!
! ROMS/TOMS IO NetCDF variables.
!
!svn $Id: varinfo.dat 830 2017-01-24 21:21:11Z arango $
!========================================================= Hernan G. Arango ===
! Copyright (c) 2002-2017 The ROMS/TOMS Group !
! Licensed under a MIT/X style license !
! See License_ROMS.txt !
!==============================================================================
! !
! This file contains all ROMS/TOMS Input/Output variables information. It !
! is used to manage NetCDF files. The following information is needed for !
! any IO variable: !
! !
! Vinfo(1) Field variable name. !
! Vinfo(2) Long-name attribute. !
! Vinfo(3) Units attribute. !
! Vinfo(4) Field type attribute. !
! Vinfo(5) Associated time variable name. !
! Vinfo(6) Index variable name used in information arrays. !
! Vinfo(7) Staggered C-grid variable type: !
! 'nulvar' => non-grided variable. !
! 'p2dvar' => 2D PHI-variable. !
! 'r2dvar' => 2D RHO-variable. !
! 'u2dvar' => 2D U-variable. !
! 'v2dvar' => 2D V-variable. !
! 'p3dvar' => 3D PHI-variable. !
! 'r3dvar' => 3D RHO-variable. !
! 'u3dvar' => 3D U-variable. !
! 'v3dvar' => 3D V-variable. !
! 'w3dvar' => 3D W-variable. !
! 'b3dvar' => 3D BED-sediment. !
! scale Scale to convert input data to model units. !
! !
! Enclose Vinfo variables with single quotes so this file can be read with !
! a free format statement. The Vinfo(6) variable must be unique and case !
! sensitive. It is checked in "mod_ncparm" to set the appropiate ID index !
! for the information arrays. !
! !
! Notice that there is commented information for each variable including !
! input/output type and internal model units in brackets. There are some !
! variables that are special and require a particular units for Input and !
! and output. !
! !
!==============================================================================
!
! The value in Vinfo(5) here is used to name the unlimited dimension in all
! output NetCDF files. By default it is set to 'time'. Alternatively, you
! can use 'ocean_time' as dimension name so both variable and dimension
! names are the same. This facilitates processing in some NetCDF packages.
! Notice that we use the prefix 'ocean' in the variable name to differentiate
! between oceanic and atmospheric time clocks in fully coupled applications.
!
! Notice that salinity does not have physical units. A commented [PSU] can
! be found below to indicate that the practical salinity scale was used to
! determine conductivity. See,
!
! http://marine.rutgers.edu/po/users/forum/viewtopic.php?t=294
!
!------------------------------------------------------------------------------
! SVN Repository
!------------------------------------------------------------------------------
!
'$URL: https://www.myroms.org/svn/src/trunk/ROMS/External/varinfo.dat $'
!
!------------------------------------------------------------------------------
! Model state variables.
!------------------------------------------------------------------------------
!
'ocean_time' ! Input/Output
'time since initialization'
'second' ! [s]
'time, scalar, series'
'ocean_time'
'idtime'
'nulvar'
1.0d0
'bath' ! Input/Output
'bathymetry'
'meter' ! [m]
'bathymetry, scalar, series'
'ocean_time'
'idbath'
'r2dvar'
1.0d0
'zeta' ! Input/Output
'free-surface'
'meter' ! [m]
'free-surface, scalar, series'
'ocean_time'
'idFsur'
'r2dvar'
1.0d0
'ubar' ! Input/Ouput
'vertically integrated u-momentum component'
'meter second-1' ! [m/s]
'ubar-velocity, scalar, series'
'ocean_time'
'idUbar'
'u2dvar'
1.0d0
'vbar' ! Input/Output
'vertically integrated v-momentum component'
'meter second-1' ! [m/s]
'vbar-velocity, scalar, series'
'ocean_time'
'idVbar'
'v2dvar'
1.0d0
'ubar_eastward' ! Ouput
'eastward vertically integrated momentum component at RHO-points'
'meter second-1' ! [m/s]
'ubar_eastward, scalar, series'
'ocean_time'
'idu2dE'
'r2dvar'
1.0d0
'vbar_northward' ! Output
'northward vertically integrated momentum component at RHO-points'
'meter second-1' ! [m/s]
'vbar_northward, scalar, series'
'ocean_time'
'idv2dN'
'r2dvar'
1.0d0
'u' ! Input/Output
'u-momentum component'
'meter second-1' ! [m/s]
'u-velocity, scalar, series'
'ocean_time'
'idUvel'
'u3dvar'
1.0d0
'v' ! Input/Output
'v-momentum component'
'meter second-1' ! [m/s]
'v-velocity, scalar, series'
'ocean_time'
'idVvel'
'v3dvar'
1.0d0
'u_eastward' ! Output
'eastward momentum component at RHO-points'
'meter second-1' ! [m/s]
'u_eastward, scalar, series'
'ocean_time'
'idu3dE'
'r3dvar'
1.0d0
'v_northward' ! Output
'northward momentum component at RHO-points'
'meter second-1' ! [m/s]
'v_northward, scalar, series'
'ocean_time'
'idv3dN'
'r3dvar'
1.0d0
'u_sur' ! Output
'model surface u-momentum component'
'meter second-1' ! [m/s]
'u_sur, scalar, series'
'ocean_time'
'idUsur'
'u2dvar'
1.0d0
'v_sur' ! Output
'model surface v-momentum component'
'meter second-1' ! [m/s]
'v_sur, scalar, series'
'ocean_time'
'idVsur'
'v2dvar'
1.0d0
'u_sur_eastward' ! Output
'model surface eastward momentum component at RHO-points'
'meter second-1' ! [m/s]
'u_sur_eastward, scalar, series'
'ocean_time'
'idUsuE'
'r2dvar'
1.0d0
'v_sur_northward' ! Output
'model surface northward momentum component at RHO-points'
'meter second-1' ! [m/s]
'v_sur_northward, scalar, series'
'ocean_time'
'idVsuN'
'r2dvar'
1.0d0
'w' ! Output
'vertical momentum component'
'meter second-1' ! [m/s]
'w-velocity, scalar, series'
'ocean_time'
'idWvel'
'w3dvar'
1.0d0
'omega' ! Output
'S-coordinate vertical momentum component'
'meter3 second-1' ! [m3/s]
'omega, scalar, series'
'ocean_time'
'idOvel'
'w3dvar'
1.0d0
'rho' ! Output
'density anomaly'
'kilogram meter-3' ! [kg/m3]
'density, scalar, series'
'ocean_time'
'idDano'
'r3dvar'
1.0d0
'temp' ! Input/Output
'potential temperature'
'Celsius' ! [Celsius]
'temperature, scalar, series'
'ocean_time'
'idTvar(itemp)'
'r3dvar'
1.0d0
'salt' ! Input/Output
'salinity'
'nondimensional' ! [PSU]
'salinity, scalar, series'
'ocean_time'
'idTvar(isalt)'
'r3dvar'
1.0d0
'temp_sur' ! Output
'model surface potential temperature'
'Celsius' ! [Celsius]
'temp_sur, scalar, series'
'ocean_time'
'idsurT(itemp)'
'r2dvar'
1.0d0
'salt_sur' ! Output
'model surface salinity'
'nondimensional' ! [PSU]
'salinity, scalar, series'
'ocean_time'
'idsurT(isalt)'
'r2dvar'
1.0d0
'z_rho' ! Output
'depth of RHO-points'
'meter' ! [meter]
'z_rho, scalar, series'
'ocean_time'
'idpthR'
'r3dvar'
1.0d0
'z_u' ! Output
'depth of U-points'
'meter' ! [meter]
'z_u, scalar, series'
'ocean_time'
'idpthU'
'u3dvar'
1.0d0
'z_v' ! Output
'depth of V-points'
'meter' ! [meter]
'z_v, scalar, series'
'ocean_time'
'idpthV'
'v3dvar'
1.0d0
'z_w' ! Output
'depth of W-points'
'meter' ! [meter]
'z_w, scalar, series'
'ocean_time'
'idpthW'
'w3dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Wet/dry masks.
!------------------------------------------------------------------------------
!
'wetdry_mask_psi' ! Input/Output
'wet/dry mask on PSI-points'
'nondimensional'
'wetdry_mask_psi, scalar, series'
'ocean_time'
'idPwet'
'p2dvar'
1.0d0
'wetdry_mask_rho' ! Input/Output
'wet/dry mask on RHO-points'
'nondimensional'
'wetdry_mask_rho, scalar, series'
'ocean_time'
'idRwet'
'r2dvar'
1.0d0
'wetdry_mask_u' ! Input/Output
'wet/dry mask on U-points'
'nondimensional'
'wetdry_mask_u, scalar, series'
'ocean_time'
'idUwet'
'u2dvar'
1.0d0
'wetdry_mask_v' ! Input/Output
'wet/dry mask on V-points'
'nondimensional'
'wetdry_mask_v, scalar, series'
'ocean_time'
'idVwet'
'v2dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Detided variables
!------------------------------------------------------------------------------
!
'CosW' ! Input/Output
'time-accumulated COS(omega(k)*t)'
'radians' ! [radians]
'CosW, scalar'
'tide_period'
'idCosW'
'nulvar'
1.0d0
'SinW' ! Input/Output
'time-accumulated SIN(omega(k)*t)'
'radians' ! [radians]
'SinW, scalar'
'tide_period'
'idSinW'
'nulvar'
1.0d0
'CosWCosW' ! Input/Output
'time-accumulated COS(omega(k)*t)*COS(omega(l)*t) matrix'
'radians' ! [radians]
'CosWCosW, scalar'
'tide_period'
'idCos2'
'nulvar'
1.0d0
'SinWSinW' ! Input/Output
'time-accumulated SIN(omega(k)*t)*SIN(omega(l)*t) matrix'
'radians' ! [radians]
'SinWSinW, scalar'
'tide_period'
'idSin2'
'nulvar'
1.0d0
'SinWCosW' ! Input/Output
'time-accumulated SIN(omega(k)*t)*COS(omega(l)*t) matrix'
'radians' ! [radians]
'SinWCosW, scalar'
'tide_period'
'idSWCW'
'nulvar'
1.0d0
'zeta_tide' ! Input/Output
'time-accumulated free-surface tide harmonics'
'meter' ! [m]
'zeta_tide, scalar'
'ocean_time'
'idFsuH'
'r2dvar'
1.0d0
'zeta_detided' ! Output
'detided free-surface'
'meter' ! [m]
'zeta_detided, scalar, series'
'ocean_time'
'idFsuD'
'r2dvar'
1.0d0
'ubar_tide' ! Input/Ouput
'time-accumulated 2D u-momentum tide harmonics'
'meter second-1' ! [m/s]
'ubar_tide, scalar'
'ocean_time'
'idu2dH'
'u2dvar'
1.0d0
'ubar_detided' ! Ouput
'detided 2D u-momentum'
'meter second-1' ! [m/s]
'ubar_detided, scalar, series'
'ocean_time'
'idu2dD'
'u2dvar'
1.0d0
'vbar_tide' ! Input/Output
'time-accumulated 2D v-momentum tide harmonics'
'meter second-1' ! [m/s]
'vbar_tide, scalar'
'ocean_time'
'idv2dH'
'v2dvar'
1.0d0
'vbar_detided' ! Output
'detided 2D v-momentum'
'meter second-1' ! [m/s]
'vbar_detided, scalar, series'
'ocean_time'
'idv2dD'
'v2dvar'
1.0d0
'u_tide' ! Input/Output
'time-accumulated 3D u-momentum tide harmonics'
'meter second-1' ! [m/s]
'u_tide, scalar'
'ocean_time'
'idu3dH'
'u3dvar'
1.0d0
'u_detided' ! Output
'detided 3D u-momentum'
'meter second-1' ! [m/s]
'u_detided, scalar, series'
'ocean_time'
'idu3dD'
'u3dvar'
1.0d0
'v_tide' ! Input/Output
'time-accumulated 3D v-momentum tide harmonics'
'meter second-1' ! [m/s]
'v_tide, scalar'
'ocean_time'
'idv3dH'
'v3dvar'
1.0d0
'v_detided' ! Output
'detided 3D v-momentum'
'meter second-1' ! [m/s]
'v_detided, scalar, series'
'ocean_time'
'idv3dD'
'v3dvar'
1.0d0
'temp_tide' ! Input/Output
'time-accumulated potential temperature tide harmonics'
'Celsius' ! [Celsius]
'temp_tide, scalar'
'ocean_time'
'idTrcH(itemp)'
'r3dvar'
1.0d0
'temp_detided' ! Output
'detided potential temperature'
'Celsius' ! [Celsius]
'v_detided, scalar, series'
'ocean_time'
'idTrcD(itemp)'
'r3dvar'
1.0d0
'temp_tide' ! Input/Output
'time-accumulated potential temperature tide harmonics'
'Celsius' ! [Celsius]
'temp_tide, scalar'
'ocean_time'
'idTrcH(itemp)'
'r3dvar'
1.0d0
'temp_detided' ! Output
'detided potential temperature'
'Celsius' ! [Celsius]
'temp_detided, scalar, series'
'ocean_time'
'idTrcD(itemp)'
'r3dvar'
1.0d0
'salt_tide' ! Input/Output
'time-accumulated salinity tide harmonics'
'nondimensional' ! [PSU]
'salt_tide, scalar'
'ocean_time'
'idTrcH(isalt)'
'r3dvar'
1.0d0
'salt_detided' ! Output
'detided potential temperature'
'nondimensional' ! [PSU]
'salt_detided, scalar, series'
'ocean_time'
'idTrcD(isalt)'
'r3dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Momentum stress variables.
!------------------------------------------------------------------------------
!
'sustr' ! Input/Output
'surface u-momentum stress'
'newton meter-2' ! Input: [N/m2]
'surface u-momentum stress, scalar, series' ! [m2/s2]
'sms_time' ! Output: [N/m2]
'idUsms'
'u2dvar'
1.0d0
'svstr' ! Input/Output
'surface v-momentum stress'
'newton meter-2' ! Input: [N/m2]
'surface v-momentum stress, scalar, series' ! [m2/s2]
'sms_time' ! Output: [N/m2]
'idVsms'
'v2dvar'
1.0d0
'bustr' ! Output
'bottom u-momentum stress'
'newton meter-2' ! [m2/s2]
'bottom u-momentum stress, scalar, series' ! Output: [N/m2]
'bms_time'
'idUbms'
'u2dvar'
1.0d0
'bvstr' ! Output
'bottom v-momentum stress'
'newton meter-2' ! [m2/s2]
'bottom v-momentum stress, scalar, series' ! Output: [N/m2]
'bms_time'
'idVbms'
'v2dvar'
1.0d0
'bustrc' ! Output
'current-induced, bottom u-momentum stress'
'newton meter-2' ! [m2/s2]
'bottom u-momentum stress, scalar, series' ! Output: [N/m2]
'bms_time'
'idUbrs'
'r2dvar'
1.0d0
'bvstrc' ! Ouput
'current-induced, bottom v-momentum stress'
'newton meter-2' ! [m2/s2]
'bottom v-momentum stress, scalar, series' ! Output: [N/m2]
'bms_time'
'idVbrs'
'r2dvar'
1.0d0
'bustrw' ! Output
'wind-induced, bottom u-momentum stress'
'newton meter-2' ! [m2/s2]
'bottom u-wave stress, scalar, series' ! Output: [N/m2]
'ocean_time'
'idUbws'
'r2dvar'
1.0d0
'bvstrw' ! Output
'wind-induced, bottom v-momentum stress'
'newton meter-2' ! [m2/s2]
'bottom v-wave stress, scalar, series' ! Output: [N/m2]
'ocean_time'
'idVbws'
'r2dvar'
1.0d0
'bustrcwmax' ! Output
'maximum wind and current, bottom u-wave stress'
'newton meter-2' ! [m2/s2]
'bustrcwmax, scalar, series' ! Output: [N/m2]
'ocean_time'
'idUbcs'
'u2dvar'
1.0d0
'bvstrcwmax' ! Output
'maximum wind and current, bottom v-wave stress'
'newton meter-2' ! [m2/s2]
'bustrcwmax, scalar, series' ! Output: [N/m2]
'ocean_time'
'idVbcs'
'v2dvar'
1.0d0
'Ubot' ! Output
'wind-induced, bed wave orbital u-velocity'
'meter second-1' ! [m/s]
'bed wave u-velocity, scalar, series'
'ocean_time'
'idUbot'
'r2dvar'
1.0d0
'Vbot' ! Output
'wind-induced, bed wave orbital v-velocity'
'meter second-1' ! [m/s]
'bed wave v-velocity, scalar, series'
'ocean_time'
'idVbot'
'r2dvar'
1.0d0
'Ur' ! Output
'bottom u-momentum above bed'
'meter second-1' ! [m/s]
'bottom u-velocity, scalar, series'
'ocean_time'
'idUbur'
'r2dvar'
1.0d0
'Vr' ! Output
'bottom v-momentum above bed'
'meter second-1' ! [m/s]
'bottom v-velocity, scalar, series'
'ocean_time'
'idVbvr'
'r2dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Tracer flux variables.
