netcdf \1pctCO2_run16_mpiom_data_2d_mm_1_4115389712318950942 {
dimensions:
x = 122 ;
y = 101 ;
vertices = 4 ;
x_2 = 122 ;
y_2 = 101 ;
x_3 = 122 ;
y_3 = 101 ;
depth = 1 ;
depth_2 = 1 ;
depth_3 = 1 ;
time = UNLIMITED ; // (120 currently)
variables:
double lon(y, x) ;
lon:standard_name = "longitude" ;
lon:long_name = "longitude" ;
lon:units = "degrees_east" ;
lon:_CoordinateAxisType = "Lon" ;
lon:bounds = "lon_vertices" ;
double lon_vertices(y, x, vertices) ;
double lat(y, x) ;
lat:standard_name = "latitude" ;
lat:long_name = "latitude" ;
lat:units = "degrees_north" ;
lat:_CoordinateAxisType = "Lat" ;
lat:bounds = "lat_vertices" ;
double lat_vertices(y, x, vertices) ;
double lon_2(y_2, x_2) ;
lon_2:standard_name = "longitude" ;
lon_2:long_name = "longitude" ;
lon_2:units = "degrees_east" ;
lon_2:_CoordinateAxisType = "Lon" ;
lon_2:bounds = "lon_2_vertices" ;
double lon_2_vertices(y_2, x_2, vertices) ;
double lat_2(y_2, x_2) ;
lat_2:standard_name = "latitude" ;
lat_2:long_name = "latitude" ;
lat_2:units = "degrees_north" ;
lat_2:_CoordinateAxisType = "Lat" ;
lat_2:bounds = "lat_2_vertices" ;
double lat_2_vertices(y_2, x_2, vertices) ;
double lon_3(y_3, x_3) ;
lon_3:standard_name = "longitude" ;
lon_3:long_name = "longitude" ;
lon_3:units = "degrees_east" ;
lon_3:_CoordinateAxisType = "Lon" ;
lon_3:bounds = "lon_3_vertices" ;
double lon_3_vertices(y_3, x_3, vertices) ;
double lat_3(y_3, x_3) ;
lat_3:standard_name = "latitude" ;
lat_3:long_name = "latitude" ;
lat_3:units = "degrees_north" ;
lat_3:_CoordinateAxisType = "Lat" ;
lat_3:bounds = "lat_3_vertices" ;
double lat_3_vertices(y_3, x_3, vertices) ;
double depth(depth) ;
depth:standard_name = "depth" ;
depth:long_name = "depth_below_sea" ;
depth:units = "m" ;
depth:positive = "down" ;
depth:axis = "Z" ;
double depth_2(depth_2) ;
depth_2:standard_name = "depth" ;
depth_2:long_name = "depth_below_sea" ;
depth_2:units = "m" ;
depth_2:positive = "down" ;
depth_2:axis = "Z" ;
double depth_3(depth_3) ;
depth_3:standard_name = "depth" ;
depth_3:long_name = "depth_below_sea" ;
depth_3:units = "m" ;
depth_3:positive = "down" ;
depth_3:axis = "Z" ;
double time(time) ;
time:standard_name = "time" ;
time:units = "hours since 1850-01-31 21:36:00" ;
time:calendar = "proleptic_gregorian" ;
float zos(time, depth, y, x) ;
zos:standard_name = "sea_surface_height_above_geoid" ;
zos:long_name = "Sea surface height above geoid" ;
zos:units = "m" ;
zos:code = 1 ;
zos:coordinates = "lon lat" ;
zos:_FillValue = -9.e+33f ;
zos:missing_value = -9.e+33f ;
float zossq(time, depth, y, x) ;
zossq:standard_name = "square_of_sea_surface_height_above_geoid" ;
zossq:long_name = "Square of sea surface height above geoid" ;
zossq:units = "m2" ;
zossq:code = 11 ;
zossq:coordinates = "lon lat" ;
zossq:_FillValue = -9.e+33f ;
zossq:missing_value = -9.e+33f ;
float tos(time, depth, y, x) ;
tos:standard_name = "sea_surface_temperature" ;
tos:long_name = "Sea surface temperature" ;
tos:units = "C" ;
tos:code = 12 ;
tos:coordinates = "lon lat" ;
tos:_FillValue = -9.e+33f ;
tos:missing_value = -9.e+33f ;
float sivol(time, depth, y, x) ;
sivol:standard_name = "sea_ice_volume_per_area" ;
sivol:long_name = "Sea ice volume per area" ;
sivol:units = "m" ;
sivol:code = 13 ;
sivol:coordinates = "lon lat" ;
sivol:_FillValue = -9.e+33f ;
sivol:missing_value = -9.e+33f ;
float tossq(time, depth, y, x) ;
tossq:standard_name = "square_of_sea_surface_temperature" ;
tossq:long_name = "Square of sea surface temperature" ;
tossq:units = "C2" ;
tossq:code = 14 ;
tossq:coordinates = "lon lat" ;
tossq:_FillValue = -9.e+33f ;
tossq:missing_value = -9.e+33f ;
float siconc(time, depth, y, x) ;
siconc:standard_name = "sea_ice_area_fraction" ;
siconc:long_name = "Sea ice area fraction" ;
siconc:units = "1" ;
siconc:code = 15 ;
siconc:coordinates = "lon lat" ;
siconc:_FillValue = -9.e+33f ;
siconc:missing_value = -9.e+33f ;
float sos(time, depth, y, x) ;
sos:standard_name = "sea_surface_salinity" ;
sos:long_name = "Sea surface salinity" ;
sos:units = "1e-3" ;
sos:code = 16 ;
sos:coordinates = "lon lat" ;
sos:_FillValue = -9.e+33f ;
