glac:CDI_grid_type = "gaussian" ;
glac:CDI_grid_num_LPE = 32 ;
glac:REFERENCE_TO = "g3b: glac" ;
glac:cell_methods = "time: point time: mean" ;
glac:standard_name = "land_ice_area_fraction" ;
float gld_surf(time, lat, lon) ;
gld_surf:long_name = "temp result of pgld in surf" ;
gld_surf:units = "1" ;
gld_surf:CDI_grid_type = "gaussian" ;
gld_surf:CDI_grid_num_LPE = 32 ;
gld_surf:cell_methods = "time: point time: mean" ;
float grmass(time, plev_2, lat, lon) ;
grmass:long_name = "grid mass" ;
grmass:units = "kg" ;
grmass:CDI_grid_type = "gaussian" ;
grmass:CDI_grid_num_LPE = 32 ;
grmass:_FillValue = -1.e+34f ;
grmass:missing_value = -1.e+34f ;
grmass:REFERENCE_TO = "grid_def: grmass" ;
grmass:cell_methods = "time: point time: mean" ;
float grmassdry(time, plev_2, lat, lon) ;
grmassdry:long_name = "mass of dry air" ;
grmassdry:units = "kg" ;
grmassdry:CDI_grid_type = "gaussian" ;
grmassdry:CDI_grid_num_LPE = 32 ;
grmassdry:_FillValue = -1.e+34f ;
grmassdry:missing_value = -1.e+34f ;
grmassdry:REFERENCE_TO = "grid_def: grmassdry" ;
grmassdry:cell_methods = "time: point time: mean" ;
float grvol(time, plev_2, lat, lon) ;
grvol:long_name = "grid volume" ;
grvol:units = "m3" ;
grvol:CDI_grid_type = "gaussian" ;
grvol:CDI_grid_num_LPE = 32 ;
grvol:_FillValue = -1.e+34f ;
grvol:missing_value = -1.e+34f ;
grvol:REFERENCE_TO = "grid_def: grvol" ;
grvol:cell_methods = "time: point time: mean" ;
float heat(time, lat, lon) ;
heat:long_name = "surface kinematic heat flux" ;
heat:units = "K m/s" ;
heat:CDI_grid_type = "gaussian" ;
heat:CDI_grid_num_LPE = 32 ;
heat:cell_methods = "time: point time: mean" ;
float icecov(time, lat, lon) ;
icecov:long_name = "ice cover fraction" ;
icecov:units = "1" ;
icecov:CDI_grid_type = "gaussian" ;
icecov:CDI_grid_num_LPE = 32 ;
icecov:_FillValue = -1.e+34f ;
icecov:missing_value = -1.e+34f ;
icecov:cell_methods = "time: point time: mean" ;
float l_heatflux(time, lat, lon) ;
l_heatflux:CDI_grid_type = "gaussian" ;
l_heatflux:CDI_grid_num_LPE = 32 ;
l_heatflux:_FillValue = -1.e+34f ;
l_heatflux:missing_value = -1.e+34f ;
l_heatflux:REFERENCE_TO = "e5vdiff: ahfl" ;
l_heatflux:cell_methods = "time: point time: mean" ;
l_heatflux:long_name = "latent heat flux at the surface" ;
l_heatflux:units = "W m-2" ;
float landcov(time, lat, lon) ;
landcov:long_name = "land cover fraction" ;
landcov:units = "1" ;
landcov:CDI_grid_type = "gaussian" ;
landcov:CDI_grid_num_LPE = 32 ;
landcov:_FillValue = -1.e+34f ;
landcov:missing_value = -1.e+34f ;
landcov:cell_methods = "time: point time: mean" ;
float lat(lat) ;
lat:long_name = "latitude" ;
lat:units = "degrees_north" ;
lat:axis = "Y" ;
float lon(lon) ;
lon:long_name = "longitude" ;
lon:units = "degrees_east" ;
lon:axis = "X" ;
double plev(plev) ;
plev:long_name = "pressure" ;
plev:units = "Pa" ;
plev:positive = "down" ;
plev:axis = "Z" ;
double plev_2(plev_2) ;
plev_2:long_name = "pressure" ;
plev_2:units = "Pa" ;
plev_2:positive = "down" ;
plev_2:axis = "Z" ;
float press(time, plev, lat, lon) ;
press:long_name = "pressure" ;
press:units = "Pa" ;
press:CDI_grid_type = "gaussian" ;
press:CDI_grid_num_LPE = 32 ;
press:_FillValue = -1.e+34f ;
press:missing_value = -1.e+34f ;
press:cell_methods = "time: point time: mean" ;