!------------------------------------------------------------------------------
!
'shflux' ! Input/Output
'surface net heat flux'
'watt meter-2' ! Input: [Watt/m2]
'surface heat flux, scalar, series' ! [Celsius m/s]
'shf_time' ! Output: [Watt/m2]
'idTsur(itemp)'
'r2dvar'
1.0d0
'dQdSST' ! Input
'surface net heat flux sensitivity to SST'
'watt meter-2 Celsius-1' ! Input: [Watt/m2]
'dQdSST, scalar, series' ! [Celsius m/s]
'sst_time'
'iddQdT'
'r2dvar'
1.0d0
'ssflux' ! Output
'surface net salt flux, (E-P)*SALT'
'meter second-1' ! [PSU m/s]
'surface net salt flux, scalar, series'
'ssf_time'
'idTsur(isalt)'
'r2dvar'
1.0d0
'swflux' ! Input
'surface net freswater flux, (E-P)'
'centimeter day-1' ! Input: [m/s]
'surface net salt flux, scalar, series' ! [PSU m/s]
'swf_time'
'idsfwf'
'r2dvar'
1.157407d-7 ! 0.01/86400
'EminusP' ! Input/Output
'bulk_flux surface net freswater flux, (E-P)'
'meter second-1' ! computed by NLM ROMS
'EminusP, scalar, series' ! bulk_flux.F and
'ocean_time' ! needed in adjoint-based
'idEmPf' ! applications
'r2dvar'
1.0d0
'bhflux' ! Input
'bottom net heat flux'
'watt meter-2' ! Input: [Watt/m2]
'bottom heat flux, scalar, series' ! [Celsius m/s]
'bhf_time'
'idTbot(itemp)'
'r2dvar'
1.0d0
'bwflux' ! Input
'bottom net freshwater flux'
'centimeter day-1' ! Input: [m/s]
'bottom water flux, scalar, series' ! [PSU m/s]
'bwf_time'
'idTbot(isalt)'
'r2dvar'
1.157407d-7 ! 0.01/86400
!
!------------------------------------------------------------------------------
! Ice-related variables
!------------------------------------------------------------------------------
!
'prate'
'precipitation rate'
'kilogram meter-2 second-1'
'precipitation rate, scalar, series'
'prate_time'
'idPrate'
'r2dvar'
1.0d0
'icec'
'observed ice concentration'
'nondimensional'
'ice concentration, scalar series'
'icec_time'
'idIcec'
'r2dvar'
1.0d0
'skt'
'skin temperature'
'degrees Kelvin'
'skin temperature, scalar, series'
'skt_time'
'idSkt'
'r2dvar'
1.0d0
'uice'
'u-component of ice velocity'
'meter second-1'
'u-component of ice velocity, scalar, series'
'ocean_time'
'idUice'
'u2dvar'
1.0d0
'vice'
'v-component of ice velocity'
'meter second-1'
'v-component of ice velocity, scalar, series'
'ocean_time'
'idVice'
'v2dvar'
1.0d0
'aice'
'fraction of cell covered by ice'
'nondimensional'
'ice concentration, scalar, series'
'ocean_time'
'idAice'
'r2dvar'
1.0d0
'hice'
'average ice thickness in cell'
'meter'
'ice thickness, scalar, series'
'ocean_time'
'idHice'
'r2dvar'
1.0d0
'snow_thick'
'thickness of snow cover'
'meter'
'snow thickness, scalar, series'
'ocean_time'
'idHsno'
'r2dvar'
1.0d0
'tisrf'
'temperature of ice surface'
'degrees Celcius'
'surface temperature, scalar, series'
'ocean_time'
'idTice'
'r2dvar'
1.0d0
'ti'
'interior ice temperature'
'degrees Celcius'
'interior temperature, scalar, series'
'ocean_time'
'idTimid'
'r2dvar'
1.0d0
'tau_iw'
'ice-water friction velocity'
'meter second-1'
'friction velocity, scalar, series'
'ocean_time'
'idTauiw'
'r2dvar'
1.0d0
'chu_iw'
'ice-water momentum transfer coefficient'
'meter second-1'
'transfer coefficient, scalar, series'
'ocean_time'
'idChuiw'
'r2dvar'
1.0d0
's0mk'
'salinity of molecular sub-layer under ice'
'nondimensional'
'salinity, scalar, series'
'ocean_time'
'idS0mk'
'r2dvar'
1.0d0
't0mk'
'temperature of molecular sub-layer under ice'
'degrees Celsius'
'temperature, scalar, series'
'ocean_time'
'idT0mk'
'r2dvar'
1.0d0
'sfwat'
'surface melt water thickness on ice'
'meter'
'melt water thickness, scalar, series'
'ocean_time'
'idSfwat'
'r2dvar'
1.0d0
'iomflx'
'ice-ocean mass flux'
'meter second-1'
'ice-ocean mass flux, scalar, series'
'ocean_time'
'idIomflx'
'r2dvar'
1.0d0
'sig11'
'internal ice stress 11 component'
'Newton meter-1'
'ice stress 11, scalar, series'
'ocean_time'
'idSig11'
'r2dvar'
1.0d0
'sig22'
'internal ice stress 22 component'
'Newton meter-1'
'ice stress 22, scalar, series'
'ocean_time'
'idSig22'
'r2dvar'
1.0d0
'sig12'
'internal ice stress 12 component'
'Newton meter-1'
'ice stress 12, scalar, series'
'ocean_time'
'idSig12'
'r2dvar'
1.0d0
'wg2d'
'surface wind gustiness squared from NCEP fluxes'
'meter2 second-2'
'gustiness squared, scalar, series'
'ocean_time'
'idWg2d'
'r2dvar'
1.0d0
'cdd'
'momentum transfer coefficient from NCEP fluxes'
'nondimensional'
'transfer coefficient, scalar, series'
'ocean_time'
'idCdd'
'r2dvar'
1.0d0
'chd'
'sensible heat transfer coefficient from NCEP'
'nondimensional'
'transfer coefficient, scalar, series'
'ocean_time'
'idChd'
'r2dvar'
1.0d0
'ced'
'latent heat transfer coefficient from NCEP'
'nondimensional'
'transfer coefficient, scalar, series'
'ocean_time'
'idCed'
'r2dvar'
1.0d0
'wg2m'
'surface wind gustiness squared from model'
'meter2 second-2'
'gustiness squared, scalar, series'
'ocean_time'
'idWg2m'
'r2dvar'
1.0d0
'cdm'
'momentum transfer coefficient from model'
'nondimensional'
'transfer coefficient, scalar, series'
'ocean_time'
'idCdm'
'r2dvar'
1.0d0
'chm'
'sensible heat transfer coefficient from model'
'nondimensional'
'transfer coefficient, scalar, series'
'ocean_time'
'idChm'
'r2dvar'
1.0d0
'cem'
'latent heat transfer coefficient from model'
'nondimensional'
'transfer coefficient, scalar, series'
'ocean_time'
'idCem'
'r2dvar'
1.0d0
'rhoa'
'near-surface air density from NCEP fluxes'
'kg meter-3'
'air density, scalar, series'
'ocean_time'
'idRhoa'
'r2dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Mixing variables.
!------------------------------------------------------------------------------
!
'tke' ! Output
'turbulent kinetic energy'
'meter2 second-2' ! [m2/s2]
'tke, scalar, series'
'ocean_time'
'idMtke'
'w3dvar'
1.0d0
'gls' ! Output
'turbulent generic length scale'
'meter3 second-2' ! [m3/s2]
'gls, scalar, series'
'ocean_time'
'idMtls'
'w3dvar'
1.0d0
'Lscale' ! Output
'vertical mixing turbulent length scale'
'meter' ! [m]
'Lscale, scalar, series'
'ocean_time'
'idVmLS'
'w3dvar'
1.0d0
'AKv' ! Input/Output
'vertical viscosity coefficient'
'meter2 second-1' ! [m2/s]
'AKv, scalar, series'
'ocean_time'
'idVvis'
'w3dvar'
1.0d0
'AKt' ! Input/Output
'temperature vertical diffusion coefficient'
'meter2 second-1' ! [m2/s]
'AKt, scalar, series'
'ocean_time'
'idTdif'
'w3dvar'
1.0d0
'AKs' ! Input/Output
'salinity vertical diffusion coefficient'
'meter2 second-1' ! [m2/s]
'AKs, scalar, series'
'ocean_time'
'idSdif'
'w3dvar'
1.0d0
'AKk' ! Input/Output
'Turbulent kinetic energy vertical diffusion coefficient'
'meter2 second-1' ! [m2/s]
'AKk, scalar, series'
'ocean_time'
'idVmKK'
'w3dvar'
1.0d0
'AKp' ! Input/Output
'Turbulent length scale vertical diffusion coefficient'
'meter2 second-1' ! [m2/s]
'AKp, scalar, series'
'ocean_time'
'idVmKP'
'w3dvar'
1.0d0
'ghat_temp' ! Input/Output
'potential temperature nonlocal transport'
'nondimensional' ! [nondimensional]
'ghat_temp, scalar, series'
'ocean_time'
'idGhat(itemp)'
'w3dvar'
1.0d0
'ghat_salt' ! Input/Output
'salinity nonlocal transport'
'nondimensional' ! {nondimensional]
'ghat_salt, scalar, series'
'ocean_time'
'idGhat(isalt)'
'w3dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Boundary variables.
!------------------------------------------------------------------------------
!
'zeta_west' ! Input
'free-surface western boundary condition'
'meter' ! [m]
'zeta_west, scalar, series'
'zeta_time'
'idZbry(iwest)'
'nulvar'
1.0d0
'zeta_east' ! Input
'free-surface eastern boundary condition'
'meter' ! [m]
'zeta_east, scalar, series'
'zeta_time'
'idZbry(ieast)'
'nulvar'
1.0d0
'zeta_south' ! Input
'free-surface southern boundary condition'
'meter' ! [m]
'zeta_south, scalar, series'
'zeta_time'
'idZbry(isouth)'
'nulvar'
1.0d0
'zeta_north' ! Input
'free-surface northern boundary condition'
'meter' ! [m]
'zeta_north, scalar, series'
'zeta_time'
'idZbry(inorth)'
'nulvar'
1.0d0
'ubar_west' ! Input
'2D u-momentum western boundary condition'
'meter second-1' ! [m/s]
'ubar_west, scalar, series'
'v2d_time'
'idU2bc(iwest)'
'nulvar'
1.0d0
'ubar_east' ! Input
'2D u-momentum eastern boundary condition'
'meter second-1' ! [m/s]
'ubar_east, scalar, series'
'v2d_time'
'idU2bc(ieast)'
'nulvar'
1.0d0
'ubar_south' ! Input
'2D u-momentum southern boundary condition'
'meter second-1' ! [m/s]
'ubar_south, scalar, series'
'v2d_time'
'idU2bc(isouth)'
'nulvar'
1.0d0
'ubar_north' ! Input
'2D u-momentum northern boundary condition'
'meter second-1' ! [m/s]
'ubar_north, scalar, series'
'v2d_time'
'idU2bc(inorth)'
'nulvar'
1.0d0
'vbar_west' ! Input
'2D v-momentum western boundary condition'
'meter second-1' ! [m/s]
'vbar_west, scalar, series'
'v2d_time'
'idV2bc(iwest)'
'nulvar'
1.0d0
'vbar_east' ! Input
'2D v-momentum eastern boundary condition'
'meter second-1' ! [m/s]
'vbar_east, scalar, series'
'v2d_time'
'idV2bc(ieast)'
'nulvar'
1.0d0
'vbar_south' ! Input
'2D v-momentum southern boundary condition'
'meter second-1' ! [m/s]
'vbar_south, scalar, series'
'v2d_time'
'idV2bc(isouth)'
'nulvar'
1.0d0
'vbar_north' ! Input
'2D v-momentum northern boundary condition'
'meter second-1' ! [m/s]
'vbar_north, scalar, series'
'v2d_time'
'idV2bc(inorth)'
'nulvar'
1.0d0
'u_west' ! Input
'3D u-momentum western boundary condition'
'meter second-1' ! [m/s]
'u_west, scalar, series'
'v3d_time'
'idU3bc(iwest)'
'nulvar'
1.0d0
'u_east' ! Input
'3D u-momentum eastern boundary condition'
'meter second-1' ! [m/s]
'u_east, scalar, series'
'v3d_time'
'idU3bc(ieast)'
'nulvar'
1.0d0
'u_south' ! Input
'3D u-momentum southern boundary condition'
'meter second-1' ! [m/s]
'u_south, scalar, series'
'v3d_time'
'idU3bc(isouth)'
'nulvar'
1.0d0
'u_north' ! Input
'3D u-momentum northern boundary condition'
'meter second-1' ! [m/s]
'u_north, scalar, series'
'v3d_time'
'idU3bc(inorth)'
'nulvar'
1.0d0
'v_west' ! Input
'3D v-momentum western boundary condition'
'meter second-1' ! [m/s]
'v_west, scalar, series'
'v3d_time'
'idV3bc(iwest)'
'nulvar'
1.0d0
'v_east' ! Input
'3D v-momentum eastern boundary condition'
'meter second-1' ! [m/s]
'v_east, scalar, series'
'v3d_time'
'idV3bc(ieast)'
'nulvar'
1.0d0
'v_south' ! Input
'3D v-momentum southern boundary condition'
'meter second-1' ! [m/s]
'v_south, scalar, series'
'v3d_time'
'idV3bc(isouth)'
'nulvar'
1.0d0
'v_north' ! Input
'3D v-momentum northern boundary condition'
'meter second-1' ! [m/s]
'v_north, scalar, series'
'v3d_time'
'idV3bc(inorth)'
'nulvar'
1.0d0
'temp_west' ! Input
'temperature western boundary condition'
'Celsius' ! [Celsius]
'temp_west, scalar, series'
'temp_time'
'idTbry(iwest,itemp)'
'nulvar'
1.0d0
'temp_east' ! Input
'temperature eastern boundary condition'
'Celsius' ! [Celsius]
'temp_east, scalar, series'
'temp_time'
'idTbry(ieast,itemp)'
'nulvar'
1.0d0
'temp_south' ! Input
'temperature southern boundary condition'
'Celsius' ! [Celsius]
'temp_south, scalar, series'
'temp_time'
'idTbry(isouth,itemp)'
'nulvar'
1.0d0
'temp_north' ! Input
'temperature northern boundary condition'
'Celsius' ! [Celsius]
'temp_north, scalar, series'
'temp_time'
'idTbry(inorth,itemp)'
'nulvar'
1.0d0
'salt_west' ! Input
'salinity western boundary condition'
'nondimensional' ! [PSU]
'salt_west, scalar, series'
'salt_time'
'idTbry(iwest,isalt)'
'nulvar'
1.0d0
'salt_east' ! Input
'salinity eastern boundary condition'
'nondimensional' ! [PSU]
'salt_east, scalar, series'
'salt_time'
'idTbry(ieast,isalt)'
'nulvar'
1.0d0
'salt_south' ! Input
'salinity southern boundary condition'
'nondimensional' ! [PSU]
'salt_south, scalar, series'
'salt_time'
'idTbry(isouth,isalt)'
'nulvar'
1.0d0
'salt_north' ! Input
'salinity northern boundary condition'
'nondimensional' ! [PSU]
'salt_north, scalar, series'
'salt_time'
'idTbry(inorth,isalt)'
'nulvar'
1.0d0
!
!------------------------------------------------------------------------------
! Atmospheric forcing variables.
!------------------------------------------------------------------------------
!