sos:missing_value = -9.e+33f ;
float pbo(time, depth_2, y, x) ;
pbo:standard_name = "sea_water_pressure_at_sea_floor" ;
pbo:long_name = "Sea water pressure at sea floor" ;
pbo:units = "Pa" ;
pbo:code = 17 ;
pbo:coordinates = "lon lat" ;
pbo:_FillValue = -9.e+33f ;
pbo:missing_value = -9.e+33f ;
float tob(time, depth_2, y, x) ;
tob:standard_name = "sea_water_potential_temperature_at_sea_flor" ;
tob:long_name = "Sea water potential temperature at sea flor" ;
tob:units = "C" ;
tob:code = 19 ;
tob:coordinates = "lon lat" ;
tob:_FillValue = -9.e+33f ;
tob:missing_value = -9.e+33f ;
float sob(time, depth_2, y, x) ;
sob:standard_name = "sea_water_potential_salinity_at_sea_flor" ;
sob:long_name = "Sea water potential salinity at sea flor" ;
sob:units = "1e-3" ;
sob:code = 20 ;
sob:coordinates = "lon lat" ;
sob:_FillValue = -9.e+33f ;
sob:missing_value = -9.e+33f ;
float msftbarot(time, depth, y, x) ;
msftbarot:standard_name = "ocean_barotropic_mass_streamfunction" ;
msftbarot:long_name = "Ocean barotropic mass streamfunction" ;
msftbarot:units = "kg s-1" ;
msftbarot:code = 27 ;
msftbarot:coordinates = "lon lat" ;
msftbarot:_FillValue = -9.e+33f ;
msftbarot:missing_value = -9.e+33f ;
float sicuo(time, depth, y_2, x_2) ;
sicuo:standard_name = "sea_ice_x_velocity" ;
sicuo:long_name = "Sea ice x velocity" ;
sicuo:units = "m s-1" ;
sicuo:code = 35 ;
sicuo:coordinates = "lon_2 lat_2" ;
sicuo:_FillValue = -9.e+33f ;
sicuo:missing_value = -9.e+33f ;
float sicve(time, depth, y_3, x_3) ;
sicve:standard_name = "sea_ice_y_velocity" ;
sicve:long_name = "Sea ice y velocity" ;
sicve:units = "m s-1" ;
sicve:code = 36 ;
sicve:coordinates = "lon_3 lat_3" ;
sicve:_FillValue = -9.e+33f ;
sicve:missing_value = -9.e+33f ;
float wfocorr(time, depth_3, y, x) ;
wfocorr:standard_name = "water_flux_correction" ;
wfocorr:long_name = "Water flux correction" ;
wfocorr:units = "kg m-2 s-1" ;
wfocorr:code = 66 ;
wfocorr:coordinates = "lon lat" ;
wfocorr:_FillValue = -9.e+33f ;
wfocorr:missing_value = -9.e+33f ;
float flum(time, depth, y, x) ;
flum:standard_name = "surface_net_downward_heat_flux_where_sea" ;
flum:long_name = "Surface net downward heat flux where sea" ;
flum:units = "W m-2" ;
flum:code = 70 ;
flum:coordinates = "lon lat" ;
flum:_FillValue = -9.e+33f ;
flum:missing_value = -9.e+33f ;
float wfo(time, depth, y, x) ;
wfo:standard_name = "water_flux_into_sea_water" ;
wfo:long_name = "Water flux into sea water" ;
wfo:units = "kg m-2 s-1" ;
wfo:code = 78 ;
wfo:coordinates = "lon lat" ;
wfo:_FillValue = -9.e+33f ;
wfo:missing_value = -9.e+33f ;
float pem(time, depth, y, x) ;
pem:standard_name = "water_flux_into_ocean" ;
pem:long_name = "Water flux into ocean" ;
pem:units = "m s-1" ;
pem:code = 79 ;
pem:coordinates = "lon lat" ;
pem:_FillValue = -9.e+33f ;
pem:missing_value = -9.e+33f ;
float t14d(time, depth, y, x) ;
t14d:standard_name = "14c_isotherm_depth" ;
t14d:long_name = "14C isotherm depth" ;
t14d:units = "m" ;
t14d:code = 104 ;
t14d:coordinates = "lon lat" ;
t14d:_FillValue = -9.e+33f ;
t14d:missing_value = -9.e+33f ;
float t20d(time, depth, y, x) ;
t20d:standard_name = "20c_isotherm_depth" ;
t20d:long_name = "20C isotherm depth" ;
t20d:units = "m" ;
t20d:code = 109 ;
t20d:coordinates = "lon lat" ;
t20d:_FillValue = -9.e+33f ;
t20d:missing_value = -9.e+33f ;
float oxhtradv(time, depth_3, y_2, x_2) ;
oxhtradv:standard_name = "ocean_heat_x_transport_due_to_advection" ;
oxhtradv:long_name = "Ocean heat x transport due to advection" ;
oxhtradv:units = "W" ;
oxhtradv:code = 123 ;
oxhtradv:coordinates = "lon_2 lat_2" ;
oxhtradv:_FillValue = -9.e+33f ;
oxhtradv:missing_value = -9.e+33f ;
float oyhtradv(time, depth_3, y_3, x_3) ;
oyhtradv:standard_name = "ocean_heat_y_transport_due_to_advection" ;
oyhtradv:long_name = "Ocean heat y transport due to advection" ;
oyhtradv:units = "W" ;
oyhtradv:code = 124 ;
oyhtradv:coordinates = "lon_3 lat_3" ;
oyhtradv:_FillValue = -9.e+33f ;
oyhtradv:missing_value = -9.e+33f ;
float oxhtrdif(time, depth_3, y_2, x_2) ;
oxhtrdif:standard_name = "ocean_heat_x_transport_due_to_diffusion" ;
oxhtrdif:long_name = "Ocean heat x transport due to diffusion" ;