float pressi(time, plev_2, lat, lon) ;
pressi:long_name = "interface pressure" ;
pressi:units = "Pa" ;
pressi:CDI_grid_type = "gaussian" ;
pressi:CDI_grid_num_LPE = 32 ;
pressi:_FillValue = -1.e+34f ;
pressi:missing_value = -1.e+34f ;
pressi:cell_methods = "time: point time: mean" ;
float qflux(time, lat, lon) ;
qflux:long_name = "moisture flux at the surface" ;
qflux:units = "kg m-2 s-1" ;
qflux:CDI_grid_type = "gaussian" ;
qflux:CDI_grid_num_LPE = 32 ;
qflux:cell_methods = "time: point time: mean" ;
float qflx(time, lat, lon) ;
qflx:long_name = "surface kinematic moisture flux" ;
qflx:units = "m s-1" ;
qflx:CDI_grid_type = "gaussian" ;
qflx:CDI_grid_num_LPE = 32 ;
qflx:cell_methods = "time: point time: mean" ;
float qm1(time, plev, lat, lon) ;
qm1:long_name = "specific humidity" ;
qm1:units = "kg kg-1" ;
qm1:CDI_grid_type = "gaussian" ;
qm1:CDI_grid_num_LPE = 32 ;
qm1:_FillValue = -1.e+34f ;
qm1:missing_value = -1.e+34f ;
qm1:cell_methods = "time: point time: mean" ;
qm1:standard_name = "humidity_mixing_ratio" ;
float qres(time, lat, lon) ;
qres:long_name = "residual heat flux for melting sea ice" ;
qres:units = "W m-2" ;
qres:CDI_grid_type = "gaussian" ;
qres:CDI_grid_num_LPE = 32 ;
qres:REFERENCE_TO = "g3b: qres" ;
qres:cell_methods = "time: point time: mean" ;
float qsi(time, lat, lon) ;
qsi:long_name = "hum. sat. over ice" ;
qsi:units = "1" ;
qsi:CDI_grid_type = "gaussian" ;
qsi:CDI_grid_num_LPE = 32 ;
qsi:cell_methods = "time: point time: mean" ;
float qsl(time, lat, lon) ;
qsl:long_name = "hum. sat. over land" ;
qsl:units = "1" ;
qsl:CDI_grid_type = "gaussian" ;
qsl:CDI_grid_num_LPE = 32 ;
qsl:cell_methods = "time: point time: mean" ;
float qslnew(time, lat, lon) ;
qslnew:long_name = "new hum. sat. over land" ;
qslnew:units = "1" ;
qslnew:CDI_grid_type = "gaussian" ;
qslnew:CDI_grid_num_LPE = 32 ;
qslnew:cell_methods = "time: point time: mean" ;
float qsw(time, lat, lon) ;
qsw:long_name = "hum. sat. over water" ;
qsw:units = "1" ;
qsw:CDI_grid_type = "gaussian" ;
qsw:CDI_grid_num_LPE = 32 ;
qsw:cell_methods = "time: point time: mean" ;
float radflxw(time, lat, lon) ;
radflxw:long_name = "radiation flux (lw + sw) over water" ;
radflxw:units = "W m-2" ;
radflxw:CDI_grid_type = "gaussian" ;
radflxw:CDI_grid_num_LPE = 32 ;
radflxw:cell_methods = "time: point time: mean" ;
float rco_leaf(time, lat, lon) ;
rco_leaf:long_name = "leaf stomatal resistance" ;
rco_leaf:units = "s m-1" ;
rco_leaf:CDI_grid_type = "gaussian" ;
rco_leaf:CDI_grid_num_LPE = 32 ;
rco_leaf:cell_methods = "time: point time: mean" ;
float rh_2m(time, lat, lon) ;
rh_2m:long_name = "relative humidity at 2m" ;
rh_2m:units = "1" ;
rh_2m:CDI_grid_type = "gaussian" ;
rh_2m:CDI_grid_num_LPE = 32 ;
rh_2m:cell_methods = "time: point time: mean" ;
float rho_air_dry(time, plev, lat, lon) ;
rho_air_dry:long_name = "density of dry air" ;
rho_air_dry:units = "kg/m^3" ;
rho_air_dry:CDI_grid_type = "gaussian" ;
rho_air_dry:CDI_grid_num_LPE = 32 ;
rho_air_dry:_FillValue = -1.e+34f ;
rho_air_dry:missing_value = -1.e+34f ;
rho_air_dry:cell_methods = "time: point time: mean" ;
float rho_surf(time, lat, lon) ;
rho_surf:long_name = "air density at the surface" ;
rho_surf:units = "kg m-3" ;
