netcdf output { dimensions: time = UNLIMITED ; // (5477 currently) lon = 1 ; lat = 1 ; z = 42 ; zi = 43 ; variables: double time(time) ; time:long_name = "time" ; time:units = "seconds since 2004-01-01 12:00:00" ; time:calendar = "standard" ; float lon(lon) ; lon:units = "degrees_east" ; lon:long_name = "longitude" ; lon:path = "" ; lon:coordinates = "lon" ; float lat(lat) ; lat:units = "degrees_north" ; lat:long_name = "latitude" ; lat:path = "" ; lat:coordinates = "lat" ; float temp(time, z, lat, lon) ; temp:units = "Celsius" ; temp:long_name = "potential temperature" ; temp:standard_name = "sea_water_temperature" ; temp:path = "/temperature_and_salinity" ; temp:cell_methods = "time: mean" ; temp:coordinates = "lon lat z" ; float salt(time, z, lat, lon) ; salt:units = "g/kg" ; salt:long_name = "salinity" ; salt:standard_name = "sea_water_practical_salinity" ; salt:path = "/temperature_and_salinity" ; salt:cell_methods = "time: mean" ; salt:coordinates = "lon lat z" ; float rho(time, z, lat, lon) ; rho:units = "kg/m3" ; rho:long_name = "potential density" ; rho:standard_name = "??" ; rho:path = "/temperature_and_salinity" ; rho:cell_methods = "time: mean" ; rho:coordinates = "lon lat z" ; float temp_obs(time, z, lat, lon) ; temp_obs:units = "Celsius" ; temp_obs:long_name = "observed temperature" ; temp_obs:standard_name = "sea_water_temperature" ; temp_obs:path = "/temperature_and_salinity" ; temp_obs:cell_methods = "time: mean" ; temp_obs:coordinates = "lon lat z" ; float salt_obs(time, z, lat, lon) ; salt_obs:units = "psu" ; salt_obs:long_name = "observed salinity" ; salt_obs:standard_name = "sea_water_salinity" ; salt_obs:path = "/temperature_and_salinity" ; salt_obs:cell_methods = "time: mean" ; salt_obs:coordinates = "lon lat z" ; float u(time, z, lat, lon) ; u:units = "m/s" ; u:long_name = "x-velocity" ; u:standard_name = "??" ; u:path = "/velocities" ; u:cell_methods = "time: mean" ; u:coordinates = "lon lat z" ; float v(time, z, lat, lon) ; v:units = "m/s" ; v:long_name = "y-velocity" ; v:standard_name = "??" ; v:path = "/velocities" ; v:cell_methods = "time: mean" ; v:coordinates = "lon lat z" ; float xP(time, z, lat, lon) ; xP:units = "m2/s3" ; xP:long_name = "extra turbulence production" ; xP:standard_name = "??" ; xP:path = "/turbulence" ; xP:cell_methods = "time: mean" ; xP:coordinates = "lon lat z" ; float h(time, z, lat, lon) ; h:units = "m" ; h:long_name = "layer thickness" ; h:standard_name = "cell_thickness" ; h:path = "/column_structure" ; h:cell_methods = "time: mean" ; h:coordinates = "lon lat z" ; float tke(time, zi, lat, lon) ; tke:units = "m2/s2" ; tke:long_name = "turbulent kinetic energy" ; tke:standard_name = "??" ; tke:path = "/turbulence" ; tke:cell_methods = "time: mean" ; tke:coordinates = "lon lat zi" ; float eps(time, zi, lat, lon) ; eps:units = "m2/s3" ; eps:long_name = "energy dissipation rate" ; eps:standard_name = "??" ; eps:path = "/turbulence" ; eps:cell_methods = "time: mean" ; eps:coordinates = "lon lat zi" ; float num(time, zi, lat, lon) ; num:units = "m2/s" ; num:long_name = "turbulent diffusivity of momentum" ; num:standard_name = "??" ; num:path = "/turbulence" ; num:cell_methods = "time: mean" ; num:coordinates = "lon lat zi" ; float nuh(time, zi, lat, lon) ; nuh:units = "m2/s" ; nuh:long_name = "turbulent diffusivity of heat" ; nuh:standard_name = "??" ; nuh:path = "/turbulence" ; nuh:cell_methods = "time: mean" ; nuh:coordinates = "lon lat zi" ; float nus(time, zi, lat, lon) ; nus:units = "m2/s" ; nus:long_name = "turbulent diffusivity of salt" ; nus:standard_name = "??" ; nus:path = "/turbulence" ; nus:cell_methods = "time: mean" ; nus:coordinates = "lon lat zi" ; float diatoms_c(time, z, lat, lon) ; diatoms_c:units = "mmol N/m3" ; diatoms_c:long_name = "diatoms concentration" ; diatoms_c:valid_min = 0.f ; diatoms_c:valid_max = 1.e+20f ; diatoms_c:_FillValue = -2.e+20f ; diatoms_c:missing_value = -2.e+20f ; diatoms_c:path = "/fabm/diatoms" ; diatoms_c:cell_methods = "time: mean" ; diatoms_c:coordinates = "lon lat z" ; float flagellates_c(time, z, lat, lon) ; flagellates_c:units = "mmol N/m3" ; flagellates_c:long_name = "flagellates concentration" ; flagellates_c:valid_min = 0.f ; flagellates_c:valid_max = 1.e+20f ; flagellates_c:_FillValue = -2.e+20f ; flagellates_c:missing_value = -2.e+20f ; flagellates_c:path = "/fabm/flagellates" ; flagellates_c:cell_methods = "time: mean" ; flagellates_c:coordinates = "lon lat z" ; float cyanobacteria_c(time, z, lat, lon) ; cyanobacteria_c:units = "mmol N/m3" ; cyanobacteria_c:long_name = "cyanobacteria concentration" ; cyanobacteria_c:valid_min = 0.f ; cyanobacteria_c:valid_max = 1.e+20f ; cyanobacteria_c:_FillValue = -2.e+20f ; cyanobacteria_c:missing_value = -2.e+20f ; cyanobacteria_c:path = "/fabm/cyanobacteria" ; cyanobacteria_c:cell_methods = "time: mean" ; cyanobacteria_c:coordinates = "lon lat z" ; float zooplankton_c(time, z, lat, lon) ; zooplankton_c:units = "mmol