oxhtrdif:units = "W" ;
oxhtrdif:code = 125 ;
oxhtrdif:coordinates = "lon_2 lat_2" ;
oxhtrdif:_FillValue = -9.e+33f ;
oxhtrdif:missing_value = -9.e+33f ;
float oyhtrdif(time, depth_3, y_3, x_3) ;
oyhtrdif:standard_name = "ocean_heat_y_transport_due_to_diffusion" ;
oyhtrdif:long_name = "Ocean heat y transport due to diffusion" ;
oyhtrdif:units = "W" ;
oyhtrdif:code = 126 ;
oyhtrdif:coordinates = "lon_3 lat_3" ;
oyhtrdif:_FillValue = -9.e+33f ;
oyhtrdif:missing_value = -9.e+33f ;
float hfxba(time, depth_3, y_2, x_2) ;
hfxba:standard_name = "ocean_heat_x_transport_due_to_bolus_advection" ;
hfxba:long_name = "Ocean heat x transport due to bolus advection" ;
hfxba:units = "W" ;
hfxba:code = 127 ;
hfxba:coordinates = "lon_2 lat_2" ;
hfxba:_FillValue = -9.e+33f ;
hfxba:missing_value = -9.e+33f ;
float hfyba(time, depth_3, y_3, x_3) ;
hfyba:standard_name = "ocean_heat_y_transport_due_to_bolus_advection" ;
hfyba:long_name = "Ocean heat y transport due to bolus advection" ;
hfyba:units = "W" ;
hfyba:code = 128 ;
hfyba:coordinates = "lon_3 lat_3" ;
hfyba:_FillValue = -9.e+33f ;
hfyba:missing_value = -9.e+33f ;
float swsum(time, depth, y, x) ;
swsum:standard_name = "total_penetrating_fraction_of_solar_flux" ;
swsum:long_name = "Total penetrating fraction of solar flux" ;
swsum:units = "frac" ;
swsum:code = 134 ;
swsum:coordinates = "lon lat" ;
swsum:_FillValue = -9.e+33f ;
swsum:missing_value = -9.e+33f ;
float heatabs(time, depth, y, x) ;
heatabs:standard_name = "total_subsurface_heating_due_to_absorption" ;
heatabs:long_name = "Total subsurface heating due to absorption" ;
heatabs:units = "J m-2" ;
heatabs:code = 136 ;
heatabs:coordinates = "lon lat" ;
heatabs:_FillValue = -9.e+33f ;
heatabs:missing_value = -9.e+33f ;
float sidmasstranx(time, depth, y_2, x_2) ;
sidmasstranx:standard_name = "sea_ice_x_transport" ;
sidmasstranx:long_name = "Sea ice x transport" ;
sidmasstranx:units = "kg s-1" ;
sidmasstranx:code = 138 ;
sidmasstranx:coordinates = "lon_2 lat_2" ;
sidmasstranx:_FillValue = -9.e+33f ;
sidmasstranx:missing_value = -9.e+33f ;
float sidmasstrany(time, depth, y_3, x_3) ;
sidmasstrany:standard_name = "sea_ice_y_transport" ;
sidmasstrany:long_name = "Sea ice y transport" ;
sidmasstrany:units = "kg s-1" ;
sidmasstrany:code = 139 ;
sidmasstrany:coordinates = "lon_3 lat_3" ;
sidmasstrany:_FillValue = -9.e+33f ;
sidmasstrany:missing_value = -9.e+33f ;
float sossq(time, depth, y, x) ;
sossq:standard_name = "square_of_sea_surface_salinity" ;
sossq:long_name = "Square of sea surface salinity" ;
sossq:units = "(1e-3)2" ;
sossq:code = 140 ;
sossq:coordinates = "lon lat" ;
sossq:_FillValue = -9.e+33f ;
sossq:missing_value = -9.e+33f ;
float sicsno(time, depth, y, x) ;
sicsno:standard_name = "surface_snow_thickness_where_sea_ice" ;
sicsno:long_name = "Surface snow thickness where sea ice" ;
sicsno:units = "m" ;
sicsno:code = 141 ;
sicsno:coordinates = "lon lat" ;
sicsno:_FillValue = -9.e+33f ;
sicsno:missing_value = -9.e+33f ;
float hfsithermds(time, depth, y, x) ;
hfsithermds:standard_name = "heat_flux_into_sea_water_due_to_sea_ice_thermodynamics" ;
hfsithermds:long_name = "Heat flux into sea water due to sea ice thermodynamics" ;
hfsithermds:units = "W m-2" ;
hfsithermds:code = 149 ;
hfsithermds:coordinates = "lon lat" ;
hfsithermds:_FillValue = -9.e+33f ;
hfsithermds:missing_value = -9.e+33f ;
float sfbrine(time, depth, y, x) ;
sfbrine:standard_name = "downward_sea_ice_brine_salt_flux" ;
sfbrine:long_name = "Downward sea ice brine salt flux" ;
sfbrine:units = "kg m-2 s-1" ;
sfbrine:code = 150 ;
sfbrine:coordinates = "lon lat" ;
sfbrine:_FillValue = -9.e+33f ;
sfbrine:missing_value = -9.e+33f ;
float sfdsi(time, depth, y, x) ;
sfdsi:standard_name = "downward_sea_ice_basal_salt_flux" ;
sfdsi:long_name = "Downward sea ice basal salt flux" ;
sfdsi:units = "kg m-2 s-1" ;
sfdsi:code = 151 ;
sfdsi:coordinates = "lon lat" ;
sfdsi:_FillValue = -9.e+33f ;
sfdsi:missing_value = -9.e+33f ;
float fsitherm(time, depth, y, x) ;
fsitherm:standard_name = "water_flux_into_sea_water_due_to_sea_ice_thermodynamics" ;