rho_surf:CDI_grid_type = "gaussian" ;
rho_surf:CDI_grid_num_LPE = 32 ;
rho_surf:cell_methods = "time: point time: mean" ;
float rhum(time, plev, lat, lon) ;
rhum:long_name = "relative humidity" ;
rhum:units = "%" ;
rhum:CDI_grid_type = "gaussian" ;
rhum:CDI_grid_num_LPE = 32 ;
rhum:_FillValue = -1.e+34f ;
rhum:missing_value = -1.e+34f ;
rhum:cell_methods = "time: point time: mean" ;
float rii(time, lat, lon) ;
rii:long_name = "Richardson number (ice)" ;
rii:units = "1" ;
rii:CDI_grid_type = "gaussian" ;
rii:CDI_grid_num_LPE = 32 ;
rii:cell_methods = "time: point time: mean" ;
float ril(time, lat, lon) ;
ril:long_name = "Richardson number (land)" ;
ril:units = "1" ;
ril:CDI_grid_type = "gaussian" ;
ril:CDI_grid_num_LPE = 32 ;
ril:cell_methods = "time: point time: mean" ;
float rinum(time, plev, lat, lon) ;
rinum:long_name = "bulk Richardson number" ;
rinum:units = "1" ;
rinum:CDI_grid_type = "gaussian" ;
rinum:CDI_grid_num_LPE = 32 ;
rinum:_FillValue = -1.e+34f ;
rinum:missing_value = -1.e+34f ;
rinum:cell_methods = "time: point time: mean" ;
float riw(time, lat, lon) ;
riw:long_name = "Richardson number (water)" ;
riw:units = "1" ;
riw:CDI_grid_type = "gaussian" ;
riw:CDI_grid_num_LPE = 32 ;
riw:cell_methods = "time: point time: mean" ;
float rsfc_2d(time, lat, lon) ;
rsfc_2d:long_name = "convective rain rate" ;
rsfc_2d:units = "kg m-2 s-1" ;
rsfc_2d:CDI_grid_type = "gaussian" ;
rsfc_2d:CDI_grid_num_LPE = 32 ;
rsfc_2d:cell_methods = "time: point time: mean" ;
float rsfl_2d(time, lat, lon) ;
rsfl_2d:long_name = "large-scale rain rate" ;
rsfl_2d:units = "kg m-2 s-1" ;
rsfl_2d:CDI_grid_type = "gaussian" ;
rsfl_2d:CDI_grid_num_LPE = 32 ;
rsfl_2d:cell_methods = "time: point time: mean" ;
float s_heatflux(time, lat, lon) ;
s_heatflux:CDI_grid_type = "gaussian" ;
s_heatflux:CDI_grid_num_LPE = 32 ;
s_heatflux:_FillValue = -1.e+34f ;
s_heatflux:missing_value = -1.e+34f ;
s_heatflux:REFERENCE_TO = "e5vdiff: ahfs" ;
s_heatflux:cell_methods = "time: point time: mean" ;
s_heatflux:long_name = "sensible heat flux at the surface" ;
s_heatflux:units = "W m-2" ;
float seacov(time, lat, lon) ;
seacov:long_name = "sea cover fraction" ;
seacov:units = "1" ;
seacov:CDI_grid_type = "gaussian" ;
seacov:CDI_grid_num_LPE = 32 ;
seacov:_FillValue = -1.e+34f ;
seacov:missing_value = -1.e+34f ;
seacov:cell_methods = "time: point time: mean" ;
float siced(time, lat, lon) ;
siced:long_name = "ice depth" ;
siced:units = "m" ;
siced:CDI_grid_type = "gaussian" ;
siced:CDI_grid_num_LPE = 32 ;
siced:REFERENCE_TO = "g3b: siced" ;
siced:cell_methods = "time: point time: mean" ;
siced:standard_name = "floating_ice_thickness" ;
float sigmadot(time, plev_2, lat, lon) ;
sigmadot:long_name = "vertical wind velocity in sigma vertical coordinate" ;
sigmadot:units = "1 s-1" ;
sigmadot:CDI_grid_type = "gaussian" ;
sigmadot:CDI_grid_num_LPE = 32 ;
sigmadot:_FillValue = -1.e+34f ;
sigmadot:missing_value = -1.e+34f ;
sigmadot:cell_methods = "time: point time: mean" ;
float slf(time, lat, lon) ;
slf:long_name = "land fraction" ;
slf:units = "1" ;
slf:CDI_grid_type = "gaussian" ;
slf:CDI_grid_num_LPE = 32 ;
slf:REFERENCE_TO = "g3b: slf" ;
slf:cell_methods = "time: point time: mean" ;
slf:standard_name = "land_area_fraction" ;