'Pair' ! Input
'surface air pressure'
'millibar' ! [millibar]
'Pair, scalar, series'
'pair_time'
'idPair'
'r2dvar'
1.0d0
'Tair' ! Input
'surface air temperature'
'Celsius' ! [Kelvin]
'Tair, scalar, series'
'tair_time'
'idTair'
'r2dvar'
1.0d0
'Qair' ! Input
'surface air relative humidity' ! relative or specific
'percentage' ! [percentage or g/kg ]
'Qair, scalar, series'
'qair_time'
'idQair'
'r2dvar' ! relative specific
0.01d0 ! 1/100 or 1.0
'cloud' ! Input
'cloud fraction'
'nondimensional' ! [nondimensional]
'cloud, scalar, series'
'cloud_time'
'idCfra'
'r2dvar'
1.0d0
'swrad' ! Input/Output
'solar shortwave radiation flux'
'watt meter-2' ! Input: [Watt/m2]
'shortwave radiation, scalar, series' ! [Celsius m/s]
'srf_time' ! Output: [Watt/m2]
'idSrad'
'r2dvar'
1.0d0
'lwrad_down' ! Input
'downwelling longwave radiation flux'
'watt meter-2' ! Input: [Watt/m2]
'downwelling longwave radiation, scalar, series' ! [Celsius m/s]
'lrf_time'
'idLdwn'
'r2dvar'
1.0d0
'lwrad' ! Input/Output
'net longwave radiation flux'
'watt meter-2' ! Input: [Watt/m2]
'longwave radiation, scalar, series' ! [Celsius m/s]
'lrf_time' ! Output: [Watt/m2]
'idLrad'
'r2dvar'
1.0d0
'latent' ! Input/Output
'net latent heat flux'
'watt meter-2' ! Input: [Watt/m2]
'latent heat flux, scalar, series' ! [Celsius m/s]
'lhf_time' ! Output: [Watt/m2]
'idLhea'
'r2dvar'
1.0d0
'sensible' ! Input/Output
'net sensible heat flux'
'watt meter-2' ! Input: [Watt/m2]
'sensible heat flux, scalar, series' ! [Celsius m/s]
'shf_time' ! Output: [Watt/m2]
'idShea'
'r2dvar'
1.0d0
'rain' ! Input
'rain fall rate'
'kilogram meter-2 second-1' ! [kg m2/s]
'rain, scalar, series'
'rain_time'
'idrain'
'r2dvar'
1.0d0 ! 1/rhow (0.001 m3/kg) if m/s
'evaporation' ! Input
'evaporation rate'
'kilogram meter-2 second-1' ! [kg m2/s]
'evaporation, scalar, series'
'evap_time'
'idevap'
'r2dvar'
1.0d0 ! 1/rhow (0.001 m3/kg) if m/s
'Uwind' ! Input
'surface u-wind component'
'meter second-1' ! [m/s]
'u-wind, scalar, series'
'wind_time'
'idUair'
'r2dvar'
1.0d0
'Vwind' ! Input
'surface v-wind component'
'meter second-1' ! [m/s]
'v-wind, scalar, series'
'wind_time'
'idVair'
'r2dvar'
1.0d0
'Dwave' ! Input
'wind-induced wave direction'
'degrees' ! [radians]
'Dwave, scalar, series'
'wave_time'
'idWdir'
'r2dvar'
0.017453292519943295 ! pi/180
'Hwave' ! Input
'wind-induced significant wave height'
'meter' ! [m]
'Hwave, scalar, series'
'wave_time'
'idWamp'
'r2dvar'
1.0d0
'Lwave' ! Input
'wind-induced mean wavelength'
'meter' ! [m]
'Lwave, scalar, series'
'wave_time'
'idWlen'
'r2dvar'
1.0
'Pwave_top' ! Input
'wind-induced peak surface wave period'
'second' ! [s]
'Pwave_top, scalar, series'
'wave_time'
'idWptp'
'r2dvar'
1.0d0
'Pwave_bot' ! Input
'wind-induced bottom wave Period'
'second' ! [s]
'Pwave_bot, scalar, series'
'wave_time'
'idWpbt'
'r2dvar'
1.0d0
'Ub_swan' ! Input
'wind-induced bottom orbital velocity'
'meter second-1' ! [m/s]
'Ub_swan, scalar, series'
'wave_time'
'idWorb'
'r2dvar'
1.0d0
'Wave_dissip' ! Input
'wave dissipation'
'Watts meter-2' ! [W/m2]
'Wave_dissip, scalar, series'
'wave_time'
'idWdis'
'r2dvar'
0.00097561 !1/rho0
'Wave_break' ! Input
'percent wave breaking'
'nondimensionsal' ! []
'Wave_break, scalar, series'
'wave_time'
'idWbrk'
'r2dvar'
1.0d0
'Sxx_bar' ! Output
'vertically-integrated radiation stress, Sxx-component'
'meter2 second2' ! [s]
'Sxx, scalar, series'
'ocean_time'
'idW2xx'
'r2dvar'
1.0d0
'Sxy_bar' ! Output
'vertically-integrated radiation stress, Sxy-component'
'meter2 second2' ! [s]
'Sxy_bar, scalar, series'
'ocean_time'
'idW2xy'
'r2dvar'
1.0d0
'Syy_bar' ! Output
'vertically-integrated radiation stress, Syy-component'
'meter2 second2' ! [s]
'Syy_bar, scalar, series'
'ocean_time'
'idW2yy'
'r2dvar'
1.0d0
'Sxx' ! Output
'3D horizontal radiation stress, Sxx-component'
'meter2 second2' ! [s]
'Sxx, scalar, series'
'ocean_time'
'idW3xx'
'r3dvar'
1.0d0
'Sxy' ! Output
'3D horizontal radiation stress, Sxy-component'
'meter2 second2' ! [s]
'Sxy, scalar, series'
'ocean_time'
'idW3xy'
'r3dvar'
1.0d0
'Syy' ! Output
'3D radiation stress, Syy-component'
'meter2 second2' ! [s]
'Syy, scalar, series'
'ocean_time'
'idW3yy'
'r3dvar'
1.0d0
'Szx' ! Output
'3D vertical radiation stress, Szx-component'
'meter2 second2' ! [s]
'Szx, scalar, series'
'ocean_time'
'idW3zx'
'r3dvar'
1.0d0
'Szy' ! Output
'3D vertical radiation stress, Szy-component'
'meter2 second2' ! [s]
'Szy, scalar, series'
'ocean_time'
'idW3zy'
'r3dvar'
1.0d0
'ubar_Rstress' ! Output
'vertically-integrated u-radiation stress'
'newton meter-2' ! [N/m2]
'ubar_Rstress, scalar, series'
'ocean_time'
'idU2rs'
'u2dvar'
1.0d0
'ubar_stokes' ! Output
'vertically-integrated u-Stokes drift velocity'
'meter second-1' ! [m/s]
'ubar_stokes-velocity, scalar, series'
'ocean_time'
'idU2Sd'
'u2dvar'
1.0d0
'vbar_Rstress' ! Output
'vertically-integrated v-radiation stress'
'newton meter-2' ! [N/m2]
'ubar_Rstress, scalar, series'
'ocean_time'
'idV2rs'
'v2dvar'
1.0d0
'vbar_stokes' ! Output
'vertically-integrated v-Stokes drift velocity'
'meter second-1' ! [m/s]
'vbar_stokes, scalar, series'
'ocean_time'
'idV2Sd'
'v2dvar'
1.0d0
'u_Rstress' ! Output
'u-radiation stress'
'newton meter-2' ! [N/m2]
'u_Rstress, scalar, series'
'ocean_time'
'idU3rs'
'u3dvar'
1.0d0
'u_stokes' ! Output
'u-Stokes drift velocity'
'meter second-1' ! [m/s]
'u_stokes, scalar, series'
'wave_time'
'idU3Sd'
'u3dvar'
1.0d0
'v_Rstress' ! Output
'v-radiation stress'
'newton meter-2' ! [N/m2]
'v_Rstress, scalar, series'
'ocean_time'
'idV3rs'
'v3dvar'
1.0d0
'v_stokes' ! Output
'v-Stokes drift velocity'
'meter second-1' ! [m/s]
'v_stokes, scalar, series'
'ocean_time'
'idV3Sd'
'v3dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Tidal forcing variables.
!------------------------------------------------------------------------------
!
'tide_period' ! Input
'tidal period'
'hours' ! [s]
'tide_period, scalar, series'
'tide_period'
'idTper'
'nulvar'
3600.0d0 ! 60*60
'tide_Eamp' ! Input
'tidal elevation amplitude'
'meter' ! [m]
'SSH_Tamp, scalar, series'
'tide_period'
'idTzam'
'r2dvar'
1.0d0
'tide_Ephase' ! Input
'tidal elevation phase angle'
'degrees' ! [radians]
'SSH_Tphase, scalar, series'
'tide_period'
'idTzph'
'r2dvar'
0.017453292519943295 ! pi/180
'tide_Cphase' ! Input
'tidal current phase angle'
'degrees' ! [radians]
'tide_Cphase, scalar, series'
'tide_period'
'idTvph'
'r2dvar'
0.017453292519943295 ! pi/180
'tide_Cangle' ! Input
'tidal current inclination angle'
'degrees' ! [radians]
'tide_Cangle, scalar, series'
'tide_period'
'idTvan'
'r2dvar'
0.017453292519943295 ! pi/180
'tide_Cmax' ! Input
'maximum tidal current, ellipse major axis'
'meter second-1' ! [m/s]
'tide_Cmax, scalar, series'
'tide_period'
'idTvma'
'r2dvar'
1.0d0
'tide_Cmin' ! Input
'minimum tidal current, ellipse minor axis'
'meter second-1' ! [m/s]
'tide_Cmin, scalar, series'
'tide_period'
'idTvmi'
'r2dvar'
1.0d0
!
!------------------------------------------------------------------------------
! River forcing variables.
!------------------------------------------------------------------------------
!
'river_Xposition' ! Input
'river runoff XI-positions at RHO-points'
'nondimensional' ! [nondimensional]
'river_Xposition, scalar'
'river'
'idRxpo'
'nulvar'
1.0d0
'river_Eposition' ! Input
'river runoff ETA-positions at RHO-points'
'nondimensional' ! [nondimensional]
'river_Eposition'
'river'
'idRepo'
'nulvar'
1.0d0
'river_direction' ! Input
'river runoff direction'
'nondimensional' ! [nondimensional]
'river_direction, scalar'
'river'
'idRdir'
'nulvar'
1.0d0
'river_Vshape' ! Input
'river runoff mass transport vertical profile'
'nondimensional' ! [nondimensional]
'river_Vshape, scalar'
'river'
'idRvsh'
'nulvar'
1.0d0
'river_transport' ! Input
'river runoff mass transport'
'meter3 second-1' ! [m3/s]
'river_transport, scalar, series'
'river_time'
'idRtra'
'nulvar'
1.0d0
'river_flag' ! Input
'river runoff flag'
'nondimensional' ! [nondimensional]
'river_flag, scalar'
'river'
'idRflg'
'nulvar'
1.0d0
'river_temp' ! Input
'river runoff potential temperature'
'Celsius' ! [Celsius]
'river_temp, scalar, series'
'river_time'
'idRtrc(itemp)'
'nulvar'
1.0d0
'river_salt' ! Input
'river runoff salinity'
'nondimensional' ! [PSU]
'river_salt, scalar, series'
'river_time'
'idRtrc(isalt)'
'nulvar'
1.0d0
'river_dye_' ! Input
'river runoff dye concentration'
'kilogram meter-3' ! [kg/m3]
'river_dye, scalar, series'
'river_time'
'idRtrc(inert(i))'
'nulvar'
1.0d0
'river_mud_' ! Input
'river runoff suspended sediment concentration'
'kilogram meter-3' ! [kg/m3]
'river_sediment, scalar, series'
'river_time'
'idRtrc(idmud)'
'nulvar'
1.0d0
'river_sand_' ! Input
'river runoff suspended sediment concentration'
'kilogram meter-3' ! [kg/m3]
'river_sediment, scalar, series'
'river_time'
'idRtrc(isand)'
'nulvar'
1.0d0
'river_nutrient' ! Input
'river runoff nutrient'
'millimole_nitrogen meter-3' ! [millimole/m3]
'river_nutrient, scalar, series'
'river_time'
'idRtrc(iNutr)'
'nulvar'
1.0d0
'river_NO3' ! Input
'river runoff NO3'
'millimole_nitrogen meter-3' ! [millimole/m3]
'river_NO3, scalar, series'
'river_time'
'idRtrc(iNO3_)'
'nulvar'
1.0d0
'river_NH4' ! Input
'river runoff NH4'
'millimole_nitrogen meter-3' ! [millimole/m3]
'river_NH4, scalar, series'
'river_time'
'idRtrc(iNH4_)'
'nulvar'
1.0d0
'river_DON' ! Input
'river runoff dissolved organic nitrogen'
'millimole_nitrogen meter-3' ! [millimole/m3]
'river_DON, scalar, series'
'river_time'
'idRtrc(iDON_)'
'nulvar'
1.0d0
'river_PON' ! Input
'river runoff particulate organic nitrogen'
'millimole_nitrogen meter-3' ! [millimole/m3]
'river_DON, scalar, series'
'river_time'
'idRtrc(iDON_)'
'nulvar'
1.0d0
'river_detritus' ! Input
'river runoff detritus'
'millimole_nitrogen meter-3' ! [millimole/m3]
'river_detritus, scalar, series'
'river_time'
'idRtrc(iSDet)'
'nulvar'
1.0d0
'river_SDeN' ! Input
'river runoff SDeN'
'millimole_nitrogen meter-3' ! [millimole/m3]
'river_SDeN, scalar, series'
'river_time'
'idRtrc(iSDeN)'
'nulvar'
1.0d0
'river_SDeC' ! Input
'river runoff SDeC'
'millimole meter-3' ! [millimole/m3]
'river_SDeC, scalar, series'
'river_time'
'idRtrc(iSDeC)'
'nulvar'
1.0d0
'river_TIC' ! Input
'river runoff TIC'
'millimole_carbon meter-3' ! [millimole/m3]
'river_TIC, scalar, series'
'river_time'
'idRtrc(iTIC_)'
'nulvar'
1.0d0
'river_alkalinity' ! Input
'river runoff alkalinity'
'milliequivalents meter-3' ! [milliequivalens/m3]
'river_alkalinity, scalar, series'
'river_time'
'idRtrc(iTAlk)'
'nulvar'
1.0d0
'river_Oxyg' ! Input
'river runoff oxygen'
'millimole_oxygen meter-3' ! [millimole/m3]
'river_Oxyg, scalar, series'
'river_time'
'idRtrc(iOxyg)'
'nulvar'
1.0d0
!
!------------------------------------------------------------------------------
! Boundary layer variables.
!------------------------------------------------------------------------------
!
'Hsbl' ! Input/Output
'depth of oceanic surface boundary layer'
'meter' ! [m]
'Hsbl, scalar, series'
'ocean_time'
'idHsbl'
'r2dvar'
1.0d0
'Hbbl' ! Input/Output
'depth of oceanic bottom boundary layer'
'meter' ! [m]
'Hbbl, scalar, series'
'ocean_time'
'idHbbl'
'r2dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Climatotogy variables. Active and passive climatology tracers variable
! metadata is set internally in "mod_ncparam".
!------------------------------------------------------------------------------
!
'zeta' ! Input
'sea surface height climatology'
'meter' ! [m]
'zeta, scalar, series'
'zeta_time'
'idSSHc'
'r2dvar'
1.0d0
'ubar' ! Input
'vertically integrated u-momentum climatology'
'meter second-1' ! [m/s]
'ubar-velocity, scalar, series'
'v2d_time'
'idUbcl'
'u2dvar'
1.0d0
'vbar' ! Input
'vertically integrated v-momentum climatology'
'meter second-1' ! [m/s]
'vbar-velocity, scalar, series'
'v2d_time'
'idVbcl'
'v2dvar'
1.0d0
'u' ! Input
'u-momentum component climatology'
'meter second-1' ! [m/s]
'u-velocity, scalar, series'
'v3d_time'
'idUclm'
'u3dvar'
1.0d0
'v' ! Input
'v-momentum component climatology'
'meter second-1' ! [m/s]
'v-velocity, scalar, series'
'v3d_time'
'idVclm'
'v3dvar'
1.0d0
'SSS' ! Input
'sea surface salinity climatology'
'nondimensional' ! [PSU]
'SSS, scalar, series'
'sss_time'
'idSSSc'
'r2dvar'
1.0d0
'SST' ! Input
'sea surface temperature climatology'
'Celsius' ! [Celsius]
'SST, scalar, series'
'sst_time'
'idSSTc'
'r2dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Nudging to climatology time scales. We can have a generic variable for all
! tracer nudging time scales or individual variables for each active and
! passive tracer. The metadata for the individual variables is set internally
! in "mod_ncparam".
!------------------------------------------------------------------------------
!
'M2_NudgeCoef' ! Input
'2D momentum inverse nudging coefficients'
'day-1' ! [1/s]
'M2_NudgeCoef, scalar'
'nulvar'
'idM2nc'
'r2dvar'
1.157407d-5 ! 1/86400
'M3_NudgeCoef' ! Input
'3D momentum inverse nudging coefficients'
'day-1' ! [1/s]
'M3_NudgeCoef, scalar'
'nulvar'
'idM3nc'
'r3dvar'
1.157407d-5 ! 1/86400
'tracer_NudgeCoef' ! Input
'generic tracer inverse nudging coefficients'
'day-1' ! [1/s]
'tracer_NudgeCoef, scalar'
'nulvar'
'idgTnc'
'r3dvar'
1.157407d-5 ! 1/86400
!
