DSET /aosc/greenland/rare1.15.2.0/REGRIDED/ocean/rare1.15.2.0_5dy_ocean_reg_%y4_%m2_%d2.nc
#DSET /glade/scratch/chepurin/RAR_1.15.2.0/REGRIDED/ocean/rare1.15.2.0_5dy_ocean_reg_%y4_%m2_%d2.nc
DTYPE netcdf
OPTIONS TEMPLATE
UNDEF -1.e+20f
TITLE MOM5+ERA5 simulation in the north high latitudes.
XDEF 3600 linear -179.95 0.10
YDEF  450 linear   45.05 0.10
*
ZDEF  38 levels  0.54128076539161, 2.93995264891447, 5.86935042405403,
    9.44688495964871, 13.8159279323332, 19.151540835806, 25.66745905867,
    33.6245984138505, 43.3414022110416, 55.2064019936584, 69.6934197853445,
    87.379884002135, 108.968744882098, 135.314419992604, 167.453005943493,
    206.636535284236, 254.370128943059, 312.449163513683, 382.990565399297,
    468.447515403956, 571.589915322663, 695.424821496212, 843.025512765185,
    1017.24370768399, 1220.30949515272, 1453.38443981473, 1716.2046509593,
    2006.97519804695, 2322.60123413657, 2659.18911348314, 3012.6313812063,
    3379.08852049285, 3755.27409765924, 4138.55143999841, 4526.90264998742,
    4918.83491240816, 5313.27015821824, 5709.44291422576
*    
TDEF 2989 linear 04Jan1980 5dy
*
VARS 20
temp=>temp   50  t,z,y,x  Potential temperature (C deg)
salt=>salt   50  t,z,y,x  Salinity (PSU)
u=>u         50  t,z,y,x  Zonal velosity 
v=>v         50  t,z,y,x  Meredianal velosity
wt=>w        50  t,z,y,x  Vertical velosity
ssh=>ssh             0  t,y,x   Sea Surface Height [meter] (effective sea level (eta_t + patm/(rho0*g)) on T cells)
mlt=>mlt             0  t,y,x   Mixed lyer depth determined by temperature [meter]
mlp=>mlp             0  t,y,x   Mixed lyer depth determined by potential density [meter]
mls=>mls             0  t,y,x   Mixed lyer depth determined by salinity [meter]
taux=>taux           0  t,y,x   Zonal windstress [N/m^2]
tauy=>tauy           0  t,y,x   Meredialanl windstress [N/m^2]
evap_heat=>evpheat   0  t,y,x   Latent heat flux into ocean (<0 cools ocean) [W/m^2]
hflux_pme=>hflxpme   0  t,y,x   Heat flux (relative to 0C) from pme transfer of water across ocean surface  [W/m^2]
hflux_total=>hflxttl 0  t,y,x   Surface heat flux from coupler plus restore (omits mass transfer heating)  [W/m^2]
lw_heat=>lwflx       0  t,y,x   Longwave flux into ocean (<0 cools ocean)  [W/m^2]
sens_heat=>hflxsns   0  t,y,x   Sensible heat into ocean (<0 cools ocean)  [W/m^2]
swflx=>swflx         0  t,y,x   Shortwave flux into ocean (>0 heats ocean)  [W/m^2]
net_heating=>hflxnet 0  t,y,x   Surface ocean heat flux coming through coupler and mass transfer  [W/m^2]
river=>river         0  t,y,x   Mass flux from rivers entering to ocean [kg/(m^2*sec)]
pme_river=>pmervr    0  t,y,x   Mass flux of precip-evap+river via sbc (liquid, frozen, evaporation) [(kg/m^3)*(m/sec]
ENDVARS