float snc_surf(time, lat, lon) ;
snc_surf:long_name = "temp result of psnc in surf" ;
snc_surf:units = "1" ;
snc_surf:CDI_grid_type = "gaussian" ;
snc_surf:CDI_grid_num_LPE = 32 ;
snc_surf:cell_methods = "time: point time: mean" ;
float srfl(time, lat, lon) ;
srfl:long_name = "net surface radiative flux" ;
srfl:units = "W m-2" ;
srfl:CDI_grid_type = "gaussian" ;
srfl:CDI_grid_num_LPE = 32 ;
srfl:cell_methods = "time: point time: mean" ;
float srfl_physc(time, lat, lon) ;
srfl_physc:long_name = "solar surface flux" ;
srfl_physc:units = "W m-2" ;
srfl_physc:CDI_grid_type = "gaussian" ;
srfl_physc:CDI_grid_num_LPE = 32 ;
srfl_physc:_FillValue = -1.e+34f ;
srfl_physc:missing_value = -1.e+34f ;
srfl_physc:cell_methods = "time: point time: mean" ;
float ssfc_2d(time, lat, lon) ;
ssfc_2d:long_name = "convective snow rate" ;
ssfc_2d:units = "kg m-2 s-1" ;
ssfc_2d:CDI_grid_type = "gaussian" ;
ssfc_2d:CDI_grid_num_LPE = 32 ;
ssfc_2d:cell_methods = "time: point time: mean" ;
float ssfl_2d(time, lat, lon) ;
ssfl_2d:long_name = "large-scale snow rate" ;
ssfl_2d:units = "kg m-2 s-1" ;
ssfl_2d:CDI_grid_type = "gaussian" ;
ssfl_2d:CDI_grid_num_LPE = 32 ;
ssfl_2d:cell_methods = "time: point time: mean" ;
double time(time) ;
time:long_name = "time" ;
time:bounds = "time_bnds" ;
time:units = "day since 1950-01-01 00:00:00" ;
time:calendar = "gregorian" ;
time:axis = "T" ;
time:cell_methods = "time: mean" ;
double time_bnds(time, bnds) ;
time_bnds:long_name = "" ;
time_bnds:cell_methods = "time: mean" ;
float tke(time, plev_2, lat, lon) ;
tke:CDI_grid_type = "gaussian" ;
tke:CDI_grid_num_LPE = 32 ;
tke:_FillValue = -1.e+34f ;
tke:missing_value = -1.e+34f ;
tke:REFERENCE_TO = "e5vdiff: tke" ;
tke:cell_methods = "time: point time: mean" ;
tke:long_name = "turbulent kinetic energy" ;
tke:units = "m2 s-2" ;
float tm1(time, plev, lat, lon) ;
tm1:long_name = "dry air temperature" ;
tm1:units = "K" ;
tm1:CDI_grid_type = "gaussian" ;
tm1:CDI_grid_num_LPE = 32 ;
tm1:_FillValue = -1.e+34f ;
tm1:missing_value = -1.e+34f ;
tm1:cell_methods = "time: point time: mean" ;
float tpot(time, plev, lat, lon) ;
tpot:long_name = "potential temperature" ;
tpot:units = "K" ;
tpot:CDI_grid_type = "gaussian" ;
tpot:CDI_grid_num_LPE = 32 ;
tpot:_FillValue = -1.e+34f ;
tpot:missing_value = -1.e+34f ;
tpot:cell_methods = "time: point time: mean" ;
float tpoteq(time, plev, lat, lon) ;
tpoteq:long_name = "equivalent potential temperature" ;
tpoteq:units = "K" ;
tpoteq:CDI_grid_type = "gaussian" ;
tpoteq:CDI_grid_num_LPE = 32 ;
tpoteq:_FillValue = -1.e+34f ;
tpoteq:missing_value = -1.e+34f ;
tpoteq:cell_methods = "time: point time: mean" ;
float tpoteq2(time, plev, lat, lon) ;
tpoteq2:long_name = "equivalent potential temperature simple" ;
tpoteq2:units = "K" ;
tpoteq2:CDI_grid_type = "gaussian" ;
tpoteq2:CDI_grid_num_LPE = 32 ;
tpoteq2:_FillValue = -1.e+34f ;
tpoteq2:missing_value = -1.e+34f ;
tpoteq2:cell_methods = "time: point time: mean" ;
float tslnew(time, lat, lon) ;
tslnew:long_name = "land surface temperature for sensible heat flux" ;
tslnew:units = "K" ;
tslnew:CDI_grid_type = "gaussian" ;
tslnew:CDI_grid_num_LPE = 32 ;
tslnew:_FillValue = -1.e+34f ;
tslnew:missing_value = -1.e+34f ;
