dataset: ocean_his_0256.nc

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Global Attributes	NC_GLOBAL file: /work/hdj002/tmproms/run/arctic-4km/ocean_his_0256.nc format: netCDF-4/HDF5 file Conventions: CF-1.4, SGRID-0.3 type: ROMS/TOMS history file title: ROMS 3.6 - Arctic-4km - Coupled ROMS-CICE var_info: /home/ntnu/hdj002/metroms/apps/common/include/varinfo.dat rst_file: /work/hdj002/tmproms/run/arctic-4km/ocean_rst.nc his_base: /work/hdj002/tmproms/run/arctic-4km/ocean_his avg_base: /work/hdj002/tmproms/run/arctic-4km/ocean_avg sta_file: /work/hdj002/tmproms/run/arctic-4km/ocean_sta.nc grd_file: /home/ntnu/hdj002/metroms/apps/common/grid/arctic4km_grd.nc ini_file: /work/hdj002/tmproms/run/arctic-4km/ocean_ini.nc frc_file_01: /work/hdj002/tmproms/run/arctic-4km/tide.nc frc_file_02: /work/hdj002/tmproms/run/arctic-4km/AN_2005_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2006_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2007_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2008_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2009_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2010_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2011_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2012_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2013_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2013-14-15_unlim_P1_fix.nc, /work/hdj002/tmproms/run/arctic-4km/p2_DEL_1_morezeroooo_NOZERO.nc, /work/hdj002/tmproms/run/arctic-4km/p2_DEL_2_morezeroooo_NOZERO.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2013-14-15_unlim_P3_fix.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2016_unlim_P1_appended.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2016_unlim_P2_appended.nc, /work/hdj002/tmproms/run/arctic-4km/AN_2016_unlim_P3_appended.nc frc_file_03: /work/hdj002/tmproms/run/arctic-4km/FC_2005_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2006_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2007_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2008_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2009_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2010_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2011_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2012_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2013_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2013-14-15_unlim.nc, /work/hdj002/tmproms/run/arctic-4km/FC_2016-2017_unlim.nc bry_file: /work/hdj002/tmproms/run/arctic-4km/ocean_bry_start.nc, /work/hdj002/tmproms/run/arctic-4km/ocean_bry_end.nc clm_file: /work/hdj002/tmproms/run/arctic-4km/ocean_clm_start.nc, /work/hdj002/tmproms/run/arctic-4km/ocean_clm_end.nc script_file: spos_file: stations.in NLM_LBC: EDGE: WEST SOUTH EAST NORTH zeta: Cha Cha Cha Cha ubar: Fla Fla Fla Fla vbar: Fla Fla Fla Fla u: RadNud RadNud RadNud RadNud v: RadNud RadNud RadNud RadNud temp: RadNud RadNud RadNud RadNud salt: RadNud RadNud RadNud RadNud tke: Gra Gra Gra Gra svn_url: https://www.myroms.org/svn/src/trunk svn_rev: exported code_dir: /work/hdj002/tmproms/roms_src header_dir: /home/ntnu/hdj002/metroms/apps/arctic-4km//include header_file: arctic-4km.h os: Linux cpu: x86_64 compiler_system: ifort compiler_command: /sw/sgi/mpt/mpt-2.06/bin/mpif90 compiler_flags: -mcmodel=large -xHOST -ip -O3 -g -I/work/hdj002/tmproms/roms_src/../MCT/include -I/work/hdj002/tmproms/roms_src/../run/arctic-4km/cice/rundir/compile -free -fr tiling: 016x024 history: ROMS/TOMS, Version 3.7, Thursday - November 29, 2018 - 9:25:40 AM ana_file: ROMS/Functionals/ana_btflux.h, ROMS/Functionals/ana_srflux.h CPP_options: ARCTIC4KM, ADD_FSOBC, ADD_M2OBC, ALBEDO, ANA_BSFLUX, ANA_BTFLUX, ANA_SRFLUX, ASSUMED_SHAPE, ATM_PRESS, AVERAGES, BULK_FLUXES, CANUTO_A CHARNOK, CRAIG_BANNER, COOL_SKIN, CURVGRID, DEFLATE, DJ_GRADPS, DOUBLE_PRECISION, EMINUSP, GLS_MIXING, HDF5, LONGWAVE, MASKING, MCT_LIB, MPI, NONLINEAR, NONLIN_EOS, NO_LBC_ATT, N2S2_HORAVG, POWER_LAW, PROFILE, K_C4ADVECTION, RADIATION_2D, RAMP_TIDES, RI_SPLINES, !RST_SINGLE, SALINITY, SOLAR_SOURCE, SOLVE3D, SPLINES_VDIFF, SPLINES_VVISC, SSH_TIDES, STATIONS, STATIONS_CGRID, TS_U3HADVECTION, TS_C4VADVECTION, UV_ADV, UV_COR, UV_U3HADVECTION, UV_C4VADVECTION, UV_QDRAG, UV_TIDES, VAR_RHO_2D DODS_EXTRA Unlimited_Dimension: ocean_time

