Symbol Description Uses
T temperature [degree C (IPTS-68)] 177
T potential temperature 0
t Matrix which applies to target-tile indices to get source-tile t indices, for neighbour entry n . 185
t Source-tile t X index offset in target to source connection (neighbour entry n ). 0
t Source-tile t Y index offset in target to source connection (neighbour entry n ). 0
t X-index range of this tile t halo-region to be updated with neighbour entry n . 0
t Y-index range of this tile t halo-region to be updated with neighbour entry n . 0
t Fields with boundary conditions, 0
t ocean u/v/w velocities, temperature/salinity 0
T relaxation time scale (in seconds) for T/S-points 0
t Files with boundary conditions, 0
t ocean u/v/w velocities, temperature/salinity 0
T temperature [degree C (IPTS-68)] 0
T potential temperature 0
T0 near-surface air temperature (2-dim) 77
T0 near-surface air temperature (2-dim) 0
T0 near-surface air temperature (2-dim) 0
T0 near-surface air temperature (2-dim) 0
T0 near-surface air temperature (2-dim) 0
T0 near-surface air temperature (2-dim) 0
t0 virtual temperature (K) 18
t0prd 10
T1 near-surface air temperature (from Pot.temp) 54
T1 near-surface air temperature (from Pot.temp) 0
T1 near-surface air temperature (from Pot.Temp) 0
T1 near-surface air temperature (from Pot.temp) 0
T1 near-surface air temperature (from Pot.temp) 0
t1 current tile id 160
t1 cum-sum at tile t2 origin function of 0
t1 cum-sum at tile t2 origin function of 0
t1 powers of temperature 0
T1s near-surface air temperature (from Pot.Temp) 5
t2 tile id of W. and S. neigbour tile 88
t2 cum-sum at tile t2 origin function of 0
t2 cum-sum at tile t2 origin function of 0
t2 powers of temperature 0
T2 38
t3 tile id of W. and S. neigbour tile 44
t3 powers of temperature 0
T3 14
T35 9
t3d 12
t3d_tmp 4
t4 powers of temperature 21
T4 10
T_F1 2
t_htf 3
t_mlt 11
t_ref 3
t_surf 9
T_var 21
TA temperature [K} (3-dim) 57
TA temperature (3-dim) 0
ta 50
Ta 7
taa 7
tab_coeffs1 88
tab_coeffs2 18
tab_coeffs3 67
TABLE 8
TABLUP 6
tact 37
tag 108
tagE0 Working variables for 1
TagE0 3
tagN0 Working variables for 1
TagN0 3
tagname 19
tags 18
tagS0 Working variables for 1
TagS0 3
tagW0 Working variables for 1
TagW0 3
tair air temperature (K) 0
tair Temp. for air temperature 0
Tair mean air temperature (K) at height ht (m) 55
Tair atmosphere boundary layer temperature [^oC] 0
TAIR 1
tair0 6
tair1 6
Tair_2D 6
tAlpha Linear EOS thermal expansion coefficient ( 1/degree ). 15
tamc 1
tamc_keys_i 26
tamckeys 1
tamckeys_cg2d 1
TanDelcl 5
TANGENT_SIMULATION 142
tanh 6
TANH 5
TanLat 4
tanPhiAtU tan of the latitude at U point. Used for spherical polar 4
TANPHIATU_CONST 1
TANPHIATU_FX 1
TANPHIATU_FY 1
tanPhiAtV tan of the latitude at V point. Used for spherical polar 4
TANPHIATV_CONST 1
TANPHIATV_FX 1
TANPHIATV_FY 1
tape 5
tapeBufferIO 9
tapeConcatIO 4
tapeFileCounter 14
tapeFileUnit 22
tapeFileUnitS 5
tapeMaxCounter 9
taperFct tapering function 35
taperFctHat 4
taperFctLoc 5
taperX 13
taperY 13
tapeSingleCpuIO 11
target 2
TARGET_AIX 7
TARGET_BGL 8
TARGET_CRAY_VECTOR 8
TARGET_CRAYXT 4
TARGET_DEC 2
TARGET_HP 2
TARGET_LAM 5
TARGET_NEC_SX 79
TARGET_SGI 7
TARGET_SUN 2
TARGET_T3E 6
targetdate 14
targetdate1 5
targetdate2 5
targetIhi 7
targetIlo 7
targetJhi 7
targetJlo 7
targetProc 5
targetTile 10
tarr 3
tarray 5
TARRAY 3
Tas 4
TatC temperature at C point 4
TatU temperature at U point 4
TatV temperature at V point 4
tau 66
tau0 4
tau1 4
TAU2 41
tau2_max 6
tau2_temp 7
tau_beta_eff_streamice 22
tau_beta_eff_streamice_ad 2
taua 3
taual 20
tauc 13
tauCD CD scheme coupling timescale ( s ) 9
taucl 11
tauclb 20
taucld 21
tauclf 18
taudx_SI 35
taudx_si 24
taudy_SI 35
taudy_si 24
TAUEDDY_INIT_VARIA 2
TAUEDDY_TENDENCY_APPLY_U 4
TAUEDDY_TENDENCY_APPLY_V 4
tauFac 5
tauh2o 7
tauhi 5
TAUI 16
tauice 4
taul 6
taulow 5
tauMax 4
taumid 5
TAUML 1
tauoz 3
taup 4
TAUR 16
tauras 5
tauRelax_MxL Relaxation time scale for MixLayer T [s] 9
tauRelax_MxL_salt Relaxation time scale for MixLayer S [s] 9
tauRelaxPTR 6
tauRelaxS 6
tauRelaxT 6
tauRelaxU 6
tauRelaxV 6
taurs 4
tauSaltClimRelax Relaxation to climatology time scale ( s ). 12
tauSaltClimRelax3Dim replaced by pkg/rbcs (3.D Relaxation B.Cs) 4
tauSaltRelax 5
tausto 10
tauThetaClimRelax Relaxation to climatology time scale ( s ). 14
tauThetaClimRelax3Dim replaced by pkg/rbcs (3.D Relaxation B.Cs) 4
tauThetaRelax 5
tauThetaZonRelax time-scale [s] for relaxation towards Zon.Aver. SST 7
tauto 27
tauTr1ClimRelax old parameter (will be removed 1 day) 5
tautype 5
tauu 4
tauu_errfile 6
tauuFile 7
tauum_errfile 2
tauv 4
tauv_errfile 6
tauv_jpt 6
tauv_jwght 6
tauvFile 7
tauvm_errfile 2
tauwv 3
taux Temp. for zonal wind stress 37
tauX Atmospheric zonal momentum flux at lower boundary (N/m^2). 21