tslnew:cell_methods = "time: point time: mean" ;
float tsurf(time, lat, lon) ;
tsurf:long_name = "surface temperature" ;
tsurf:units = "K" ;
tsurf:CDI_grid_type = "gaussian" ;
tsurf:CDI_grid_num_LPE = 32 ;
tsurf:_FillValue = -1.e+34f ;
tsurf:missing_value = -1.e+34f ;
tsurf:cell_methods = "time: point time: mean" ;
tsurf:standard_name = "surface_temperature" ;
float tsw(time, lat, lon) ;
tsw:long_name = "surface temperature of water" ;
tsw:units = "K" ;
tsw:CDI_grid_type = "gaussian" ;
tsw:CDI_grid_num_LPE = 32 ;
tsw:REFERENCE_TO = "g3b: tsw" ;
tsw:cell_methods = "time: point time: mean" ;
tsw:standard_name = "sea_surface_temperature" ;
float tvi(time, lat, lon) ;
tvi:long_name = "surface virtual temperature (ice)" ;
tvi:units = "K" ;
tvi:CDI_grid_type = "gaussian" ;
tvi:CDI_grid_num_LPE = 32 ;
tvi:cell_methods = "time: point time: mean" ;
float tvir(time, lat, lon) ;
tvir:long_name = "surface virtual temperature" ;
tvir:units = "K" ;
tvir:CDI_grid_type = "gaussian" ;
tvir:CDI_grid_num_LPE = 32 ;
tvir:cell_methods = "time: point time: mean" ;
float tvirt(time, plev, lat, lon) ;
tvirt:long_name = "virtual temperature" ;
tvirt:units = "degC" ;
tvirt:CDI_grid_type = "gaussian" ;
tvirt:CDI_grid_num_LPE = 32 ;
tvirt:_FillValue = -1.e+34f ;
tvirt:missing_value = -1.e+34f ;
tvirt:cell_methods = "time: point time: mean" ;
float tvl(time, lat, lon) ;
tvl:long_name = "surface virtual temperature (land)" ;
tvl:units = "K" ;
tvl:CDI_grid_type = "gaussian" ;
tvl:CDI_grid_num_LPE = 32 ;
tvl:cell_methods = "time: point time: mean" ;
float tvw(time, lat, lon) ;
tvw:long_name = "surface virtual temperature (water)" ;
tvw:units = "K" ;
tvw:CDI_grid_type = "gaussian" ;
tvw:CDI_grid_num_LPE = 32 ;
tvw:cell_methods = "time: point time: mean" ;
float um1(time, plev, lat, lon) ;
um1:long_name = "u-wind" ;
um1:units = "m s-1" ;
um1:CDI_grid_type = "gaussian" ;
um1:CDI_grid_num_LPE = 32 ;
um1:_FillValue = -1.e+34f ;
um1:missing_value = -1.e+34f ;
um1:cell_methods = "time: point time: mean" ;
float vgrat(time, lat, lon) ;
vgrat:long_name = "vegetation fraction rel to land" ;
vgrat:units = "1" ;
vgrat:CDI_grid_type = "gaussian" ;
vgrat:CDI_grid_num_LPE = 32 ;
vgrat:REFERENCE_TO = "g3b: vgrat" ;
vgrat:cell_methods = "time: point time: mean" ;
vgrat:standard_name = "vegetation_area_fraction" ;
float vlt(time, lat, lon) ;
vlt:long_name = "leaf area index" ;
vlt:units = "1" ;
vlt:CDI_grid_type = "gaussian" ;
vlt:CDI_grid_num_LPE = 32 ;
vlt:REFERENCE_TO = "g3b: vlt" ;
vlt:cell_methods = "time: point time: mean" ;
float vm1(time, plev, lat, lon) ;
vm1:long_name = "v-wind" ;
vm1:units = "m s-1" ;
vm1:CDI_grid_type = "gaussian" ;
vm1:CDI_grid_num_LPE = 32 ;
vm1:_FillValue = -1.e+34f ;
vm1:missing_value = -1.e+34f ;
vm1:cell_methods = "time: point time: mean" ;
float wind10(time, lat, lon) ;
wind10:long_name = "10 m wind speed" ;
wind10:units = "m s-1" ;
wind10:CDI_grid_type = "gaussian" ;
wind10:CDI_grid_num_LPE = 32 ;
wind10:_FillValue = -1.e+34f ;
wind10:missing_value = -1.e+34f ;
wind10:REFERENCE_TO = "e5vdiff: wind10" ;
wind10:cell_methods = "time: point time: mean" ;
float xim1(time, plev, lat, lon) ;
xim1:long_name = "cloud ice" ;
xim1:units = "kg kg-1" ;
xim1:CDI_grid_type = "gaussian" ;
xim1:CDI_grid_num_LPE = 32 ;