!------------------------------------------------------------------------------
! Adjoint sensitivy variables. The units below are the same as the state.
! However, the input functional can have squared, energy, nondimensional,
! or other units.
!------------------------------------------------------------------------------
!
'zeta' ! Input
'sea surface height functional'
'meter' ! [m]
'zeta, scalar, series'
'zeta_time'
'idZads'
'r2dvar'
1.0d0
'ubar' ! Input
'vertically integrated u-momentum functional'
'meter second-1' ! [m/s]
'ubar-velocity, scalar, series'
'v2d_time'
'idUbas'
'u2dvar'
1.0d0
'vbar' ! Input
'vertically integrated v-momentum functional'
'meter second-1' ! [m/s]
'vbar-velocity, scalar, series'
'v2d_time'
'idVbas'
'v2dvar'
1.0d0
'u' ! Input
'u-momentum component functional'
'meter second-1' ! [m/s]
'u-velocity, scalar, series'
'v3d_time'
'idUads'
'u3dvar'
1.0d0
'v' ! Input
'v-momentum component functional'
'meter second-1' ! [m/s]
'v-velocity, scalar, series'
'v3d_time'
'idVads'
'v3dvar'
1.0d0
'temp' ! Input
'potential temperature functional'
'Celsius' ! [Celsius]
'temp_time, scalar, series'
'temp_time'
'idTads(itemp)'
'r3dvar'
1.0d0
'salt' ! Input
'salinity functional'
'nondimensional' ! [PSU]
'salt_time, scalar, series'
'salt_time'
'idTads(isalt)'
'r3dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Tangent linear model impulse forcing variables.
!
! Notice that additional metadata is need here because with need different
! indices to avoid conflict with the forward basic state variables. They
! are used at the same time. The passive tracers (NAT+1:NT) are assigned
! internally to the same values as the basic state.
!------------------------------------------------------------------------------
!
'zeta' ! Input
'free-surface impulse forcing'
'meter' ! [m]
'zeta, scalar, series'
'zeta_time'
'idZtlf'
'r2dvar'
1.0d0
'ubar' ! Input
'vertically integrated u-momentum impulse forcing'
'meter second-1' ! [m/s]
'ubar-velocity, scalar, series'
'v2d_time'
'idUbtf'
'u2dvar'
1.0d0
'vbar' ! Input
'vertically integrated v-momentum impulse forcing'
'meter second-1' ! [m/s]
'vbar-velocity, scalar, series'
'v2d_time'
'idVbtf'
'v2dvar'
1.0d0
'u' ! Input
'u-momentum component impulse forcing'
'meter second-1' ! [m/s]
'u-velocity, scalar, series'
'v3d_time'
'idUtlf'
'u3dvar'
1.0d0
'v' ! Input
'v-momentum component impulse forcing'
'meter second-1' ! [m/s]
'v-velocity, scalar, series'
'v3d_time'
'idVtlf'
'v3dvar'
1.0d0
'temp' ! Input
'potential temperature impulse forcing'
'Celsius' ! [Celsius]
'temp_time, scalar, series'
'temp_time'
'idTtlf(itemp)'
'r3dvar'
1.0d0
'salt' ! Input
'salinity impulse forcing'
'nondimensional' ! [PSU]
'salt_time, scalar, series'
'salt_time'
'idTtlf(isalt)'
'r3dvar'
1.0d0
!
!------------------------------------------------------------------------------
! Inert passive tracer variables.
!------------------------------------------------------------------------------
!
! Only one entry should be specified here. This entry contain all the
! information necessary to process all NPT fields. The variable name is
! arbitrary and you may choose any unique name for Vinfo(1) that is not
! already defined. The identifier for Vinfo(6) must be "idTvar(inert(i))".
!
'dye_' ! Input/Output
'dye concentration'
'kilogram meter-3' ! [kg/m3]
'dye_, scalar, series'
'ocean_time'
'idTvar(inert(i))'
'r3dvar'
1.0d0
'dye_west_' ! Input
'dye concentration western boundary condition'
'kilogram meter-3' ! [kg/m3]
'dye_west_, scalar, series'
'dye_time'
'idTbry(iwest,inert(i))'
'nulvar'
1.0d0
'dye_east_' ! Input
'dye concentration eastern boundary condition'
'kilogram meter-3' ! [kg/m3]
'dye_east_, scalar, series'
'dye_time'
'idTbry(ieast,inert(i))'
'nulvar'
1.0d0
'dye_south_' ! Input
'dye concentration southern boundary condition'
'kilogram meter-3' ! [kg/m3]
'dye_south_, scalar, series'
'dye_time'
'idTbry(isouth,inert(i))'
'nulvar'
1.0d0
'dye_north_' ! Input
'dye concentration northern boundary condition'
'kilogram meter-3' ! [kg/m3]
'dye_north_, scalar, series'
'dye_time'
'idTbry(inorth,inert(i))'
'nulvar'
1.0d0
!
!------------------------------------------------------------------------------
! Sediment variables: The actual variable name for some of the sediment
! tracers are set-up internally in "mod_ncparam.F".
! It depends on the mumber of cohesive and noncohesive sediment tracers
! for a particular application. For example if you have 1 cohesive and
! 2 noncohesive sediment classes, the variable names are:
!
! "mud_" becomes "mud_01"
! "mud_west_" becomes "mud_west_01"
! "mud_east_" becomes "mud_east_01"
! "mud_south_" becomes "mud_south_01"
! "mud_north_" becomes "mud_north_01"
!
! "sand_" becomes "sand_01", "sand_02"
! "sand_west" becomes "sand_west_01", "sand_west_02"
! "sand_east" becomes "sand_east_01", "sand_east_02"
! "sand_south" becomes "sand_south_01", "sand_south_02"
! "sand_north" becomes "sand_north_01", "sand_north_02"
!------------------------------------------------------------------------------
!
'mud_' ! Input/Output
'suspended cohesive sediment'
'kilogram meter-3' ! [kg/m3]
'mud_, scalar, series'
'ocean_time'
'idTvar(idmud(i))'
'r3dvar'
1.0d0
'mud_west_' ! Input
'suspended cohesive sediment western boundary condition'
'kilogram meter-3' ! [kg/m3]
'mud_west_, scalar, series'
'mud_time'
'idTbry(iwest,idmud(i))'
'r3dvar'
1.0d0
'mud_east_' ! Input
'suspended cohesive sediment eastern boundary condition'
'kilogram meter-3' ! [kg/m3]
'mud_east_, scalar, series'
'mud_time'
'idTbry(ieast,idmud(i))'
'nulvar'
1.0d0
'mud_south_' ! Input
'suspended cohesive sediment southern boundary condition'
'kilogram meter-3' ! [kg/m3]
'mud_south_, scalar, series'
'mud_time'
'idTbry(isouth,idmud(i))'
'nulvar'
1.0d0
'mud_north_' ! Input
'suspended cohesive sediment northern boundary condition'
'kilogram meter-3' ! [kg/m3]
'mud_north_, scalar, series'
'mud_time'
'idTbry(inorth,idmud(i))'
'nulvar'
1.0d0
'sand_' ! Input/Output
'suspended noncohesive sediment'
'kilogram meter-3' ! [kg/m3]
'sand_, scalar, series'
'ocean_time'
'idTvar(isand(i))'
'r3dvar'
1.0d0
'sand_west_' ! Input
'suspended noncohesive sediment western boundary condition'
'kilogram meter-3' ! [kg/m3]
'sand_west_, scalar, series'
'sand_time'
'idTbry(iwest,isand(i))'
'nulvar'
1.0d0
'sand_east_' ! Input
'suspended noncohesive sediment eastern boundary condition'
'kilogram meter-3' ! [kg/m3]
'sand_east_, scalar, series'
'sand_time'
'idTbry(ieast,isand(i))'
'nulvar'
1.0d0
'sand_south_' ! Input
'suspended noncohesive sediment southern boundary condition'
'kilogram meter-3' ! [kg/m3]
'sand_south_, scalar, series'
'sand_time'
'idTbry(isouth,isand(i))'
'nulvar'
1.0d0
'sand_north_' ! Input
'suspended noncohesive sediment northern boundary condition'
'kilogram meter-3' ! [kg/m3]
'sand_north_, scalar, series'
'sand_time'
'idTbry(inorth,isand(i))'
'nulvar'
1.0d0
'mudfrac_' ! Input/Output
'cohesive sediment fraction'
'nondimensional' ! [nondimensional]
'mudfrac_, scalar, series'
'ocean_time'
'idfrac'
'b3dvar'
1.0d0
'sandfrac_' ! Input/Output
'noncohesive sediment fraction'
'nondimensional' ! [nondimensional]
'sandfrac_, scalar, series'
'ocean_time'
'idfrac'
'b3dvar'
1.0d0
'mudmass_' ! Input/Output
'cohesive sediment mass'
'kilogram meter-2' ! [kg/m2]
'mudmass_, scalar, series'
'ocean_time'
'idBmas'
'b3dvar'
1.0d0
'sandmass_' ! Input/Output
'noncohesive sediment mass'
'kilogram meter-2' ! [kg/m2]
'sandmass_, scalar, series'
'ocean_time'
'idBmas'
'b3dvar'
1.0d0
'bedload_Usand_' ! Input/Output
'bed load flux of sand in U-direction'
'kilogram meter-1 s-1' ! [kg/m/s]
'bedload_Usand_, scalar, series'
'ocean_time'
'idUbld'
'u2dvar'
1.0d0
'bedload_Umud_' ! Input/Output
'bed load flux of mud in U-direction'
'kilogram meter-1 s-1' ! [kg/m/s]
'bedload_Umud_, scalar, series'
'ocean_time'
'idUbld'
'u2dvar'
1.0d0
'bedload_Vsand_' ! Input/Output
'bed load flux of sand in V-direction'
'kilogram meter-1 s-1' ! [kg/m/s]
'bedload_Vsand_, scalar, series'
'ocean_time'
'idVbld'
'v2dvar'
1.0d0
'bedload_Vmud_' ! Input/Output
'bed load flux of mud in V-direction'
'kilogram meter-1 s-1' ! [kg/m/s]
'bedload_Vmud_, scalar, series'
'ocean_time'
'idVbld'
'v2dvar'
1.0d0
'ero_flux' ! Output
'erosion flux'
'kilogram meter-2' ! [kg/m2]
'ero_flux, scalar, series'
'ocean_time'
'idBott(idefx)'
'r2dvar'
1.0d0
'dep_net' ! Output
'erosion or deposition'
'meter' ! [m]
'dep_net, scalar, series'
'ocean_time'
'idBott(idnet)'
'r2dvar'
1.0d0
'tau_crit_off' ! Output
'Offset for critical shear stress equation'
'kg/Pa/s' ! [kg/Pa/s]
'tau_crit_off, scalar, series'
'ocean_time'
'idBott(idoff)'
'r2dvar'
1.0d0
'tau_crit_slope' ! Output
'Slope for critical shear stress equation'
'Pa/s' ! [Pa/s]
'tau_crit_slope, scalar, series'
'ocean_time'
'idBott(idslp)'
'r2dvar'
1.0d0
'tau_crit_time' ! Output
'Nudging time for critical shear stress equation'
's-1' ! [s-1]
'tau_crit_time, scalar, series'
'ocean_time'
'idBott(idtim)'
'r2dvar'
1.0d0
'bed_thickness' ! Input/Output
'sediment bed layer thickness'
'meter' ! [m]
'bed_thickness, scalar, series'
'ocean_time'
'idSbed(ithck)'
'b3dvar'
1.0d0
'bed_age' ! Input/Output
'sediment layer age'
'seconds' ! [s]
'bed_age, scalar, series'
'ocean_time'
'idSbed(iaged)'
'b3dvar'
1.0d0
'bed_porosity' ! Input/Output
'sediment layer porosity'
'nondimensional' ! [nondimensional]
'bed_porosity, scalar, series'
'ocean_time'
'idSbed(iporo)'
'b3dvar'
1.0d0
'bed_biodiff' ! Input/Output
'biodiffusivity at bottom of each layer'
'meter2 second-1' ! [m2/s]
'bed_biodiff, scalar, series'
'ocean_time'
'idSbed(idiff)'
'b3dvar'
1.0d0
'bed_tau_crit' ! Input/Output
'tau critical in each layer'
'Newtons meter-2' ! [N/m2]
'bed_tau_crit, scalar, series'
'ocean_time'
'idSbed(ibtcr)'
'b3dvar'
1.0d0
'grain_diameter' ! Input/Output
'sediment median grain diameter size'
'meter' ! [m]
'grain_diameter, scalar, series'
'ocean_time'
'idBott(isd50)'
'r2dvar'
1.0d0
'grain_density' ! Input/Output
'sediment median grain density'
'kilogram meter3' ! [kg/m3]
'grain_density, scalar, series'
'ocean_time'
'idBott(idens)'
'r2dvar'
1.0d0
'settling_vel' ! Input/Output
'sediment median grain settling velocity'
'meter second-1' ! [m/s]
'settling_vel, scalar, series'
'ocean_time'
'idBott(iwsed)'
'r2dvar'
1.0d0
'erosion_stress' ! Input/Output
'sediment median critical erosion stress'
'newton meter-2' ! [N/m2]
'erosion_stress, scalar, series'
'ocean_time'
'idBott(itauc)'
'r2dvar'
1.0d0
'ripple_length' ! Input/Output
'bottom ripple length'
'meter' ! [m]
'ripple_length, scalar, series'
'ocean_time'
'idBott(irlen)'
'r2dvar'
1.0d0
'ripple_height' ! Input/Output
'bottom ripple height'
'meter' ! [m]
'ripple_height, scalar, series'
'ocean_time'
'idBott(irhgt)'
'r2dvar'
1.0d0
'bed_wave_amp' ! Input/Output
'bed wave excursion amplitude'
'meter' ! [m]
'bed_wave_amp, scalar, series'
'ocean_time'
'idBott(ibwav)'
'r2dvar'
1.0d0
'rdrag' ! Input/Output
'linear bottom drag coefficient'
'meter second-1' ! [m/s]
'rdrag, scalar, series'
'ocean_time'
'idragL'
'r2dvar'
1.0d0
'rdrag2' ! Input/Output
'quadratic bottom drag coefficient'
'nondimensional' ! [nondimensional]
'rdrag2, scalar, series'
'ocean_time'
'idragQ'
'r2dvar'
1.0d0
'ZoBot' ! Input/Output
'time invariant, bottom roughness length'
'meter' ! [m]
'ZoBot, scalar, series'
'ocean_time'
'idZoBL'
'r2dvar'
1.0d0
'Zo_def' ! Input/Output
'default bottom roughness length'
'meter' ! [m]
'Zo_def, scalar, series'
'ocean_time'
'idBott(izdef)'
'r2dvar'
1.0d0
'Zo_app' ! Input/Output
'apparent bottom roughness length'
'meter' ! [m]
'Zo_app, scalar, series'
'ocean_time'
'idBott(izapp)'
'r2dvar'
1.0d0
'Zo_Nik' ! Input/Output
'Nikaradse bottom roughness length'
'meter' ! [m]
'Zo_Nik, scalar, series'
'ocean_time'
'idBott(izNik)'
'r2dvar'
1.0d0
'Zo_bio' ! Input/Output
'biological bottom roughness length'
'meter' ! [m]
'Zo_bio, scalar, series'
'ocean_time'
'idBott(izbio)'
'r2dvar'
1.0d0
'Zo_bedform' ! Input/Output
'bed form bottom roughness length'
'meter' ! [m]
'Zo_bedform, scalar, series'
'ocean_time'
'idBott(izbfm)'
'r2dvar'
1.0d0
'Zo_bedload' ! Input/Output
'bed load bottom roughness length'
'meter' ! [m]
'Zo_bedload, scalar, series'
'ocean_time'
'idBott(izbld)'
'r2dvar'
1.0d0
'Zo_wbl' ! Input/Output
'wave bottom boundary layer roughness length'
'meter' ! [m]
'Zo_wbl, scalar, series'
'ocean_time'
'idBott(izwbl)'
'r2dvar'
1.0d0
'active_layer_thickness' ! Input/Output
'active layer thickness'
'meter' ! [m]
'active_layer_thickness, scalar, series'
'ocean_time'
'idBott(iactv)'
'r2dvar'
1.0d0
'cohesive_behavior' ! Output
'cohesive behavior'
'1' ! []
'cohesive_behavior, scalar, series'
'ocean_time'
'idBott(idprp)'
'r2dvar'
1.0d0
'saltation' ! Input/Output
'bottom saltation height'
'meter' ! [m]
'saltation, scalar, series'
'ocean_time'
'idBott(ishgt)'
'r2dvar'
1.0d0
'dmix_offset' ! Input/Output
'dmix erodibility profile offset'
'meter' ! [m]
'dmix_offset, scalar, series'
'ocean_time'
'idBott(idoff)'
'r2dvar'
1.0d0
'dmix_slope' ! Input/Output
'dmix erodibility profile slope'
'_' ! [_]
'dmix_slope, scalar, series'
'ocean_time'
'idBott(idslp)'
'r2dvar'
1.0d0
'dmix_time' ! Input/Output
'dmix erodibility profile time scale'
'seconds' ! [s]
'dmix_time, scalar, series'
'ocean_time'
'idBott(idtim)'
'r2dvar'
1.0d0
'tau_crit_slope_c' ! Input/Output
'tau_crit_slope_c'
'N/m2' ! [N/m2]
'tau_crit_slope_c, scalar, series'
'ocean_time'
'idBott(itcsc)'
'r2dvar'
1.0d0
'tau_crit_offset_c' ! Input/Output
'tau_crit_offset_c'
'N/m2' ! [N/m2]
'tau_crit_offset_c, scalar, series'
'ocean_time'
'idBott(itcoc)'
'r2dvar'
1.0d0
'tau_crit_rtime' ! Input/Output
'tau_crit_rtime'
's' ! [s]
'tau_crit_rtime, scalar, series'
'ocean_time'
'idBott(itcrt)'
'r2dvar'
1.0d0
'Db_max' ! Input/Output
'Db_max'
'?' ! [?]
