OPeNDAP Dataset Access Form

Action:

Data URL:

Global Attributes:

Variables:


 time_bound: Array of 64 bit Reals [time = 0..0][d2 = 0..1]
time: d2:

moc_components: Array of Strings [moc_comp = 0..2]
moc_comp:

transport_components: Array of Strings [transport_comp = 0..4]
transport_comp:

transport_regions: Array of Strings [transport_reg = 0..1]
transport_reg:

time: Array of 64 bit Reals [time = 0..0]
time:

z_t: Array of 32 bit Reals [z_t = 0..59]
z_t:

z_t_150m: Array of 32 bit Reals [z_t_150m = 0..14]
z_t_150m:

z_w: Array of 32 bit Reals [z_w = 0..59]
z_w:

z_w_top: Array of 32 bit Reals [z_w_top = 0..59]
z_w_top:

z_w_bot: Array of 32 bit Reals [z_w_bot = 0..59]
z_w_bot:

lat_aux_grid: Array of 32 bit Reals [lat_aux_grid = 0..394]
lat_aux_grid:

moc_z: Array of 32 bit Reals [moc_z = 0..60]
moc_z:

dz: Array of 32 bit Reals [z_t = 0..59]
z_t:

dzw: Array of 32 bit Reals [z_w = 0..59]
z_w:

ULONG: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

ULAT: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

TLONG: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

TLAT: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

KMT: Array of 32 bit Integers [nlat = 0..383][nlon = 0..319]
nlat: nlon:

KMU: Array of 32 bit Integers [nlat = 0..383][nlon = 0..319]
nlat: nlon:

REGION_MASK: Array of 32 bit Integers [nlat = 0..383][nlon = 0..319]
nlat: nlon:

UAREA: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

TAREA: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

HU: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

HT: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

DXU: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

DYU: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

DXT: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

DYT: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

HTN: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

HTE: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

HUS: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

HUW: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

ANGLE: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

ANGLET: Array of 64 bit Reals [nlat = 0..383][nlon = 0..319]
nlat: nlon:

days_in_norm_year: 64 bit Real
days_in_norm_year

grav: 64 bit Real
grav

omega: 64 bit Real
omega

radius: 64 bit Real
radius

cp_sw: 64 bit Real
cp_sw

sound: 64 bit Real
sound

vonkar: 64 bit Real
vonkar

cp_air: 64 bit Real
cp_air

rho_air: 64 bit Real
rho_air

rho_sw: 64 bit Real
rho_sw

rho_fw: 64 bit Real
rho_fw

stefan_boltzmann: 64 bit Real
stefan_boltzmann

latent_heat_vapor: 64 bit Real
latent_heat_vapor

latent_heat_fusion: 64 bit Real
latent_heat_fusion

ocn_ref_salinity: 64 bit Real
ocn_ref_salinity

sea_ice_salinity: 64 bit Real
sea_ice_salinity

T0_Kelvin: 64 bit Real
T0_Kelvin

salt_to_ppt: 64 bit Real
salt_to_ppt

ppt_to_salt: 64 bit Real
ppt_to_salt

mass_to_Sv: 64 bit Real
mass_to_Sv

heat_to_PW: 64 bit Real
heat_to_PW

salt_to_Svppt: 64 bit Real
salt_to_Svppt

salt_to_mmday: 64 bit Real
salt_to_mmday

momentum_factor: 64 bit Real
momentum_factor

hflux_factor: 64 bit Real
hflux_factor

fwflux_factor: 64 bit Real
fwflux_factor

salinity_factor: 64 bit Real
salinity_factor

sflux_factor: 64 bit Real
sflux_factor

nsurface_t: 64 bit Real
nsurface_t

nsurface_u: 64 bit Real
nsurface_u

UVEL: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

UVEL2: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VVEL: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VVEL2: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

TEMP: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

dTEMP_POS_2D: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

dTEMP_NEG_2D: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SALT: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

RHO: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

RHO_VINT: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

RESID_T: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

RESID_S: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SU: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SV: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SSH: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SSH2: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SHF: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SHF_QSW: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SFWF: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SFWF_WRST: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TAUX: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TAUX2: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TAUY: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TAUY2: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

FW: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TFW_T: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TFW_S: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

EVAP_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

PREC_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SNOW_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

MELT_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

ROFF_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

IOFF_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SALT_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