fsitherm:long_name = "Water flux into sea water due to sea ice thermodynamics" ;
fsitherm:units = "kg m-2 s-1" ;
fsitherm:code = 153 ;
fsitherm:coordinates = "lon lat" ;
fsitherm:_FillValue = -9.e+33f ;
fsitherm:missing_value = -9.e+33f ;
float wfonocorr(time, depth, y, x) ;
wfonocorr:standard_name = "water_flux_into_sea_water_without_flux_correction" ;
wfonocorr:long_name = "Water flux into sea water without flux correction" ;
wfonocorr:units = "kg m-2 s-1" ;
wfonocorr:code = 165 ;
wfonocorr:coordinates = "lon lat" ;
wfonocorr:_FillValue = -9.e+33f ;
wfonocorr:missing_value = -9.e+33f ;
float hfsnow(time, depth, y, x) ;
hfsnow:standard_name = "heat_flux_due_to_snow_falling_in_the_ocean" ;
hfsnow:long_name = "Heat flux due to snow falling in the ocean" ;
hfsnow:units = "W m-2" ;
hfsnow:code = 168 ;
hfsnow:coordinates = "lon lat" ;
hfsnow:_FillValue = -9.e+33f ;
hfsnow:missing_value = -9.e+33f ;
float hfvolds(time, depth, y, x) ;
hfvolds:standard_name = "heat_flux_due_to_water_flux_in_the_ocean" ;
hfvolds:long_name = "Heat flux due to water flux in the ocean" ;
hfvolds:units = "W m-2" ;
hfvolds:code = 169 ;
hfvolds:coordinates = "lon lat" ;
hfvolds:_FillValue = -9.e+33f ;
hfvolds:missing_value = -9.e+33f ;
float hfds(time, depth, y, x) ;
hfds:standard_name = "surface_downward_heat_flux_in_sea_water" ;
hfds:long_name = "Surface downward heat flux in sea water" ;
hfds:units = "W m-2" ;
hfds:code = 170 ;
hfds:coordinates = "lon lat" ;
hfds:_FillValue = -9.e+33f ;
hfds:missing_value = -9.e+33f ;
float zmld_sqr(time, depth, y, x) ;
zmld_sqr:standard_name = "square_of_ocean_mixed_layer_thickness_defined_by_sigma_t" ;
zmld_sqr:long_name = "Square of ocean mixed layer thickness defined by sigma t" ;
zmld_sqr:units = "m2" ;
zmld_sqr:code = 181 ;
zmld_sqr:coordinates = "lon lat" ;
zmld_sqr:_FillValue = -9.e+33f ;
zmld_sqr:missing_value = -9.e+33f ;
float zmld(time, depth, y, x) ;
zmld:standard_name = "ocean_mixed_layer_thickness_defined_by_sigma_t" ;
zmld:long_name = "Ocean mixed layer thickness defined by sigma t" ;
zmld:units = "m" ;
zmld:code = 183 ;
zmld:coordinates = "lon lat" ;
zmld:_FillValue = -9.e+33f ;
zmld:missing_value = -9.e+33f ;
float aofltxwo(time, depth, y_2, x_2) ;
aofltxwo:standard_name = "zonal_wind_stress_on_water" ;
aofltxwo:long_name = "Zonal wind stress on water" ;
aofltxwo:units = "N m-2" ;
aofltxwo:code = 215 ;
aofltxwo:coordinates = "lon_2 lat_2" ;
aofltxwo:_FillValue = -9.e+33f ;
aofltxwo:missing_value = -9.e+33f ;
float aofltywe(time, depth, y_3, x_3) ;
aofltywe:standard_name = "meridional_wind_stress_on_water" ;
aofltywe:long_name = "Meridional wind stress on water" ;
aofltywe:units = "N m-2" ;
aofltywe:code = 216 ;
aofltywe:coordinates = "lon_3 lat_3" ;
aofltywe:_FillValue = -9.e+33f ;
aofltywe:missing_value = -9.e+33f ;
float aofltxio(time, depth, y_2, x_2) ;
aofltxio:standard_name = "zonal_wind_stress_on_ice" ;
aofltxio:long_name = "Zonal wind stress on ice" ;
aofltxio:units = "N m-2" ;
aofltxio:code = 217 ;
aofltxio:coordinates = "lon_2 lat_2" ;
aofltxio:_FillValue = -9.e+33f ;
aofltxio:missing_value = -9.e+33f ;
float aofltyie(time, depth, y_3, x_3) ;
aofltyie:standard_name = "meridional_wind_stress_on_ice" ;
aofltyie:long_name = "Meridional wind stress on ice" ;
aofltyie:units = "N m-2" ;
aofltyie:code = 218 ;
aofltyie:coordinates = "lon_3 lat_3" ;
aofltyie:_FillValue = -9.e+33f ;
aofltyie:missing_value = -9.e+33f ;
float aoflfrwo(time, depth, y, x) ;
aoflfrwo:standard_name = "liquid_freshwater_flux" ;
aoflfrwo:long_name = "Liquid freshwater flux" ;
aoflfrwo:units = "m s-1" ;
aoflfrwo:code = 219 ;
aoflfrwo:coordinates = "lon lat" ;
aoflfrwo:_FillValue = -9.e+33f ;
aoflfrwo:missing_value = -9.e+33f ;
float aoflfrio(time, depth, y, x) ;
aoflfrio:standard_name = "solid_freshwater_flux_over_ice" ;
aoflfrio:long_name = "Solid freshwater flux over ice" ;
aoflfrio:units = "m s-1" ;
aoflfrio:code = 220 ;
aoflfrio:coordinates = "lon lat" ;
aoflfrio:_FillValue = -9.e+33f ;
aoflfrio:missing_value = -9.e+33f ;
float aoflrhio(time, depth, y, x) ;
aoflrhio:standard_name = "residual_heat_flux_used_to_melt_snow/ice" ;
