OPeNDAP Data Access Form for a21160601.nc
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dataset: a21160601.nc




  • NC_GLOBAL
    • title: Fully Coupled CSM1.4 EO3 iter 3 \"b\" run w/mhuber Eoc kmt ICs
    • history: Data created 2001-04-01 15:27:18
    • Conventions: NCAR/CSM Conventions
    • source: NCAR/CSM Flux Coupler (CVS Tag $Name: cpl4_0_5 $)
  • DODS_EXTRA
    • Unlimited_Dimension: time


xc_a[ xc_a= 0 ..95] (Type is Float32)
  • attributes
    • long_name: longitude (atm grid center)
    • units: degrees_east
    • minimum: 0.00000000
    • maximum: 356.250000
xe_a[ xe_a= 0 ..96] (Type is Float32)
  • attributes
    • long_name: longitude (atm grid edge)
    • units: degrees_east
    • minimum: -1.87500000
    • maximum: 358.125000
yc_a[ yc_a= 0 ..47] (Type is Float32)
  • attributes
    • long_name: latitude (atm grid center)
    • units: degrees_north
    • minimum: -87.1590958
    • maximum: 87.1590958
ye_a[ ye_a= 0 ..48] (Type is Float32)
  • attributes
    • long_name: latitude (atm grid edge)
    • units: degrees_north
    • minimum: -90.0000000
    • maximum: 90.0000000
xc_i[ xc_i= 0 ..99] (Type is Float32)
  • attributes
    • long_name: longitude (ice grid center)
    • units: degrees_east
    • minimum: 1.79999995
    • maximum: 358.200012
xe_i[ xe_i= 0 ..100] (Type is Float32)
  • attributes
    • long_name: longitude (ice grid edge)
    • units: degrees_east
    • minimum: 0.00000000
    • maximum: 360.000000
yc_i[ yc_i= 0 ..115] (Type is Float32)
  • attributes
    • long_name: latitude (ice grid center)
    • units: degrees_north
    • minimum: -78.9296341
    • maximum: 90.0000000
ye_i[ ye_i= 0 ..116] (Type is Float32)
  • attributes
    • long_name: latitude (ice grid edge)
    • units: degrees_north
    • minimum: -79.8521652
    • maximum: 90.0000000
xc_l[ xc_l= 0 ..95] (Type is Float32)
  • attributes
    • long_name: longitude (lnd grid center)
    • units: degrees_east
    • minimum: 0.00000000
    • maximum: 356.250000
xe_l[ xe_l= 0 ..96] (Type is Float32)
  • attributes
    • long_name: longitude (lnd grid edge)
    • units: degrees_east
    • minimum: -1.87500000
    • maximum: 358.125000
yc_l[ yc_l= 0 ..47] (Type is Float32)
  • attributes
    • long_name: latitude (lnd grid center)
    • units: degrees_north
    • minimum: -87.1590958
    • maximum: 87.1590958
ye_l[ ye_l= 0 ..48] (Type is Float32)
  • attributes
    • long_name: latitude (lnd grid edge)
    • units: degrees_north
    • minimum: -90.0000000
    • maximum: 90.0000000
xc_o[ xc_o= 0 ..99] (Type is Float32)
  • attributes
    • long_name: longitude (ocn grid center)
    • units: degrees_east
    • minimum: 1.79999995
    • maximum: 358.200012
xe_o[ xe_o= 0 ..100] (Type is Float32)
  • attributes
    • long_name: longitude (ocn grid edge)
    • units: degrees_east
    • minimum: 0.00000000
    • maximum: 360.000000
yc_o[ yc_o= 0 ..115] (Type is Float32)
  • attributes
    • long_name: latitude (ocn grid center)
    • units: degrees_north
    • minimum: -78.9296341
    • maximum: 90.0000000
ye_o[ ye_o= 0 ..116] (Type is Float32)
  • attributes
    • long_name: latitude (ocn grid edge)
    • units: degrees_north
    • minimum: -79.8521652
    • maximum: 90.0000000
time[ time= 0 ..0] (Type is Float32)
  • attributes
    • long_name: time
    • units: days since 0000-01-01 00:00:00 GMT
    • calendar: noleap (all years have exactly 365 days)
    • time_op: time average
time_bound[ time= 0 ..0] [ d2= 0 ..1] (Type is Float32)
  • attributes
    • long_name: time average interval boundaries
    • units: days elapsed since 0000-01-01 00:00:00 GMT
    • calendar: noleap (all years have exactly 365 days)
mask_i[ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Int32 values)
  • attributes
    • long_name: ice domain mask
mask_l[ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Int32 values)
  • attributes
    • long_name: lnd domain mask
mask_o[ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Int32 values)
  • attributes
    • long_name: ocn domain mask
Sa_a_z[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: bottom level height
    • units: m
    • missing_value: 1.00000002e+30
Sa_a_u[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: u velocity
    • units: m/s
    • missing_value: 1.00000002e+30
Sa_a_v[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: v velocity
    • units: m/s
    • missing_value: 1.00000002e+30
Sa_a_ptem[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: potential temperature
    • units: kelvin
    • missing_value: 1.00000002e+30
Sa_a_shum[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: specific humidity
    • units: kg/kg
    • missing_value: 1.00000002e+30
Sa_a_dens[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: air density
    • units: kg/m^3
    • missing_value: 1.00000002e+30
Si_i_u[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: u velocity
    • units: m/s
    • missing_value: 1.00000002e+30
Si_i_v[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: v velocity
    • units: m/s
    • missing_value: 1.00000002e+30
Si_i_t[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: temperature
    • units: K
    • missing_value: 1.00000002e+30
Si_i_ifrac[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: ice fraction
    • units: unitless
    • missing_value: 1.00000002e+30
Si_i_snowd[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: snow depth
    • units: m
    • missing_value: 1.00000002e+30
Si_i_avsdr[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/direct
    • units: unitless
    • missing_value: 1.00000002e+30
Si_i_anidr[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/direct
    • units: unitless
    • missing_value: 1.00000002e+30