xim1:_FillValue = -1.e+34f ;
xim1:missing_value = -1.e+34f ;
xim1:cell_methods = "time: point time: mean" ;
float xlm1(time, plev, lat, lon) ;
xlm1:long_name = "cloud water" ;
xlm1:units = "kg kg-1" ;
xlm1:CDI_grid_type = "gaussian" ;
xlm1:CDI_grid_num_LPE = 32 ;
xlm1:_FillValue = -1.e+34f ;
xlm1:missing_value = -1.e+34f ;
xlm1:cell_methods = "time: point time: mean" ;
float zust(time, lat, lon) ;
zust:long_name = "surface friction velocity" ;
zust:units = "m s-1" ;
zust:CDI_grid_type = "gaussian" ;
zust:CDI_grid_num_LPE = 32 ;
zust:cell_methods = "time: point time: mean" ;
// global attributes:
:CDI = "Climate Data Interface version 2.0.6 (https://mpimet.mpg.de/cdi)" ;
:Conventions = "CF-1.6" ;
:MESSy = "MESSy version d2.54.0.3-pre2.55-02-1934-g4b615a402-dirty_4b615a4024ea0d0522224617dea33d64427564db_2020-12-19T09:58:27+01:00_2020-12-19T10:00:28+0100, http://www.messy-interface.org" ;
:MESSy_switch = "version 1.0" ;
:MESSy_channel = "version 2.4.3" ;
:MESSy_tracer = "version 2.6" ;
:MESSy_timer = "version 0.1" ;
:MESSy_qtimer = "version 3.0" ;
:MESSy_import = "version 1.0" ;
:MESSy_rnd = "version 1.1" ;
:MESSy_aeropt = "version 2.0.2" ;
:MESSy_airsea = "version 2.0" ;
:MESSy_cloud = "version 2.2" ;
:MESSy_cloudopt = "version 2.1b" ;
:MESSy_convect = "version 2.0" ;
:MESSy_cvtrans = "version 2.4" ;
:MESSy_ddep = "version 2.1" ;
:MESSy_dradon = "version 3.0" ;
:MESSy_gwave = "version 1.0" ;
:MESSy_jval = "version 14.2.1" ;
:MESSy_lnox = "version 3.0" ;
:MESSy_mecca = "version 4.4.0.m1" ;
:MESSy_msbm = "version 2.4" ;
:MESSy_o3orig = "version 0.2" ;
:MESSy_offemis = "version 1.0" ;
:MESSy_onemis = "version 2.1.5" ;
:MESSy_orbit = "version 0.9" ;
:MESSy_orogw = "version 1.1" ;
:MESSy_ptrac = "version 3.1" ;
:MESSy_qbo = "version 2.3" ;
:MESSy_rad = "version 2.2" ;
:MESSy_satsims = "version 1.0" ;
:MESSy_scalc = "version 1.8" ;
:MESSy_scav = "version 2.4.0" ;
:MESSy_sedi = "version 2.5" ;
:MESSy_s4d = "version 2.0.2" ;
:MESSy_sorbit = "version 1.2" ;
:MESSy_e5vdiff = "version 1.1" ;
:MESSy_surface = "version 1.1" ;
:MESSy_tbudget = "version 1.1" ;
:MESSy_tnudge = "version 3.1" ;
:MESSy_trexp = "version 4.1" ;
:MESSy_tropop = "version 2.1" ;
:MESSy_ubcnox = "version 1.5.3" ;
:MESSy_vaxtra = "version 0.91" ;
:MESSy_viso = "version 2.3" ;
:MESSy_experiment = "RD1SD-base-01" ;
:EXEC_CHECKSUM = "bb378758a93cb75e6cbad7851cf01fb1 bin/echam5.exe (md5sum)" ;
:GCM = "ECHAM5 version 5.3.02, Max-Planck Institute for Meteorology, Hamburg" ;
:GCM_spherical_trunc_n = 42 ;
:GCM_spherical_trunc_m = 42 ;
:GCM_spherical_trunc_k = 42 ;
:GCM_vertical_mode = "middle atmosphere (MA)" ;
:GCM_horizontal_mode = "global" ;
:GCM_advection = "Lin&Rood" ;
:GCM_start_date_time = "19500101 000000" ;
:GCM_timestep = 720.f ;
:F95_COMPILER_VERSION = "ifort (IFORT) 18.0.2 20180210" ;
:F95_COMPILER_CALL = "/sw/rhel6-x64/mpi/openmpi-2.0.2p2_hpcx-intel14/bin/mpif90" ;
:F95_COMPILER_FLAGS = "-sox -fpp -g -O2 -xCORE-AVX2 -fp-model strict -align all -save-temps -DBULL -I/sw/rhel6-x64/sys/bullxlib-1.0.0/include -L/sw/rhel6-x64/sys/bullxlib-1.0.0/lib -Wl,-rpath,/sw/rhel6-x64/sys/bullxlib-1.0.0/lib -lbullxMATH -no-wrap-margin" ;