aoflrhio:long_name = "Residual heat flux used to melt snow/ice" ;
aoflrhio:units = "W m-2" ;
aoflrhio:code = 221 ;
aoflrhio:coordinates = "lon lat" ;
aoflrhio:_FillValue = -9.e+33f ;
aoflrhio:missing_value = -9.e+33f ;
float aoflnhwo(time, depth, y, x) ;
aoflnhwo:standard_name = "net_heat_flux_over_water" ;
aoflnhwo:long_name = "Net heat flux over water" ;
aoflnhwo:units = "W m-2" ;
aoflnhwo:code = 222 ;
aoflnhwo:coordinates = "lon lat" ;
aoflnhwo:_FillValue = -9.e+33f ;
aoflnhwo:missing_value = -9.e+33f ;
float aoflshwo(time, depth, y, x) ;
aoflshwo:standard_name = "downwelling_solar_radiation" ;
aoflshwo:long_name = "Downwelling solar radiation" ;
aoflshwo:units = "W m-2" ;
aoflshwo:code = 223 ;
aoflshwo:coordinates = "lon lat" ;
aoflshwo:_FillValue = -9.e+33f ;
aoflshwo:missing_value = -9.e+33f ;
float aoflchio(time, depth, y, x) ;
aoflchio:standard_name = "conductive_heat_flux_through_ice" ;
aoflchio:long_name = "Conductive heat flux through ice" ;
aoflchio:units = "W m-2" ;
aoflchio:code = 224 ;
aoflchio:coordinates = "lon lat" ;
aoflchio:_FillValue = -9.e+33f ;
aoflchio:missing_value = -9.e+33f ;
float aoflwsvo(time, depth, y, x) ;
aoflwsvo:standard_name = "10m_wind_velocity" ;
aoflwsvo:long_name = "10m wind velocity" ;
aoflwsvo:units = "m s-1" ;
aoflwsvo:code = 225 ;
aoflwsvo:coordinates = "lon lat" ;
aoflwsvo:_FillValue = -9.e+33f ;
aoflwsvo:missing_value = -9.e+33f ;
float strairx(time, depth, y_2, x_2) ;
strairx:standard_name = "zonal_wind_stress_on_ice" ;
strairx:long_name = "Zonal wind stress on ice" ;
strairx:units = "N m-2" ;
strairx:code = 226 ;
strairx:coordinates = "lon_2 lat_2" ;
strairx:_FillValue = -9.e+33f ;
strairx:missing_value = -9.e+33f ;
float strairy(time, depth, y_3, x_3) ;
strairy:standard_name = "meridional_wind_stress_on_ice" ;
strairy:long_name = "Meridional wind stress on ice" ;
strairy:units = "N m-2" ;
strairy:code = 227 ;
strairy:coordinates = "lon_3 lat_3" ;
strairy:_FillValue = -9.e+33f ;
strairy:missing_value = -9.e+33f ;
float strocx(time, depth, y_2, x_2) ;
strocx:standard_name = "zonal_ice_stress_on_ocean" ;
strocx:long_name = "Zonal ice stress on ocean" ;
strocx:units = "N m-2" ;
strocx:code = 228 ;
strocx:coordinates = "lon_2 lat_2" ;
strocx:_FillValue = -9.e+33f ;
strocx:missing_value = -9.e+33f ;
float strocy(time, depth, y_3, x_3) ;
strocy:standard_name = "meridional_ice_stress_on_ocean" ;
strocy:long_name = "Meridional ice stress on ocean" ;
strocy:units = "N m-2" ;
strocy:code = 229 ;
strocy:coordinates = "lon_3 lat_3" ;
strocy:_FillValue = -9.e+33f ;
strocy:missing_value = -9.e+33f ;
float mlotstsq(time, depth, y, x) ;
mlotstsq:standard_name = "square_of_ocean_mixed_layer_thickness_defined_by_sigma_t" ;
mlotstsq:long_name = "Square of ocean mixed layer thickness defined by sigma t" ;
mlotstsq:units = "m2" ;
mlotstsq:code = 275 ;
mlotstsq:coordinates = "lon lat" ;
mlotstsq:_FillValue = -9.e+33f ;
mlotstsq:missing_value = -9.e+33f ;
float mlotst(time, depth, y, x) ;
mlotst:standard_name = "ocean_mixed_layer_thickness_defined_by_sigma_t" ;
mlotst:long_name = "Ocean mixed layer thickness defined by sigma t" ;
mlotst:units = "m" ;
mlotst:code = 276 ;
mlotst:coordinates = "lon lat" ;
mlotst:_FillValue = -9.e+33f ;
mlotst:missing_value = -9.e+33f ;
float opottempmint(time, depth, y, x) ;
opottempmint:standard_name = "integral_wrt_depth_of_product_of_sea_water_density_and_potential_temperature" ;
opottempmint:long_name = "Integral wrt depth of product of sea water density and potential temperature" ;
opottempmint:units = "C kg m-2" ;
opottempmint:code = 277 ;
opottempmint:coordinates = "lon lat" ;
opottempmint:_FillValue = -9.e+33f ;
opottempmint:missing_value = -9.e+33f ;
float somint(time, depth, y, x) ;
somint:standard_name = "integral_wrt_depth_of_product_of_sea_water_density_and_prognostic_salinity" ;
somint:long_name = "Integral wrt depth of product of sea water density and prognostic salinity" ;
somint:units = "1e-3 kg m-2" ;
somint:code = 278 ;
somint:coordinates = "lon lat" ;
somint:_FillValue = -9.e+33f ;
somint:missing_value = -9.e+33f ;