N/m3" ; zooplankton_c:long_name = "zooplankton concentration" ; zooplankton_c:valid_min = 0.f ; zooplankton_c:valid_max = 1.e+20f ; zooplankton_c:_FillValue = -2.e+20f ; zooplankton_c:missing_value = -2.e+20f ; zooplankton_c:path = "/fabm/zooplankton" ; zooplankton_c:cell_methods = "time: mean" ; zooplankton_c:coordinates = "lon lat z" ; float selma_dd(time, z, lat, lon) ; selma_dd:units = "mmol N/m3" ; selma_dd:long_name = "selma detritus" ; selma_dd:valid_min = 0.f ; selma_dd:valid_max = 1.e+20f ; selma_dd:_FillValue = -2.e+20f ; selma_dd:missing_value = -2.e+20f ; selma_dd:path = "/fabm/selma" ; selma_dd:cell_methods = "time: mean" ; selma_dd:coordinates = "lon lat z" ; float selma_aa(time, z, lat, lon) ; selma_aa:units = "mmol N/m3" ; selma_aa:long_name = "selma ammonium" ; selma_aa:valid_min = 0.f ; selma_aa:valid_max = 1.e+20f ; selma_aa:_FillValue = -2.e+20f ; selma_aa:missing_value = -2.e+20f ; selma_aa:path = "/fabm/selma" ; selma_aa:cell_methods = "time: mean" ; selma_aa:coordinates = "lon lat z" ; float selma_nn(time, z, lat, lon) ; selma_nn:units = "mmol N/m3" ; selma_nn:long_name = "selma nitrate" ; selma_nn:valid_min = 0.f ; selma_nn:valid_max = 1.e+20f ; selma_nn:_FillValue = -2.e+20f ; selma_nn:missing_value = -2.e+20f ; selma_nn:path = "/fabm/selma" ; selma_nn:cell_methods = "time: mean" ; selma_nn:coordinates = "lon lat z" ; float selma_po(time, z, lat, lon) ; selma_po:units = "mmol P/m3" ; selma_po:long_name = "selma phosphate" ; selma_po:valid_min = 0.f ; selma_po:valid_max = 1.e+20f ; selma_po:_FillValue = -2.e+20f ; selma_po:missing_value = -2.e+20f ; selma_po:path = "/fabm/selma" ; selma_po:cell_methods = "time: mean" ; selma_po:coordinates = "lon lat z" ; float selma_o2(time, z, lat, lon) ; selma_o2:units = "mmol O2/m3" ; selma_o2:long_name = "selma oxygen" ; selma_o2:valid_min = 0.f ; selma_o2:valid_max = 1.e+20f ; selma_o2:_FillValue = -2.e+20f ; selma_o2:missing_value = -2.e+20f ; selma_o2:path = "/fabm/selma" ; selma_o2:cell_methods = "time: mean" ; selma_o2:coordinates = "lon lat z" ; float selma_pw(time, z, lat, lon) ; selma_pw:units = "mmol P/m3" ; selma_pw:long_name = "selma PFe_w" ; selma_pw:valid_min = 0.f ; selma_pw:valid_max = 1.e+20f ; selma_pw:_FillValue = -2.e+20f ; selma_pw:missing_value = -2.e+20f ; selma_pw:path = "/fabm/selma" ; selma_pw:cell_methods = "time: mean" ; selma_pw:coordinates = "lon lat z" ; float selma_fl(time, z, lat, lon) ; selma_fl:units = "mmol N/m2" ; selma_fl:long_name = "selma fluff" ; selma_fl:valid_min = 0.f ; selma_fl:valid_max = 4711.058f ; selma_fl:_FillValue = -2.e+20f ; selma_fl:missing_value = -2.e+20f ; selma_fl:path = "/fabm/selma" ; selma_fl:cell_methods = "time: mean" ; selma_fl:coordinates = "lon lat z" ; float selma_pb(time, z, lat, lon) ; selma_pb:units = "mmol P/m2" ; selma_pb:long_name = "selma PFe_s" ; selma_pb:valid_min = 0.f ; selma_pb:valid_max = 1.e+20f ; selma_pb:_FillValue = -2.e+20f ; selma_pb:missing_value = -2.e+20f ; selma_pb:path = "/fabm/selma" ; selma_pb:cell_methods = "time: mean" ; selma_pb:coordinates = "lon lat z" ; float u_obs(time, z, lat, lon) ; u_obs:units = "m/s" ; u_obs:long_name = "observed x-velocity" ; u_obs:path = "/velocities" ; u_obs:cell_methods = "time: mean" ; u_obs:coordinates = "lon lat z" ; float v_obs(time, z, lat, lon) ; v_obs:units = "m/s" ; v_obs:long_name = "observed y-velocity" ; v_obs:path = "/velocities" ; v_obs:cell_methods = "time: mean" ; v_obs:coordinates = "lon lat z" ; float fric(time, z, lat, lon) ; fric:units = "" ; fric:long_name = "extra friction coefficient in water column" ; fric:standard_name = "??" ; fric:path = "/turbulence/shear" ; fric:cell_methods = "time: mean" ; fric:coordinates = "lon lat z" ; float drag(time, z, lat, lon) ; drag:units = "" ; drag:long_name = "drag coefficient in water column" ; drag:standard_name = "??" ; drag:path = "/turbulence/shear" ; drag:cell_methods = "time: mean" ; drag:coordinates = "lon lat z" ; float SS(time, z, lat, lon) ; SS:units = "1/s2" ; SS:long_name = "shear frequency squared" ; SS:standard_name = "??" ; SS:path = "/turbulence/shear" ; SS:cell_methods = "time: mean" ; SS:coordinates = "lon lat z" ; float P(time, zi, lat, lon) ; P:units = "m2/s3" ; P:long_name = "shear production" ; P:standard_name = "??" ; P:path = "/turbulence/shear" ; P:cell_methods = "time: mean" ; P:coordinates = "lon lat zi" ; float uu(time, zi, lat, lon) ; uu:units = "m2/s2" ; uu:long_name = "variance of u-fluctuations" ; uu:standard_name = "??" ; uu:path = "/turbulence/shear" ; uu:cell_methods = "time: mean" ; uu:coordinates = "lon lat zi" ; float vv(time, zi, lat, lon) ; vv:units = "m2/s2" ; vv:long_name = "variance of v-fluctuations" ; vv:standard_name = "??" ; vv:path = "/turbulence/shear" ; vv:cell_methods = "time: mean" ; vv:coordinates = "lon lat zi" ; float ww(time, zi, lat, lon) ; ww:units = "m2/s2" ; ww:long_name = "variance of w-fluctuations" ; ww:standard_name = "??" ; ww:path = "/turbulence/shear" ; ww:cell_methods = "time: mean" ; ww:coordinates = "lon lat zi" ; float NN(time, z, lat, lon) ; NN:units = "1/s2" ; NN:long_name = "buoyancy frequency squared" ; NN:standard_name = "??" ; NN:path = "/turbulence/buoyancy" ; NN:cell_methods = "time: mean" ; NN:coordinates = "lon lat z" ; float NNT(time, z, lat, lon) ; NNT:units = "1/s2" ; NNT:long_name = "contribution of T-gradient to buoyancy frequency squared" ; NNT:standard_name = "??" ; NNT:path = "/turbulence/buoyancy" ; NNT:cell_methods = "time: mean" ; NNT:coordinates = "lon lat z" ; float NNS(time, z, lat, lon) ; NNS:units = "1/s2" ; NNS:long_name = "contribution of S-gradient to buoyancy frequency squared" ; NNS:standard_name = "??" ; NNS:path = "/turbulence/buoyancy" ; NNS:cell_methods = "time: mean" ; NNS:coordinates = "lon lat z" ; float buoy(time, z, lat, lon) ; buoy:units = "m/s2" ; buoy:long_name = "buoyancy" ; buoy:standard_name = "??" ; buoy:path = "/turbulence/buoyancy" ; buoy:cell_methods = "time: mean" ; buoy:coordinates = "lon lat z" ; float kb(time, zi, lat, lon) ; kb:units = "m2/s4" ; kb:long_name = "(half) buoyancy variance" ; kb:standard_name = "??" ; kb:path = "/turbulence/buoyancy" ; kb:cell_methods = "time: mean" ; kb:coordinates = "lon lat zi" ; float epsb(time, zi, lat, lon) ; epsb:units = "m2/s5" ; epsb:long_name = "destruction of buoyancy variance" ; epsb:standard_name = "??" ; epsb:path = "/turbulence/buoyancy" ; epsb:cell_methods = "time: mean" ; epsb:coordinates = "lon lat zi" ; float G(time, zi, lat, lon) ; G:units = "m2/s3" ; G:long_name = "buoyancy production" ; G:standard_name = "??" ; G:path = "/turbulence/buoyancy" ; G:cell_methods = "time: mean" ; G:coordinates = "lon lat zi" ; float Pb(time, zi, lat, lon) ; Pb:units = "m2/s5" ; Pb:long_name = "production of buoyancy variance" ; Pb:standard_name = "??" ; Pb:path = "/turbulence/buoyancy" ; Pb:cell_methods = "time: mean" ; Pb:coordinates = "lon lat zi" ; float avh(time, z, lat, lon) ; avh:units = "m2/s" ; avh:long_name = "eddy diffusivity" ; avh:standard_name = "??" ; avh:path = "/turbulence" ; avh:cell_methods = "time: mean" ; avh:coordinates = "lon lat z" ; float L(time, zi, lat, lon) ; L:units = "m" ; L:long_name = "turbulence length scale" ; L:standard_name = "??" ; L:path = "/turbulence" ; L:cell_methods = "time: mean" ; L:coordinates = "lon lat zi" ; float gamu(time, zi, lat, lon) ; gamu:units = "m2/s2" ; gamu:long_name = "non-local flux of u-momentum" ; gamu:standard_name = "??" ; gamu:path = "/turbulence" ; gamu:cell_methods = "time: mean" ; gamu:coordinates = "lon lat zi" ; float gamv(time, zi, lat, lon) ; gamv:units = "m2/s2" ; gamv:long_name = "non-local flux of v-momentum" ; gamv:standard_name = "??" ; gamv:path = "/turbulence" ; gamv:cell_methods = "time: mean" ; gamv:coordinates = "lon lat zi" ; float gamb(time, zi, lat, lon) ; gamb:units = "m2/s3" ; gamb:long_name = "non-local buoyancy flux" ; gamb:standard_name = "??" ; gamb:path = "/turbulence" ; gamb:cell_methods = "time: mean" ; gamb:coordinates = "lon lat zi" ; float gamh(time, zi, lat, lon) ; gamh:units = "K m/s" ; gamh:long_name = "non-local heat flux" ; gamh:standard_name = "??" ; gamh:path = "/turbulence" ; gamh:cell_methods = "time: mean" ; gamh:coordinates = "lon lat zi" ; float gams(time, zi, lat, lon) ; gams:units = "g/kg m/s" ; gams:long_name = "non-local salinity flux" ; gams:standard_name = "??" ; gams:path = "/turbulence" ; gams:cell_methods = "time: mean" ; gams:coordinates = "lon lat zi" ; float cmue1(time, zi, lat, lon) ; cmue1:units = "" ; cmue1:long_name = "stability function for momentum diffusivity" ; cmue1:standard_name = "??" ; cmue1:path = "/turbulence" ; cmue1:cell_methods = "time: mean" ; cmue1:coordinates = "lon lat zi" ; float cmue2(time, zi, lat, lon) ; cmue2:units = "" ; cmue2:long_name = "stability function for scalar diffusivity" ; cmue2:standard_name = "??" ; cmue2:path = "/turbulence" ; cmue2:cell_methods = "time: mean" ; cmue2:coordinates = "lon lat zi" ; float gam(time, zi, lat, lon) ; gam:units = "" ; gam:long_name = "non-dimensional non-local buoyancy flux" ; gam:standard_name = "??" ; gam:path = "/turbulence" ; gam:cell_methods = "time: mean" ; gam:coordinates = "lon lat zi" ; float an(time, zi, lat, lon) ; an:units = "" ; an:long_name = "non-dimensional buoyancy time scale" ; an:standard_name = "??" ; an:path = "/turbulence" ; an:cell_methods = "time: mean" ; an:coordinates = "lon lat zi" ; float as(time, zi, lat, lon) ; as:units = "" ; as:long_name = "non-dimensional shear time scale" ; as:standard_name = "??" ; as:path = "/turbulence" ; as:cell_methods = "time: mean" ; as:coordinates = "lon lat zi" ; float at(time, zi, lat, lon) ; at:units = "" ; at:long_name = "non-dimensional buoyancy variance" ; at:standard_name = "??" ; at:path = "/turbulence" ; at:cell_methods = "time: mean" ; at:coordinates = "lon lat zi" ; float r(time, zi, lat, lon) ; r:units = "" ; r:long_name = "turbulent time scale ratio" ; r:standard_name = "??" ; r:path = "/turbulence" ; r:cell_methods = "time: mean" ; r:coordinates = "lon lat zi" ; float Rig(time, zi, lat, lon) ; Rig:units = "" ; Rig:long_name = "gradient Richardson number" ; Rig:standard_name = "??" ; Rig:path = "/turbulence" ; Rig:cell_methods = "time: mean" ; Rig:coordinates = "lon lat zi" ; float xRf(time, zi, lat, lon) ; xRf:units = "" ; xRf:long_name = "flux Richardson number" ; xRf:standard_name = "??" ; xRf:path = "/turbulence" ; xRf:cell_methods = "time: mean" ; xRf:coordinates = "lon lat zi" ; float taux(time, zi, lat, lon) ; taux:units = "m2/s2" ; taux:long_name = "turbulent flux of momentum (x)" ; taux:path = "/turbulence" ; taux:cell_methods = "time: mean" ; taux:coordinates = "lon lat zi" ; float tauy(time, zi, lat, lon) ; tauy:units = "m2/s2" ; tauy:long_name = "turbulent flux of momentum (y)" ; tauy:path = "/turbulence" ; tauy:cell_methods = "time: mean" ; tauy:coordinates = "lon lat zi" ; float u_taus(time, lat, lon) ; u_taus:units = "m/s" ; u_taus:long_name = "surface friction velocity" ; u_taus:path = "/surface" ; u_taus:cell_methods = "time: mean" ; u_taus:coordinates = "lon lat" ; float u10(time, lat, lon) ; u10:units = "m/s" ; u10:long_name = "10m wind (x)" ; u10:path = "/surface" ; u10:cell_methods = "time: mean" ; u10:coordinates = "lon lat" ; float v10(time, lat, lon) ; v10:units = "m/s" ; v10:long_name = "10m wind (y)" ; v10:path = "/surface" ; v10:cell_methods = "time: mean" ; v10:coordinates = "lon lat" ; float airt(time, lat, lon) ; airt:units = "Celsius" ; airt:long_name = "2m air temperature" ; airt:path = "/surface" ; airt:cell_methods = "time: mean" ; airt:coordinates = "lon lat" ; float airp(time, lat, lon) ; airp:units = "Pa" ; airp:long_name = "air pressure" ; airp:path = "/surface" ; airp:cell_methods = "time: mean" ; airp:coordinates = "lon lat" ; float hum(time, lat, lon) ; hum:units = "%" ; hum:long_name = "relative humidity" ; hum:path = "/surface" ; hum:cell_methods = "time: mean" ; hum:coordinates = "lon lat" ; float es(time, lat, lon) ; es:units = "Pa" ; es:long_name = "saturation water vapor pressure" ; es:path = "/surface" ; es:cell_methods = "time: mean" ; es:coordinates = "lon lat" ; float ea(time, lat, lon) ; ea:units = "Pa" ; ea:long_name = "actual water vapor presure" ; ea:path = "/surface" ; ea:cell_methods = "time: mean" ; ea:coordinates = "lon lat" ; float qs(time, lat, lon) ; qs:units = "kg/kg" ; qs:long_name = "saturation specific humidity" ; qs:path = "/surface" ; qs:cell_methods = "time: mean" ; qs:coordinates = "lon lat" ; float qa(time, lat, lon) ; qa:units = "kg/kg" ; qa:long_name = "specific humidity" ; qa:path = "/surface" ; qa:cell_methods = "time: mean" ; qa:coordinates = "lon lat" ; float rhoa(time, lat, lon) ; rhoa:units = "kg/m3" ; rhoa:long_name = "air density" ; rhoa:path = "/surface" ; rhoa:cell_methods = "time: mean" ; rhoa:coordinates = "lon lat" ; float cloud(time, lat, lon) ; cloud:units = "" ; cloud:long_name = "cloud cover" ; cloud:path = "/surface" ; cloud:cell_methods = "time: mean" ; cloud:coordinates = "lon lat" ; float albedo(time, lat, lon) ; albedo:units = "" ; albedo:long_name = "albedo" ; albedo:path = "/surface" ; albedo:cell_methods = "time: mean" ; albedo:coordinates = "lon lat" ; float precip(time, lat, lon) ; precip:units = "m/s" ; precip:long_name = "precipitation" ; precip:path = "/surface" ; precip:cell_methods = "time: mean" ; precip:coordinates = "lon lat" ; float evap(time, lat, lon) ; evap:units = "m/s" ; evap:long_name = "evaporation" ; evap:path = "/surface" ; evap:cell_methods = "time: mean" ; evap:coordinates = "lon lat" ; float int_precip(time, lat, lon) ; int_precip:units = "m" ; int_precip:long_name = "integrated precipitation" ; int_precip:path = "/surface" ; int_precip:cell_methods = "time: mean" ; int_precip:coordinates = "lon lat" ; float int_evap(time, lat, lon) ; int_evap:units = "m" ; int_evap:long_name = "integrated evaporation" ; int_evap:path = "/surface" ; int_evap:cell_methods = "time: mean" ; int_evap:coordinates = "lon lat" ; float int_swr(time, lat, lon) ; int_swr:units = "J/m2" ; int_swr:long_name = "integrated short wave radiation" ; int_swr:path = "/surface" ; int_swr:cell_methods = "time: mean" ; int_swr:coordinates = "lon lat" ; float int_heat(time, lat, lon) ; int_heat:units = "J/m2" ; int_heat:long_name = "integrated surface heat fluxes" ; int_heat:path = "/surface" ; int_heat:cell_methods = "time: mean" ; int_heat:coordinates = "lon lat" ; float int_total(time, lat, lon) ; int_total:units = "J/m2" ; int_total:long_name = "integrated total surface heat exchange" ; int_total:path = "/surface" ; int_total:cell_methods = "time: mean" ; int_total:coordinates = "lon lat" ; float I_0(time, lat, lon) ; I_0:units = "W/m2" ; I_0:long_name = "incoming short wave radiation" ; I_0:path = "/surface/heat_fluxes" ; I_0:cell_methods = "time: mean" ; I_0:coordinates = "lon lat" ; float qe(time, lat, lon) ; qe:units = "W/m2" ; qe:long_name = "sensible heat flux" ; qe:path = "/surface/heat_fluxes" ; qe:cell_methods = "time: mean" ; qe:coordinates = "lon lat" ; float qh(time, lat, lon) ; qh:units = "W/m2" ; qh:long_name = "latent heat flux" ; qh:path = "/surface/heat_fluxes" ; qh:cell_methods = "time: mean" ; qh:coordinates = "lon lat" ; float qb(time, lat, lon) ; qb:units = "W/m2" ; qb:long_name = "long-wave back radiation" ; qb:path = "/surface/heat_fluxes" ; qb:cell_methods = "time: mean" ; qb:coordinates = "lon lat" ; float heat(time, lat, lon) ; heat:units = "W/m2" ; heat:long_name = "net surface heat flux" ; heat:path = "/surface/heat_fluxes" ; heat:cell_methods = "time: mean" ; heat:coordinates = "lon lat" ; float tx(time, lat, lon) ; tx:units = "m2/s2" ; tx:long_name = "wind stress (x)" ; tx:path = "/surface" ; tx:cell_methods = "time: mean" ; tx:coordinates = "lon lat" ; float ty(time, lat, lon) ; ty:units = "m2/s2" ; ty:long_name = "wind stress (y)" ; ty:path = "/surface" ; ty:cell_methods = "time: mean" ; ty:coordinates = "lon lat" ; float sst(time, lat, lon) ; sst:units = "Celsius" ; sst:long_name = "sea surface temperature" ; sst:standard_name = "sea_surface_temperature" ; sst:path = "/surface" ; sst:cell_methods = "time: mean" ; sst:coordinates = "lon lat" ; float sst_obs(time, lat, lon) ; sst_obs:units = "Celsius" ; sst_obs:long_name = "observed sea surface temperature" ; sst_obs:standard_name = "sea_surface_temperature" ; sst_obs:path = "/surface" ; sst_obs:cell_methods = "time: mean" ; sst_obs:coordinates = "lon lat" ; float sss(time, lat, lon) ; sss:units = "1e-3" ; sss:long_name = "sea surface salinity" ; sss:standard_name = "sea_surface_salinity" ; sss:path = "/surface" ; sss:cell_methods = "time: mean" ; sss:coordinates = "lon lat" ; float zeta(time, lat, lon) ; zeta:units = "m" ; zeta:long_name = "sea surface elevation" ; zeta:standard_name = "sea_surface_elevation" ; zeta:path = "/surface" ; zeta:cell_methods = "time: mean" ; zeta:coordinates = "lon lat" ; float mld_surf(time, lat, lon) ; mld_surf:units = "m" ; mld_surf:long_name = "surface mixed layer depth" ; mld_surf:path = "/surface" ; mld_surf:cell_methods = "time: mean" ; mld_surf:coordinates = "lon lat" ; float rad(time, zi, lat, lon) ; rad:units = "W/m2" ; rad:long_name = "shortwave radiation" ; rad:standard_name = "??" ; rad:path = "/light" ; rad:cell_methods = "time: mean" ; rad:coordinates = "lon lat zi" ; float bioshade(time, z, lat, lon) ; bioshade:units = "-" ; bioshade:long_name = "fraction of visible light that is not shaded by overlying biogeochemistry" ; bioshade:path = "/light" ; bioshade:cell_methods = "time: mean" ; bioshade:coordinates = "lon lat z" ; float ga(time, z, lat, lon) ; ga:units = "" ; ga:long_name = "coordinate scaling" ; ga:standard_name = "??" ; ga:path = "/column_structure" ; ga:cell_methods = "time: mean" ; ga:coordinates = "lon lat z" ; float Af(time, z, lat, lon) ; Af:units = "m^2" ; Af:long_name = "hypsograph at grid interfaces" ; Af:standard_name = "??" ; Af:path = "/column_structure" ; Af:cell_methods = "time: mean" ; Af:coordinates = "lon lat z" ; float z(time, z, lat, lon) ; z:units = "m" ; z:long_name = "depth" ; z:standard_name = "??" ; z:path = "/column_structure" ; z:cell_methods = "time: mean" ; z:coordinates = "lon lat z" ; float zi(time, zi, lat, lon) ; zi:units = "m" ; zi:long_name = "interface depth" ; zi:standard_name = "??" ; zi:path = "/column_structure" ; zi:cell_methods = "time: mean" ; zi:coordinates = "lon lat zi" ; float int_water_balance(time, lat, lon) ; int_water_balance:units = "m3" ; int_water_balance:long_name = "integrated total water balance" ; int_water_balance:path = "/meanflow/waterbalance" ; int_water_balance:cell_methods = "time: mean" ; int_water_balance:coordinates = "lon lat" ; float Tice_surface(time, lat, lon) ; Tice_surface:units = "celcius" ; Tice_surface:long_name = "ice temperature (surface)" ; Tice_surface:path = "/ice" ; Tice_surface:cell_methods = "time: mean" ; Tice_surface:coordinates = "lon lat" ; float Tf(time, lat, lon) ; Tf:units = "celcius" ; Tf:long_name = "ice freezing temperature" ; Tf:path = "/ice" ; Tf:cell_methods = "time: mean" ; Tf:coordinates = "lon lat" ; float Hice(time, lat, lon) ; Hice:units = "m" ; Hice:long_name = "ice thickness" ; Hice:path = "/ice" ; Hice:cell_methods = "time: mean" ; Hice:coordinates = "lon lat" ; float Hfrazil(time, lat, lon) ; Hfrazil:units = "m" ; Hfrazil:long_name = "ice thickness (frazil)" ; Hfrazil:path = "/ice" ; Hfrazil:cell_methods = "time: mean" ; Hfrazil:coordinates = "lon lat" ; float dHis(time, lat, lon) ; dHis:units = "m" ; dHis:long_name = "ice growth (surface)" ; dHis:path = "/ice" ; dHis:cell_methods = "time: mean" ; dHis:coordinates = "lon lat" ; float dHib(time, lat, lon) ; dHib:units = "m" ; dHib:long_name = "ice growth (bottom)" ; dHib:path = "/ice" ; dHib:cell_methods = "time: mean" ; dHib:coordinates = "lon lat" ; float Qlayer(time, z, lat, lon) ; Qlayer:units = "m3/s" ; Qlayer:long_name = "inflows over water column" ; Qlayer:standard_name = "??" ; Qlayer:path = "/streams" ; Qlayer:cell_methods = "time: mean" ; Qlayer:coordinates = "lon lat z" ; float Qs(time, z, lat, lon) ; Qs:units = "1/s" ; Qs:long_name = "salt inflow" ; Qs:standard_name = "??" ; Qs:path = "/streams" ; Qs:cell_methods = "time: mean" ; Qs:coordinates = "lon lat z" ; float Qt(time, z, lat, lon) ; Qt:units = "Celsius/s" ; Qt:long_name = "temperature inflow" ; Qt:standard_name = "??" ; Qt:path = "/streams" ; Qt:cell_methods = "time: mean" ; Qt:coordinates = "lon lat z" ; float wq(time, z, lat, lon) ; wq:units = "m/s" ; wq:long_name = "vertical water balance advection velocity" ; wq:standard_name = "??" ; wq:path = "/streams" ; wq:cell_methods = "time: mean" ; wq:coordinates = "lon lat z" ; float FQ(time, z, lat, lon) ; FQ:units = "m3/s" ; FQ:long_name = "vertical water balance flux" ; FQ:standard_name = "??" ; FQ:path = "/streams" ; FQ:cell_methods = "time: mean" ; FQ:coordinates = "lon lat z" ; float Qres(time, z, lat, lon) ; Qres:units = "m3/s" ; Qres:long_name = "residual water balance inflows" ; Qres:standard_name = "??" ; Qres:path = "/streams" ; Qres:cell_methods = "time: mean" ; Qres:coordinates = "lon lat z" ; float int_inflow(time, lat, lon) ; int_inflow:units = "m3" ; int_inflow:long_name = "integrated inflow" ; int_inflow:path = "/streams" ; int_inflow:cell_methods = "time: mean" ; int_inflow:coordinates = "lon lat" ; float int_outflow(time, lat, lon) ; int_outflow:units = "m3" ; int_outflow:long_name = "integrated outflow" ; int_outflow:path = "/streams" ; int_outflow:cell_methods = "time: mean" ; int_outflow:coordinates = "lon lat" ; float mld_bott(time, lat, lon) ; mld_bott:units = "m" ; mld_bott:long_name = "bottom mixed layer depth" ; mld_bott:path = "/bottom" ; mld_bott:cell_methods = "time: mean" ; mld_bott:coordinates = "lon lat" ; float Ekin(time, lat, lon) ; Ekin:units = "J" ; Ekin:long_name = "kinetic energy" ; Ekin:path = "/column_integrals" ; Ekin:cell_methods = "time: mean" ; Ekin:coordinates = "lon lat" ; float Epot(time, lat, lon) ; Epot:units = "J" ; Epot:long_name = "potential energy" ; Epot:path = "/column_integrals" ; Epot:cell_methods = "time: mean" ; Epot:coordinates = "lon lat" ; float Eturb(time, lat, lon) ; Eturb:units = "J" ; Eturb:long_name = "turbulent kinetic energy" ; Eturb:path = "/column_integrals" ; Eturb:cell_methods = "time: mean" ; Eturb:coordinates = "lon lat" ; float diatoms_chla(time, z, lat, lon) ; diatoms_chla:units = "mg chl a/m3" ; diatoms_chla:long_name = "diatoms chlorophyll concentration" ; diatoms_chla:valid_min = -1.e+20f ; diatoms_chla:valid_max = 1.e+20f ; diatoms_chla:_FillValue = -2.e+20f ; diatoms_chla:missing_value = -2.e+20f ; diatoms_chla:path = "/fabm/diatoms" ; diatoms_chla:cell_methods = "time: mean" ; diatoms_chla:coordinates = "lon lat z" ; float diatoms_GPP(time, z, lat, lon) ; diatoms_GPP:units = "mmol/m3/d" ; diatoms_GPP:long_name = "diatoms gross primary production" ; diatoms_GPP:valid_min = -1.e+20f ; diatoms_GPP:valid_max = 1.e+20f ; diatoms_GPP:_FillValue = -2.e+20f ; diatoms_GPP:missing_value = -2.e+20f ; diatoms_GPP:path = "/fabm/diatoms" ; diatoms_GPP:cell_methods = "time: mean" ; diatoms_GPP:coordinates = "lon lat z" ; float diatoms_NPP(time, z, lat, lon) ; diatoms_NPP:units = "mmol/m3/d" ; diatoms_NPP:long_name = "diatoms net primary production" ; diatoms_NPP:valid_min = -1.e+20f ; diatoms_NPP:valid_max = 1.e+20f ; diatoms_NPP:_FillValue = -2.e+20f ; diatoms_NPP:missing_value = -2.e+20f ; diatoms_NPP:path = "/fabm/diatoms" ; diatoms_NPP:cell_methods = "time: mean" ; diatoms_NPP:coordinates = "lon lat z" ; float flagellates_chla(time, z, lat, lon) ; flagellates_chla:units = "mg chl a/m3" ; flagellates_chla:long_name = "flagellates chlorophyll concentration" ; flagellates_chla:valid_min = -1.e+20f ; flagellates_chla:valid_max = 1.e+20f ; flagellates_chla:_FillValue = -2.e+20f ; flagellates_chla:missing_value = -2.e+20f ; flagellates_chla:path = "/fabm/flagellates" ; flagellates_chla:cell_methods = "time: mean" ; flagellates_chla:coordinates = "lon lat z" ; float flagellates_GPP(time, z, lat, lon) ; flagellates_GPP:units = "mmol/m3/d" ; flagellates_GPP:long_name = "flagellates gross primary production" ; flagellates_GPP:valid_min = -1.e+20f ; flagellates_GPP:valid_max = 1.e+20f ; flagellates_GPP:_FillValue = -2.e+20f ; flagellates_GPP:missing_value = -2.e+20f ; flagellates_GPP:path = "/fabm/flagellates" ; flagellates_GPP:cell_methods = "time: mean" ; flagellates_GPP:coordinates = "lon lat z" ; float flagellates_NPP(time, z, lat, lon) ; flagellates_NPP:units = "mmol/m3/d" ; flagellates_NPP:long_name = "flagellates net primary production" ; flagellates_NPP:valid_min = -1.e+20f ; flagellates_NPP:valid_max = 1.e+20f ; flagellates_NPP:_FillValue = -2.e+20f ; flagellates_NPP:missing_value = -2.e+20f ; flagellates_NPP:path = "/fabm/flagellates" ; flagellates_NPP:cell_methods = "time: mean" ; flagellates_NPP:coordinates = "lon lat z" ; float