'Db_max, scalar, series'
'ocean_time'
'idBott(idbmx)'
'r2dvar'
1.0d0
'Db_mm' ! Input/Output
'Db_mm'
'?' ! [?]
'Db_mm, scalar, series'
'ocean_time'
'idBott(idbmm)'
'r2dvar'
1.0d0
'Db_zs' ! Input/Output
'Db_zs'
'?' ! [?]
'Db_zs, scalar, series'
'ocean_time'
'idBott(idbzs)'
'r2dvar'
1.0d0
'Db_zm' ! Input/Output
'Db_zm'
'?' ! [?]
'Db_zm, scalar, series'
'ocean_time'
'idBott(idbzm)'
'r2dvar'
1.0d0
'Db_zphi' ! Input/Output
'Db_zphi'
'?' ! [?]
'Db_zphi, scalar, series'
'ocean_time'
'idBott(idbzp)'
'r2dvar'
1.0d0
!
!---------------------------------------------------------------------
! Define names of variables associated with Fennel et al (2006),
! NEMURO or NPZD ecosystem models.
!---------------------------------------------------------------------
!
'NO3' ! Input/Output
'nitrate concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NO3, scalar, series'
'ocean_time'
'idTvar(iNO3_)'
'r3dvar'
1.0d0
'NO3' ! Input
'nitrate concentration functional'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NO3, scalar, series'
'ocean_time'
'idTads(iNO3_)'
'r3dvar'
1.0d0
'NH4' ! Input/Output
'ammonium concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NH4, scalar, series'
'ocean_time'
'idTvar(iNH4_)'
'r3dvar'
1.0d0
'NH4' ! Input
'ammonium concentration functional'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NH4, scalar, series'
'ocean_time'
'idTads(iNH4_)'
'r3dvar'
1.0d0
'PON' ! Input/Output
'particulate organic nitrogen concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'PON, scalar, series'
'ocean_time'
'idTvar(iPON_)'
'r3dvar'
1.0d0
'DON' ! Input/Output
'dissolved organic nitrogen concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'DON, scalar, series'
'ocean_time'
'idTvar(iDON_)'
'r3dvar'
1.0d0
'SiOH4' ! Input/Output
'silicate concentration'
'millimole_silica meter-3' ! [millimole/m3]
'SiOH4, scalar, series'
'ocean_time'
'idTvar(iSiOH)'
'r3dvar'
1.0d0
'opal' ! Input/Output
'particulate organic silica concentration'
'millimole_silica meter-3' ! [millimole/m3]
'silica, scalar, series'
'ocean_time'
'idTvar(iopal)'
'r3dvar'
1.0d0
'iron' ! Input/Output
'available dissolved iron concentration'
'millimole_iron meter-3' ! [millimole/m3]
'iron, scalar, series'
'ocean_time'
'idTvar(iFdis)'
'r3dvar'
1.0d0
'iron' ! Input
'available dissolved iron concentration functional'
'millimole_iron meter-3' ! [millimole/m3]
'iron, scalar, series'
'ocean_time'
'idTads(iFdis)'
'r3dvar'
1.0d0
'phytoplankton' ! Input/Output
'phytoplankton concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'phytoplankton, scalar, series'
'ocean_time'
'idTvar(iPhyt)'
'r3dvar'
1.0d0
'phytoplankton' ! Input
'phytoplankton concentration functional'
'millimole_nitrogen meter-3' ! [millimole/m3]
'phytoplankton, scalar, series'
'ocean_time'
'idTads(iPhyt)'
'r3dvar'
1.0d0
'phytoplanktonFe' ! Input/Output
'phytoplankton, associated iron concentration'
'millimole_iron meter-3' ! [millimole/m3]
'phytoplanktonFe, scalar, series'
'ocean_time'
'idTvar(iFphy)'
'r3dvar'
1.0d0
'phytoplanktonFe' ! Input
'phytoplankton, associated iron concentration functional'
'millimole_iron meter-3' ! [millimole/m3]
'phytoplanktonFe, scalar, series'
'ocean_time'
'idTads(iFphy)'
'r3dvar'
1.0d0
'nanophytoplankton' ! Input/Output
'nanophytoplankton biomass'
'millimole_nitrogen meter-3' ! [millimole/m3]
'nanophytoplankton, scalar, series'
'ocean_time'
'idTvar(iSphy)'
'r3dvar'
1.0d0
'diatom' ! Input/Output
'diatom biomass'
'millimole_nitrogen meter-3' ! [millimole/m3]
'diatom, scalar, series'
'ocean_time'
'idTvar(iLphy)'
'r3dvar'
1.0d0
'zooplankton' ! Input/Output
'zooplankton concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'zooplankton, scalar, series'
'ocean_time'
'idTvar(iZoop)'
'r3dvar'
1.0d0
'zooplankton' ! Input
'zooplankton concentration functional'
'millimole_nitrogen meter-3' ! [millimole/m3]
'zooplankton, scalar, series'
'ocean_time'
'idTads(iZoop)'
'r3dvar'
1.0d0
'microzooplankton' ! Input/Output
'microzooplankton biomass'
'millimole_nitrogen meter-3' ! [millimole/m3]
'microzooplankton, scalar, series'
'ocean_time'
'idTvar(iSzoo)'
'r3dvar'
1.0d0
'mesozooplankton' ! Input/Output
'mesozooplankton biomass'
'millimole_nitrogen meter-3' ! [millimole/m3]
'mesozooplankton, scalar, series'
'ocean_time'
'idTvar(iLzoo)'
'r3dvar'
1.0d0
'Pzooplankton' ! Input/Output
'predator-zooplankton biomass'
'millimole_nitrogen meter-3' ! [millimole/m3]
'Pzooplankton, scalar, series'
'ocean_time'
'idTvar(iPzoo)'
'r3dvar'
1.0d0
'chlorophyll' ! Input/Output
'chlorophyll concentration'
'milligrams_chlorophyll meter-3' ! [milligrams/m3]
'chlorophyll, scalar, series'
'ocean_time'
'idTvar(iChlo)'
'r3dvar'
1.0d0
'chlorophyll' ! Input
'chlorophyll concentration functional'
'milligrams_chlorophyll meter-3' ! [milligrams/m3]
'chlorophyll, scalar, series'
'ocean_time'
'idTads(iChlo)'
'r3dvar'
1.0d0
'detritus' ! Input/Output
'detritus concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'detritus, scalar, series'
'ocean_time'
'idTvar(iSDet)'
'r3dvar'
1.0d0
'detritus' ! Input
'detritus concentration functional'
'millimole_nitrogen meter-3' ! [millimole/m3]
'detritus, scalar, series'
'ocean_time'
'idTads(iSDet)'
'r3dvar'
1.0d0
'LdetritusN' ! Input/Output
'large fraction nitrogen detritus concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'LdetritusN, scalar, series'
'ocean_time'
'idTvar(iLDeN)'
'r3dvar'
1.0d0
'LdetritusN' ! Input
'large fraction nitrogen detritus concentration functional'
'millimole_nitrogen meter-3' ! [millimole/m3]
'LdetritusN, scalar, series'
'ocean_time'
'idTads(iLDeN)'
'r3dvar'
1.0d0
'SdetritusN' ! Input/Output
'small fraction nitrogen detritus concentration'
'millimole_nitrogen meter-3' ! [millimole/m3]
'SdetritusN, scalar, series'
'ocean_time'
'idTvar(iSDeN)'
'r3dvar'
1.0d0
'SdetritusN' ! Input
'small fraction nitrogen detritus concentration functional'
'millimole_nitrogen meter-3' ! [millimole/m3]
'SdetritusN, scalar, series'
'ocean_time'
'idTads(iSDeN)'
'r3dvar'
1.0d0
'TIC' ! Input/Output
'total inorganic carbon'
'millimole_carbon meter-3' ! [millimole/m3]
'TIC, scalar, series'
'ocean_time'
'idTvar(iTIC_)'
'r3dvar'
1.0d0
'TIC' ! Input
'total inorganic carbon functional'
'millimole_carbon meter-3' ! [millimole/m3]
'TIC, scalar, series'
'ocean_time'
'idTads(iTIC_)'
'r3dvar'
1.0d0
'alkalinity' ! Input/Output
'total alkalinity'
'milliequivalents meter-3' ! [milliequivalents/m3]
'alkalinity, scalar, series'
'ocean_time'
'idTvar(iTAlk)'
'r3dvar'
1.0d0
'alkalinity' ! Input
'total alkalinity functional'
'milliequivalents meter-3' ! [milliequivalents/m3]
'alkalinity, scalar, series'
'ocean_time'
'idTads(iTAlk)'
'r3dvar'
1.0d0
'LdetritusC' ! Input/Output
'large fraction carbon detritus concentration'
'millimole_carbon meter-3' ! [millimole/m3]
'LdetritusC, scalar, series'
'ocean_time'
'idTvar(iLDeC)'
'r3dvar'
1.0d0
'LdetritusC' ! Input
'large fraction carbon detritus concentration functional'
'millimole_carbon meter-3' ! [millimole/m3]
'LdetritusC, scalar, series'
'ocean_time'
'idTads(iLDeC)'
'r3dvar'
1.0d0
'SdetritusC' ! Input/Output
'small fraction carbon detritus concentration'
'millimole_carbon meter-3' ! [millimole/m3]
'SdetritusC, scalar, series'
'ocean_time'
'idTvar(iSDeC)'
'r3dvar'
1.0d0
'SdetritusC' ! Input
'small fraction carbon detritus concentration functional'
'millimole_carbon meter-3' ! [millimole/m3]
'SdetritusC, scalar, series'
'ocean_time'
'idTads(iSDeC)'
'r3dvar'
1.0d0
'oxygen' ! Input/Output
'dissolved oxygen concentration'
'millimole_oxygen meter-3' ! [millimole/m3]
'Oxygen, scalar, series'
'ocean_time'
'idTvar(iOxyg)'
'r3dvar'
1.0d0
'oxygen' ! Input
'dissolved oxygen concentration functional'
'millimole_oxygen meter-3' ! [millimole/m3]
'Oxygen, scalar, series'
'ocean_time'
'idTads(iOxyg)'
'r3dvar'
1.0d0
!
! Diagnostic variables.
!
'CO2_airsea' ! Input/Output
'CO2 air-sea flux'
'millimole_carbon meter-2 day-1' ! [millimole/m2/day]
'CO2_airsea, scalar, series'
'ocean_time'
'iDbio2(iCOfx)'
'r2dvar'
1.0d0
'denitrification' ! Input/Output
'denitrification'
'millimole_nitrogen meter-2 day-1' ! [millimole/m2/day]
'denitrification, scalar, series'
'ocean_time'
'iDbio2(iDNIT)'
'r2dvar'
1.0d0
'pCO2' ! Input/Output
'partial pressure of CO2'
'microatmophere' ! [microatmosphere]
'pCO2, scalar, series'
'ocean_time'
'iDbio2(ipCO2)'
'r2dvar'
1.0d0
'O2_airsea' ! Input/Output
'O2 air-sea flux'
'millimole_oxygen meter-2 day-1' ! [millimole/m2/day]
'O2_airsea, scalar, series'
'ocean_time'
'iDbio2(iO2fx)'
'r2dvar'
1.0d0
'P_Production' ! Input/Output
'primary production'
'millimole_nitrogen meter-3 day-1' ! [millimole/m3/day]
'P_Production, scalar, series'
'ocean_time'
'iDbio3(iPPro)'
'r3dvar'
1.0d0
'NO3_uptake' ! Input/Output
'NO3 uptake'
'millimole_nitrogen meter-3 day-1' ! [millimole/m3/day]
'NO3_uptake, scalar, series'
'ocean_time'
'iDbio3(iNO3u)'
'r3dvar'
1.0d0
!
! Boundary variables.
!