:F95_PREPROC_DEFINITIONS = "-DMESSY -DLITTLE_ENDIAN -D_LINUX64 -DHAVE_PNETCDF -DPNCREGRID -DMPIOM_13B -DHAVE_YAXT -D_VCSREV_=\'d2.54.0.3-pre2.55-02-1934-g4b615a402-dirty_4b615a4024ea0d0522224617dea33d64427564db_2020-12-19T09:58:27+01:00_2020-12-19T10:00:28+0100\'" ;
:F95_COMPILER_INCLUDES = "-I/sw/rhel6-x64/netcdf/netcdf_fortran-4.4.3-parallel-openmpi2-intel14/include -I/sw/rhel6-x64/netcdf/netcdf_fortran-4.4.3-parallel-openmpi2-intel14/include -I/sw/rhel6-x64/netcdf/parallel_netcdf-1.6.1-openmpi2-intel14/include" ;
:operating_date_time = "20210216 120018" ;
:operating_system = "Linux 2.6.32-754.33.1.el6.x86_64 on x86_64" ;
:operating_host = "mlogin100" ;
:operating_user = "Patrick Joeckel (b302019)" ;
:MESSy_mecca_eqn = "gas.eqn" ;
:MESSy_mecca_bat = "CCMI2-base-01.bat" ;
:MESSy_mecca_rpl = "mim1-CCMI2-base-01" ;
:MESSy_mecca_nism = "(((Tr && (G || Het) && !I) || St) && !Hg)" ;
:MESSy_mecca_diag = "CCMI2-base-01" ;
:channel_time_slo = 56160.f ;
:channel_name = "ECHAM5" ;
:channel_file_type = "output" ;
:channel_file_name = "RD1SD-base-01__19790101_0200_ECHAM5.nc" ;
:channel_netcdf_lib = "4.4.0 of Oct 23 2017 09:33:50 $" ;
:history = "Tue Jun 18 16:08:01 2024: ncrcat ./RD1SD-base-01__197901_ECHAM5-p-mm.nc ./RD1SD-base-01__197902_ECHAM5-p-mm.nc ./RD1SD-base-01__197903_ECHAM5-p-mm.nc ./RD1SD-base-01__197904_ECHAM5-p-mm.nc ./RD1SD-base-01__197905_ECHAM5-p-mm.nc ./RD1SD-base-01__197906_ECHAM5-p-mm.nc ./RD1SD-base-01__197907_ECHAM5-p-mm.nc ./RD1SD-base-01__197908_ECHAM5-p-mm.nc ./RD1SD-base-01__197909_ECHAM5-p-mm.nc ./RD1SD-base-01__197910_ECHAM5-p-mm.nc ./RD1SD-base-01__197911_ECHAM5-p-mm.nc ./RD1SD-base-01__197912_ECHAM5-p-mm.nc RD1SD-base-01_197901-197912_ECHAM5-p-mm.nc\n",
"Fri Jun 14 11:42:31 2024: cdo -O -s merge ./RD1SD-base-01__197901_ECHAM5-p.nc-1-ta ./RD1SD-base-01__197901_ECHAM5-p.nc-2-ta ./RD1SD-base-01__197901_ECHAM5-p.nc-3-ta ./RD1SD-base-01__197901_ECHAM5-p.nc-4-ta ./RD1SD-base-01__197901_ECHAM5-p-mm.nc\n",
"Fri Jun 14 11:42:01 2024: ncra -O ./RD1SD-base-01__197901_ECHAM5-p.nc-1 ./RD1SD-base-01__197901_ECHAM5-p.nc-1-ta\n",
"Fri Jun 14 11:40:16 2024: cdo -O -s selname,dt,nstep,ahfice,alake,alb,aps,cdni,cdnl,cdnw,cfmi,cfml,cfmw,cfnci,cfncl,cfncw,evwsd,fluxres,forest,glac,gld_surf,qres,qsi,qsl,qsw,rii,ril,riw,siced,slf,snc_surf ./RD1SD-base-01__197901_ECHAM5-p.nc ./RD1SD-base-01__197901_ECHAM5-p.nc-1\n",
"Fri Jun 14 11:37:10 2024: ncks -A ETMP/RD1SD-base-01__197901_ECHAM5-tmp02-02.nc-4 ./RD1SD-base-01__197901_ECHAM5-p.nc\n",
"Fri Jun 14 11:34:07 2024: cdo -O -s -M setmissval,-1.E+34 -ml2pl,0.99,3.18,5.81,8.96,12.74,17.17,22.27,28.14,34.88,42.64,51.43,61.28,72.21,84.23,97.45,112.00,127.99,145.59,164.95,186.24,209.56,234.97,262.66,292.85,325.76,361.63,400.73,443.34,489.79,540.42,595.45,655.07,719.68,789.69,865.56,947.77,1036.87,1133.41,1238.03,1351.39,1474.24,1607.37,1751.62,1907.95,2077.31,2260.76,2459.51,2674.83,2908.16,3161.09,3436.18,3736.44,4063.97,4421.67,4813.40,5242.99,5714.27,6232.16,6801.72,7426.77,8111.52,8863.41,9692.32,10608.00,11620.70,12742.80,13987.30,15366.50,16892.30,18576.80,20436.80,22489.80,24754.80,27251.30,30000.30,33029.90,36370.40,40053.10,44112.70,48581.40,53499.80,58909.10,64849.20,71372.60,78444.20,85715.10,92108.50,96738.10,99565.40,100934.00 ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc-4 ETMP/RD1SD-base-01__197901_ECHAM5-tmp02-02.nc-4\n",