tauX Zonal surface wind-stress (N/m^2). Same sign as the 0
taux zonal wind stress over ice at U point 0
taux Temp. for zonal wind stress 0
taux Temp. for zonal wind stress 0
TAUX 8
taux0 15
taux1 15
TauX_atm Zonal momentum flux on atmos. grid ( N/m^2, same 4
TauX_ocn Zonal momentum flux on ocean grid ( N/m^2, same 8
TauX_ocn Zonal momentum flux on ocean grid ( N/m^2, same 0
taux_onIce_cntr 3
tauxbar 17
tauxbarfile 12
tauxEddy The eddy stress used in the momentum equation of a residual model 6
tauxmask 2
tauXTime Time period over which flux field has been integrated. 7
tauXtime 1
tauy Temp. for merid. wind stress 11
tauY Atmospheric meridional momentum flux at lower boundary (N/m^2). 18
tauY Meridional surface wind-stress (N/m^2). Same sign as the 0
tauy meridional wind stress over ice at V point 0
tauy Temp. for merid. wind stress 0
tauy Temp. for merid. wind stress 0
TAUY 8
tauy0 14
tauy1 14
TauY_atm Meridional momentum flux on atmos. grid ( N/m^2, same 4
TauY_ocn Meridional momentum flux on ocean grid ( N/m^2, same 8
TauY_ocn Meridional momentum flux on ocean grid ( N/m^2, same 0
tauy_onIce_cntr 3
tauybar 17
tauybarfile 12
tauyEddy The eddy stress used in the momentum equation of a residual model 6
tauymask 2
tauYTime Time period over which flux field has been integrated. 7
tauYtime 1
tav0 4
tav1 4
tave0 6
tave1 6
TAVE_END_DIAGS 3
tave_lastIter (for state variable only) fraction of the last time 6
TAVE_STATEVARS 1
TAVE_THICKNESS 1
TAVE_TIME 1
taveDump 8
taveFreq Frequency with which time-averaged model state 39
tbar 49
tbar_gen 11
tbarfile 34
tBx 25
tBy 27
TC 54
tc 15
tcanopy 23
tcfc 5
tch4 20
tCnt 8
tco2 63
tcom 17
tcon 24
tCoord tile coordinate 6
tCoord tile coordinate 0
TCU 8
tcu 1
tcumn 4
tCyl 7
tCylIn Temperature of the cylinder inner boundary 5
tCylIn Temperature of the inner boundary of the cylinder 0
tCylOut Temperature of the cylinder outer boundary 5
tCylOut Temperature of the outer boundary cylinder 0
td 64
TD 10
Td 4
td1t 8
td2t 8
tda 26
tdat 15
tdatfile 7
TDAY 7
tdeep 22
tDel2 2
TDFIELDS 3
tdiag description of field in diagnostic 35
tdiag description of field in diagnostic 0
tDiffRtave vertical diffusion flux of Temperature (theta) 0
TdiffRtave 7
tdry 4
tdt3d 13
Te 1
TE_STORE_1 8
TE_STORE_2 9
TE_STORE_3 8
TE_STORE_4 7
tem 2
TEM 31
tem1 1
TEM1 17
TEM2CLIMATE 1
tem_init 1
TEM_INIT 1
temch4 3
temclm_init 1
TEMCLM_INIT 1
temco2 3
temn2o 3
temnep 3
temp 109
TEMP 32
temp0errfile 6
temp1 10
TEMP1 42
temp2 12
TEMP2 13
TEMP3 11
temp3 3
temp_addMass temperature of addMass array 16
temp_af ground temperature if above freezing 12
temp_af ground temperature if above freezing 0
temp_af ground temperature if above freezing 0
temp_bf ground temperature if below freezing 12
temp_bf ground temperature if below freezing 0
temp_bf ground temperature if below freezing 0
temp_EvPrRn temperature of Rain & Evap. 60
temp_hmask 20
TEMP_INTEGRATE Step forward Prognostic Eq for Temperature 2
temp_ufacemask 5
temp_useDWNSLP true if Down-Sloping flow applies to temperature 6
temp_vfacemask 5
tempAdvection Flag which turns advection of temperature on and off. 14
tempAdvScheme Temp. Horiz.Advection scheme selector 24
temparr 3
temparray 3
tempCheckPoint Flag indicating if it is time to write a non-permanent 8
tempDate 9
tempdate 6
tempDate1 6
tempDate2 6
tempDate_1 26
tempdiag 3
tempDiffusion diffusion of temperature on/off (flag not used) 4
temperature 3
temperrfile 6
tempForcing Flag which turns external forcing of temperature on/off 12
tempFrz ocean temperature in contact with ice (=seawater freezing point) (K) 14
tempgrid 31
tempi 1
tempid 7
tempij 20
tempImplVertAdv Turns on implicit vertical advection for Temperature 14
tempIsActiveTr Pot.Temp. is a dynamically active tracer 6
tempLdiag 4
tempLdiag2 3
tempMultiDimAdvec set to T if using multi-dim advection for Temp 9
tempor1 3
tempor2 3
tempoverlap 4
tempphy 54
tempPickup Flag indicating if it is time to write a non-permanent 5
tempr 3
tempref 4
tempSnowAlb temperature transition from ColdSnow to WarmSnow Alb. [oC] 7
tempSnowAlbL temperature transition from ColdSnow to WarmSnow Alb. (oC) 7
tempSOM_Advection set to T if using 2nd-Order Moment advection for Temp 14
tempStartAB number of previous gT/Temp time levels which are 17
tempStepping Turns temperature equation time-stepping on/off 24
temptile 17
tempU 4
tempu 16
tempV 4
tempv 9
tempVar 25
TEMPVAR 13
tempvar1 2
tempVar1 11
tempvar2 1
tempVar2 14
tempVertAdvScheme Temp. Vert. Advection scheme selector 14
tempVertDiff4 use vertical bi-harmonic diffusion for temperature 10
temuptann 4
tend end date of integration of float, in s. 93
tends 9
TENSIO 1
tensio 31
tension tension of horizontal flow 29
teos 48 coeffiencts of numerator and denominator 204
term1 33
term2 33
termp 1
termP 94