Si_i_avsdf[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
Si_i_anidf[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
Sl_l_t[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: temperature
    • units: K
    • missing_value: 1.00000002e+30
Sl_l_snowh[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: snow depth
    • units: m
    • missing_value: 1.00000002e+30
Sl_l_avsdr[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/direct
    • units: unitless
    • missing_value: 1.00000002e+30
Sl_l_anidr[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/direct
    • units: unitless
    • missing_value: 1.00000002e+30
Sl_l_avsdf[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
Sl_l_anidf[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
So_o_u[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: u velocity
    • units: m/s
    • missing_value: 1.00000002e+30
So_o_v[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: v velocity
    • units: m/s
    • missing_value: 1.00000002e+30
So_o_t[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: temperature
    • units: K
    • missing_value: 1.00000002e+30
So_o_avsdr[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/direct
    • units: unitless
    • missing_value: 1.00000002e+30
So_o_anidr[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/direct
    • units: unitless
    • missing_value: 1.00000002e+30
So_o_avsdf[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
So_o_anidf[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
Ss_a_t[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: temperature
    • units: K
    • missing_value: 1.00000002e+30
Ss_a_snowh[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: snow depth
    • units: m
    • missing_value: 1.00000002e+30
Ss_a_avsdr[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/direct
    • units: unitless
    • missing_value: 1.00000002e+30
Ss_a_anidr[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/direct
    • units: unitless
    • missing_value: 1.00000002e+30
Ss_a_avsdf[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: visible/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
Ss_a_anidf[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: albedo: near-infrared/diffuse
    • units: unitless
    • missing_value: 1.00000002e+30
Faxx_a_taux[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Faxx_a_tauy[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30
Faxx_a_lat[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: latent
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faxx_a_sen[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: sensible
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faxx_a_lwup[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: long wave up
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faxx_a_evap[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: evaporation
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Faxx_a_tref[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: diagnostic: 2m reference air temperature
    • units: K
    • missing_value: 1.00000002e+30
Fixx_i_taux[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Fixx_i_tauy[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30
Fixx_i_dhdx[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: ocean surface slope: zonal
    • units: m/m
    • missing_value: 1.00000002e+30
Fixx_i_dhdy[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: ocean surface slope: meridional
    • units: m/m
    • missing_value: 1.00000002e+30
Fixx_i_netsw[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: net short wave
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fixx_i_lslwd[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: lat+sen+lw down
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fixx_i_lwup[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: lw up
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fixx_i_water[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: water flux: prec+evap
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fixx_i_q[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: q<0 = heat of fusion, q>0 = melting potential
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fixx_i_netao[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: net atm/ocn heat flux
    • units: W/m^2
    • missing_value: 1.00000002e+30
Foxx_o_taux[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Foxx_o_tauy[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30
Foxx_o_netsw[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: net short wave
    • units: W/m^2
    • missing_value: 1.00000002e+30
Foxx_o_lslwm[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: lat+sen+lw+melting
    • units: W/m^2
    • missing_value: 1.00000002e+30
Foxx_o_pem[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: water flux: prec+evap+melting
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Faia_a_netsw[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: net short wave
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faia_a_lwdn[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: long wave down
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faia_a_prec[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: precip
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fala_a_netsw[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: net short wave
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fala_a_lwdn[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: long wave down
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fala_a_precc[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: precip, liquid, convective