float tomint(time, depth, y, x) ;
tomint:standard_name = "integral_wrt_depth_of_product_of_sea_water_density_and_potential_temperature" ;
tomint:long_name = "Integral wrt depth of product of sea water density and potential temperature" ;
tomint:units = "K kg m-2" ;
tomint:code = 280 ;
tomint:coordinates = "lon lat" ;
tomint:_FillValue = -9.e+33f ;
tomint:missing_value = -9.e+33f ;
float thetaot(time, depth, y, x) ;
thetaot:standard_name = "vertically_averaged_sea_water_potential_temperature" ;
thetaot:long_name = "Vertically Averaged Sea Water Potential Temperature" ;
thetaot:units = "K" ;
thetaot:code = 285 ;
thetaot:coordinates = "lon lat" ;
thetaot:_FillValue = -9.e+33f ;
thetaot:missing_value = -9.e+33f ;
float thetaot300(time, depth, y, x) ;
thetaot300:standard_name = "depth_average_potential_temperature_of_upper_300m" ;
thetaot300:long_name = "Depth average potential temperature of upper 300m" ;
thetaot300:units = "K" ;
thetaot300:code = 286 ;
thetaot300:coordinates = "lon lat" ;
thetaot300:_FillValue = -9.e+33f ;
thetaot300:missing_value = -9.e+33f ;
float thetaot700(time, depth, y, x) ;
thetaot700:standard_name = "depth_average_potential_temperature_of_upper_700m" ;
thetaot700:long_name = "Depth average potential temperature of upper 700m" ;
thetaot700:units = "K" ;
thetaot700:code = 287 ;
thetaot700:coordinates = "lon lat" ;
thetaot700:_FillValue = -9.e+33f ;
thetaot700:missing_value = -9.e+33f ;
float thetaot2000(time, depth, y, x) ;
thetaot2000:standard_name = "depth_average_potential_temperature_of_upper_2000m" ;
thetaot2000:long_name = "Depth average potential temperature of upper 2000m" ;
thetaot2000:units = "K" ;
thetaot2000:code = 288 ;
thetaot2000:coordinates = "lon lat" ;
thetaot2000:_FillValue = -9.e+33f ;
thetaot2000:missing_value = -9.e+33f ;
float tauuo(time, depth, y_2, x_2) ;
tauuo:standard_name = "surface_downward_x_stress" ;
tauuo:long_name = "Surface downward x stress" ;
tauuo:units = "N m-2" ;
tauuo:code = 548 ;
tauuo:coordinates = "lon_2 lat_2" ;
tauuo:_FillValue = -9.e+33f ;
tauuo:missing_value = -9.e+33f ;
float tauvo(time, depth, y_3, x_3) ;
tauvo:standard_name = "surface_downward_y_stress" ;
tauvo:long_name = "Surface downward y stress" ;
tauvo:units = "N m-2" ;
tauvo:code = 549 ;
tauvo:coordinates = "lon_3 lat_3" ;
tauvo:_FillValue = -9.e+33f ;
tauvo:missing_value = -9.e+33f ;
float rsntds(time, depth, y, x) ;
rsntds:standard_name = "net_downward_shortwave_flux_at_sea_water_surface" ;
rsntds:long_name = "Net downward shortwave flux at sea water surface" ;
rsntds:units = "W m-2" ;
rsntds:code = 521 ;
rsntds:coordinates = "lon lat" ;
rsntds:_FillValue = -9.e+33f ;
rsntds:missing_value = -9.e+33f ;
float simass(time, depth, y, x) ;
simass:standard_name = "sea_ice_mass_per_area" ;
simass:long_name = "Sea ice mass per area" ;
simass:units = "kg m-2" ;
simass:code = 1013 ;
simass:coordinates = "lon lat" ;
simass:_FillValue = -9.e+33f ;
simass:missing_value = -9.e+33f ;
float sisnconc(time, depth, y, x) ;
sisnconc:standard_name = "snow_area_fraction" ;
sisnconc:long_name = "Snow area fraction" ;
sisnconc:code = 1015 ;
sisnconc:coordinates = "lon lat" ;
sisnconc:_FillValue = -9.e+33f ;
sisnconc:missing_value = -9.e+33f ;
float sitimefrac(time, depth, y, x) ;
sitimefrac:standard_name = "sea_ice_time_fraction" ;
sitimefrac:long_name = "Sea ice time fraction" ;
sitimefrac:units = "1.0" ;
sitimefrac:code = 1016 ;
sitimefrac:coordinates = "lon lat" ;
sitimefrac:_FillValue = -9.e+33f ;
sitimefrac:missing_value = -9.e+33f ;
float sisnmass(time, depth, y, x) ;
sisnmass:standard_name = "snow_mass_per_area" ;
sisnmass:long_name = "Snow mass per area" ;
sisnmass:units = "kg m-2" ;
sisnmass:code = 1018 ;
sisnmass:coordinates = "lon lat" ;
sisnmass:_FillValue = -9.e+33f ;
sisnmass:missing_value = -9.e+33f ;
float sihc(time, depth, y, x) ;
sihc:standard_name = "sea-ice_heat_content_per_unit_area" ;
sihc:long_name = "Sea-ice heat content per unit area" ;
sihc:units = "J" ;
sihc:code = 1019 ;
sihc:coordinates = "lon lat" ;
sihc:_FillValue = -9.e+33f ;
sihc:missing_value = -9.e+33f ;
float sisnhc(time, depth, y, x) ;