Terrmax Temperature convergence criteria [oC] 7
test 4
testndpm 6
testnhms 9
testnymd 23
TESTV 5
text test to write 12
Tf sea-water freezing temperature [oC] (function of S) 10
TF 15
Tf0kel Freezing temp of fresh water in Kelvin = 273.15 16
Tf0kel Freezing temp of fresh water in Kelvin = 273.15 0
tf11 3
tf12 3
tf22 3
TFACT 3
tFld Potential temp. 89
tFld potential temperature 0
tFld Potential temp. 0
tFld Pot.Temperature (3-D array) 0
tFld Pot.Temperature (3-D array) 0
tFld tracer field 0
tFld tracer field 0
tFld temperature field 0
tFld input and filtered temperature field 0
tFluxtave net surface heat flux (W/m^2, >0 for increase in theta) 7
tfluxX thickness flux in x direction 9
tfluxY thickness flux in y direction 9
TFM2 5
Tfmean 10
tFreeze 9
Tfreezing Freezing threshold temperature. 17
Tfreezing freezing threshold temperature 0
tFrz sea-water freezing temperature [oC] (function of S) 15
tFrz sea-water freezing temperature [oC] (function of S) 0
tFrz sea-water freezing temperature [oC] (function of S) 0
tFrzOce sea-water freezing temperature [oC] (function of S) 13
tFrzOce sea-water freezing temperature [oC] (function of S) 0
tFrzOce sea-water freezing temperature [oC] (function of S) 0
tg ground temperature [oC] (2 levels) 72
tg0 19
TG1 absolute temperature 8
tgN 3
tgNb target Neighbour entry 14
tgNb target Neighbour entry 0
tground 12
tgT 9
tgTile target tile 18
tgTile target tile 0
tGx 6
tGy 6
tgz 42
th 68
TH 52
th1 5
th2 5
th2o 66
ThA Pot.Temp. [K] (replace dry stat. energy)(3-dim) 10
ThA Pot.temperature [K] (3-dim) 0
ThA Pot.temperature [K] (3-dim) 0
thAir Air potential temp. in the BL [K] 5
thAir Temp for Air potential temp. in the BL [K] 0
ThAir 1
thAir0 6
thAir1 6
tHasOBE list of OBE active tiles 3
tHasOBN list of OBN active tiles 3
tHasOBS list of OBS active tiles 3
tHasOBW list of OBW active tiles 3
thaux 4
thbef 7
thdynbef 4
thdyntemp 7
the 25
THE_CORRECTION_STEP Step forward to next time step. Here applied to move restart conditions (saved in mid timestep) to correct level in time (only used for pre-c35). 0
THE_CORRECTION_STEP Step forward to next time step. 0
THE_MAIN_LOOP Main timestepping loop routine. 7
THE_MAIN_LOOP Main timestepping loop routine. 0
THE_MAIN_LOOP Main timestepping loop routine. 0
THE_MODEL_MAIN Primary driver for the MITgcm algorithm Called from WRAPPER level numerical code innvocation routine. On entry to THE_MODEL_MAIN separate thread and separate processes will have been established. Each thread and process will have a unique ID but as yet it will not be associated with a specific region in decomposed discrete space. 3
the_model_main Numerical code top-level driver routine 0
THE_MODEL_MAIN Primary driver for the MITgcm algorithm Called from WRAPPER level numerical code invocation routine. On entry to THE_MODEL_MAIN separate thread and separate processes will have been established. Each thread and process will have a unique ID but as yet it will not be associated with a specific region in decomposed discrete space. 0
THE_MODEL_MAIN Primary driver for the MITgcm algorithm Called from WRAPPER level numerical code invocation routine. On entry to THE_MODEL_MAIN separate thread and separate processes will have been established. Each thread and process will have a unique ID but as yet it will not be associated with a specific region in decomposed discrete space. 0
the_model_main Numerical code top-level driver routine 0
the_run_name string identifying the name of the model run 23
theArea 36
theBi 11
theBj 11
theCalendar type of calendar to use; available: 5
TheCalendar 2
theDel2 32
theEnergy total energy 10
theEng lat. band energy content 8
thefield 26
theHandle 8
them 5
theMax lat. band maximum value 178
theMax0 3
theMean lat. band mean value 220
theMean1 3
theMean2 3
theMeanG global mean value 53
theMin lat. band minimum value 199
theMin0 3
theProc Variables used in message building 32
theProc Variables used in message building 0
theProc Variables used in message building 0
theProc Variables used in message building 0
theProc Variables used in message building 0
theProc Variables used in message building 0
theps 5
thePx 11
thePy 11
theRecip_Dr 3
THERMODYNAMICS theta, salt + tracer equations driver. 3
THERMODYNAMICS (synchronous time-stepping) 0
THERMODYNAMICS (staggered time-stepping) 0
THERMODYNAMICS (synchronous time-stepping) 0
THERMODYNAMICS (staggered time-stepping) 0
thError 5
theSD 96
These 5
these 10
theSimulationMode forward mode or reverse mode simulation 258
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSimulationMode forward mode or reverse mode simulation 0
theSize Variables used in message building 32
theSize Variables used in message building 0
theSize Variables used in message building 0
theSize Variables used in message building 0