SENH_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

LWUP_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

LWDN_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

MELTH_F: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

IFRAC: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

CFC_IFRAC: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

CFC_XKW: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

CFC_ATM_PRESS: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

CFC11: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

STF_CFC11: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

CFC12: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

STF_CFC12: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

IAGE: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

QSW_HBL: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

KVMIX: Array of 32 bit Reals [time = 0..0][z_w_bot = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_bot: nlat: nlon:

KVMIX_M: Array of 32 bit Reals [time = 0..0][z_w_bot = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_bot: nlat: nlon:

TPOWER: Array of 32 bit Reals [time = 0..0][z_w_bot = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_bot: nlat: nlon:

VDC_T: Array of 32 bit Reals [time = 0..0][z_w_bot = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_bot: nlat: nlon:

VDC_S: Array of 32 bit Reals [time = 0..0][z_w_bot = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_bot: nlat: nlon:

VVC: Array of 32 bit Reals [time = 0..0][z_w_bot = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_bot: nlat: nlon:

KAPPA_ISOP: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

KAPPA_THIC: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

HOR_DIFF: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

DIA_DEPTH: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TLT: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

INT_DEPTH: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

UISOP: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VISOP: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

WISOP: Array of 32 bit Reals [time = 0..0][z_w_top = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_top: nlat: nlon:

ADVT_ISOP: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

ADVS_ISOP: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

VNT_ISOP: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VNS_ISOP: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

USUBM: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VSUBM: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

WSUBM: Array of 32 bit Reals [time = 0..0][z_w_top = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_top: nlat: nlon:

HLS_SUBM: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

ADVT_SUBM: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

ADVS_SUBM: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

VNT_SUBM: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VNS_SUBM: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

HDIFT: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

HDIFS: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

WVEL: Array of 32 bit Reals [time = 0..0][z_w_top = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_top: nlat: nlon:

WVEL2: Array of 32 bit Reals [time = 0..0][z_w_top = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_top: nlat: nlon:

UET: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VNT: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

WTT: Array of 32 bit Reals [time = 0..0][z_w_top = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_top: nlat: nlon:

UES: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

VNS: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

WTS: Array of 32 bit Reals [time = 0..0][z_w_top = 0..59][nlat = 0..383][nlon = 0..319]
time: z_w_top: nlat: nlon:

ADVT: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

ADVS: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

PV: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

Q: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

PD: Array of 32 bit Reals [time = 0..0][z_t = 0..59][nlat = 0..383][nlon = 0..319]
time: z_t: nlat: nlon:

QSW_HTP: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

QFLUX: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

HMXL: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

XMXL: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TMXL: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

HBLT: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

XBLT: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

TBLT: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

BSF: Array of 32 bit Reals [time = 0..0][nlat = 0..383][nlon = 0..319]
time: nlat: nlon:

MOC: Array of 32 bit Reals [time = 0..0][transport_reg = 0..1][moc_comp = 0..2][moc_z = 0..60][lat_aux_grid = 0..394]
time: transport_reg: moc_comp: moc_z: lat_aux_grid:

N_HEAT: Array of 32 bit Reals [time = 0..0][transport_reg = 0..1][transport_comp = 0..4][lat_aux_grid = 0..394]
time: transport_reg: transport_comp: lat_aux_grid:

N_SALT: Array of 32 bit Reals [time = 0..0][transport_reg = 0..1][transport_comp = 0..4][lat_aux_grid = 0..394]
time: transport_reg: transport_comp: lat_aux_grid:

For questions or comments about this dataset, contact the administrator of this server [Support] at: rdahelp@ucar.edu

For questions or comments about the OPeNDAP service bundled with the TDS, email THREDDS support at: support-thredds@unidata.ucar.edu

DDS:

