Symbol Description Uses
H relaxation time scale (in seconds) on the 54
h Files with boundary conditions, 22
h sea ice concentration/effective thickness 0
H0 10
H0_valid 12
H0BYZ0 5
h0byz0 6
h0FacC initial (and fixed in time) hFacC factor 37
h0FacS initial (and fixed in time) hFacS factor 23
h0FacW initial (and fixed in time) hFacW factor 23
h0FacZ fixed fractional thickness at vorticity points 24
h0FacZ fixed fractional thickness at vorticity points 0
H0VEG 2
h0veg 1
H1 2
h11 32
h12 30
h13 30
h21 32
h22 30
h23 30
h2o_time_lat 4
h2oexp 54
H2OEXPS 2
H2OKDIS 2
H2OMW 7
h2otbl 5
h2po4g 4
H3 2
h3po4g 6
H5 2
h81 32
h82 30
h83 30
h_after_uflux_SI 7
h_after_uflux_si 1
h_after_vflux_SI 7
H_streamice 145
h_streamice 38
H_streamIce 2
h_streamice_ad 6
h_streamice_diag 2
H_streamice_diag 1
H_streamice_prev 5
h_ubdry_values_SI 4
h_vbdry_values_SI 4
HACK_FOR_GMAO_CPL 2
hActual HEFFITD/AREAITD 51
hActual ice thickness of current category 0
hActual ice thickness of current category 0
hActual HEFFITD/AREAITD, regularized 0
hActualPre 19
HAF 3
hAlbIce ice thickness for albedo transition: thin/thick ice albedo 6
hAlbSnow snow thickness for albedo transition: snow/ground 12
hAlbSnow snow thickness for albedo transition: snow/ground 0
hAlbSnow snow thickness for albedo transition: snow/ice albedo 0
half 13
HALF 45
half_K 9
HALFMX 7
halfRL 86
halfRS 12
halo_dat 15
halpha 1
HALPHA 2
harmonic 11
hasNum1 7
hasNum2 7
hasWetCSCorners domain contains CS-type corners where dynamics is solved 8
have 5
HAVE_CLOC 2
HAVE_ETIME_FCT 2
HAVE_ETIME_SBR 2
HAVE_FDATE 2
HAVE_FLUSH 1
HAVE_LAPACK 5
HAVE_PTHREADS 2
HAVE_SETRLSTK 2
HAVE_SIGREG 7
HAVE_SYSTEM 7
haveRemainder 1
hBase 6
hbf 7
hbl 48
Hc Layer thickness at the tracer point (m) 6
hC Fractional vertical distance open to fluid temps. 6
hc 2
HC 4
Hcell 3
hCrit 4
HCUT 6
Hcw 4
Hd 4
hd 1
Hd35 7
hdiag mate number (in available diag. list) of the diagnostic 35
hdiag mate number (in available diag. list) of the diagnostic 0
hDiv 55
hDivFlow Div. Barotropic Flow [transport unit m3/s] 7
hDivScheme 4
HDRAG 6
hE Fractional vertical distance open to fluid temps. 3
head Statement start (e.g. phi = ) 48
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
head Statement start (e.g. phi = ) 0
HEADER_SIZE 42
HeatCapacity_Cp 72
heatFac 4
HeatFlux Atmospheric net surface heat flux (W/m^2) (+=upward). 20
HeatFlux ice front heat flux in W/m^2 0
HeatFlux Surface heat flux (W/m2). Positive flux is out of ocean 0
heatFlux 1
HeatFlux_atm net Heat flux on atmos. grid (W/m2, +=upward) 5
HeatFlux_ocn net Heat flux on ocean grid (W/m2, +=upward) 10
HeatFlux_ocn net Heat flux on ocean grid (W/m2, +=upward) 0
HeatFluxTime Time fraction over which term has been integrated. 6
HEATI 3
heatw 2
HEATW 4
HEFF effective ice thickness in m 165
HEFF scalar field to be advected 0
HEFF mean in-situ sea ice thickness 0
HEFF sea ice volume total 0
heff 6
hEff 3
heffActual 5
heffActualMult 5
HeffFile File containing initial sea-ice thickness 7
HEFFITD sea ice thickness by category 77
HEFFITD sea ice thickness by category 0