'NO3_east' ! Input
'nitrate eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NO3_east, scalar, series'
'NO3_time'
'idTbry(ieast,iNO3_)'
'nulvar'
1.0d0
'NO3_west' ! Input
'nitrate western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NO3_west, scalar, series'
'NO3_time'
'idTbry(iwest,iNO3_)'
'nulvar'
1.0d0
'NO3_south' ! Input
'nitrate southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NO3_south, scalar, series'
'NO3_time'
'idTbry(isouth,iNO3_)'
'nulvar'
1.0d0
'NO3_north' ! Input
'nitrate northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NO3_north, scalar, series'
'NO3_time'
'idTbry(inorth,iNO3_)'
'nulvar'
1.0d0
'TIC_east' ! Input
'TIC eastern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'TIC_east, scalar, series'
'TIC_time'
'idTbry(ieast,iTIC_)'
'nulvar'
1.0d0
'TIC_west' ! Input
'TIC western boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'TIC_west, scalar, series'
'TIC_time'
'idTbry(iwest,iTIC_)'
'nulvar'
1.0d0
'TIC_north' ! Input
'TIC northern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'TIC_north, scalar, series'
'TIC_time'
'idTbry(inorth,iTIC_)'
'nulvar'
1.0d0
'TIC_south' ! Input
'TIC southern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'TIC_south, scalar, series'
'TIC_time'
'idTbry(isouth,iTIC_)'
'nulvar'
1.0d0
'oxygen_east' ! Input
'oxygen eastern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'oxygen_east, scalar, series'
'oxygen_time'
'idTbry(ieast,iOxyg)'
'nulvar'
1.0d0
'oxygen_west' ! Input
'oxygen western boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'oxygen_west, scalar, series'
'oxygen_time'
'idTbry(iwest,iOxyg)'
'nulvar'
1.0d0
'oxygen_north' ! Input
'oxygen northern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'oxygen_north, scalar, series'
'oxygen_time'
'idTbry(inorth,iOxyg)'
'nulvar'
1.0d0
'oxygen_south' ! Input
'oxygen southern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'oxygen_south, scalar, series'
'oxygen_time'
'idTbry(isouth,iOxyg)'
'nulvar'
1.0d0
'alkalinity_east' ! Input
'alkalinity eastern boundary condition'
'milliequivalents meter-3' ! [milliequivalents/m3]
'alkalinity_east, scalar, series'
'alkalinity_time'
'idTbry(ieast,iTAlk)'
'nulvar'
1.0d0
'alkalinity_west' ! Input
'alkalinity western boundary condition'
'milliequivalents meter-3' ! [milliequivalents/m3]
'alkalinity_west, scalar, series'
'alkalinity_time'
'idTbry(iwest,iTAlk)'
'nulvar'
1.0d0
'alkalinity_north' ! Input
'alkalinity northern boundary condition'
'milliequivalents meter-3' ! [milliequivalents/m3]
'alkalinity_north, scalar, series'
'alkalinity_time'
'idTbry(inorth,iTAlk)'
'nulvar'
1.0d0
'alkalinity_south' ! Input
'alkalinity southern boundary condition'
'milliequivalents meter-3' ! [milliequivalents/m3]
'alkalinity_south, scalar, series'
'alkalinity_time'
'idTbry(isouth,iTAlk)'
'nulvar'
1.0d0
'NH4_east' ! Input
'ammonium eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NH4_east, scalar, series'
'NH4_time'
'idTbry(ieast,iNH4_)'
'nulvar'
1.0d0
'NH4_west' ! Input
'ammonium western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NH4_west, scalar, series'
'NH4_time'
'idTbry(iwest,iNH4_)'
'nulvar'
1.0d0
'NH4_south' ! Input
'ammonium southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NH4_south, scalar, series'
'NH4_time'
'idTbry(isouth,iNH4_)'
'nulvar'
1.0d0
'NH4_north' ! Input
'ammonium northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'NH4_north, scalar, series'
'NH4_time'
'idTbry(inorth,iNH4_)'
'nulvar'
1.0d0
'DON_east' ! Input
'dissolved organic nitrogen eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'DON_east, scalar, series'
'DON_time'
'idTbry(ieast,iDON_)'
'nulvar'
1.0d0
'DON_west' ! Input
'dissolved organic nitrogen western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'DON_west, scalar, series'
'DON_time'
'idTbry(iwest,iDON_)'
'nulvar'
1.0d0
'DON_south' ! Input
'dissolved organic nitrogen southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'DON_south, scalar, series'
'DON_time'
'idTbry(isouth,iDON_)'
'nulvar'
1.0d0
'DON_north' ! Input
'dissolved organic nitrogen northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'DON_north, scalar, series'
'DON_time'
'idTbry(inorth,iDON_)'
'nulvar'
1.0d0
'PON_east' ! Input
'particulate organic nitrogen eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'PON_east, scalar, series'
'PON_time'
'idTbry(ieast,iPON_)'
'nulvar'
1.0d0
'PON_west' ! Input
'particulate organic nitrogen western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'PON_west, scalar, series'
'PON_time'
'idTbry(iwest,iPON_)'
'nulvar'
1.0d0
'PON_south' ! Input
'particulate organic nitrogen southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'PON_south, scalar, series'
'PON_time'
'idTbry(isouth,iPON_)'
'nulvar'
1.0d0
'PON_north' ! Input
'particulate organic nitrogen northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'PON_north, scalar, series'
'PON_time'
'idTbry(inorth,iPON_)'
'nulvar'
1.0d0
'SiOH4_east' ! Input
'silicate eastern boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'SiOH4_east, scalar, series'
'SiOH4_time'
'idTbry(ieast,iSiOH)'
'nulvar'
1.0d0
'SiOH4_west' ! Input
'silicate western boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'SiOH4_west, scalar, series'
'SiOH4_time'
'idTbry(iwest,iSiOH)'
'nulvar'
1.0d0
'SiOH4_south' ! Input
'silicate southern boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'SiOH4_south, scalar, series'
'SiOH4_time'
'idTbry(isouth,iSiOH)'
'nulvar'
1.0d0
'SiOH4_north' ! Input
'silicate northern boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'SiOH4_north, scalar, series'
'SiOH4_time'
'idTbry(inorth,iSiOH)'
'nulvar'
1.0d0
'opal_east' ! Input
'particulate organic silica eastern boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'opal_east, scalar, series'
'opal_time'
'idTbry(ieast,iopal)'
'nulvar'
1.0d0
'opal_west' ! Input
'particulate organic silica western boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'opal_west, scalar, series'
'opal_time'
'idTbry(iwest,iopal)'
'nulvar'
1.0d0
'opal_south' ! Input
'particulate organic silica southern boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'opal_south, scalar, series'
'opal_time'
'idTbry(isouth,iopal)'
'nulvar'
1.0d0
'opal_north' ! Input
'particulate organic silica northern boundary condition'
'millimole_silica meter-3' ! [millimole/m3]
'opal_north, scalar, series'
'opal_time'
'idTbry(inorth,iopal)'
'nulvar'
1.0d0
'iron_east' ! Input
'dissolved iron eastern boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'iron_east, scalar, series'
'iron_time'
'idTbry(ieast,iFdis)'
'nulvar'
1.0d0
'iron_west' ! Input
'dissolved iron western boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'iron_west, scalar, series'
'iron_time'
'idTbry(iwest,iFdis)'
'nulvar'
1.0d0
'iron_north' ! Input
'dissolved iron northern boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'iron_north, scalar, series'
'iron_time'
'idTbry(inorth,iFdis)'
'nulvar'
1.0d0
'iron_south' ! Input
'dissolved iron southern boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'iron_south, scalar, series'
'iron_time'
'idTbry(isouth,iFdis)'
'nulvar'
1.0d0
'phyt_east' ! Input
'phytoplankton eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'phyt_east, scalar, series'
'phyt_time'
'idTbry(ieast,iPhyt)'
'nulvar'
1.0d0
'phyt_west' ! Input
'phytoplankton western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'phyt_west, scalar, series'
'phyt_time'
'idTbry(iwest,iPhyt)'
'nulvar'
1.0d0
'phyt_south' ! Input
'phytoplankton southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'phyt_south, scalar, series'
'phyt_time'
'idTbry(isouth,iPhyt)'
'nulvar'
1.0d0
'phyt_north' ! Input
'phytoplankton northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'phyt_north, scalar, series'
'phyt_time'
'idTbry(inorth,iPhyt)'
'nulvar'
1.0d0
'phytFe_east' ! Input
'phytoplankton, iron concentration eastern boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'phytFe_east, scalar, series'
'phytFe_time'
'idTbry(ieast,iFdis)'
'nulvar'
1.0d0
'phytFe_west' ! Input
'phytoplankton, iron concentration western boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'phytFe_west, scalar, series'
'phytFe_time'
'idTbry(iwest,iFphy)'
'nulvar'
1.0d0
'phytFe_north' ! Input
'phytoplankton, iron concentration northern boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'phytFe_north, scalar, series'
'phytFe_time'
'idTbry(inorth,iFphy)'
'nulvar'
1.0d0
'phytFe_south' ! Input
'phytoplankton, iron concentration southern boundary condition'
'millimole_iron meter-3' ! [millimole/m3]
'phytFe_south, scalar, series'
'phytFe_time'
'idTbry(isouth,iFphy)'
'nulvar'
1.0d0
'nanophy_east' ! Input
'nanophytoplankton eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'nanophy_east, scalar, series'
'nanophy_time'
'idTbry(ieast,iSphy)'
'nulvar'
1.0d0
'nanophy_west' ! Input
'nanophytoplankton western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'nanophy_west, scalar, series'
'nanophy_time'
'idTbry(iwest,iSphy)'
'nulvar'
1.0d0
'nanophy_south' ! Input
'nanophytoplankton southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'nanophy_south, scalar, series'
'nanophy_time'
'idTbry(isouth,iSphy)'
'nulvar'
1.0d0
'nanophy_north' ! Input
'nanophytoplankton northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'nanophy_north, scalar, series'
'nanophy_time'
'idTbry(inorth,iSphy)'
'nulvar'
1.0d0
'diatom_east' ! Input
'diatom eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'diatom_east, scalar, series'
'diatom_time'
'idTbry(ieast,iLphy)'
'nulvar'
1.0d0
'diatom_west' ! Input
'diatom western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'diatom_west, scalar, series'
'diatom_time'
'idTbry(iwest,iLphy)'
'nulvar'
1.0d0
'diatom_south' ! Input
'diatom southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'diatom_south, scalar, series'
'diatom_time'
'idTbry(isouth,iLphy)'
'nulvar'
1.0d0
'diatom_north' ! Input
'diatom northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'diatom_north, scalar, series'
'diatom_time'
'idTbry(inorth,iLphy)'
'nulvar'
1.0d0
'zoop_east' ! Input
'zooplankton eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'zoop_east, scalar, series'
'zoop_time'
'idTbry(ieast,iZoop)'
'nulvar'
1.0d0
'zoop_west' ! Input
'zooplankton western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'zoop_west, scalar, series'
'zoop_time'
'idTbry(iwest,iZoop)'
'nulvar'
1.0d0
'zoop_south' ! Input
'zooplankton southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'zoop_south, scalar, series'
'zoop_time'
'idTbry(isouth,iZoop)'
'nulvar'
1.0d0
'zoop_north' ! Input
'zooplankton northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'zoop_north, scalar, series'
'zoop_time'
'idTbry(inorth,iZoop)'
'nulvar'
1.0d0
'microzoo_east' ! Input
'microzooplankton eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'microzoo_east, scalar, series'
'microzoo_time'
'idTbry(ieast,iSzoo)'
'nulvar'
1.0d0
'microzoo_west' ! Input
'microzooplankton western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'microzoo_west, scalar, series'
'microzoo_time'
'idTbry(iwest,iSzoo)'
'nulvar'
1.0d0
'microzoo_south' ! Input
'microzooplankton southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'microzoo_south, scalar, series'
'microzoo_time'
'idTbry(isouth,iSzoo)'
'nulvar'
1.0d0
'microzoo_north' ! Input
'microzooplankton northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'microzoo_north, scalar, series'
'microzoo_time'
'idTbry(inorth,iSzoo)'
'nulvar'
1.0d0
'mesozoo_east' ! Input
'mesozooplankton eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'mesozoo_east, scalar, series'
'mesozoo_time'
'idTbry(ieast,iLzoo)'
'nulvar'
1.0d0
'mesozoo_west' ! Input
'mesozooplankton western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'mesozoo_west, scalar, series'
'mesozoo_time'
'idTbry(iwest,iLzoo)'
'nulvar'
1.0d0
'mesozoo_south' ! Input
'mesozooplankton southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'mesozoo_south, scalar, series'
'mesozoo_time'
'idTbry(isouth,iLzoo)'
'nulvar'
1.0d0
'mesozoo_north' ! Input
'mesozooplankton northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'mesozoo_north, scalar, series'
'mesozoo_time'
'idTbry(inorth,iLzoo)'
'nulvar'
1.0d0
'Pzoo_east' ! Input
'predator-zooplankton eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'Pzoo_east, scalar, series'
'Pzoo_time'
'idTbry(ieast,iPzoo)'
'nulvar'
1.0d0
'Pzoo_west' ! Input
'predator-zooplankton western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'Pzoo_west, scalar, series'
'Pzoo_time'
'idTbry(iwest,iPzoo)'
'nulvar'
1.0d0
'Pzoo_south' ! Input
'predator-zooplankton southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'Pzoo_south, scalar, series'
'Pzoo_time'
'idTbry(isouth,iPzoo)'
'nulvar'
1.0d0
'Pzoo_north' ! Input
'predator-zooplankton northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'Pzoo_north, scalar, series'
'Pzoo_time'
'idTbry(inorth,iPzoo)'
'nulvar'
1.0d0
'chlo_east' ! Input
'chlorophyll eastern boundary condition'
'milligram meter-3' ! [milligram/m3]
'chlo_east, scalar, series'
'chlo_time'
'idTbry(ieast,iChlo)'
'nulvar'
1.0d0
'chlo_west' ! Input
'chlorophyll western boundary condition'
'milligram meter-3' ! [milligram/m3]
'chlo_west, scalar, series'
'chlo_time'
'idTbry(iwest,iChlo)'
'nulvar'
1.0d0
'chlo_south' ! Input
'chlorophyll southern boundary condition'
'milligram meter-3' ! [milligram/m3]
'chlo_south, scalar, series'
'chlo_time'
'idTbry(isouth,iChlo)'
'nulvar'
1.0d0
'chlo_north' ! Input
'chlorophyll northern boundary condition'
'milligram meter-3' ! [milligram/m3]
'chlo_north, scalar, series'
'chlo_time'
'idTbry(inorth,iChlo)'
'nulvar'
1.0d0
'detritus_east' ! Input
'detritus eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'detritus_east, scalar, series'
'detritus_time'
'idTbry(ieast,iSDet)'
'nulvar'
1.0d0
'detritus_west' ! Input
'detritus western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'detritus_west, scalar, series'
'detritus_time'
'idTbry(iwest,iSDet)'
'nulvar'
1.0d0
'detritus_south' ! Input
'detritus southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'detritus_south, scalar, series'
'detritus_time'
'idTbry(isouth,iSDet)'
'nulvar'
1.0d0
'detritus_north' ! Input
'detritus northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'detritus_north, scalar, series'
'detritus_time'
'idTbry(inorth,iSDet)'
'nulvar'
1.0d0
'LDeN_east' ! Input
'large fraction nitrogen detritus eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'LDeN_east, scalar, series'
'LDeN_time'
'idTbry(ieast,iLDeN)'
'nulvar'
1.0d0
'LDeN_west' ! Input
'large fraction nitrogen detritus western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'LDeN_west, scalar, series'
'LDeN_time'
'idTbry(iwest,iLDeN)'
'nulvar'
1.0d0
'LDeN_south' ! Input
'large fraction nitrogen detritus southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'LDeN_south, scalar, series'
'LDeN_time'
'idTbry(isouth,iLDeN)'
'nulvar'
1.0d0
'LDeN_north' ! Input
'large fraction nitrogen detritus northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'LDeN_north, scalar, series'
'LDeN_time'
'idTbry(inorth,iLDeN)'
'nulvar'
1.0d0
'SDeN_east' ! Input
'small fraction nitrogen detritus eastern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'SDeN_east, scalar, series'
'SDeN_time'
'idTbry(ieast,iSDeN)'
'nulvar'
1.0d0
'SDeN_west' ! Input
'small fraction nitrogen detritus western boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'SDeN_west, scalar, series'
'SDeN_time'
'idTbry(iwest,iSDeN)'
'nulvar'
1.0d0
'SDeN_north' ! Input
'small fraction nitrogen detritus northern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'SDeN_north, scalar, series'
'SDeN_time'
'idTbry(inorth,iSDeN)'
'nulvar'
1.0d0
'SDeN_south' ! Input
'small fraction nitrogen detritus southern boundary condition'
'millimole_nitrogen meter-3' ! [millimole/m3]
'SDeN_south, scalar, series'
'SDeN_time'
'idTbry(isouth,iSDeN)'
'nulvar'
1.0d0
'LdeC_east' ! Input
'large fraction carbon detritus eastern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'LdeC_east, scalar, series'
'LdeC_time'
'idTbry(ieast,iLDeC)'
'nulvar'
1.0d0
'LdeC_west' ! Input
'large fraction carbon detritus western boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'LdeC_west, scalar, series'
'LdeC_time'
'idTbry(iwest,iLDeC)'
'nulvar'
1.0d0
'LdeC_south' ! Input
'large fraction carbon detritus southern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'LdeC_south, scalar, series'
'LdeC_time'
'idTbry(isouth,iLDeC)'
'nulvar'
1.0d0
'LdeC_north' ! Input
'large fraction carbon detritus northern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'LdeC_north, scalar, series'
'LdeC_time'
'idTbry(inorth,iLDeC)'
'nulvar'
1.0d0
'SdeC_east' ! Input
'small fraction carbon detritus eastern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'SdeC_east, scalar, series'
'SdeC_time'
'idTbry(ieast,iSDeC)'
'nulvar'
1.0d0
'SdeC_west' ! Input
'small fraction carbon detritus western boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'SdeC_west, scalar, series'
'SdeC_time'
'idTbry(iwest,iSDeC)'
'nulvar'
1.0d0
'SdeC_south' ! Input
'small fraction carbon detritus southern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'SdeC_south, scalar, series'
'SdeC_time'
'idTbry(isouth,iSDeC)'
'nulvar'
1.0d0
'SdeC_north' ! Input
'small fraction carbon detritus northern boundary condition'
'millimole_carbon meter-3' ! [millimole/m3]
'SdeC_north, scalar, series'
'SdeC_time'
'idTbry(inorth,iSDeC)'
'nulvar'
1.0d0
!
!-----------------------------------------------------------------------
! Define names of variables associated with Red Tide module.
!-----------------------------------------------------------------------
!
'dinoflagellate' ! Input/Output
'red tide dinoflagellate concentration'
'cell meter-3' ! [cell/m3]
'dinoflagellate, scalar, series'
'ocean_time'
'idTvar(iDino)'
'r3dvar'
1.0d0
'cyst_bottom' ! Input
'red tide dinoflagellate bottom cyst concentration'
'cell meter-2' ! [cell/m2]
'cyst_bottom, scalar, series'
'cyst_time'
'idCyst'
'r2dvar'
1.0d0
'swrad_avg' ! Input/Output
'averaged solar shortwave radiation flux'
'watt meter-2' ! Input: [Watt/m2]
'averaged shortwave radiation, scalar, series' ! [Celsius m/s]
'srf_time' ! Output: [Watt/m2]
'idAsrf'
'r2dvar'
1.0d0
'DIN_obs' ! Input
'observed dissolved inorganic nutrient'
'millimole meter-3' ! [millimole/m3]
'DIN_obs, scalar, series'
'DIN_time'
'idODIN'
'r3dvar'
1.0d0
!
! Boundary variables.
!
