DSET /aosc/greenland2/soda3.15.2/REGRIDED/ocean/soda3.15.2_mn_ocean_reg_%y4.nc
DTYPE netcdf
OPTIONS TEMPLATE
UNDEF -1.e+20f
*UNDEF -9.99e+08
TITLE  This is monthly ocean's variables on the regular 0.5x0.5 grid 
*      from 1980-2019 MOM5 and SODA temperature and salinity assimulation 
*      forced by corrected ERA5 fluxes:
*      lwga - was corrected based on the heat flux deficit calculated from 0-75 meters
*             observation minus first guess temperature differences in SODA-3.15.2a assimilation.
*           
XDEF 720 linear   0.25 0.5 
YDEF 330 linear -74.75 0.5 
ZDEF  50 levels 5.03355, 15.10065, 25.21935, 35.35845, 45.57635,
             55.86325, 66.26175, 76.80285, 87.57695, 98.62325,
             110.0962, 122.1067, 134.9086, 148.7466, 164.0538,
             181.3125, 201.2630, 224.7773, 253.0681, 287.5508,
             330.0078, 382.3651, 446.7263, 524.9824, 618.7031,
             728.6921, 854.9935, 996.7153, 1152.376, 1319.997,
             1497.562, 1683.057, 1874.788, 2071.252, 2271.323,
             2474.043, 2678.757, 2884.898, 3092.117, 3300.086,
             3508.633, 3717.567, 3926.813, 4136.251, 4345.864,
             4555.566, 4765.369, 4975.209, 5185.111, 5395.023
TDEF 520 linear 15Jan1980 1mo 
VARS 14
ssh=>ssh                   0  t,y,x    Sea Surface Height [m]
mlt=>mlt                   0  t,y,x    Mixed layer depth determined by temperature [m]
mlp=>mlp                   0  t,y,x    Mixed layer depth determined by potential density [m]
mls=>mls                   0  t,y,x    Mixed layer depth determined by salinity [m]
net_heating=>hflx          0  t,y,x    Surface ocean heat flux coming through coupler and mass transfer, [Watts/m^2]
salt_flux_total=>sflx      0  t,y,x    Sfc_salt_flux_total, [kg/(m^2*sec)]
taux=>taux                 0  t,y,x    Zonal windstress 
tauy=>tauy                 0  t,y,x    Meredional windstress
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 velocity [m/s]
v=>v                      50  t,z,y,x  Meredional velocity [m/s]
wt=>w                     50  t,z,y,x  Vertical velocity [m/s]
prho=>prho                50  t,z,y,x  Potential density
ENDVARS