HEFFITD sea ice thickness by category 0
HEFFITD sea ice volume by category 0
heffitdpre 1
heffitdPre 3
HEFFITDpreTH 15
heffitdPreTH 1
HEFFITDtave 5
HEFFM mask for scalar field 69
hEffM 11
heffM 1
hEffNm1 3
HEFFpost 18
heffPR 3
HEFFpreTH 13
HEFFprev 14
HEFFtave 9
heffTooHeavy 3
heightStepE height of topographic step to East 3
heightStepN height of topographic step to North 3
heightStepS height of topographic step to South 3
heightStepW height of topographic step to West 3
hekman 3
HELMHOLTZ 3
here 5
HESAT 5
HESSIAN_MAIN 2
HESSUPD 2
hf 17
HF 8
HF2ocn_tave 9
hFac Fraction of cell in vertical which is open i.e how 5
hFac fractional thickness of W-cell 0
hFac fractional thickness of W-cell 0
hfac 4
hFac1tmp 11
hFac2tmp 5
hFac_FldC surface-level new thickness factor (grid-cell center) 2
hFac_FldS r* thickness-factor (grid-cell Southern-Edge) 4
hFac_FldS idem, South interface (V point) 0
hFac_FldW r* thickness-factor (grid-cell Western -Edge) 4
hFac_FldW idem, West interface (U point) 0
hFac_surfC New thickness factor of the surface level 23
hFac_surfNm1C prior values 6
hFac_surfNm1S 6
hFac_surfNm1W 6
hFac_surfS idem, South interface (V point) 10
hFac_surfW idem, West interface (U point) 10
hFacC 176
hfacC 63
HFacC 2
HFACC_CONST 1
HFACC_FX 1
HFACC_FXY 1
HFACC_FY 1
hFacCtave average thickness fraction of open water, Center 0
hFacCtmp 34
hFacCtmp2 1
hFacI fractional thickness of W-cell 7
hFacI thickness factors for w-cells (interface) 0
hFacInf Threshold (inf and sup) for fraction size of surface cell 16
hFacInfMOM 9
hFacLoc 3
hFacM 17
hFacMin Minimum fraction size of a cell (affects hFacC etc...) 9
hFacMinDp Minimum dimensional size of a cell (affects hFacC etc..., Pa) 6
hFacMinDr Minimum dimensional size of a cell (-> hFacC etc..., r units) 16
hFacMinDrDefault 6
hFacMinDz Minimum dimensional size of a cell (affects hFacC etc..., m) 6
hFacMnSz 23
hFacP 7
hFacS 116
HFacS 2
hfacS 14
HFACS_CONST 1
HFACS_FX 1
HFACS_FXY 1
HFACS_FY 1
hFacStave average thickness fraction of open water, South side 0
hFacSup 7
hFactmp 25
hFacU determine the no-slip boundary condition 7
hFacV determine the no-slip boundary condition 10
hFacW 118
hFacw 1
HFacW 2
hfacW 12
HFACW_CONST 1
HFACW_FX 1
HFACW_FXY 1
HFACW_FY 1
hFacWtave average thickness fraction of open water, West side 0
hFacZ fractional thickness at vorticity points 191
hFacZ open-water thickness at vorticity points 0
hFacZ fractional open water at vorticity points 0
hFacZ fractional open water at vorticity points 0
hFacZ fractional thickness at vorticity points 0
hFacZ fractional thickness at vorticity points 0
hfacZ 1
hFacZClosedE fractional open water to east 11
hFacZClosedN fractional open water to north 11
hFacZClosedS fractional open water to south 11
hFacZClosedW fractional open water to west 11
hFacZOpen 55
hFacZOpenI 5
hFacZOpenJ 5
hfl 11
Hfld Ground elevation [m] 10
hflux Net upward surface heat flux including shortwave in W/m^2 17
hflux0 6
hflux1 6
hflux_errfile 8
hflux_exfremo_intercept 6
hflux_exfremo_slope 6
hflux_interpMethod 8
hflux_lat0 7
hflux_lat_inc 7
hflux_lon0 7