cyanobacteria_chla(time, z, lat, lon) ; cyanobacteria_chla:units = "mg chl a/m3" ; cyanobacteria_chla:long_name = "cyanobacteria chlorophyll concentration" ; cyanobacteria_chla:valid_min = -1.e+20f ; cyanobacteria_chla:valid_max = 1.e+20f ; cyanobacteria_chla:_FillValue = -2.e+20f ; cyanobacteria_chla:missing_value = -2.e+20f ; cyanobacteria_chla:path = "/fabm/cyanobacteria" ; cyanobacteria_chla:cell_methods = "time: mean" ; cyanobacteria_chla:coordinates = "lon lat z" ; float cyanobacteria_GPP(time, z, lat, lon) ; cyanobacteria_GPP:units = "mmol/m3/d" ; cyanobacteria_GPP:long_name = "cyanobacteria gross primary production" ; cyanobacteria_GPP:valid_min = -1.e+20f ; cyanobacteria_GPP:valid_max = 1.e+20f ; cyanobacteria_GPP:_FillValue = -2.e+20f ; cyanobacteria_GPP:missing_value = -2.e+20f ; cyanobacteria_GPP:path = "/fabm/cyanobacteria" ; cyanobacteria_GPP:cell_methods = "time: mean" ; cyanobacteria_GPP:coordinates = "lon lat z" ; float cyanobacteria_NPP(time, z, lat, lon) ; cyanobacteria_NPP:units = "mmol/m3/d" ; cyanobacteria_NPP:long_name = "cyanobacteria net primary production" ; cyanobacteria_NPP:valid_min = -1.e+20f ; cyanobacteria_NPP:valid_max = 1.e+20f ; cyanobacteria_NPP:_FillValue = -2.e+20f ; cyanobacteria_NPP:missing_value = -2.e+20f ; cyanobacteria_NPP:path = "/fabm/cyanobacteria" ; cyanobacteria_NPP:cell_methods = "time: mean" ; cyanobacteria_NPP:coordinates = "lon lat z" ; float selma_Nit(time, z, lat, lon) ; selma_Nit:units = "mg NO3N/m**3" ; selma_Nit:long_name = "selma nitrate conc in mass unit" ; selma_Nit:valid_min = -1.e+20f ; selma_Nit:valid_max = 1.e+20f ; selma_Nit:_FillValue = -2.e+20f ; selma_Nit:missing_value = -2.e+20f ; selma_Nit:path = "/fabm/selma" ; selma_Nit:cell_methods = "time: mean" ; selma_Nit:coordinates = "lon lat z" ; float selma_Amm(time, z, lat, lon) ; selma_Amm:units = "mg NH4N/m**3" ; selma_Amm:long_name = "selma ammonium conc in nitrogen mass unit" ; selma_Amm:valid_min = -1.e+20f ; selma_Amm:valid_max = 1.e+20f ; selma_Amm:_FillValue = -2.e+20f ; selma_Amm:missing_value = -2.e+20f ; selma_Amm:path = "/fabm/selma" ; selma_Amm:cell_methods = "time: mean" ; selma_Amm:coordinates = "lon lat z" ; float selma_Pho(time, z, lat, lon) ; selma_Pho:units = "mg PO4P/m**3" ; selma_Pho:long_name = "selma phosphate conc in phosphorus mass unit" ; selma_Pho:valid_min = -1.e+20f ; selma_Pho:valid_max = 1.e+20f ; selma_Pho:_FillValue = -2.e+20f ; selma_Pho:missing_value = -2.e+20f ; selma_Pho:path = "/fabm/selma" ; selma_Pho:cell_methods = "time: mean" ; selma_Pho:coordinates = "lon lat z" ; float selma_DO_mg(time, z, lat, lon) ; selma_DO_mg:units = "mg O2/m**3" ; selma_DO_mg:long_name = "selma oxygen in O2 mass unit" ; selma_DO_mg:valid_min = -1.e+20f ; selma_DO_mg:valid_max = 1.e+20f ; selma_DO_mg:_FillValue = -2.e+20f ; selma_DO_mg:missing_value = -2.e+20f ; selma_DO_mg:path = "/fabm/selma" ; selma_DO_mg:cell_methods = "time: mean" ; selma_DO_mg:coordinates = "lon lat z" ; float selma_DNP(time, z, lat, lon) ; selma_DNP:units = "mmol N/m3/d" ; selma_DNP:long_name = "selma denitrification pelagic" ; selma_DNP:valid_min = -1.e+20f ; selma_DNP:valid_max = 1.e+20f ; selma_DNP:_FillValue = -2.e+20f ; selma_DNP:missing_value = -2.e+20f ; selma_DNP:path = "/fabm/selma" ; selma_DNP:cell_methods = "time: mean" ; selma_DNP:coordinates = "lon lat z" ; float selma_DNB(time, lat, lon) ; selma_DNB:units = "mmol N/m2/d" ; selma_DNB:long_name = "selma denitrification benthic" ; selma_DNB:valid_min = -1.e+20f ; selma_DNB:valid_max = 1.e+20f ; selma_DNB:_FillValue = -2.e+20f ; selma_DNB:missing_value = -2.e+20f ; selma_DNB:path = "/fabm/selma" ; selma_DNB:cell_methods = "time: mean" ; selma_DNB:coordinates = "lon lat" ; float selma_SBR(time, lat, lon) ; selma_SBR:units = "mmol N/m2" ; selma_SBR:long_name = "selma sediment burial" ; selma_SBR:valid_min = -1.e+20f ; selma_SBR:valid_max = 1.e+20f ; selma_SBR:_FillValue = -2.e+20f ; selma_SBR:missing_value = -2.e+20f ; selma_SBR:path = "/fabm/selma" ; selma_SBR:cell_methods = "time: mean" ; selma_SBR:coordinates = "lon lat" ; float selma_PBR(time, lat, lon) ; selma_PBR:units = "mmol P/m2/d" ; selma_PBR:long_name = "selma phosphorus burial" ; selma_PBR:valid_min = -1.e+20f ; selma_PBR:valid_max = 1.e+20f ; selma_PBR:_FillValue = -2.e+20f ; selma_PBR:missing_value = -2.e+20f ; selma_PBR:path = "/fabm/selma" ; selma_PBR:cell_methods = "time: mean" ; selma_PBR:coordinates = "lon lat" ; float selma_OFL(time, lat, lon) ; selma_OFL:units = "mmol O2/m2/d" ; selma_OFL:long_name = "selma oxygen surface flux (positive when into water)" ; selma_OFL:valid_min = -1.e+20f ; selma_OFL:valid_max = 1.e+20f ; selma_OFL:_FillValue = -2.e+20f ; selma_OFL:missing_value = -2.e+20f ; selma_OFL:path = "/fabm/selma" ; selma_OFL:cell_methods = "time: mean" ; selma_OFL:coordinates = "lon lat" ; float total_carbon_calculator_result(time, z, lat, lon) ; total_carbon_calculator_result:units = "mmol m-3" ; total_carbon_calculator_result:long_name = "total_carbon_calculator