"Fri Jun 14 11:32:30 2024: cdo -O -s selname,aps,pressi,geopoti,etadot,cfh,cfm,ebsh,betaa_tmp,betab_tmp,betass_tmp,sigmadot,tke,s_heatflux,l_heatflux,wind10,az0,ocu,ocv,decomp_gp_jp,decomp_gp_jr,decomp_gp_pe,gboxarea,grmass,grmassdry,grvol ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc-4\n",
"Fri Jun 14 11:29:24 2024: ncks -A -C -x -v lev,ilev,hyai,hybi,hyam,hybm /home/b/b302019/id0853/bin/vct_L90MA.nc ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc\n",
"Fri Jun 14 11:27:18 2024: cdo -O -s splitgrid ./RD1SD-base-01__197901_ECHAM5.nc ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-\n",
"Tue Feb 16 20:59:55 2021: ncrcat --overwrite ./RD1SD-base-01__19790101_0200_ECHAM5.nc /work/id0853/b302019/RD1SD-base-01/./ECHAM5/RD1SD-base-01__197901_ECHAM5.nc" ;
:NCO = "netCDF Operators version 5.0.6 (Homepage = http://nco.sf.net, Code = http://github.com/nco/nco)" ;
:nco_openmp_thread_number = 1 ;
:history_of_appended_files = "Fri Jun 14 11:37:10 2024: Appended file ETMP/RD1SD-base-01__197901_ECHAM5-tmp02-02.nc-4 had following \"history\" attribute:\n",
"Fri Jun 14 11:34:07 2024: cdo -O -s -M setmissval,-1.E+34 -ml2pl,0.99,3.18,5.81,8.96,12.74,17.17,22.27,28.14,34.88,42.64,51.43,61.28,72.21,84.23,97.45,112.00,127.99,145.59,164.95,186.24,209.56,234.97,262.66,292.85,325.76,361.63,400.73,443.34,489.79,540.42,595.45,655.07,719.68,789.69,865.56,947.77,1036.87,1133.41,1238.03,1351.39,1474.24,1607.37,1751.62,1907.95,2077.31,2260.76,2459.51,2674.83,2908.16,3161.09,3436.18,3736.44,4063.97,4421.67,4813.40,5242.99,5714.27,6232.16,6801.72,7426.77,8111.52,8863.41,9692.32,10608.00,11620.70,12742.80,13987.30,15366.50,16892.30,18576.80,20436.80,22489.80,24754.80,27251.30,30000.30,33029.90,36370.40,40053.10,44112.70,48581.40,53499.80,58909.10,64849.20,71372.60,78444.20,85715.10,92108.50,96738.10,99565.40,100934.00 ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc-4 ETMP/RD1SD-base-01__197901_ECHAM5-tmp02-02.nc-4\n",
"Fri Jun 14 11:32:30 2024: cdo -O -s selname,aps,pressi,geopoti,etadot,cfh,cfm,ebsh,betaa_tmp,betab_tmp,betass_tmp,sigmadot,tke,s_heatflux,l_heatflux,wind10,az0,ocu,ocv,decomp_gp_jp,decomp_gp_jr,decomp_gp_pe,gboxarea,grmass,grmassdry,grvol ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc-4\n",
"Fri Jun 14 11:29:24 2024: ncks -A -C -x -v lev,ilev,hyai,hybi,hyam,hybm /home/b/b302019/id0853/bin/vct_L90MA.nc ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-02.nc\n",
"Fri Jun 14 11:27:18 2024: cdo -O -s splitgrid ./RD1SD-base-01__197901_ECHAM5.nc ETMP/RD1SD-base-01__197901_ECHAM5-tmp01-\n",
"Tue Feb 16 20:59:55 2021: ncrcat --overwrite ./RD1SD-base-01__19790101_0200_ECHAM5.nc /work/id0853/b302019/RD1SD-base-01/./ECHAM5/RD1SD-base-01__197901_ECHAM5.nc\n",
"Fri Jun 14 11:29:24 2024: Appended file /home/b/b302019/id0853/bin/vct_L90MA.nc had no \"history\" attribute\n",
"" ;
:CDO = "Climate Data Operators version 2.0.6 (https://mpimet.mpg.de/cdo)" ;
:title = "CCMI-2 simulation RD1SD-base-01" ;
:source = "EMAC model" ;
:contact = "Patrick Jöckel ( patrick.joeckel@
nulldlr.de
:institution = "Deutsches Zentrum für Luft- und Raumfahrt (DLR) e.V., Institut für Physik der Atmosphäre" ;
:creation_date = "20210216" ;
}