hflux_lon_inc 8
hflux_nlat 8
hflux_nlon 8
hflux_x_si 1
hflux_x_SI 16
hflux_x_SI2 5
hflux_y_si 1
hflux_y_SI 16
hflux_y_SI2 5
hfluxconst 5
hfluxfile 13
HFluxFile 5
hfluxi 3
hfluxm_errfile 4
hfluxmask 6
hfluxmeanbar 5
hfluxmeanbarfile 10
hfluxo 3
hfluxperiod 8
hfluxRepCycle 6
hfluxstartdate1 5
hfluxstartdate2 5
hfluxStartTime 7
hFrz 4
hfs 1
HFsiGlob 4
HFsiTile 5
HFtave Net surface heat-flux [W/m2, +=upward] 9
hght 9
hghtc 3
hghtz 4
hguess 36
hh 37
hHead 4
hHi 6
hhm 5
hhmmss 36
hhmmssMax 3
hhmmssMin 3
hhp 5
hi ice height [m] 4
hIce ice height [m] 76
hIce ice height [m] 0
hIce ice height [m] 0
hIce ice height [m] 0
hice 7
HICE_ACTUAL actual ice thickness 6
hice_reg_sq 11
hIceEpsil 4
hIceMin Minimum ice thickness [m] 14
hiceMin 4
high 12
highFac high order term factor 7
highOrderVorticity use 3rd/4th order interp. of vorticity (V.I., advection) 21
hiMax Maximum ice thickness [m] 11
hinit 4
hk 14
hl latent heat flux into ocean in W/m^2 12
hL left end of range over which g(h) > 0 32
hL right end of range over which g(h) > 0 0
hL left end of range over which g(h) > 0 0
hL right end of range over which g(h) > 0 0
hl0 6
hl1 6
hl_const 5
hl_exfremo_intercept 5
hl_exfremo_slope 5
hl_file 12
hl_interpMethod 8
hl_lat0 7
hl_lat_inc 7
hl_lon0 7
hl_lon_inc 8
hl_mask 5
hl_nlat 8
hl_nlon 8
hl_period 8
hl_RepCycle 6
hl_startdate1 5
hl_startdate2 5
hl_StartTime 7
HLATN 3
hlatn 3
hlim 24
Hlimit ice thickness category limits (m), array of 10
hlimit 3
hLimit 27
Hlimit_c1 coefficients set in seaice_readparams.F to 8
Hlimit_c2 7
Hlimit_c3 5
HlimitMsgFormat 3
hLimitNew new advected category boundaries after seaice_growth 27
hlLocal sensible & latent heat flux over sea-ice 6
hLo 6
HLv 2
HLWDWN 7
hlwdwn 4
HLWTC 5
HLWUP 6
hlwup 3
hlyr individual ice layer thickness (m) 14
hlyr individual ice layer thickness (m) 0
hm 3
hmaskFlag 1
hMixCriteria criteria for mixed-layer diagnostic 11
hMixLay mixed layer thickness (> 0) [m] 20
hMixLayer Mixed layer depth [m] 22
hMixSmooth Smoothing parameter for mixed-layer diag (default=0=no smoothing) 9
hMlt 4
hmonob 3
hMxL_default default value for ocean MixLayer thickness [m] 6
hN Fractional vertical distance open to fluid temps. 3
HN 17
hn 5
hnew new ice layer thickness (m) 76
hnew new ice layer thickness (m) 0
hNewIce thickness of new ice to form 3
hNewIceMax new ice maximum thickness [m] 8
hNewSnow fresh snow accumulation [m] 6
hNewSnowAge new snow thickness that refreshes snow-age (by 1/e) 12
hNewSnowAge new snow thickness that refresh the snow-age (by 1/e) 0
hNewSnowAge new snow thickness that refresh the snow-age (by 1/e) 0
HO AKA lead closing parameter , demarcation thickness 7
HO_south Southern Ocean HO 8
hOceMxL thickness of the ocean mixed layer [m] 23
hOceMxl 2
HOI 2
HOL 35
holeMask 9
horizGridFile File containing horizontal-grid definition 7
horz_dat 36
HourAng 4
hoursPerDay number of hours in a calendars day. 6
hoursperday 8
hpo4g 6
hpot 4
hpr1 3
hpr2 4
hq height of mean rel. humidity 11
hqol 4
hr 6
hR 25
hRef 14
href 20
Hrelaxobcsbound 8
Hrelaxobcsinner 8
hrExp ridge e-folding scale (SEAICEredistFunc = 1) 23