Dataset {
    Float64 time_bound[time = 1][d2 = 2];
    String moc_components[moc_comp = 3];
    String transport_components[transport_comp = 5];
    String transport_regions[transport_reg = 2];
    Float64 time[time = 1];
    Float32 z_t[z_t = 60];
    Float32 z_t_150m[z_t_150m = 15];
    Float32 z_w[z_w = 60];
    Float32 z_w_top[z_w_top = 60];
    Float32 z_w_bot[z_w_bot = 60];
    Float32 lat_aux_grid[lat_aux_grid = 395];
    Float32 moc_z[moc_z = 61];
    Float32 dz[z_t = 60];
    Float32 dzw[z_w = 60];
    Float64 ULONG[nlat = 384][nlon = 320];
    Float64 ULAT[nlat = 384][nlon = 320];
    Float64 TLONG[nlat = 384][nlon = 320];
    Float64 TLAT[nlat = 384][nlon = 320];
    Int32 KMT[nlat = 384][nlon = 320];
    Int32 KMU[nlat = 384][nlon = 320];
    Int32 REGION_MASK[nlat = 384][nlon = 320];
    Float64 UAREA[nlat = 384][nlon = 320];
    Float64 TAREA[nlat = 384][nlon = 320];
    Float64 HU[nlat = 384][nlon = 320];
    Float64 HT[nlat = 384][nlon = 320];
    Float64 DXU[nlat = 384][nlon = 320];
    Float64 DYU[nlat = 384][nlon = 320];
    Float64 DXT[nlat = 384][nlon = 320];
    Float64 DYT[nlat = 384][nlon = 320];
    Float64 HTN[nlat = 384][nlon = 320];
    Float64 HTE[nlat = 384][nlon = 320];
    Float64 HUS[nlat = 384][nlon = 320];
    Float64 HUW[nlat = 384][nlon = 320];
    Float64 ANGLE[nlat = 384][nlon = 320];
    Float64 ANGLET[nlat = 384][nlon = 320];
    Float64 days_in_norm_year;
    Float64 grav;
    Float64 omega;
    Float64 radius;
    Float64 cp_sw;
    Float64 sound;
    Float64 vonkar;
    Float64 cp_air;
    Float64 rho_air;
    Float64 rho_sw;
    Float64 rho_fw;
    Float64 stefan_boltzmann;
    Float64 latent_heat_vapor;
    Float64 latent_heat_fusion;
    Float64 ocn_ref_salinity;
    Float64 sea_ice_salinity;
    Float64 T0_Kelvin;
    Float64 salt_to_ppt;
    Float64 ppt_to_salt;
    Float64 mass_to_Sv;
    Float64 heat_to_PW;
    Float64 salt_to_Svppt;
    Float64 salt_to_mmday;
    Float64 momentum_factor;
    Float64 hflux_factor;
    Float64 fwflux_factor;
    Float64 salinity_factor;
    Float64 sflux_factor;
    Float64 nsurface_t;
    Float64 nsurface_u;
    Float32 UVEL[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 UVEL2[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VVEL[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VVEL2[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 TEMP[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 dTEMP_POS_2D[time = 1][nlat = 384][nlon = 320];
    Float32 dTEMP_NEG_2D[time = 1][nlat = 384][nlon = 320];
    Float32 SALT[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 RHO[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 RHO_VINT[time = 1][nlat = 384][nlon = 320];
    Float32 RESID_T[time = 1][nlat = 384][nlon = 320];
    Float32 RESID_S[time = 1][nlat = 384][nlon = 320];
    Float32 SU[time = 1][nlat = 384][nlon = 320];
    Float32 SV[time = 1][nlat = 384][nlon = 320];
    Float32 SSH[time = 1][nlat = 384][nlon = 320];
    Float32 SSH2[time = 1][nlat = 384][nlon = 320];
    Float32 SHF[time = 1][nlat = 384][nlon = 320];
    Float32 SHF_QSW[time = 1][nlat = 384][nlon = 320];
    Float32 SFWF[time = 1][nlat = 384][nlon = 320];
    Float32 SFWF_WRST[time = 1][nlat = 384][nlon = 320];
    Float32 TAUX[time = 1][nlat = 384][nlon = 320];
    Float32 TAUX2[time = 1][nlat = 384][nlon = 320];
    Float32 TAUY[time = 1][nlat = 384][nlon = 320];
    Float32 TAUY2[time = 1][nlat = 384][nlon = 320];
    Float32 FW[time = 1][nlat = 384][nlon = 320];
    Float32 TFW_T[time = 1][nlat = 384][nlon = 320];
    Float32 TFW_S[time = 1][nlat = 384][nlon = 320];
    Float32 EVAP_F[time = 1][nlat = 384][nlon = 320];
    Float32 PREC_F[time = 1][nlat = 384][nlon = 320];
    Float32 SNOW_F[time = 1][nlat = 384][nlon = 320];
    Float32 MELT_F[time = 1][nlat = 384][nlon = 320];
    Float32 ROFF_F[time = 1][nlat = 384][nlon = 320];
    Float32 IOFF_F[time = 1][nlat = 384][nlon = 320];
    Float32 SALT_F[time = 1][nlat = 384][nlon = 320];
    Float32 SENH_F[time = 1][nlat = 384][nlon = 320];