'dinoflagellate_east' ! Input
'red tide dinoflagellate eastern boundary condition'
'cells meter-3' ! [cell/m3]
'dinoflagellate_east, scalar, series'
'dinoflagellate_time'
'idTbry(ieast,iDino)'
'nulvar'
1.0d0
'dinoflagellate_west' ! Input
'red tide dinoflagellate western boundary condition'
'cells meter-3' ! [cell/m3]
'dinoflagellate_west, scalar, series'
'dinoflagellate_time'
'idTbry(iwest,iDino)'
'nulvar'
1.0d0
'dinoflagellate_south' ! Input
'red tide dinoflagellate southern boundary condition'
'cells meter-3' ! [cell/m3]
'dinoflagellate_south, scalar, series'
'dinoflagellate_time'
'idTbry(isouth,iDino)'
'nulvar'
1.0d0
'dinoflagellate_north' ! Input
'red tide dinoflagellate northern boundary condition'
'cells meter-3' ! [cell/m3]
'dinoflagellate_north, scalar, series'
'dinoflagellate_time'
'idTbry(inorth,iDino)'
'nulvar'
1.0d0
!
!-----------------------------------------------------------------------
! Define names of variables associated with EcoSim bio-optical module.
!-----------------------------------------------------------------------
!
'NO3' ! Input/Output
'nitrate concentration'
'millimole_N03 meter-3' ! [millimole/m3]
'NO3, scalar, series'
'ocean_time'
'idTvar(iNO3_)'
'r3dvar'
1.0d0
'NH4' ! Input/Output
'ammonium concentration'
'millimole_NH4 meter-3' ! [millimole/m3]
'NH4, scalar, series'
'ocean_time'
'idTvar(iNH4_)'
'r3dvar'
1.0d0
'PO4' ! Input/Output
'phosphate concentration'
'millimole_PO4 meter-3' ! [millimole/m3]
'PO4, scalar, series'
'ocean_time'
'idTvar(iPO4_)'
'r3dvar'
1.0d0
'FeO' ! Input/Output
'iron concentration'
'millimole_FeO meter-3' ! [millimole/m3]
'FeO, scalar, series'
'ocean_time'
'idTvar(iFeO_)'
'r3dvar'
1.0d0
'SiO' ! Input/Output
'silica concentration'
'millimole_SiO meter-3' ! [millimole/m3]
'SiO, scalar, series'
'ocean_time'
'idTvar(iSiO_)'
'r3dvar'
1.0d0
'DIC' ! Input/Output
'DIC concentration'
'millimole_DIC meter-3' ! [millimole/m3]
'DIC concentration, scalar, series'
'ocean_time'
'idTvar(iDIC_)'
'r3dvar'
1.0d0
'Bac_C' ! Input/Output
'bacteria, carbon group'
'millimole_C meter-3' ! [millimole/m3]
'Bac_C, scalar, series'
'ocean_time'
'idTvar(iBacC)'
'r3dvar'
1.0d0
'Bac_F' ! Input/Output
'bacteria, iron Group'
'millimole_Fe meter-3' ! [millimole/m3]
'Bac_F, scalar, series'
'ocean_time'
'idTvar(iBacF)'
'r3dvar'
1.0d0
'Bac_N' ! Input/Output
'bacteria, nitrogen group'
'millimole_N meter-3' ! [millimole/m3]
'Bac_N, scalar, series'
'ocean_time'
'idTvar(iBacN)'
'r3dvar'
1.0d0
'Bac_P' ! Input/Output
'bacteria, phosphorus group'
'millimole_P meter-3' ! [millimole/m3]
'Bac_P, scalar, series'
'ocean_time'
'idTvar(iBacP)'
'r3dvar'
1.0d0
'CDM_C' ! Input/Output
'color degradational matter'
'millimole_CDMC meter-3' ! [millimole/m3]
'CDM_C, scalar, series'
'ocean_time'
'idTvar(iCDMC)'
'r3dvar'
1.0d0
'DOM_C' ! Input/Output
'dissolved organic matter, carbon group'
'millimole_C meter-3' ! [millimole/m3]
'DOM_C, scalar, series'
'ocean_time'
'idTvar(iDOMC)'
'r3dvar'
1.0d0
'DOM_N' ! Input/Output
'dissolved organic matter, nitrogen group'
'millimole_N meter-3' ! [millimole/m3]
'DOM_N, scalar, series'
'ocean_time'
'idTvar(iDOMN)'
'r3dvar'
1.0d0
'DOM_P' ! Input/Output
'dissolved organic matter,) phosphorus group'
'millimole_P meter-3' ! [millimole/m3]
'DOM_P, scalar, series'
'ocean_time'
'idTvar(iDOMP)'
'r3dvar'
1.0d0
'Fec_C' ! Input/Output
'fecal matter, carbon group'
'millimole_C meter-3' ! [millimole/m3]
'Fec_C, scalar, series'
'ocean_time'
'idTvar(iFecC)'
'r3dvar'
1.0d0
'Fec_F' ! Input/Output
'fecal matter, iron group'
'millimole_Fe meter-3' ! [millimole/m3]
'Fec_F, scalar, series'
'ocean_time'
'idTvar(iFecF)'
'r3dvar'
1.0d0
'Fec_N' ! Input/Output
'fecal matter, nitrogen group'
'millimole_N meter-3' ! [millimole/m3]
'Fec_N, scalar, series'
'ocean_time'
'idTvar(iFecN)'
'r3dvar'
1.0d0
'Fec_P' ! Input/Output
'fecal matter, phosphorus group'
'millimole_P meter-3' ! [millimole/m3]
'Fec_P, scalar, series'
'ocean_time'
'idTvar(iFecP)'
'r3dvar'
1.0d0
'Fec_S' ! Input/Output
'fecal matter, silica group'
'millimole_SiO meter-3' ! [millimole/m3]
'Fec_S, scalar, series'
'ocean_time'
'idTvar(iFecS)'
'r3dvar'
1.0d0
'Phy_C' ! Input/Output
'phytoplankton, carbon group'
'millimole_C meter-3' ! [millimole/m3]
'Phy_C, scalar, series'
'ocean_time'
'idTvar(iPhyC)'
'r3dvar'
1.0d0
'Phy_F' ! Input/Output
'phytoplankton, iron group'
'millimole_Fe meter-3' ! [millimole/m3]
'Phy_F, scalar, series'
'ocean_time'
'idTvar(iPhyF)'
'r3dvar'
1.0d0
'Phy_N' ! Input/Output
'phytoplankton, nitrogen group'
'millimole_N meter-3' ! [millimole/m3]
'Phy_N, scalar, series'
'ocean_time'
'idTvar(iPhyN)'
'r3dvar'
1.0d0
'Phy_P' ! Input/Output
'phytoplankton, phosphorus group'
'millimole_P meter-3' ! [millimole/m3]
'Phy_P, scalar, series'
'ocean_time'
'idTvar(iPhyP)'
'r3dvar'
1.0d0
'Phy_S' ! Input/Output
'phytoplankton, silica group'
'millimole_SiO meter-3' ! [millimole/m3]
'Phy_S, scalar, series'
'ocean_time'
'idTvar(iPhyS)'
'r3dvar'
1.0d0
'Pigs_XY' ! Input/Output
'Phytoplankton X, pigment Y'
'milligrams meter-3' ! [milligrams/m3]
'Pigs_XY, scalar, series'
'ocean_time'
'idTvar(iPigs)'
'r3dvar'
1.0d0
!
!-----------------------------------------------------------------------
! Define names of variables for time-averaged quadratic terms.
!-----------------------------------------------------------------------
!
'zeta2' ! Output
'time-averaged squared free-surface'
'meter2' ! [m2]
'zeta2, scalar, series'
'ocean_time'
'idZZav'
'r2dvar'
1.0d0
'ubar2' ! Output
'time-averaged squared vertically integrated u-momentum'
'meter2 second-2' ! [m2/s2]
'ubar2, scalar, series'
'ocean_time'
'idU2av'
'u2dvar'
1.0d0
'vbar2' ! Output
'time-averaged squared vertically integrated v-momentum'
'meter2 second-2' ! [m2/s2]
'vbar2, scalar, series'
'ocean_time'
'idV2av'
'v2dvar'
1.0d0
'Huon' ! Output
'time-averaged u-volume flux'
'meter3 second-1' ! [m3/s]
'Huon, scalar, series'
'ocean_time'
'idHUav'
'u3dvar'
1.0d0
'Hvom' ! Output
'time-averaged v-volume flux'
'meter3 second-1' ! [m3/s]
'Hvom, scalar, series'
'ocean_time'
'idHVav'
'v3dvar'
1.0d0
'uu' ! Output
'time-averaged u-momentum times u-momentum'
'meter2 second-2' ! [m2/s2]
'uu, scalar, series'
'ocean_time'
'idUUav'
'u3dvar'
1.0d0
'uv' ! Output
'time-averaged u-momentum times v-momentum'
'meter2 second-2' ! [m2/s2]
'uv, scalar, series'
'ocean_time'
'idUVav'
'r3dvar'
1.0d0
'vv' ! Output
'time-averaged v-momentum times v-momentum'
'meter2 second-2' ! [m2/s2]
'uv, scalar, series'
'ocean_time'
'idVVav'
'v3dvar'
1.0d0
'tracer2' ! Output
'time-averaged squared tracer'
'tracer2' ! [tracer2]
'tracer2, scalar, series'
'ocean_time'
'idTTav(itrc)'
'r3dvar'
1.0d0
'Huontracer' ! Output
'time-averaged tracer u-volume flux'
'meter3 second-1 tracer' ! [m3/s tracer]
'Huontracer, scalar, series'
'ocean_time'
'iHUTav(itrc)'
'u3dvar'
1.0d0
'utracer' ! Output
'time-averaged u-momentum times tracer'
'meter second-1 tracer' ! [m/s tracer]
'utracer, scalar, series'
'ocean_time'
'idUTav(itrc)'
'u3dvar'
1.0d0
'Hvomtracer' ! Output
'time-averaged tracer v-volume flux'
'meter3 second-1 tracer' ! [m3/s tracer]
'Hvomtracer, scalar, series'
'ocean_time'
'iHVTav(itrc)'
'v3dvar'
1.0d0
'vtracer' ! Output
'time-averaged v-momentum times tracer'
'meter second-1 tracer' ! [m/s tracer]
'vtracer, scalar, series'
'ocean_time'
'idVTav(itrc)'
'v3dvar'
1.0d0
!
!-----------------------------------------------------------------------
! Define names of variables for diagnostic fields.
!-----------------------------------------------------------------------
!
! 2D momentum diagnostic terms.
!
'pvorticity_bar' ! Input/Output
'2D potential vorticity'
'meter-1 second-1' ! [1/m/s]
'pvorticity_bar, scalar, series'
'ocean_time'
'id2dPV'
'p2dvar'
1.0d0
'rvorticity_bar' ! Input/Output
'2D relative vorticity'
'second-1' ! [1/s]
'rvorticity_bar, scalar, series'
'ocean_time'
'id2dRV'
'p2dvar'
1.0d0
'ubar_accel' ! Input/Output
'2D u-momentum, acceleration term'
'meter second-2' ! [m/s2]
'ubar_accel, scalar, series'
'ocean_time'
'idDu2d(M2rate)'
'u2dvar'
1.0d0
'vbar_accel' ! Input/Output
'2D v-momentum, acceleration term'
'meter second-2' ! [m/s2]
'vbar_accel, scalar, series'
'ocean_time'
'idDv2d(M2rate)'
'v2dvar'
1.0d0
'ubar_prsgrd' ! Input/Output
'2D u-momentum, pressure gradient term'
'meter second-2' ! [m/s2]
'ubar_prsgrd, scalar, series'
'ocean_time'
'idDu2d(M2pgrd)'
'u2dvar'
1.0d0
'vbar_prsgrd' ! Input/Output
'2D v-momentum, pressure gradient term'
'meter second-2' ! [m/s2]
'vbar_prsgrd, scalar, series'
'ocean_time'
'idDv2d(M2pgrd)'
'v2dvar'
1.0d0
'ubar_cor' ! Input/Output
'2D u-momentum, Coriolis term'
'meter second-2' ! [m/s2]
'ubar_cor, scalar, series'
'ocean_time'
'idDu2d(M2fcor)'
'u2dvar'
1.0d0
'vbar_cor' ! Input/Output
'2D v-momentum, Coriolis term'
'meter second-2' ! [m/s2]
'vbar_cor, scalar, series'
'ocean_time'
'idDv2d(M2fcor)'
'v2dvar'
1.0d0
'ubar_hadv' ! Input/Output
'2D u-momentum, horizontal advection term'
'meter second-2' ! [m/s2]
'ubar_hadv, scalar, series'
'ocean_time'
'idDu2d(M2hadv)'
'u2dvar'
1.0d0
'ubar_xadv' ! Input/Output
'2D u-momentum, horizontal XI-advection term'
'meter second-2' ! [m/s2]
'ubar_xadv, scalar, series'
'ocean_time'
'idDu2d(M2xadv)'
'u2dvar'
1.0d0
'ubar_yadv' ! Input/Output
'2D u-momentum, horizontal ETA-advection term'
'meter second-2' ! [m/s2]
'ubar_yadv, scalar, series'
'ocean_time'
'idDu2d(M2yadv)'
'u2dvar'
1.0d0
'vbar_hadv' ! Input/Output
'2D v-momentum, horizontal advection term'
'meter second-2' ! [m/s2]
'vbar_hadv, scalar, series'
'ocean_time'
'idDv2d(M2hadv)'
'v2dvar'
1.0d0
'vbar_xadv' ! Input/Output
'2D v-momentum, horizontal XI-advection term'
'meter second-2' ! [m/s2]
'vbar_xadv, scalar, series'
'ocean_time'
'idDv2d(M2xadv)'
'v2dvar'
1.0d0
'vbar_yadv' ! Input/Output
'2D v-momentum, horizontal ETA-advection term'
'meter second-2' ! [m/s2]
'vbar_yadv, scalar, series'
'ocean_time'
'idDv2d(M2yadv)'
'v2dvar'
1.0d0
'ubar_hrad' ! Input/Output
'2D u-momentum, horizontal radiation stress term'
'meter second-2' ! [m/s2]
'ubar_hrad, scalar, series'
'ocean_time'
'idDu2d(M2hrad)'
'u2dvar'
1.0d0
'vbar_hrad' ! Input/Output
'2D v-momentum, horizontal radiation stress term'
'meter second-2' ! [m/s2]
'vbar_hrad, scalar, series'
'ocean_time'
'idDv2d(M2hrad)'
'v2dvar'
1.0d0
'ubar_hvisc' ! Input/Output
'2D u-momentum, horizontal viscosity term'
'meter second-2' ! [m/s2]
'ubar_hvisc, scalar, series'
'ocean_time'
'idDu2d(M2hvis)'
'u2dvar'
1.0d0
'ubar_xvisc' ! Input/Output
'2D u-momentum, horizontal XI-viscosity term'
'meter second-2' ! [m/s2]
'ubar_xvisc, scalar, series'
'ocean_time'
'idDu2d(M2xvis)'
'u2dvar'
1.0d0
'ubar_yvisc' ! Input/Output
'2D u-momentum, horizontal ETA-viscosity term'
'meter second-2' ! [m/s2]
'ubar_yvisc, scalar, series'
'ocean_time'
'idDu2d(M2yvis)'
'u2dvar'
1.0d0
'vbar_hvisc' ! Input/Output
'2D v-momentum, horizontal viscosity term'
'meter second-2' ! [m/s2]
'vbar_hvisc, scalar, series'
'ocean_time'
'idDv2d(M2hvis)'
'v2dvar'
1.0d0
'vbar_xvisc' ! Input/Output
'2D v-momentum, horizontal XI-viscosity term'
'meter second-2' ! [m/s2]
'vbar_xvisc, scalar, series'
'ocean_time'
'idDv2d(M2xvis)'
'v2dvar'
1.0d0
'vbar_yvisc' ! Input/Output
'2D v-momentum, horizontal ETA-viscosity term'
'meter second-2' ! [m/s2]
'vbar_yvisc, scalar, series'
'ocean_time'
'idDv2d(M2yvis)'
'v2dvar'
1.0d0
'ubar_sstr' ! Input/Output
'2D u-momentum, surface stress term'
'meter second-2' ! [m/s2]
'ubar_sstr, scalar, series'
'ocean_time'
'idDu2d(M2sstr)'
'u2dvar'
1.0d0
'ubar_bstr' ! Input/Output
'2D u-momentum, bottom stress term'
'meter second-2' ! [m/s2]
'ubar_bstr, scalar, series'
'ocean_time'
'idDu2d(M2bstr)'
'u2dvar'
1.0d0
'vbar_sstr' ! Input/Output
'2D v-momentum, surface stress term'
'meter second-2' ! [m/s2]
'vbar_sstr, scalar, series'
'ocean_time'
'idDv2d(M2sstr)'
'v2dvar'
1.0d0
'vbar_bstr' ! Input/Output
'2D v-momentum, bottom stress term'
'meter second-2' ! [m/s2]
'vbar_bstr, scalar, series'
'ocean_time'
'idDv2d(M2bstr)'
'v2dvar'
1.0d0
!