theSize Variables used in message building 0
theSize Variables used in message building 0
theta potential temperature (oC, held at pressure/tracer point) 512
theta sea surface temperature (K) 0
theta temperature and salinity of water at the 0
theta temperature and salinity of water at the 0
THETA 4
theta2PE 8
theta_bar 6
Theta_r Theta of receiver cell 9
thetaClimFile File containing surface theta climataology used 15
thetaConst Constant reference for potential temperature 14
thetaeq 1
thetaEq 46
thetaEuler Euler angle, rotation about new x-axis 7
thetaFld Potential Temperature field 3
thetaFreeze 15
theTag Working variables for 49
theTag Variables used in message building 0
theTag Variables used in message building 0
theTag Variables used in message building 0
theTag Variables used in message building 0
theTag Variables used in message building 0
theTag Variables used in message building 0
thetaHvR potential temperature at mid point level (HvR) 7
thetaICE averaged temperature of glacier interior 2
thetaIce 2
thetaLev 6
thetalev 6
thetalim 1
thetaLim 32
thetaLoc 6
thetaM 34
thetaMax 22
thetaMin unfortunate variable name ; replaced by xgOrigin 4
thetaP 34
thetaRad 6
thetaRef 37
thetaRelaxFile 9
thetatave potential temperature (oC, held at pressure/tracer point) 7
thetaUvel_bar 1
thetaVvel_bar 4
thetaVVel_bar 1
ThetFile 4
Thetfile 5
theType Variables used in message building 26
theType Variables used in message building 0
theType Variables used in message building 0
theType Variables used in message building 0
theType Variables used in message building 0
theType Variables used in message building 0
theVar lat. band variance 78
theVarG global variance 0
theVol lat. band volume (or area if locDr=1.) 112
theVolG global volume (or area if locDr=1.) 46
theVolMean 6
theyear 3
thgather 4
thice 2
thick_bd 2
thickFacC 6
thickFacF 3
thId 8
thindp 5
THIRD 3
thirdDim 3rd dimension of fields in current MFLDS file 11
THISDATE 4
thisDate 2
thisdate 2
THISHOST 4
thisProc 4
thisRad 5
thisTile 14
thisTIle 1
THISUSER 4
THISVER 4
thk_d thickness of donnor bottommost wet grid cell 17
thk_r thickness of receiver bottommost wet grid cell 25
thkz 3
thm 2
THM 6
Thmix 1
thmix 2
thnow 2
THNOW 6
thp 2
THP 10
thphy 31
thphytemp 7
threadArea 4
threadIsComplete 8
threadIsRunning 6
three 61
threeSixtyRS 10
THRU 4
THRU1 13
THRU2 7
THRUC 7
THRUL 7
THSICE_ADVDIFF 3
THSICE_ADVECTION 6
THSICE_ALBEDO 5
THSICE_AVE 5
THSICE_BALANCE_FRW 2
thSIce_calc_albNIR calculate Near Infra-Red Albedo 6
THSICE_CALC_THICKN 2
THSICE_CHECK 2
THSICE_CHECK_CONSERV 3
THSICE_CONST 2
THSICE_COST 2
thsice_cost_aux_r 1
THSICE_COST_DRIVER 2
THSICE_COST_FINAL 2
thsice_cost_ice_flag 6
thsice_cost_ice_i 1
THSICE_COST_INIT_VARIA 2
thsice_cost_objf 1
THSICE_COST_TEST 2
thSIce_deltaT ice model time-step, seaice thicken/extend [s] 43
thSice_deltaT 1
THSICE_DIAG_SUFX 15
thSIce_diagFreq Frequency^-1 for diagnostic output [s] 7
THSICE_DIAGNOSTICS_INIT 2
THSICE_DIAGNOSTICS_STATE 2
thSIce_diffK thickness (horizontal) diffusivity [m^2/s] 10
THSICE_DIFFUSION 2
THSICE_DO_ADVECT 6
THSICE_DO_EXCH 4
thSIce_dtTemp ice model time-step, solve4temp [s] 7
thsIce_dtTemp 1
THSICE_DYN_R 1
THSICE_EXTEND 2
THSICE_FLUX 1
THSICE_FRACEN_POWERLAW 6
THSICE_GET_BULKF 3
THSICE_GET_EXF 3
THSICE_GET_OCEAN 3
THSICE_GET_PRECIP 2
THSICE_GET_VELOCITY 3
THSICE_IMPL_TEMP 4
THSICE_INI_VARS 2
THSICE_INIT_FIXED 2
THSICE_MAIN 3
THSICE_MAP_EXF 2
THSICE_MNC_INIT 2
thSIce_mon_mnc write monitor to netcdf file 7
thSIce_mon_stdio write monitor to std-outp 5
thSIce_monFreq Frequency^-1 for monitor output [s] 8
THSICE_MONITOR 2
thSIce_multiDimAdv 4
THSICE_OCEMXLAYER 1
THSICE_OUTPUT 2
THSICE_PAR_C 1
THSICE_PAR_I 1
THSICE_PAR_L 1
THSICE_PAR_R 1
THSICE_PARM01 2
THSICE_PHYSPAR_R 1
thSIce_pickup_read_mnc pickup read w/ MNC 5
thSIce_pickup_write_mdsio pickup write w/ MDSIO 5
thSIce_pickup_write_mnc pickup write w/ MNC 9
THSICE_READ_PICKUP 2
THSICE_READPARMS 2
THSICE_RESHAPE_LAYERS 1
THSICE_SALT_PLUME 2
thSIce_skipThermo by-pass seaice thermodynamics 7
THSICE_SLAB_OCEAN 2
thSIce_snapshot_mdsio write snap-shot output using MDSIO 5
thSIce_snapshot_mnc write snap-shot output using MNC 7
THSICE_SOLVE4TEMP 3
THSICE_STEP_FWD 4
THSICE_STEP_TEMP 2
THSICE_TAVE_ARRAYS 1
thSIce_tave_mdsio write TimeAverage output using MDSIO 5
thSIce_tave_mnc write TimeAverage output using MNC 7
thSIce_taveFreq Frequency^-1 for time-Aver. output [s] 9
THSICE_TURNOFF_IO 2
THSICE_VARS 1
THSICE_WRITE_PICKUP 2
thSIceAdvScheme thSIce Advection scheme selector 26
thSIceBalanceAtmFW select balancing Fresh-Water flux from Atm+Land =0 : none ; =1 : uniform ; =2 : scaled by Precip 15
thSIceEnthp_InitFile File name for initial ice enthalpy 8
thSIceFract_InitFile File name for initial ice fraction 6
thSIceSnowA_InitFile File name for initial snow Age 6