result" ; total_carbon_calculator_result:valid_min = -1.e+20f ; total_carbon_calculator_result:valid_max = 1.e+20f ; total_carbon_calculator_result:_FillValue = -2.e+20f ; total_carbon_calculator_result:missing_value = -2.e+20f ; total_carbon_calculator_result:path = "/fabm/total_carbon_calculator" ; total_carbon_calculator_result:cell_methods = "time: mean" ; total_carbon_calculator_result:coordinates = "lon lat z" ; float total_phosphorus_calculator_result(time, z, lat, lon) ; total_phosphorus_calculator_result:units = "mmol m-3" ; total_phosphorus_calculator_result:long_name = "total_phosphorus_calculator result" ; total_phosphorus_calculator_result:valid_min = -1.e+20f ; total_phosphorus_calculator_result:valid_max = 1.e+20f ; total_phosphorus_calculator_result:_FillValue = -2.e+20f ; total_phosphorus_calculator_result:missing_value = -2.e+20f ; total_phosphorus_calculator_result:path = "/fabm/total_phosphorus_calculator" ; total_phosphorus_calculator_result:cell_methods = "time: mean" ; total_phosphorus_calculator_result:coordinates = "lon lat z" ; float total_nitrogen_calculator_result(time, z, lat, lon) ; total_nitrogen_calculator_result:units = "mmol m-3" ; total_nitrogen_calculator_result:long_name = "total_nitrogen_calculator result" ; total_nitrogen_calculator_result:valid_min = -1.e+20f ; total_nitrogen_calculator_result:valid_max = 1.e+20f ; total_nitrogen_calculator_result:_FillValue = -2.e+20f ; total_nitrogen_calculator_result:missing_value = -2.e+20f ; total_nitrogen_calculator_result:path = "/fabm/total_nitrogen_calculator" ; total_nitrogen_calculator_result:cell_methods = "time: mean" ; total_nitrogen_calculator_result:coordinates = "lon lat z" ; float total_chlorophyll_calculator_result(time, z, lat, lon) ; total_chlorophyll_calculator_result:units = "mg/m^3" ; total_chlorophyll_calculator_result:long_name = "total_chlorophyll_calculator result" ; total_chlorophyll_calculator_result:valid_min = -1.e+20f ; total_chlorophyll_calculator_result:valid_max = 1.e+20f ; total_chlorophyll_calculator_result:_FillValue = -2.e+20f ; total_chlorophyll_calculator_result:missing_value = -2.e+20f ; total_chlorophyll_calculator_result:path = "/fabm/total_chlorophyll_calculator" ; total_chlorophyll_calculator_result:cell_methods = "time: mean" ; total_chlorophyll_calculator_result:coordinates = "lon lat z" ; float attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result(time, z, lat, lon) ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:units = "m-1" ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:long_name = "attenuation_coefficient_of_photosynthetic_radiative_flux_calculator result" ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:valid_min = -1.e+20f ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:valid_max = 1.e+20f ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:_FillValue = -2.e+20f ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:missing_value = -2.e+20f ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:path = "/fabm/attenuation_coefficient_of_photosynthetic_radiative_flux_calculator" ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:cell_methods = "time: mean" ; attenuation_coefficient_of_photosynthetic_radiative_flux_calculator_result:coordinates = "lon lat z" ; float total_carbon_at_interfaces_calculator_result(time, lat, lon) ; total_carbon_at_interfaces_calculator_result:units = "mmol m-3*m" ; total_carbon_at_interfaces_calculator_result:long_name = "total_carbon_at_interfaces_calculator result" ; total_carbon_at_interfaces_calculator_result:valid_min = -1.e+20f ; total_carbon_at_interfaces_calculator_result:valid_max = 1.e+20f ; total_carbon_at_interfaces_calculator_result:_FillValue = -2.e+20f ; total_carbon_at_interfaces_calculator_result:missing_value = -2.e+20f ; total_carbon_at_interfaces_calculator_result:path = "/fabm/total_carbon_at_interfaces_calculator" ; total_carbon_at_interfaces_calculator_result:cell_methods = "time: mean" ; total_carbon_at_interfaces_calculator_result:coordinates = "lon lat" ; float total_phosphorus_at_interfaces_calculator_result(time, lat, lon) ; total_phosphorus_at_interfaces_calculator_result:units = "mmol m-3*m" ; total_phosphorus_at_interfaces_calculator_result:long_name = "total_phosphorus_at_interfaces_calculator result" ; total_phosphorus_at_interfaces_calculator_result:valid_min = -1.e+20f ; total_phosphorus_at_interfaces_calculator_result:valid_max = 1.e+20f ; total_phosphorus_at_interfaces_calculator_result:_FillValue = -2.e+20f ; total_phosphorus_at_interfaces_calculator_result:missing_value = -2.e+20f ; total_phosphorus_at_interfaces_calculator_result:path = "/fabm/total_phosphorus_at_interfaces_calculator" ; total_phosphorus_at_interfaces_calculator_result:cell_methods = "time: mean" ; total_phosphorus_at_interfaces_calculator_result:coordinates = "lon lat" ; // global attributes: :title = "Lake Erken GOTM 2004-2018" ; :comment = "file created by the GOTM output_manager" ; }