Variables	ntimes(Type is Int32) attributes long_name: number of long time-steps ndtfast(Type is Int32) attributes long_name: number of short time-steps dt(Type is Float64) attributes long_name: size of long time-steps units: second dtfast(Type is Float64) attributes long_name: size of short time-steps units: second dstart(Type is Float64) attributes long_name: time stamp assigned to model initilization units: days since 1970-01-01 00:00:00 shuffle(Type is Int32) attributes long_name: NetCDF-4/HDF5 file format shuffle filer flag deflate(Type is Int32) attributes long_name: NetCDF-4/HDF5 file format deflate filer flag deflate_level(Type is Int32) attributes long_name: NetCDF-4/HDF5 file format deflate level parameter nHIS(Type is Int32) attributes long_name: number of time-steps between history records ndefHIS(Type is Int32) attributes long_name: number of time-steps between the creation of history files nRST(Type is Int32) attributes long_name: number of time-steps between restart records ntsAVG(Type is Int32) attributes long_name: starting time-step for accumulation of time-averaged fields nAVG(Type is Int32) attributes long_name: number of time-steps between time-averaged records ndefAVG(Type is Int32) attributes long_name: number of time-steps between the creation of average files nSTA(Type is Int32) attributes long_name: number of time-steps between stations records Falpha(Type is Float64) attributes long_name: Power-law shape barotropic filter parameter Fbeta(Type is Float64) attributes long_name: Power-law shape barotropic filter parameter Fgamma(Type is Float64) attributes long_name: Power-law shape barotropic filter parameter Akt_bak[ tracer= 0 ..1] (Type is Float64) attributes long_name: background vertical mixing coefficient for tracers units: meter2 second-1 Akv_bak(Type is Float64) attributes long_name: background vertical mixing coefficient for momentum units: meter2 second-1 Akk_bak(Type is Float64) attributes long_name: background vertical mixing coefficient for turbulent energy units: meter2 second-1 Akp_bak(Type is Float64) attributes long_name: background vertical mixing coefficient for length scale units: meter2 second-1 rdrg(Type is Float64) attributes long_name: linear drag coefficient units: meter second-1 rdrg2(Type is Float64) attributes long_name: quadratic drag coefficient Zob(Type is Float64) attributes long_name: bottom roughness units: meter Zos(Type is Float64) attributes long_name: surface roughness units: meter gls_p(Type is Float64) attributes long_name: stability exponent gls_m(Type is Float64) attributes long_name: turbulent kinetic energy exponent gls_n(Type is Float64) attributes long_name: turbulent length scale exponent gls_cmu0(Type is Float64) attributes long_name: stability coefficient gls_c1(Type is Float64) attributes long_name: shear production coefficient gls_c2(Type is Float64) attributes long_name: dissipation coefficient gls_c3m(Type is Float64) attributes long_name: buoyancy production coefficient (minus) gls_c3p(Type is Float64) attributes long_name: buoyancy production coefficient (plus) gls_sigk(Type is Float64) attributes long_name: constant Schmidt number for TKE gls_sigp(Type is Float64) attributes long_name: constant Schmidt number for PSI gls_Kmin(Type is Float64) attributes long_name: minimum value of specific turbulent kinetic energy gls_Pmin(Type is Float64) attributes long_name: minimum Value of dissipation Charnok_alpha(Type is Float64) attributes long_name: Charnok factor for surface roughness Zos_hsig_alpha(Type is Float64) attributes long_name: wave amplitude factor for surface roughness sz_alpha(Type is Float64) attributes long_name: surface flux from wave dissipation CrgBan_cw(Type is Float64) attributes long_name: surface flux due to Craig and Banner wave breaking Znudg(Type is Float64) attributes long_name: free-surface nudging/relaxation inverse time scale units: day-1 M2nudg(Type is Float64) attributes long_name: 2D momentum nudging/relaxation inverse time scale units: day-1 M3nudg(Type is Float64) attributes long_name: 3D momentum nudging/relaxation inverse time scale units: day-1 Tnudg[ tracer= 0 ..1] (Type is Float64) attributes long_name: Tracers nudging/relaxation inverse time scale units: day-1 FSobc_in[ boundary= 0 ..3] (Type is Float64) attributes long_name: free-surface inflow, nudging inverse time scale units: second-1 FSobc_out[ boundary= 0 ..3] (Type is Float64) attributes long_name: free-surface