    Float32 LWUP_F[time = 1][nlat = 384][nlon = 320];
    Float32 LWDN_F[time = 1][nlat = 384][nlon = 320];
    Float32 MELTH_F[time = 1][nlat = 384][nlon = 320];
    Float32 IFRAC[time = 1][nlat = 384][nlon = 320];
    Float32 CFC_IFRAC[time = 1][nlat = 384][nlon = 320];
    Float32 CFC_XKW[time = 1][nlat = 384][nlon = 320];
    Float32 CFC_ATM_PRESS[time = 1][nlat = 384][nlon = 320];
    Float32 CFC11[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 STF_CFC11[time = 1][nlat = 384][nlon = 320];
    Float32 CFC12[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 STF_CFC12[time = 1][nlat = 384][nlon = 320];
    Float32 IAGE[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 QSW_HBL[time = 1][nlat = 384][nlon = 320];
    Float32 KVMIX[time = 1][z_w_bot = 60][nlat = 384][nlon = 320];
    Float32 KVMIX_M[time = 1][z_w_bot = 60][nlat = 384][nlon = 320];
    Float32 TPOWER[time = 1][z_w_bot = 60][nlat = 384][nlon = 320];
    Float32 VDC_T[time = 1][z_w_bot = 60][nlat = 384][nlon = 320];
    Float32 VDC_S[time = 1][z_w_bot = 60][nlat = 384][nlon = 320];
    Float32 VVC[time = 1][z_w_bot = 60][nlat = 384][nlon = 320];
    Float32 KAPPA_ISOP[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 KAPPA_THIC[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 HOR_DIFF[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 DIA_DEPTH[time = 1][nlat = 384][nlon = 320];
    Float32 TLT[time = 1][nlat = 384][nlon = 320];
    Float32 INT_DEPTH[time = 1][nlat = 384][nlon = 320];
    Float32 UISOP[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VISOP[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 WISOP[time = 1][z_w_top = 60][nlat = 384][nlon = 320];
    Float32 ADVT_ISOP[time = 1][nlat = 384][nlon = 320];
    Float32 ADVS_ISOP[time = 1][nlat = 384][nlon = 320];
    Float32 VNT_ISOP[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VNS_ISOP[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 USUBM[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VSUBM[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 WSUBM[time = 1][z_w_top = 60][nlat = 384][nlon = 320];
    Float32 HLS_SUBM[time = 1][nlat = 384][nlon = 320];
    Float32 ADVT_SUBM[time = 1][nlat = 384][nlon = 320];
    Float32 ADVS_SUBM[time = 1][nlat = 384][nlon = 320];
    Float32 VNT_SUBM[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VNS_SUBM[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 HDIFT[time = 1][nlat = 384][nlon = 320];
    Float32 HDIFS[time = 1][nlat = 384][nlon = 320];
    Float32 WVEL[time = 1][z_w_top = 60][nlat = 384][nlon = 320];
    Float32 WVEL2[time = 1][z_w_top = 60][nlat = 384][nlon = 320];
    Float32 UET[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VNT[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 WTT[time = 1][z_w_top = 60][nlat = 384][nlon = 320];
    Float32 UES[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 VNS[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 WTS[time = 1][z_w_top = 60][nlat = 384][nlon = 320];
    Float32 ADVT[time = 1][nlat = 384][nlon = 320];
    Float32 ADVS[time = 1][nlat = 384][nlon = 320];
    Float32 PV[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 Q[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 PD[time = 1][z_t = 60][nlat = 384][nlon = 320];
    Float32 QSW_HTP[time = 1][nlat = 384][nlon = 320];
    Float32 QFLUX[time = 1][nlat = 384][nlon = 320];
    Float32 HMXL[time = 1][nlat = 384][nlon = 320];
    Float32 XMXL[time = 1][nlat = 384][nlon = 320];
    Float32 TMXL[time = 1][nlat = 384][nlon = 320];
    Float32 HBLT[time = 1][nlat = 384][nlon = 320];
    Float32 XBLT[time = 1][nlat = 384][nlon = 320];
    Float32 TBLT[time = 1][nlat = 384][nlon = 320];
    Float32 BSF[time = 1][nlat = 384][nlon = 320];
    Float32 MOC[time = 1][transport_reg = 2][moc_comp = 3][moc_z = 61][lat_aux_grid = 395];
    Float32 N_HEAT[time = 1][transport_reg = 2][transport_comp = 5][lat_aux_grid = 395];
    Float32 N_SALT[time = 1][transport_reg = 2][transport_comp = 5][lat_aux_grid = 395];
} files/g/d262000/NCAR/g40.000.pop.h.0268-06.nc;