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fala_a_precl[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: precip, liquid, large-scale
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fala_a_snowc[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: precip, frozen, convective
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fala_a_snowl[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: precip, frozen, large-scale
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fala_a_soll[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: downward short wave, near-infrared, direct
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fala_a_sols[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: downward short wave, visible, direct
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fala_a_solld[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: downward short wave, near-infrared, diffuse
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fala_a_solsd[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: downward short wave, visible, diffuse
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faoa_a_netsw[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: net short wave
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faoa_a_lwdn[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: long wave down
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faoa_a_prec[ time= 0 ..0] [ yc_a= 0 ..47] [ xc_a= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: precip
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fall_l_taux[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Fall_l_tauy[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30
Fall_l_lat[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: latent
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fall_l_sen[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: sensible
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fall_l_lwup[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: longwave up
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fall_l_evap[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: water flux: evaporation
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fall_l_tref[ time= 0 ..0] [ yc_l= 0 ..47] [ xc_l= 0 ..95] (Grid of Float32 values)
  • attributes
    • long_name: diagnostic: 2m reference air temperature
    • units: K
    • missing_value: 1.00000002e+30
Fioi_i_netsw[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: shortwave penetration
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fioi_i_melth[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: ocean heat used to melt ice
    • units: W/m^2
    • missing_value: 1.00000002e+30
Fioi_i_meltw[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: water flux: water from melting ice
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Fioo_o_dhdx[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: ocean surface slope: zonal
    • units: m/m
    • missing_value: 1.00000002e+30
Fioo_o_dhdy[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: ocean surface slope: meridional
    • units: m/m
    • missing_value: 1.00000002e+30
Fioo_o_q[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: q<0 = heat of fusion, q>0 = melting potential
    • units: W/m^2
    • missing_value: 1.00000002e+30
runoff[ time= 0 ..0] [ d100= 0 ..99] (Type is Float32)
  • attributes
    • long_name: runoff from land into ocean basins
    • units: kg/s
Faic_i_taux[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Faic_i_tauy[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30
Faic_i_lat[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: latent
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faic_i_sen[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: sensible
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faic_i_lwup[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: longwave up
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faic_i_evap[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: water flux: evaporation
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Faic_i_tref[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: diagnostic: 2m reference air temperature
    • units: K
    • missing_value: 1.00000002e+30
Faoc_o_taux[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Faoc_o_tauy[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30
Faoc_o_lat[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: latent
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faoc_o_sen[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: sensible
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faoc_o_lwup[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: heat flux: longwave up
    • units: W/m^2
    • missing_value: 1.00000002e+30
Faoc_o_evap[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: water flux: evaporation
    • units: (kg/s)/m^2
    • missing_value: 1.00000002e+30
Faoc_o_tref[ time= 0 ..0] [ yc_o= 0 ..115] [ xc_o= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: diagnostic: 2m reference air temperature
    • units: K
    • missing_value: 1.00000002e+30
Fioc_i_taux[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Fioc_i_tauy[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30
Fioc_i_taux2[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress #2: zonal
    • units: N/m^2
    • missing_value: 1.00000002e+30
Fioc_i_tauy2[ time= 0 ..0] [ yc_i= 0 ..115] [ xc_i= 0 ..99] (Grid of Float32 values)
  • attributes
    • long_name: surface stress #2: meridional
    • units: N/m^2
    • missing_value: 1.00000002e+30

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OPeNDAP Hyrax (1.16.0)
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