sisnhc:standard_name = "snow-heat_content_per_unit_area" ;
sisnhc:long_name = "Snow-heat content per unit area" ;
sisnhc:units = "J" ;
sisnhc:code = 1020 ;
sisnhc:coordinates = "lon lat" ;
sisnhc:_FillValue = -9.e+33f ;
sisnhc:missing_value = -9.e+33f ;
float sisaltmass(time, depth, y, x) ;
sisaltmass:standard_name = "mass_of_salt_in_sea_ice_per_area" ;
sisaltmass:long_name = "Mass of salt in sea ice per area" ;
sisaltmass:units = "kg m-2" ;
sisaltmass:code = 1021 ;
sisaltmass:coordinates = "lon lat" ;
sisaltmass:_FillValue = -9.e+33f ;
sisaltmass:missing_value = -9.e+33f ;
float siusic(time, depth, y_2, x_2) ;
siusic:standard_name = "product_of_sea_ice_x_velocity_and_sea_ice_concentration" ;
siusic:long_name = "Product of sea ice x velocity and sea ice concentration" ;
siusic:units = "m s-1" ;
siusic:code = 1022 ;
siusic:coordinates = "lon_2 lat_2" ;
siusic:_FillValue = -9.e+33f ;
siusic:missing_value = -9.e+33f ;
float sicu(time, depth, y_2, x_2) ;
sicu:standard_name = "sea_ice_concentration_on_u-point" ;
sicu:long_name = "Sea ice concentration on u-point" ;
sicu:units = "1" ;
sicu:code = 1023 ;
sicu:coordinates = "lon_2 lat_2" ;
sicu:_FillValue = -9.e+33f ;
sicu:missing_value = -9.e+33f ;
float sivsic(time, depth, y_3, x_3) ;
sivsic:standard_name = "product_of_sea_ice_v_velocity_and_sea_ice_concentration" ;
sivsic:long_name = "Product of sea ice v velocity and sea ice concentration" ;
sivsic:units = "m s-1" ;
sivsic:code = 1024 ;
sivsic:coordinates = "lon_3 lat_3" ;
sivsic:_FillValue = -9.e+33f ;
sivsic:missing_value = -9.e+33f ;
float sicv(time, depth, y_3, x_3) ;
sicv:standard_name = "sea_ice_concentration_on_v-point" ;
sicv:long_name = "Sea ice concentration on v-point" ;
sicv:units = "1" ;
sicv:code = 1025 ;
sicv:coordinates = "lon_3 lat_3" ;
sicv:_FillValue = -9.e+33f ;
sicv:missing_value = -9.e+33f ;
float sispeedsic(time, depth, y, x) ;
sispeedsic:standard_name = "product_of_sea_ice_velocity_and_sea_ice_concentration" ;
sispeedsic:long_name = "Product of sea ice velocity and sea ice concentration" ;
sispeedsic:units = "m s-1" ;
sispeedsic:code = 1026 ;
sispeedsic:coordinates = "lon lat" ;
sispeedsic:_FillValue = -9.e+33f ;
sispeedsic:missing_value = -9.e+33f ;
float sistrxdtopsic(time, depth, y_2, x_2) ;
sistrxdtopsic:standard_name = "product_of_x-component_of_atmospheric_stress_on_sea_ice_and_sea_ice_concentration" ;
sistrxdtopsic:long_name = "Product of x-component of atmospheric stress on sea ice and sea ice concentration" ;
sistrxdtopsic:units = "N m-2" ;
sistrxdtopsic:code = 1027 ;
sistrxdtopsic:coordinates = "lon_2 lat_2" ;
sistrxdtopsic:_FillValue = -9.e+33f ;
sistrxdtopsic:missing_value = -9.e+33f ;
float sistrydtopsic(time, depth, y_2, x_2) ;
sistrydtopsic:standard_name = "product_of_y-component_of_atmospheric_stress_on_sea_ice_and_sea_ice_concentration" ;
sistrydtopsic:long_name = "Product of y-component of atmospheric stress on sea ice and sea ice concentration" ;
sistrydtopsic:units = "N m-2" ;
sistrydtopsic:code = 1028 ;
sistrydtopsic:coordinates = "lon_2 lat_2" ;
sistrydtopsic:_FillValue = -9.e+33f ;
sistrydtopsic:missing_value = -9.e+33f ;
float sistrxubotsic(time, depth, y_2, x_2) ;
sistrxubotsic:standard_name = "product_of_x-component_of_ocean_stress_on_sea_ice_and_sea_ice_concentration" ;
sistrxubotsic:long_name = "Product of x-component of ocean stress on sea ice and sea ice concentration" ;
sistrxubotsic:units = "N m-2" ;
sistrxubotsic:code = 1036 ;
sistrxubotsic:coordinates = "lon_2 lat_2" ;
sistrxubotsic:_FillValue = -9.e+33f ;
sistrxubotsic:missing_value = -9.e+33f ;
float sistryubotsic(time, depth, y_3, x_3) ;
sistryubotsic:standard_name = "product_of_y-component_of_ocean_stress_on_sea_ice_and_sea_ice_concentration" ;
sistryubotsic:long_name = "Product of y-component of ocean stress on sea ice and sea ice concentration" ;
sistryubotsic:units = "N m-2" ;
sistryubotsic:code = 1037 ;
sistryubotsic:coordinates = "lon_3 lat_3" ;
sistryubotsic:_FillValue = -9.e+33f ;
sistryubotsic:missing_value = -9.e+33f ;
float sifbsic(time, depth, y_2, x_2) ;
sifbsic:standard_name = "product_of_sea_ice_freeboard_and_sea_ice_concentration" ;
