Select Variable(s):
ANGLE
=
angle grid makes with latitude line
ANGLET
=
angle grid makes with latitude line on T grid
DXT
=
x-spacing centered at T points
DXU
=
x-spacing centered at U points
DYT
=
y-spacing centered at T points
DYU
=
y-spacing centered at U points
HT
=
ocean depth at T points
HTE
=
cell widths on East sides of T cell
HTN
=
cell widths on North sides of T cell
HU
=
ocean depth at U points
HUS
=
cell widths on South sides of U cell
HUW
=
cell widths on West sides of U cell
KMT
=
k Index of Deepest Grid Cell on T Grid
KMU
=
k Index of Deepest Grid Cell on U Grid
REGION_MASK
=
basin index number (signed integers)
TAREA
=
area of T cells
UAREA
=
area of U cells
Variables with available Times:
723611.0
days since 0000-01-01 00:00:00
ADVS
=
Vertically-Integrated S Advection Tendency
ADVS_ISOP
=
Vertically-Integrated S Eddy-Induced Advection Tendency (diagnostic)
ADVS_SUBM
=
Vertically-Integrated S submeso Advection Tendency (diagnostic)
ADVT
=
Vertically-Integrated T Advection Tendency
ADVT_ISOP
=
Vertically-Integrated T Eddy-Induced Advection Tendency (diagnostic)
ADVT_SUBM
=
Vertically-Integrated T submeso Advection Tendency (diagnostic)
BSF
=
Diagnostic barotropic streamfunction
CFC_ATM_PRESS
=
Atmospheric Pressure for CFC fluxes
CFC_IFRAC
=
Ice Fraction for CFC fluxes
CFC_XKW
=
XKW for CFC fluxes
DIA_DEPTH
=
Depth of the Diabatic Region at the Surface
HDIFS
=
Vertically Integrated Horz Diff S tendency
HDIFT
=
Vertically Integrated Horz Mix T tendency
HLS_SUBM
=
Horizontal length scale used in submeso
IFRAC
=
Ice Fraction from Coupler
INT_DEPTH
=
Depth at which the Interior Region Starts
IOFF_F
=
Ice Runoff Flux from Coupler due to Land-Model Snow Capping
QSW_HBL
=
Solar Short-Wave Heat Flux in bndry layer
QSW_HTP
=
Solar Short-Wave Heat Flux in top layer
RHO_VINT
=
Vertical Integral of In-Situ Density
SFWF_WRST
=
Virtual Salt Flux due to weak restoring
SSH2
=
SSH**2
STF_CFC11
=
CFC11 Surface Flux
STF_CFC12
=
CFC12 Surface Flux
SU
=
Vertically Integrated Velocity in grid-x direction
SV
=
Vertically Integrated Velocity in grid-y direction
TAUX2
=
Windstress**2 in grid-x direction
TAUY2
=
Windstress**2 in grid-y direction
TBLT
=
Minimum Boundary-Layer Depth
TLT
=
Transition Layer Thickness
TMXL
=
Minimum Mixed-Layer Depth
XBLT
=
Maximum Boundary-Layer Depth
XMXL
=
Maximum Mixed-Layer Depth
dTEMP_NEG_2D
=
min neg column temperature timestep diff
dTEMP_POS_2D
=
max pos column temperature timestep diff
with Vertical Levels (
z_t
) :
500.0 1500.0 2500.0 3500.0 4500.0 5500.0 6500.0 7500.0 8500.0 9500.0 10500.0 11500.0 12500.0 13500.0 14500.0 15500.0 16509.83984375 17547.904296875 18629.126953125 19766.02734375 20971.138671875 22257.828125 23640.8828125 25137.015625 26765.419921875 28548.365234375 30511.921875 32686.798828125 35109.34765625 37822.76171875 40878.46484375 44337.76953125 48273.671875 52772.80078125 57937.2890625 63886.26171875 70756.328125 78700.25 87882.5234375 98470.5859375 110620.421875 124456.6875 140049.71875 157394.640625 176400.328125 196894.421875 218645.65625 241397.15625 264900.125 288938.46875 313340.46875 337979.34375 362767.03125 387645.1875 412576.8125 437539.25 462519.03125 487508.34375 512502.8125 537500.0
centimeters
CFC11
=
CFC11
CFC12
=
CFC12
HOR_DIFF
=
Horizontal diffusion coefficient
IAGE
=
Ideal Age
KAPPA_ISOP
=
Isopycnal diffusion coefficient
KAPPA_THIC
=
Thickness diffusion coefficient
KPP_SRC_TEMP