! 3D momentum diagnostic terms.
!
'pvorticity' ! Input/Output
'potential vorticity'
'meter-1 second-1' ! [1/m/s]
'pvorticity, scalar, series'
'ocean_time'
'id3dPV'
'p3dvar'
1.0d0
'rvorticity' ! Input/Output
'relative vorticity, vertical component'
'second-1' ! [1/s]
'rvorticity, scalar, series'
'ocean_time'
'id3dRV'
'p3dvar'
1.0d0
'u_accel' ! Input/Output
'3D u-momentum, acceleration term'
'meter second-2' ! [m/s2]
'u_accel, scalar, series'
'ocean_time'
'idDu3d(M3rate)'
'u3dvar'
1.0d0
'v_accel' ! Input/Output
'3D v-momentum, acceleration term'
'meter second-2' ! [m/s2]
'v_accel, scalar, series'
'ocean_time'
'idDv3d(M3rate)'
'v3dvar'
1.0d0
'u_prsgrd' ! Input/Output
'3D u-momentum, pressure gradient term'
'meter second-2' ! [m/s2]
'u_prsgrd, scalar, series'
'ocean_time'
'idDu3d(M3pgrd)'
'u3dvar'
1.0d0
'v_prsgrd' ! Input/Output
'3D v-momentum, pressure gradient term'
'meter second-2' ! [m/s2]
'v_prsgrd, scalar, series'
'ocean_time'
'idDv3d(M3pgrd)'
'v3dvar'
1.0d0
'u_cor' ! Input/Output
'3D u-momentum, Coriolis term'
'meter second-2' ! [m/s2]
'u_cor, scalar, series'
'ocean_time'
'idDu3d(M3fcor)'
'u3dvar'
1.0d0
'v_cor' ! Input/Output
'3D v-momentum, Coriolis term'
'meter second-2' ! [m/s2]
'v_cor, scalar, series'
'ocean_time'
'idDv3d(M3fcor)'
'v3dvar'
1.0d0
'u_hadv' ! Input/Output
'3D u-momentum, horizontal advection term'
'meter second-2' ! [m/s2]
'u_hadv, scalar, series'
'ocean_time'
'idDu3d(M3hadv)'
'u3dvar'
1.0d0
'u_xadv' ! Input/Output
'3D u-momentum, horizontal XI-advection term'
'meter second-2' ! [m/s2]
'u_xadv, scalar, series'
'ocean_time'
'idDu3d(M3xadv)'
'u3dvar'
1.0d0
'u_yadv' ! Input/Output
'3D u-momentum, horizontal ETA-advection term'
'meter second-2' ! [m/s2]
'u_yadv, scalar, series'
'ocean_time'
'idDu3d(M3yadv)'
'u3dvar'
1.0d0
'v_hadv' ! Input/Output
'3D v-momentum, horizontal advection term'
'meter second-2' ! [m/s2]
'v_hadv, scalar, series'
'ocean_time'
'idDv3d(M3hadv)'
'v3dvar'
1.0d0
'v_xadv' ! Input/Output
'3D v-momentum, horizontal XI-advection term'
'meter second-2' ! [m/s2]
'v_xadv, scalar, series'
'ocean_time'
'idDv3d(M3xadv)'
'v3dvar'
1.0d0
'v_yadv' ! Input/Output
'3D v-momentum, horizontal ETA-advection term'
'meter second-2' ! [m/s2]
'v_yadv, scalar, series'
'ocean_time'
'idDv3d(M3yadv)'
'v3dvar'
1.0d0
'u_vadv' ! Input/Output
'3D u-momentum, vertical advection term'
'meter second-2' ! [m/s2]
'u_vadv, scalar, series'
'ocean_time'
'idDu3d(M3vadv)'
'u3dvar'
1.0d0
'v_vadv' ! Input/Output
'3D v-momentum, vertical advection term'
'meter second-2' ! [m/2]
'v_vadv, scalar, series'
'ocean_time'
'idDv3d(M3vadv)'
'v3dvar'
1.0d0
'u_hrad' ! Input/Output
'3D u-momentum, horizontal radiation stress term'
'meter second-2' ! [m/s2]
'u_hrad, scalar, series'
'ocean_time'
'idDu3d(M3hrad)'
'u3dvar'
1.0d0
'v_hrad' ! Input/Output
'3D v-momentum, horizontal radiation stress term'
'meter second-2' ! [m/s2]
'v_hrad, scalar, series'
'ocean_time'
'idDv3d(M3hrad)'
'v3dvar'
1.0d0
'u_vrad' ! Input/Output
'3D u-momentum, vertical radiation stress term'
'meter second-2' ! [m/s2]
'u_vrad, scalar, series'
'ocean_time'
'idDu3d(M3vrad)'
'u3dvar'
1.0d0
'v_vrad' ! Input/Output
'3D v-momentum, vertical radiation stress term'
'meter second-2' ! [m/2]
'v_vrad, scalar, series'
'ocean_time'
'idDv3d(M3vrad)'
'v3dvar'
1.0d0
'u_hvisc' ! Input/Output
'3D u-momentum, horizontal viscosity term'
'meter second-2' ! [m/s2]
'u_hvisc, scalar, series'
'ocean_time'
'idDu3d(M3hvis)'
'u3dvar'
1.0d0
'u_xvisc' ! Input/Output
'3D u-momentum, horizontal XI-viscosity term'
'meter second-2' ! [m/s2]
'u_xvisc, scalar, series'
'ocean_time'
'idDu3d(M3xvis)'
'u3dvar'
1.0d0
'u_yvisc' ! Input/Output
'3D u-momentum, horizontal ETA-viscosity term'
'meter second-2' ! [m/s2]
'u_yvisc, scalar, series'
'ocean_time'
'idDu3d(M3yvis)'
'u3dvar'
1.0d0
'v_hvisc' ! Input/Output
'3D v-momentum, horizontal viscosity term'
'meter second-2' ! [m/s2]
'v_hvisc, scalar, series'
'ocean_time'
'idDv3d(M3hvis)'
'v3dvar'
1.0d0
'v_xvisc' ! Input/Output
'3D v-momentum, horizontal XI-viscosity term'
'meter second-2' ! [m/s2]
'v_xvisc, scalar, series'
'ocean_time'
'idDv3d(M3xvis)'
'v3dvar'
1.0d0
'v_yvisc' ! Input/Output
'3D v-momentum, horizontal ETA-viscosity term'
'meter second-2' ! [m/s2]
'v_yvisc, scalar, series'
'ocean_time'
'idDv3d(M3yvis)'
'v3dvar'
1.0d0
'u_vvisc' ! Input/Output
'3D u-momentum, vertical viscosity term'
'meter second-2' ! [m/s2]
'u_vvisc, scalar, series'
'ocean_time'
'idDu3d(M3vvis)'
'u3dvar'
1.0d0
'v_vvisc' ! Input/Output
'3D v-momentum, vertical viscosity term'
'meter second-2' ! [m/s2]
'v_vvisc, scalar, series'
'ocean_time'
'idDv3d(M3vvis)'
'v3dvar'
1.0d0
!
! Tracer diagnostics terms. Notice that the variable names are generic
! to allow string concatenation with the actual tracer name. These
! entries MUST be entered in this file after all the active and
! passive tracer variable information.
!
'_rate' ! Input/Output
'time rate of change'
'second-1' ! [1/s T]
'_rate, scalar, series'
'ocean_time'
'idDtrc(iTrate)'
'r3dvar'
1.0d0
'_hadv' ! Input/Output
'horizontal advection term'
'second-1' ! [1/s T]
'_hadv, scalar, series'
'ocean_time'
'idDtrc(iThadv)'
'r3dvar'
1.0d0
'_xadv' ! Input/Output
'horizontal XI-advection term'
'second-1' ! [1/s T]
'_xadv, scalar, series'
'ocean_time'
'idDtrc(iTxadv)'
'r3dvar'
1.0d0
'_yadv' ! Input/Output
'horizontal ETA-advection term'
'second-1' ! [1/s T]
'_yadv, scalar, series'
'ocean_time'
'idDtrc(iTyadv)'
'r3dvar'
1.0d0
'_vadv' ! Input/Output
'vertical advection term'
'second-1' ! [1/s T]
'_vadv, scalar, series'
'ocean_time'
'idDtrc(iTvadv)'
'r3dvar'
1.0d0
'_hdiff' ! Input/Output
'horizontal diffusion term'
'second-1' ! [1/s T]
'_hdiff, scalar, series'
'ocean_time'
'idDtrc(iThdif)'
'r3dvar'
1.0d0
'_xdiff' ! Input/Output
'horizontal XI-diffusion term'
'second-1' ! [1/s T]
'_xdiff, scalar, series'
'ocean_time'
'idDtrc(iTxdif)'
'r3dvar'
1.0d0
'_ydiff' ! Input/Output
'horizontal ETA-diffusion term'
'second-1' ! [1/s T]
'_ydiff, scalar, series'
'ocean_time'
'idDtrc(iTydif)'
'r3dvar'
1.0d0
'_sdiff' ! Input/Output
'horizontal S-diffusion rotated tensor term'
'second-1' ! [1/s T]
'_sdiff, scalar, series'
'ocean_time'
'idDtrc(iTsdif)'
'r3dvar'
1.0d0
'_vdiff' ! Input/Output
'vertical diffusion term'
'second-1'
'_vdiff, scalar, series'
'ocean_time'
'idDtrc(iTvdif)'
'r3dvar'
1.0d0
!
!-----------------------------------------------------------------------
! Forward trajectory variables for tangent linear and adjoint models.
!-----------------------------------------------------------------------
!
'rzeta' ! Input/Output
'RHS of free-surface equation'
'meter3 second-1' ! [m3/s]
'rzeta, scalar, series'
'ocean_time'
'idRzet'
'r2dvar'
1.0d0
'rubar' ! Input/Output
'RHS of vertically integrated u-momentum'
'meter4 second-2' ! [m4/s2]
'rubar, scalar, series'
'ocean_time'
'idRu2d'
'u2dvar'
1.0d0
'rvbar' ! Input/Output
'RHS of vertically integrated v-momentum'
'meter4 second-2' ! [m4/s2]
'rvbar, scalar, series'
'ocean_time'
'idRv2d'
'v2dvar'
1.0d0
'rufrc' ! Input/Output
'RHS of vertically integrated u-coupling terms'
'meter4 second-2' ! [m4/s2]
'rufrc, scalar, series'
'ocean_time'
'idRuct'
'u2dvar'
1.0d0
'rvfrc' ! Input/Output
'RHS of vertically integrated v-coupling terms'
'meter4 second-2' ! [m4/s2]
'rvfrc, scalar, series'
'ocean_time'
'idRvct'
'v2dvar'
1.0d0
'DU_avg1' ! Input/Output
'time averaged u-flux for 2D equations'
'meter3 second-1' ! [m3/s]
'DU_avg1, scalar, series'
'ocean_time'
'idUfx1'
'u2dvar'
1.0d0
'DU_avg2' ! Input/Output
'time averaged u-flux for 3D equations coupling'
'meter3 second-1' ! [m3/s]
'DU_avg2, scalar, series'
'ocean_time'
'idUfx2'
'u2dvar'
1.0d0
'DV_avg1' ! Input/Output
'time averaged v-flux for 2D equations'
'meter3 second-1' ! [m3/s]
'DV_avg1, scalar, series'
'ocean_time'
'idVfx1'
'v2dvar'
1.0d0
'DV_avg2' ! Input/Output
'time averaged v-flux for 3D equations coupling'
'meter3 second-1' ! [m3/s]
'DV_avg2, scalar, series'
'ocean_time'
'idVfx2'
'v2dvar'
1.0d0
'ru' ! Input/Output
'RHS of total u-momentum'
'meter4 second-2' ! [m4/s2]
'ru, scalar, series'
'ocean_time'
'idRu3d'
'u3dvar'
1.0d0
'rv' ! Input/Output
'RHS of total v-momentum'
'meter4 second-2' ! [m4/s2]
'rv, scalar, series'
'ocean_time'
'idRv3d'
'v3dvar'
1.0d0
!
!-----------------------------------------------------------------------
! Varational data assimilation variables.
!-----------------------------------------------------------------------
!
'Nobs' ! Input
'number of observations per survey time'
'nondimensional' ! [nondimensional]
'nulvar'
'nulvar'
'idNobs'
'nulvar'
1.0d0
'survey_time' ! Input
'observations survey time'
'day' ! [day]
'nulvar'
'nulvar'
'idOday'
'nulvar'
1.0d0
'obs_type' ! Input
'model state variable associated with observation'
'nondimensional' ! [nondimensional]
'nulvar'
'datum'
'idOtyp'
'nulvar'
1.0d0
'obs_provenance' ! Input
'observation origin'
'nondimensional' ! [nondimensional]
'nulvar'
'datum'
'idOpro'
'nulvar'
1.0d0
'obs_time' ! Input
'time of observation'
'day' ! [day]
'nulvar'
'datum'
'idObsT'
'nulvar'
1.0d0
'obs_lon' ! Input
'observation longitude'
'degrees_east' ! [degrees_east]
'nulvar'
'datum'
'idOlon'
'nulvar'
1.0d0
'obs_lat' ! Input
'observation latitude'
'degrees_north' ! [degrees_north]
'nulvar'
'datum'
'idOlat'
'nulvar'
1.0d0
'obs_depth' ! Input/Output
'depth of observation'
'meter' ! [m]
'nulvar'
'datum'
'idObsD'
'nulvar'
1.0d0
'obs_Xgrid' ! Input
'x-grid observation location'
'nondimensional' ! [nondimensional]
'nulvar'
'datum'
'idObsX'
'nulvar'
1.0d0
'obs_Ygrid' ! Input
'y-grid observation location'
'nondimensional' ! [nondimensional]
'nulvar'
'datum'
'idObsY'
'nulvar'
1.0d0
'obs_Zgrid' ! Input/Output
'z-grid observation location'
'nondimensional' ! [nondimensional]
'nulvar'
'datum'
'idObsZ'
'nulvar'
1.0d0
'obs_value' ! Input
'observation value'
'state variable units' ! [state units]
'nulvar'
'datum'
'idOval'
'nulvar'
1.0d0
'obs_variance' ! Input
'observation global variance'
'squared state variable units' ! [squared state units]
'nulvar'
'datum'
'idOvar'
'nulvar'
1.0d0
'obs_error' ! Input
'observation error, assigned weight'
'inverse squared state variable units' ! [1/(squared state units)]
'nulvar'
'datum'
'idOerr'
'nulvar'
1.0d0
'obs_scale' ! Output
'observation screening/normalization scale'
'nondimensional'
'nulvar'
'datum'
'idObsS'
'nulvar'
1.0d0
'Kh' ! Input
'convolution horizontal diffusion coefficient'
'meter2 second-1' ! [m2/s]
'Kh, scalar, series'
'ocean_time'
'idKhor'
'r2dvar'
1.0d0
'Kv' ! Input
'convolution vertical diffusion coefficient'
'meter2 second-1' ! [m2/s]
'Kv, scalar, series'
'ocean_time'
'idKver'
'w3dvar'
1.0d0
'NLmodel_initial' ! Output
'initial nonlinear model at observation locations'
'nulvar'
'nulvar'
'datum'
'idNLmi'
'nulvar'
1.0d0
'NLmodel_value' ! Output
'nonlinear model at observation locations'
'nulvar'
'nulvar'
'datum'
'idNLmo'
'nulvar'
1.0d0
'TLmodel_value' ! Output
'tangent linear model at observation locations'
'nulvar'
'nulvar'
'datum'
'idTLmo'
'nulvar'
1.0d0
'misfit_initial' ! Output
'initial model-observation misfit'
'nulvar'
'nulvar'
'datum'
'idMOMi'
'nulvar'
1.0d0
'misfit_final' ! Output
'final model-observation misfit'
'nulvar'
'nulvar'
'datum'
'idMOMf'
'nulvar'
1.0d0
'BgError_value' ! Output
'Background error at observation locations'
'nulvar'
'nulvar'
'datum'
'idBgEr'
'nulvar'
1.0d0
'BgThresh_value' ! Output
'Threshold for background quality control check of observations'
'nulvar'
'nulvar'
'datum'
'idBgTh'
'nulvar'
1.0d0