thSIceSnowH_InitFile File name for initial snow thickness 6
thSIceThick_InitFile File name for initial ice thickness 6
thSIceTsurf_InitFile File name for initial surf. temp 6
thtgz 4
thv 7
THV 13
thx 9
thy 9
THZ 3
thz 1
Ti 6
TI1 24
TI11 28
TI12 28
TI2 56
TI3 32
TI4 30
TI5 18
tIc1 temperature of ice layer 1 [oC] 26
tIc1 temperature of ice layer 1 [oC] 0
tIc2 temperature of ice layer 2 [oC] 20
tIc2 temperature of ice layer 2 [oC] 0
TIC_TIME 2
tice 11
TICE 6
tIce 5
Tice1 temperature of ice layer 1 [oC] 22
tice1 1
Tice2 temperature of ice layer 2 [oC] 16
tice2 1
tIceFlag 8
ticeInMult 4
ticekey 12
ticeOutMult 5
TICES Seaice/snow surface temperature for each category 24
TICK 14
tid tape identifier. 10
tid tape identifier. 0
tId Tile edge to edge connection (of tile tId 46
tidal_freq 4
tidal_Hscale 3
tidalComponents number of tidal components to be applied 26
tidalPeriod tidal period (s) 9
tIhi index range in I that will be filled in target array 31
tIhi1 index range in I that will be filled in 1rst comp. array 12
tIhi2 index range in I that will be filled in 2nd comp. array 4
TILE 2
tile_carbon 10
tile_edge2edge Tile edge to edge connection (of tile tId 15
tile_fc Final cost function contribution from this tile 26
tile_flux 8
tile_FWload 5
tile_GCload 5
tile_mass 5
tile_mass_fw 5
tile_mass_gc 5
tile_mass_si 5
tile_sboarea 5
tile_wS 10
tile_wT 7
tile_xcom 5
tile_xcom_fw 5
tile_xoamc 5
tile_xoamc_si 5
tile_xoamp 5
tile_xoamp_fw 5
tile_ycom 5
tile_ycom_fw 5
tile_yoamc 5
tile_yoamc_si 5
tile_yoamp 5
tile_yoamp_fw 5
tile_zcom 5
tile_zcom_fw 5
tile_zoamc 5
tile_zoamc_si 5
tile_zoamp 5
tile_zoamp_fw 5
tileAMs 5
tileAMu 7
tileArea 85
tileAreaOB 22
tileavailable 2
tileBiE 4
tileBiN 4
tileBiS 4
tileBiW 4
tileBjE 4
tileBjN 4
tileBjS 4
tileBjW 4
tileCommModeE 7
tileCommModeN 7
tileCommModeS 7
tileCommModeW 7
tileDel2 15
tileEmP 5
tileFlow 50
tilefrac 40
tileHasOB this tile has OB at Northern/Southern/Eastern/Western edge 0
tileHasOBE 35
tileHasOBN 35
tileHasOBS 35
tileHasOBW 35
tileInFlow 22
tileIsActive 4
tileLine 27
tileMean 48
tileNo 9
tileNoE 8
tileNoN 7
tileNoS 7
tileNoW 8
tilePEav 5
tilePidE 7
tilePidN 7
tilePidS 7
tilePidW 7
tileSD 20
tileSum 5
tileSumMask 5
tileSumSST 5
tileTagRecvE 3
tileTagRecvN 3
tileTagRecvS 3
tileTagRecvW 3
tileTagSendE 3
tileTagSendN 3
tileTagSendS 3
tileTagSendW 3
tileTh2pe 5
tileVar 46
tileVlAv 7
tileVol 30
tileVSq 5
tileVSum 5
tileWHeat 7
tIlo index range in I that will be filled in target array 35
tIlo1 index range in I that will be filled in 1rst comp. array 14
tIlo2 index range in I that will be filled in 2nd comp. array 4
Time current time 4
time 43
time0 13
time00 7
time1 14
time2 16
TIME2FREQ2 2
time2write 6
TIME4ML 1
time4SnapShot 9
TIME_BOUND 4
time_dat 12
time_left 3
TIME_PER_TIMESTEP 6
TIME_PER_TIMESTEP_SFP 2
time_step 21
time_step_full 3
time_step_loc 25
time_step_rem 6
TimeAve total time over average 0
TimeAve_ time of temporal integration (s) *** for each thread *** 0
TIMEAVE_CUMUATE Time averaging package ( see pkg/timeave ). 0
timeave_cumul cumulated time for average 4
TIMEAVE_CUMUL_1K1T 3
TIMEAVE_CUMUL_1T Time averaging package ( see pkg/timeave ). 6
TIMEAVE_CUMUL_1VFC 3
TIMEAVE_CUMUL_2V 14
TIMEAVE_CUMUL_2VFC 5
TIMEAVE_CUMUL_DIF_1T 2
TIMEAVE_CUMULATE Update convection statistics. 58
TIMEAVE_CUMULATE Update convection statistics. 0
TIMEAVE_CUMULATE Update convection statistics. 0
timeAve_full full time_step multiple (used for for intermediate var.) 16
timeAve_half half time_step multiple (used for state variables) 24
TIMEAVE_INIT_FIXED 2
timeave_mdsio use mdsio for timeave output 7
timeave_mnc 16
TIMEAVE_NORMA_2V 7
TIMEAVE_NORMALIZE 149
TIMEAVE_RESET 262
TIMEAVE_STATV_WRITE Time averages. see pkg/timeave 2
TIMEAVE_STATVARS Time averaging package ( see pkg/timeave ). 3
TIMEAVE_SURF_FLUX 2
timebc1 6
timebc2 10
timeCO2budget 4
timeDamp 5
timediff 17
Timedim 5
Timeid 6
timein 36
timeint 25
timeintsecs 3
timeleft 3
timeminus 3
timemod 10
timenow 5
timePhase phase (in s) within the frequency period to write output 5
TIMER_CONTROL 6
TIMER_GET_TIME 7
TIMER_INDEX 6
TIMER_PRINTALL Computational timing summary 3
TIMER_PRINTALL Computational timing summary 0
TIMER_PRINTALL Computational timing summary 0
TIMER_START 170
TIMER_STOP 170
TIMERATIO 3
timeRec 18
timerNameLen Length of timer name 5
timerNames List of valid timer names 9
timerNames Table of timer names 0
timerStarts Timer counters for each timer and each thread 7
timerStatus START/STOP/RUNNING Status of the timer 7
timerStops 7
timerSys 7
timerT0Sys 4
timerT0User 4
timerT0Wall 4
timerUser 11
timerWall 11
times 26
timeSnowAge snow aging time scale (s) 6
timeSnowAge snow aging time scale (s) 0
TIMESTEP Step momentum fields forward in time 2
TIMESTEP Step momentum fields forward in time 0