=
TEMP tendency from KPP non local mixing term
PD
=
Potential Density Ref to Surface
PV
=
Potential Vorticity
Q
=
Static Stability (d(rho(p_r))/dz)
RHO
=
In-Situ Density
SALT
=
Salinity
TEMP
=
Potential Temperature
TEND_SALT
=
Tendency of Thickness Weighted SALT
TEND_TEMP
=
Tendency of Thickness Weighted TEMP
UES
=
Salt Flux in grid-x direction
UET
=
Flux of Heat in grid-x direction
UISOP
=
Bolus Velocity in grid-x direction (diagnostic)
USUBM
=
Submeso velocity in grid-x direction (diagnostic)
UVEL
=
Velocity in grid-x direction
UVEL2
=
Velocity**2 in grid-x direction
VISOP
=
Bolus Velocity in grid-y direction (diagnostic)
VNS
=
Salt Flux in grid-y direction
VNS_ISOP
=
Salt Flux Tendency in grid-y Dir due to Eddy-Induced Vel (diagnostic)
VNS_SUBM
=
Salt Flux Tendency in grid-y Dir due to submeso Vel (diagnostic)
VNT
=
Flux of Heat in grid-y direction
VNT_ISOP
=
Heat Flux Tendency in grid-y Dir due to Eddy-Induced Vel (diagnostic)
VNT_SUBM
=
Heat Flux Tendency in grid-y Dir due to submeso Vel (diagnostic)
VSUBM
=
Submeso velocity in grid-y direction (diagnostic)
VVEL
=
Velocity in grid-y direction
VVEL2
=
Velocity**2 in grid-y direction
with Vertical Levels (
z_w_bot
) :
1000.0 2000.0 3000.0 4000.0 5000.0 6000.0 7000.0 8000.0 9000.0 10000.0 11000.0 12000.0 13000.0 14000.0 15000.0 16000.0 17019.681640625 18076.12890625 19182.125 20349.931640625 21592.34375 22923.3125 24358.453125 25915.580078125 27615.259765625 29481.470703125 31542.373046875 33831.2265625 36387.47265625 39258.046875 42498.88671875 46176.65625 50370.6875 55174.91015625 60699.66796875 67072.859375 74439.8046875 82960.6953125 92804.3515625 104136.8203125 117104.015625 131809.359375 148290.078125 166499.203125 186301.4375 207487.390625 229803.90625 252990.40625 276809.84375 301067.0625 325613.84375 350344.875 375189.1875 400101.15625 425052.46875 450026.0625 475012.0 500004.6875 525000.9375 549999.0625
centimeters
DIA_IMPVF_TEMP
=
TEMP Flux Across Bottom Face from Diabatic Implicit Vertical Mixing
HDIFB_TEMP
=
TEMP Horizontal Diffusive Flux across Bottom Face
KVMIX
=
Vertical diabatic diffusivity due to Tidal Mixing + background
KVMIX_M
=
Vertical viscosity due to Tidal Mixing + background
TPOWER
=
Energy Used by Vertical Mixing
VDC_S
=
total diabatic vertical SALT diffusivity
VDC_T
=
total diabatic vertical TEMP diffusivity
VVC
=
total vertical momentum viscosity
with Vertical Levels (
z_w_top
) :
0.0 1000.0 2000.0 3000.0 4000.0 5000.0 6000.0 7000.0 8000.0 9000.0 10000.0 11000.0 12000.0 13000.0 14000.0 15000.0 16000.0 17019.681640625 18076.12890625 19182.125 20349.931640625 21592.34375 22923.3125 24358.453125 25915.580078125 27615.259765625 29481.470703125 31542.373046875 33831.2265625 36387.47265625 39258.046875 42498.88671875 46176.65625 50370.6875 55174.91015625 60699.66796875 67072.859375 74439.8046875 82960.6953125 92804.3515625 104136.8203125 117104.015625 131809.359375 148290.078125 166499.203125 186301.4375 207487.390625 229803.90625 252990.40625 276809.84375 301067.0625 325613.84375 350344.875 375189.1875 400101.15625 425052.46875 450026.0625 475012.0 500004.6875 525000.9375
centimeters
QSW_3D
=
Solar Short-Wave Heat Flux
|
Choose Spatial Subset:
Lat/lon subset
Coordinate subset
Horizontal Stride:
Choose Time Subset:
Time range
Single time
Choose Vertical Level:
Single Level
Vertical Stride
Add 2D Lat/Lon to file (if needed for CF
compliance)
Choose Output Format:
|