hrExp ridge e-folding scale (SEAICEredistFunc = 1) 0
hrExp ridge e-folding scale (SEAICEredistFunc = 1) 0
hrExp ridge e-folding scale (SEAICEredistFunc = 1) 0
hrMax max ridge thickness (SEAICEredistFunc = 0) 18
hrMax max ridge thickness (SEAICEredistFunc = 0) 0
hrMax max ridge thickness (SEAICEredistFunc = 0) 0
hrMax max ridge thickness (SEAICEredistFunc = 0) 0
hrMin min ridge thickness 32
hrMin min ridge thickness 0
hrMin min ridge thickness 0
hrMin min ridge thickness 0
hs sensible heat flux into ocean in W/m^2 23
Hs Layer thickness at the V point (m) 9
hs snow height [m] 0
hS Fractional vertical distance open to fluid temps. 3
HS 22
hs0 6
hs1 6
hs_const 5
hs_exfremo_intercept 5
hs_exfremo_slope 5
hs_file 12
hs_interpMethod 8
hs_lat0 7
hs_lat_inc 7
hs_lon0 7
hs_lon_inc 8
hs_mask 5
hs_nlat 8
hs_nlon 8
hs_period 8
hs_RepCycle 6
hs_startdate1 5
hs_startdate2 5
hs_StartTime 7
HSALT effective sea ice salinity in g/m^2 61
HsaltFile File containing initial sea ice salt content 7
HSG Cell face in vertical 12
hsLocal sensible & latent heat flux over sea-ice 7
hsMax Maximum snow thickness [m] 8
HSNOW effective snow thickness in m 107
HSNOW mean in-situ snow layer depth 0
HSNOW snow volume total 0
hSnow snow height [m] 19
hSnow snow height [m] 0
hSnow snow height [m] 0
hsnow 5
hSnow1 snow height [m] 53
hSnow1 snow height [m] 0
hSnow1 snow height [m] 0
HSNOW_ACTUAL actual snow thickness 8
hsnowActual 5
hsnowActualMult 5
HsnowFile File containing initial snow thickness 7
HSNOWITD snow thickness by category 54
HSNOWITD snow thickness by category 0
HSNOWITD snow thickness by category 0
HSNOWITD snow volume by category 0
hSnowWetness snow depth (m) corresponding to maximum wetness 9
hSnowWetness snow depth (m) corresponding to maximum wetness 0
HSNWITDpreTH 7
hsnwPR 3
HSNWpreTH 5
HSQT2 6
HST 19
hstep 12
HSTURB 15
hsturb 13
hsub_dat 30
hsurf local surface layer depth 9
ht height of mean temperature 21
HT 1
hThickIce ice height below which fracEnMelt/Freez are applied [m] 13
hThinIce ice height above which fracEnMelt/Freez are applied [m] 14
htil 3
htmp 9
Htmp 2
HTMP 1
HtoC 6
htol 14
htotal 12
htotal2 8
hTransLay depth of the base of the transition layer (> 0) [m] 26
hu height of mean wind 17
HUGE 1
humid_fac dry-air - water-vapor molecular mass ratio (minus one) 29
humid_fac humidity factor for computing virtual potential temperature 0
humid_fac constant entering the evaluation of the virtual 0
huol 57
hUtave average zonal flow (=hFacW*uVel) (still in m/s !) 7
HVLUE 3
hVtave average merid.flow (=hFacS*vVel) (still in m/s !) 7
Hw Layer thickness at the U point (m) 16
hW Fractional vertical distance open to fluid temps. 3
hwide layer thicknesses (>=0) (m) 16
HybSigm Hybrid-Sigma vert. Coord coefficients 0
hybSigmFile File containing hybrid-sigma vertical coord. coeff. (2x 1.D) 11
hydrogSaltFile File containing initial hydrographic data (3-D) 16
hydrogThetaFile File containing initial hydrographic data (3-D) 23
hypotxy 4
HZ 5
hZoption forward mode option to select the way hFacZ is computed: 9