TIMESTEP Step momentum fields forward in time 0
TIMESTEP_TRACER Step tracer field forward in time 4
TIMESTEP_TRACER Step tracer field forward in time 0
TIMESTEP_TRACER Step tracer field forward in time 0
TIMESTEP_TRACER Step tracer field forward in time 0
TIMESTEP_TRACER Step tracer field forward in time 0
TIMESTEP_TRACER Step tracer field forward in time 0
TIMESTEP_WVEL 2
timeunit 6
timeUnits 3
timevars 1
TIMFRC 3
TIMFRL 3
timList array of time-specifications (recorded in file) 44
timList array of time-info to write 0
timList array of time-specifications to write 0
timstp 12
timstp2 3
tins 10
TINY 2
tiStride index step in I that will be filled in target array 32
tiStride index step in I that will be filled in target arrays 0
tIter0 retired parameter 4
titleLine title or any descriptive comments (in file) 17
titleLine title or any descriptive comments 0
titleLine title or any descriptive comments 0
Tj 6
tJhi index range in J that will be filled in target array 31
tJhi1 index range in J that will be filled in 1rst comp. array 10
tJhi2 index range in J that will be filled in 2nd comp. array 6
tJlo index range in J that will be filled in target array 35
tJlo1 index range in J that will be filled in 1rst comp. array 10
tJlo2 index range in J that will be filled in 2nd comp. array 8
tjStride index step in J that will be filled in target array 32
tjStride index step in J that will be filled in target arrays 0
tk 29
tk100 20
tk1002 10
tke 28
TKEdissipation dissipation of TKE 3
tkel 4
TKEPrandtlNumber here, an empirical function of the Richardson number 6
tkesquare 3
TL 21
tl 8
TLAND land-surface temperature (2-dim) 6
TLAND land-surface temperature (2-dim) 0
tleft 10
tlen 4
tll 3
Tlmean 10
tloc temperature of bottommost wet grid box 6
tLoc local in-situ temperature, salinity, pressure 58
tLoc local in-situ temperature, salinity, pressure 0
tlower 6
TM 9
tm 22
TM_systemTime 2
TM_userTime 2
TM_wallClockTime 6
tmax 16
TMAX 3
tMax 11
tMaxNew 6
TMB 5
tMean 2
TMELT 8
tmfrc 2
tmidatfile 7
tmimask 4
tmin 18
tMin 11
tMinNew 7
tminv 15
TMINV 2
tmistartdate 5
tmistartdate1 5
tmistartdate2 5
TmixLoc ocean surface/mixed-layer temperature (in K) 3
TmlN same in Northern Hemisphere 9
TmlN_tile 5
TmlS Average mid-latitude temperature in the Southern Hemisphere 9
TmlS_tile 5
Tmlt1 Winton melting temperature: Tmlt1 = -mu_Tf * S_winton 19
tmp 261
tmp1 58
TMP1 35
tmp1k 35
tmp2 29
TMP2 2
tmp3 3
TMP3 2
tmp4 5
TMP4 5
TMP5 6
tmp_coeff 16
tmp_Glob 5
tmp_hFac 3
tmp_i 9
tmp_j 9
tmp_lat2 8
tmp_lon 6
tmp_lon2 8
tmp_sst 10
tmp_sum_weights 5
tmp_u 15
tmp_v 15
tmp_vec 5
tmp_WbarZ 5
tmp_weights 7
tmp_xC11 4
tmp_xCNINJ 4
tmp_yC11 4
tmp_yCNINJ 4
TMPA 37
tmpA 40
tmpa1 3
tmpa2 3
tmpa3 3
tmpAction 8
tmpAre 5
tmparr1 2
TMPB 34
tmpbar 9
tmpBlk 5
tmpBuf 52
tmpBufRL buffer ( RL type) passed to WRITE_1D_RL 12
tmpBufRL buffer ( RL type) passed to WRITE_1D_RL 0
tmpBufRL buffer ( RL type) passed to WRITE_1D_RL 0
tmpbulk 25
tmpC 18
tmpchp 3
tmpco2 7
tmpCur 10
tmpdate 3
tmpdiag 162
tmpdiag2 19
tmpdiff 3
tmpError 9
tmpFac 277
TMPFAC 3
tmpfac 5
tmpFac1 6
tmpFac2 6
tmpFact 15
tmpFdx 5
tmpFdy 5
tmpfe 14
tmpfield 12
tmpFlag temp. flag, =.T. until found final groung temp 10
tmpfld Temporary array used to load file in 24
tmpFld temporary working array 267
tmpFld temporary working array 0
tmpfld Temporary array used to compute & write Total Depth 0
tmpFld Temporary array used to compute & write Total Depth 0
tmpfld Temporary array used to compute & write Total Depth 0
tmpFld Temporary array used to compute & write Total Depth 0
tmpfld Temporary array used to compute & write Total Depth ; 0
tmpFld working temporary array 0
tmpFld working temporary array 0
tmpFld working temporary array 0
tmpfld1 8
tmpfld2 8
tmpfld2d 130
tmpfld3d 147
tmpfld3dloc 5
tmpFldRL 5
tmpFldS 5
tmpfldS 9
tmpFldU working temporary array 114
tmpFldU working temporary array 0
tmpFldU working temporary array 0
tmpFldU working temporary array 0
tmpFldV working temporary array 115
tmpFldV working temporary array 0
tmpFldV working temporary array 0
tmpFldV working temporary array 0
tmpFldW 5
tmpfldW 9
tmpFldX 36
tmpfldxz 46
tmpFldY 30
tmpfldyz 46
tmpFlx dummy array for surface fluxes and derivative vs Tsurf 4
tmpFracRL 5
tmpFrz 6
tmpgather 5
tmpGrd 15
tmpGrdU 19
tmpGrdV 19
tmphhmmss 5
tmpij 21
tmpimjm 11
tmpInitialFile 9
tmpINT1 6
tmpINT2 6
tmpiter 5
TMPL 15
tmpLev 3
tmplev 3
tmpLoc 14
tmpMask 34
tmpMax 14
tmpMeanGlo 4
tmpMin 4
tmpmin 1
tmpMk 56
tmpMlt 6
tmpmlx 5
tmpmm 19
tmpMsg 7
tmpmsk 6
tmpName 13
tmpnlay 3
tmpobs 17
tmpPgrnd 5
tmpplot1 4
tmpplot2 4
tmpplot3 4
tmppo4 9
tmpprec 3
tmpprofno 5
tmpQ 18
tmpRatio 6
tmprd 19
tmpRdN 2
tmpRH 4
tmpRS 13
tmpScal 8
tmpscal0 18
tmpscal1 148
tmpscal1itd 4
tmpscal2 117
tmpscal2itd 4
tmpscal3 45
tmpscal3itd 6
tmpscal4 28
tmpstrip 32