sifbsic:long_name = "Product of sea ice freeboard and sea ice concentration" ;
sifbsic:units = "m" ;
sifbsic:code = 1038 ;
sifbsic:coordinates = "lon_2 lat_2" ;
sifbsic:_FillValue = -9.e+33f ;
sifbsic:missing_value = -9.e+33f ;
float sidconcdyn(time, depth, y, x) ;
sidconcdyn:standard_name = "sea-ice_area_fraction_change_from_dynamics" ;
sidconcdyn:long_name = "Sea-ice area fraction change from dynamics" ;
sidconcdyn:units = "s-1" ;
sidconcdyn:code = 1039 ;
sidconcdyn:coordinates = "lon lat" ;
sidconcdyn:_FillValue = -9.e+33f ;
sidconcdyn:missing_value = -9.e+33f ;
float sidconcth(time, depth, y, x) ;
sidconcth:standard_name = "sea-ice_area_fraction_change_from__thermodynamics" ;
sidconcth:long_name = "Sea-ice area fraction change from thermodynamics" ;
sidconcth:units = "s-1" ;
sidconcth:code = 1040 ;
sidconcth:coordinates = "lon lat" ;
sidconcth:_FillValue = -9.e+33f ;
sidconcth:missing_value = -9.e+33f ;
float sidmassdyn(time, depth, y, x) ;
sidmassdyn:standard_name = "sea-ice_mass_change_from_dynamics" ;
sidmassdyn:long_name = "Sea-ice mass change from dynamics" ;
sidmassdyn:units = "kg s-1 m-2" ;
sidmassdyn:code = 1041 ;
sidmassdyn:coordinates = "lon lat" ;
sidmassdyn:_FillValue = -9.e+33f ;
sidmassdyn:missing_value = -9.e+33f ;
float sidmassth(time, depth, y, x) ;
sidmassth:standard_name = "sea-ice_mass_change_from__thermodynamics" ;
sidmassth:long_name = "Sea-ice mass change from thermodynamics" ;
sidmassth:units = "kg s-1 m-2" ;
sidmassth:code = 1042 ;
sidmassth:coordinates = "lon lat" ;
sidmassth:_FillValue = -9.e+33f ;
sidmassth:missing_value = -9.e+33f ;
float sndmassdyn(time, depth, y, x) ;
sndmassdyn:standard_name = "snow_mass_change_through_advection_by_sea-ice_dynamics" ;
sndmassdyn:long_name = "Snow mass change through advection by sea-ice dynamics" ;
sndmassdyn:units = "kg s-1 m-2" ;
sndmassdyn:code = 1043 ;
sndmassdyn:coordinates = "lon lat" ;
sndmassdyn:_FillValue = -9.e+33f ;
sndmassdyn:missing_value = -9.e+33f ;
float sndmassth(time, depth, y, x) ;
sndmassth:standard_name = "snow_mass_change_by_thermodynamics" ;
sndmassth:long_name = "Snow mass change by thermodynamics" ;
sndmassth:units = "kg s-1 m-2" ;
sndmassth:code = 1044 ;
sndmassth:coordinates = "lon lat" ;
sndmassth:_FillValue = -9.e+33f ;
sndmassth:missing_value = -9.e+33f ;
float sndmasssnf(time, depth, y, x) ;
sndmasssnf:standard_name = "snow_mass_change_through_snowfall" ;
sndmasssnf:long_name = "Snow mass change through snowfall" ;
sndmasssnf:units = "kg s-1 m-2" ;
sndmasssnf:code = 1045 ;
sndmasssnf:coordinates = "lon lat" ;
sndmasssnf:_FillValue = -9.e+33f ;
sndmasssnf:missing_value = -9.e+33f ;
float siflcondsic(time, depth, y, x) ;
siflcondsic:standard_name = "product_of_conductive_heatflux_and_sea_ice_concentration" ;
siflcondsic:long_name = "Product of conductive heatflux and sea ice concentration" ;
siflcondsic:units = "W m-2" ;
siflcondsic:code = 1046 ;
siflcondsic:coordinates = "lon lat" ;
siflcondsic:_FillValue = -9.e+33f ;
siflcondsic:missing_value = -9.e+33f ;
float siflsaltbotsic(time, depth, y, x) ;
siflsaltbotsic:standard_name = "product_of_saltflux_from_seaice_and_sea_ice_concentration" ;
siflsaltbotsic:long_name = "Product of saltflux from seaice and sea ice concentration" ;
siflsaltbotsic:units = "kg m-2 s-1" ;
siflsaltbotsic:code = 1047 ;
siflsaltbotsic:coordinates = "lon lat" ;
siflsaltbotsic:_FillValue = -9.e+33f ;
siflsaltbotsic:missing_value = -9.e+33f ;
float siflfwbotsic(time, depth, y, x) ;
siflfwbotsic:standard_name = "product_of_freshwater_flux_from_seaice_and_sea_ice_concentration" ;
siflfwbotsic:long_name = "Product of freshwater flux from seaice and sea ice concentration" ;
siflfwbotsic:units = "kg m-2 s-1" ;
siflfwbotsic:code = 1048 ;
siflfwbotsic:coordinates = "lon lat" ;
siflfwbotsic:_FillValue = -9.e+33f ;
siflfwbotsic:missing_value = -9.e+33f ;
// global attributes:
:CDI = "Climate Data Interface version 1.7.0rc3 (http://mpimet.mpg.de/cdi)" ;
:Conventions = "CF-1.4" ;
:MPIOM = "$Revision: cosmos/tags/mpiesm-1.2.01 9269 mpiom/tags/mpiom-1.6.3 4639 [EXPORTED] $" ;
}