outflow, nudging inverse time scale units: second-1 M2obc_in[ boundary= 0 ..3] (Type is Float64) attributes long_name: 2D momentum inflow, nudging inverse time scale units: second-1 M2obc_out[ boundary= 0 ..3] (Type is Float64) attributes long_name: 2D momentum outflow, nudging inverse time scale units: second-1 Tobc_in[ boundary= 0 ..3] [ tracer= 0 ..1] (Type is Float64) attributes long_name: tracers inflow, nudging inverse time scale units: second-1 Tobc_out[ boundary= 0 ..3] [ tracer= 0 ..1] (Type is Float64) attributes long_name: tracers outflow, nudging inverse time scale units: second-1 M3obc_in[ boundary= 0 ..3] (Type is Float64) attributes long_name: 3D momentum inflow, nudging inverse time scale units: second-1 M3obc_out[ boundary= 0 ..3] (Type is Float64) attributes long_name: 3D momentum outflow, nudging inverse time scale units: second-1 rho0(Type is Float64) attributes long_name: mean density used in Boussinesq approximation units: kilogram meter-3 gamma2(Type is Float64) attributes long_name: slipperiness parameter LuvSrc(Type is Int32) attributes long_name: momentum point sources and sink activation switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. LwSrc(Type is Int32) attributes long_name: mass point sources and sink activation switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. LtracerSrc[ tracer= 0 ..1] (Type is Int32) attributes long_name: tracer point sources and sink activation switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. LsshCLM(Type is Int32) attributes long_name: sea surface height climatology processing switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. Lm2CLM(Type is Int32) attributes long_name: 2D momentum climatology processing switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. Lm3CLM(Type is Int32) attributes long_name: 3D momentum climatology processing switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. LtracerCLM[ tracer= 0 ..1] (Type is Int32) attributes long_name: tracer climatology processing switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. LnudgeM2CLM(Type is Int32) attributes long_name: 2D momentum climatology nudging activation switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. LnudgeM3CLM(Type is Int32) attributes long_name: 3D momentum climatology nudging activation switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. LnudgeTCLM[ tracer= 0 ..1] (Type is Int32) attributes long_name: tracer climatology nudging activation switch flag_values: 0, 1 flag_meanings: .FALSE. .TRUE. spherical(Type is Int32) attributes long_name: grid type logical switch flag_values: 0, 1 flag_meanings: Cartesian spherical xl(Type is Float64) attributes long_name: domain length in the XI-direction units: meter el(Type is Float64) attributes long_name: domain length in the ETA-direction units: meter Vtransform(Type is Int32) attributes long_name: vertical terrain-following transformation equation Vstretching(Type is Int32) attributes long_name: vertical terrain-following stretching function theta_s(Type is Float64) attributes long_name: S-coordinate surface control parameter theta_b(Type is Float64) attributes long_name: S-coordinate bottom control parameter Tcline(Type is Float64) attributes long_name: S-coordinate surface/bottom layer width units: meter hc(Type is Float64) attributes long_name: S-coordinate parameter, critical depth units: meter grid(Type is Int32) attributes cf_role: grid_topology topology_dimension: 2 node_dimensions: xi_psi eta_psi face_dimensions: xi_rho: xi_psi (padding: both) eta_rho: eta_psi (padding: both) edge1_dimensions: xi_u: xi_psi eta_u: eta_psi (padding: both) edge2_dimensions: xi_v: xi_psi (padding: both) eta_v: eta_psi node_coordinates: lon_psi lat_psi face_coordinates: lon_rho lat_rho edge1_coordinates: lon_u lat_u edge2_coordinates: lon_v lat_v vertical_dimensions: s_rho: s_w (padding: none) s_rho[ s_rho= 0 ..34] (Type is Float64) attributes long_name: S-coordinate at RHO-points valid_min: -1.000000000000000 valid_max: 0.000000000000000 positive: up standard_name: ocean_s_coordinate_g2 formula_terms: s: s_rho C: Cs_r eta: zeta depth: h depth_c: hc field: s_rho, scalar s_w[ s_w= 0 ..35] (Type is Float64) attributes long_name: S-coordinate at W-points valid_min: -1.000000000000000 valid_max: 0.000000000000000 positive: up standard_name: ocean_s_coordinate_g2 formula_terms: s: s_w C: Cs_w eta: zeta depth: h depth_c: hc field: s_w, scalar Cs_r[ s_rho= 0 ..34] (Grid of Float64 values) attributes long_name: S-coordinate stretching curves at RHO-points valid_min: -1.000000000000000 valid_max: 0.000000000000000 field: Cs_r, scalar Cs_w[ s_w= 0 ..35] (Grid of Float64 values) attributes long_name: S-coordinate stretching curves at W-points valid_min: -1.000000000000000 valid_max: 0.000000000000000 field: Cs_w, scalar h[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: bathymetry at RHO-points units: meter grid: grid location: face coordinates: lon_rho lat_rho field: bath, scalar f[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: Coriolis parameter at RHO-points units: second-1 grid: grid location: face coordinates: lon_rho lat_rho field: coriolis, scalar pm[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: curvilinear coordinate metric in XI units: meter-1 grid: grid location: face coordinates: lon_rho lat_rho field: pm, scalar pn[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: curvilinear coordinate metric in ETA units: meter-1 grid: grid location: face coordinates: lon_rho lat_rho field: pn, scalar lon_rho[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: longitude of RHO-points units: degree_east standard_name: longitude field: lon_rho, scalar lat_rho[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: latitude of RHO-points units: degree_north standard_name: latitude field: lat_rho, scalar lon_u[ eta_u= 0 ..1201] [ xi_u= 0 ..1600] (Type is Float64) attributes long_name: longitude of U-points units: degree_east standard_name: longitude field: lon_u, scalar lat_u[ eta_u= 0 ..1201] [ xi_u= 0 ..1600] (Type is Float64) attributes long_name: latitude of U-points units: degree_north standard_name: latitude field: lat_u, scalar lon_v[ eta_v= 0 ..1200] [ xi_v= 0 ..1601] (Type is Float64) attributes long_name: longitude of V-points units: degree_east standard_name: longitude field: lon_v, scalar lat_v[ eta_v= 0 ..1200] [ xi_v= 0 ..1601] (Type is Float64) attributes long_name: latitude of V-points units: degree_north standard_name: latitude field: lat_v, scalar lon_psi[ eta_psi= 0 ..1200] [ xi_psi= 0 ..1600] (Type is Float64) attributes long_name: longitude of PSI-points units: degree_east standard_name: longitude field: lon_psi, scalar lat_psi[ eta_psi= 0 ..1200] [ xi_psi= 0 ..1600] (Type is Float64) attributes long_name: latitude of PSI-points units: degree_north standard_name: latitude field: lat_psi, scalar angle[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: angle between XI-axis and EAST units: radians grid: grid location: face coordinates: lon_rho lat_rho field: angle, scalar mask_rho[ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float64) attributes long_name: mask on RHO-points flag_values: 0.000000000000000, 1.000000000000000 flag_meanings: land water grid: grid location: face coordinates: lon_rho lat_rho mask_u[ eta_u= 0 ..1201] [ xi_u= 0 ..1600] (Type is Float64) attributes long_name: mask on U-points flag_values: 0.000000000000000, 1.000000000000000 flag_meanings: land water grid: grid location: edge1 coordinates: lon_u lat_u mask_v[ eta_v= 0 ..1200] [ xi_v= 0 ..1601] (Type is Float64) attributes long_name: mask on V-points flag_values: 0.000000000000000, 1.000000000000000 flag_meanings: land water grid: grid location: edge2 coordinates: lon_v lat_v mask_psi[ eta_psi= 0 ..1200] [ xi_psi= 0 ..1600] (Type is Float64) attributes long_name: mask on psi-points flag_values: 0.000000000000000, 1.000000000000000 flag_meanings: land water grid: grid location: node coordinates: lon_psi lat_psi ocean_time[ ocean_time= 0 ..0] (Type is Float64) attributes long_name: time since initialization units: seconds since 1970-01-01 00:00:00 calendar: gregorian field: time, scalar, series zeta[ ocean_time= 0 ..0] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: free-surface units: meter time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho ocean_time field: free-surface, scalar, series _FillValue: 9.99999993e+36 ubar[ ocean_time= 0 ..0] [ eta_u= 0 ..1201] [ xi_u= 0 ..1600] (Type is Float32) attributes long_name: vertically integrated u-momentum component units: meter second-1 time: ocean_time grid: grid location: edge1 coordinates: lon_u lat_u ocean_time field: ubar-velocity, scalar, series _FillValue: 9.99999993e+36 vbar[ ocean_time= 0 ..0] [ eta_v= 0 ..1200] [ xi_v= 0 ..1601] (Type is Float32) attributes long_name: vertically integrated v-momentum component units: meter second-1 time: ocean_time grid: grid location: edge2 coordinates: lon_v lat_v ocean_time field: vbar-velocity, scalar, series _FillValue: 9.99999993e+36 u[ ocean_time= 0 ..0] [ s_rho= 0 ..34] [ eta_u= 0 ..1201] [ xi_u= 0 ..1600] (Type is Float32) attributes long_name: u-momentum component units: meter second-1 time: ocean_time grid: grid location: edge1 coordinates: lon_u lat_u s_rho ocean_time field: u-velocity, scalar, series _FillValue: 9.99999993e+36 v[ ocean_time= 0 ..0] [ s_rho= 0 ..34] [ eta_v= 0 ..1200] [ xi_v= 0 ..1601] (Type is Float32) attributes long_name: v-momentum component units: meter second-1 time: ocean_time grid: grid location: edge2 coordinates: lon_v lat_v s_rho ocean_time field: v-velocity, scalar, series _FillValue: 9.99999993e+36 w[ ocean_time= 0 ..0] [ s_w= 0 ..35] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: vertical momentum component units: meter second-1 time: ocean_time standard_name: upward_sea_water_velocity grid: grid location: face coordinates: lon_rho lat_rho s_w ocean_time field: w-velocity, scalar, series _FillValue: 9.99999993e+36 omega[ ocean_time= 0 ..0] [ s_w= 0 ..35] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: S-coordinate vertical momentum component units: meter second-1 time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho s_w ocean_time field: omega, scalar, series _FillValue: 9.99999993e+36 temp[ ocean_time= 0 ..0] [ s_rho= 0 ..34] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: potential temperature units: Celsius time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho s_rho ocean_time field: temperature, scalar, series _FillValue: 9.99999993e+36 salt[ ocean_time= 0 ..0] [ s_rho= 0 ..34] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: salinity time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho s_rho ocean_time field: salinity, scalar, series _FillValue: 9.99999993e+36 AKv[ ocean_time= 0 ..0] [ s_w= 0 ..35] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: vertical viscosity coefficient units: meter2 second-1 time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho s_w ocean_time field: AKv, scalar, series AKt[ ocean_time= 0 ..0] [ s_w= 0 ..35] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: temperature vertical diffusion coefficient units: meter2 second-1 time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho s_w ocean_time field: AKt, scalar, series AKs[ ocean_time= 0 ..0] [ s_w= 0 ..35] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: salinity vertical diffusion coefficient units: meter2 second-1 time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho s_w ocean_time field: AKs, scalar, series shflux[ ocean_time= 0 ..0] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: surface net heat flux units: watt meter-2 negative_value: upward flux, cooling positive_value: downward flux, heating time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho ocean_time field: surface heat flux, scalar, series _FillValue: 9.99999993e+36 ssflux[ ocean_time= 0 ..0] [ eta_rho= 0 ..1201] [ xi_rho= 0 ..1601] (Type is Float32) attributes long_name: surface net salt flux, (E-P)*SALT units: meter second-1 negative_value: upward flux, freshening (net precipitation) positive_value: downward flux, salting (net evaporation) time: ocean_time grid: grid location: face coordinates: lon_rho lat_rho ocean_time field: surface net salt flux, scalar, series _FillValue: 9.99999993e+36 sustr[ ocean_time= 0 ..0] [ eta_u= 0 ..1201] [ xi_u= 0 ..1600] (Type is Float32) attributes long_name: surface u-momentum stress units: newton meter-2 time: ocean_time grid: grid location: edge1 coordinates: lon_u lat_u ocean_time field: surface u-momentum stress, scalar, series _FillValue: 9.99999993e+36 svstr[ ocean_time= 0 ..0] [ eta_v= 0 ..1200] [ xi_v= 0 ..1601] (Type is Float32) attributes long_name: surface v-momentum stress units: newton meter-2 time: ocean_time grid: grid location: edge2 coordinates: lon_v lat_v ocean_time field: surface v-momentum stress, scalar, series _FillValue: 9.99999993e+36

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dataset: ocean_his_0256.nc

OPeNDAP Hyrax (1.17.0-1) Documentation Questions? Contact Support

OPeNDAP Hyrax (1.17.0-1)
Documentation Questions? Contact Support