tmpsum 7
tmpSumGlo 4
tmpSumTile 5
tmpSurf 18
tmptest 2
tmpTime 8
tmpTrac 16
tmpU 75
tmpubar 10
tmpUE 9
tmpuobs 4
tmpUX 10
tmpV 109
tmpVal 188
tmpval 37
tmpVar 248
tmpvar 11
tmpvbar 10
tmpvec1 2
tmpvec2 4
tmpVisc 16
tmpVN 9
tmpvobs 4
tmpVol 86
tmpVolGlo 5
tmpVolTile 5
tmpVY 10
tmpW 21
tmpWke 4
tmpwti 8
tmpx 142
tmpy 5
tmpyymmdd 7
tmpz 36
tmscl 5
tmstp 10
TMSTP 4
TMSTPS4OCN 1
tN Rank of process owning tile tN (filled at run time). 141
tN local subgrid index of tile tN 0
tN rank of tile tN in full-tile list (without blank) 0
tn 8
tn2o 33
TN_STORE_1 8
TN_STORE_2 9
TN_STORE_3 8
TN_STORE_4 7
tnam 14
tname 9
tNcyc 13
tnum 21
tNx 49
tNy 44
tNY 1
to 36
TO 145
toa 4
tOce surface level oceanic temperature [oC] 5
tOce surface level oceanic temperature [oC] 0
tOceMxL temperature in the ocean mixed layer [oC] 32
tOceMxl 2
TOFDAYML 1
tol 5
told 5
tolerance 19
topexfile 17
topexintercept 9
topexmeanfile 4
topexperiod 11
topexslope 9
topexstartdate 15
topexstartdate1 5
topexstartdate2 5
topoFile File containing the topography of the surface (unit=m) 12
topoHloc Temporary array used to write surface topography 3
topoZ topographic height [m] (used mainly for atmosphere) 17
tot_flux 11
total_atmos_carbon 23
total_atmos_carbon_old 5
total_atmos_carbon_start 6
total_atmos_carbon_year 7
total_atmos_moles total number of moles in the Earth atmosphere 12
total_atmos_moles atmosphere total gas content (should be parameter) 0
total_atmos_moles atmosphere total gas content (should be parameter) 0
total_carbon 15
total_carbon_old 7
total_flux 12
total_ocean_carbon 16
total_ocean_carbon_old 8
total_ocean_carbon_start 6
total_ocean_carbon_year 7
totalDepth thickness of water column (inverse of recip_Rcol) 3
totalJFNKtimeSteps 7
totalKrylovFails 7
totalKrylovIters 7
totalKrylovItersLoc 6
totalNewtonFails 7
totalNewtonIters 7
totalNewtonItersLoc 4
totalTileCount Total number of tiles 10
totAMs 8
totAMu 10
totcld 9
totcost 7
totnum 1
totPhiHyd total hydrostatic Potential (anomaly, for now), 37
totPhihyd 3
totPrc Total Precipitation (including run-off) [kg/m2/s] 5
totrun_b 5
totSurfCorPTr 4
totup 4
tP 31
tp_errfile 8
TPI 12
tpmask 34
tpobs 34
tprof 5
TPROF 3
tpTimeMask 7
tpTimeMaskFile 8
Tr Relaxation temperature profile for lateral boundary region [^oC] 15
tr 3
TR 5
TR1 36
TR11 28
TR12 28
TR2 82
TR3 46
TR4 30
TR5 12
trac 4
TRAC 12
trac2d 20
trac2d_ubdry_values_SI 5
trac2d_vbdry_values_SI 5
trac_EvPrRn tracer conc. in Rain & Evap (old passive tracer code) 4
TracAB current tracer field (@ time-step n if applying AB on gTr 11
trace 10
tracer current time-step tracer field 272
tracer Tracer field, with tendencies 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
Tracer tracer field 100
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field at current time (input) 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field at current time step 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer tracer field 0
tracer potential temperature, salt or potential density prho 0
tracer potential temperature, salt or potential density prho 0
tracer tracer field 0
tracer tracer field at current time (input) 0
TRACER_FILL 1
tracerAdvScheme tracer advection scheme (old passive tracer code) 4
tracerDefault 10
tracerEnv 15
TracerFile 8
tracerId tracer Identificator (if > 0) ; = -1 or -2 when 37
tracerId tracer identifier 0
tracerId tracer identifier 0
tracerId tracer identifier 0
tracerIdentity Identifier for the tracer 38
tracerIdentity tracer identifier (required only for OBCS) 0
tracerIdentity tracer identifier 0
tracerIdentity tracer identifier (required only for OBCS) 0
tracerLoc 18
TracerN tracer field @ time-step n (Note: only used 18
tracerNum tracer number (1=Temp, 2=Salt, >2 : ptracer) 9
TracerRFile 8
TracerRfile 1
tracers 4
TRACERS_CORRECTION_STEP Finalise tracer steppin: 2
TRACERS_CORRECTION_STEP Finalise tracer stepping 0
TRACERS_IIGW_CORRECTION 2
tracForcingOutAB =1: take tracer (Temp,Salt,pTracers) forcing contribution 18
tracMinSize overlap minimum size for ptracers advection 6
tracNew next time-step tracer field 7
tracNew updated tracer field (after adding explicit contributions) 0
tracNm1 previous time-step tracer field 3
TRAINC 6
TRAINL 6
trair Relaxation temp. profile for air temperature 0
trair0 6
trair1 6
traj_cur 38
traj_cur_out 28
tran 43
tranal 5
trans_eff 4
transfc 5
transpbar 9
transpobs 6
transsh 7
transth 6
trant 26
trantcr 4
trApplyFlag [0]=update saltplume forcing T/S terms [1]=update gTr tendency 5
TRBDIF 5
TRBFLX 2
TRBITP 2
TRBL20 2
TRBL25 2
TRBLEN 3
trcFld current tracer field to update at the Edges 6
TRCNV 6
trcUnits 16
tRec0 time-record intex corresponding to the previous time-step 5
tRec1 1rst time-record intex just before current time 8
tRec2 2nd time-record intex just after current time 5
tRef reference vertical profile for potential temperature 65
tref 3
Tref 1
tRefFile File containing reference Potential Temperat. tRef (1.D) 9
trelax 9
TrelaxStevens 6
Tresid 4
TrFile 7
TRFile 2
trFld tracer field array with empty corners to fill 32
trFld tracer-field array which OBC applies to. 0
tri_surf_delta_q 4
tri_surf_delta_t 4
tri_surf_dflux_q 3
tri_surf_dflux_t 3
tri_surf_dtmass 3
trIdentity tracer identifier 123
trIdentity tracer identification number 0
trIdentity tracer identifier 0
trIdentity tracer identifier (required for KPP,GM) 0
trIdentity Index to let us know what tracer it is (1 for T, 2 for S) 0
trIdentity tracer identifier 0
trIdentity tracer identification number 0
TRIM 1
trIter 7
TRLSC 6
trnth2o 7
TRSHC 6
trStar future tracer field (modified) 0
truncSurfP 9
trUnits 16
trUseDiffKr4 true if this tracer uses vertical bi-harmonic diffusion 3
trUseGMRedi this tracer use GM-Redi 11
trUseGMRedi true if this tracer uses GM-Redi 0
trUseKPP this tracer use KPP 7
trUseKPP true if this tracer uses KPP 0
TRVDI 7
TRVDS 6
TRY_NEW_GETPWHERE 3
TS 15
ts 41
tS 15
ts1t 8
Ts2 surface temperature square [K^2] 18
TS2 24
ts2t 8
TS4 3
TS_STORE_1 8
TS_STORE_2 9
TS_STORE_3 8
TS_STORE_4 7
tSD 2
TSEA sea-surface temperature (2-dim) 6
TSEA sea-surface temperature (2-dim) 0
tSecs 4
Tsf surface (ice or snow) temperature [oC] 69
Tsf surface (ice or snow) temperature (oC) 0
Tsf surface temperature [K] 0
Tsf surface (ice or snow) temperature (local copy of tSrf1) 0
tsf 8
tsf_in 2
Tsf_in 1
TSFC surface temperature (clim.) (2-dim) 33
TSFC surface temperature (clim.) (2-dim) 0
TSFC surface temperature (clim.) (2-dim) 0
TSFC surface temperature (clim.) (2-dim) 0
tsfCel surface (ice or snow) temperature (oC) 6
TsfSq 4
TSICE sea-ice surface temperature (2-dim) 6
TSICE sea-ice surface temperature (2-dim) 0
TSKIN skin surface temperature (2-dim) 43
TSKIN skin surface temperature (2-dim) 0
TSKIN skin surface temperature (2-dim) 0
TSKIN skin surface temperature (2-dim) 0
TSNOW 6
tsnw 3
TSR 7
tsr 17
tsr_2d 3
Tsrf temperature at surface [oC] 38
tSrf surface (ice or snow) temperature [oC] 10
tSrf surface (ice or snow) temperature 0
tSrf surface (ice or snow) temperature [oC] 0
tSrf1 surface (ice or snow) temperature 5
TSRtave top-of-atm. shortwave radiation [W/m2] 9
tstar 26
tstart start date of integration of float, in s. 57
TSTD 3
tstep 3
tstrip 6
Tsurf surface temperature (2-dim) 42
Tsurf surface temperature (2-dim) 0
Tsurf surface temperature (2-dim) 0
Tsurf surface temperature (2-dim) 0
Tsurf surface temperature (2-dim) 0
Tsurf surface temperature (2-dim) 0
tSurf surface temperature 23
Tsurf updated seaice/snow surface temperature [deg.C] 0
tSurf surf. temperature [oC] 0
TSURF ocean surface temperature in Kelvin 4
TSURF surface temperature of ice/snow in Kelvin 0
TSURF updated surface temperature of ice/snow in Kelvin 0
tsurf 3
TsurfCor Pot.Temp Linear-Free-Surface correction term [K.r_Unit/s] 9
TSURFin 7
tsurfLoc 26
TSURFout 5
tsurfPrev 3
tsw 7
TSWclr 6
tt 37
TT 9
tt1t 8
tt2t 8
TT_CNV 10
TT_LSC 8
TT_LWclr 8
TT_PBL 9
TT_RLW 10
TT_RSW 9
TT_SWclr 7
tta 30
TTALPHA 18
ttalpha 2
ttas 5
ttdC 3
ttemp 49
ttemp2 6
TtendDiffh temperature tendency due to horiz. diffusion times thickness 5
TtendDiffh salinity tendency due to horiz. diffusion times thickness 0
TtendDiffr temperature tendency due to vert. diffusion times thickness 5
TtendDiffr salinity tendency due to vert. diffusion times thickness 0
TtendSurf temperature tendency due to surface forcing times thickness 5
TtendSurf salinity tendency due to surface forcing times thickness 0
TTENVD 9
TtN same in Northern Hemisphere 10
TtN_tile 5
ttp1 4
ttp2 3
ttp2y 5
ttp3 4
ttp4 3
ttp4y 3
ttp5 4
TtS Average tropical temperature in the Southern Hemisphere 10
TtS_tile 5
ttt 9
TTtave theta * theta 7
tu 7
tumin 3
tUnit4c 16
tupper 7
turb 6
turbfcc 8
TURBIO 2
turbq 12
turbStart true when doing a cold-start for turbulence 17
turbt 14
turbu 13
turbv 13
TURNOFF_MODEL_IO 4
tv 19
tval 9
tVol 2
Tw 3
TW_STORE_1 8
TW_STORE_2 9
TW_STORE_3 8
TW_STORE_4 7
two 79
TWO 42
two2 7
two89 1
TWO89 1
two_stream 7
twobal 1
TWOBAL 2
twoDigitYear when set, use 2-digit year extension YR 22
twoPI 4
twoRL 11
twoRS 2
twoThird 10
Tx 6
tx 10
TX 4
TX1 58
tx1 6
TX11 2
TX12 2
TX13 2
TX14 2
TX15 2
TX2 39
TX3 24
TX4 14
TX5 18
TX6 20
TX7 6
TX8 9
TX9 2
txbnd1 4
txbnd2 4
TXtave Surface stress [Pa=N/m2], zonal compon. 9
Ty 6
ty 10
tybnd1 4
tybnd2 4
tYear Fraction into year 12
tYear Fraction within year of myTime 0
tYear Fraction into year 0
tYear Fraction into year 0
tYear Fraction within year of myTime 0
tYear Fraction into year 0
TYEAR 15
TYPE tri_surf ! used by gcm_vert_diff 4
type_cur 28
types 6
TypPtr 9
TYtave Surface stress [Pa=N/m2], merid compon. 9
tyz4ocean 2
tz 19
TZ 1
TZL 6
tzl 6