Symbol Description Uses
v Vtype names | 99
v index into --------+ 0
v flag for missing values 0
v integer missing values: 1=IN, 2=OUT 0
v REAL*4 missing values: 1=IN, 2=OUT 0
v REAL*8 missing values: 1=IN, 2=OUT 0
v number of attributes [T,I,D] 0
v bi,bi indicies (0 if not applicable) 0
v text (character) attribute names 0
v text (character) attributes 0
v INT attribute names 0
v INT attributes 0
v REAL*8 attribute names 0
v REAL*8 attributes 0
v Vtype index 0
v Fields with boundary conditions, 0
v ocean u/v/w velocities, temperature/salinity 0
v Files with boundary conditions, 0
v ocean u/v/w velocities, temperature/salinity 0
V coefficients at C, U, and V points 9
V relaxation parameter for LSR-solver: U/V-component 0
V beta field on u and on v points 0
V = betaFacP1 in standard case, 0
V analog betaFacP1U/V 0
v1 Temp. for holding time 29
v1 Temp. for holding time 0
v1 Temp. for holding time 0
V1 16
v2 Temp. for holding time 19
v2 Temp. for holding time 0
v2 Temp. for holding time 0
v2Loc 3
v2oc square of ocean surface-level velocity [m2/s2] 4
v2ocMxL velocity (square) in the mixed layer [m2/s2] 10
v2zonDir minus sine of orientation angle at V point location 8
v3 Temp. for holding time 19
v3 Temp. for holding time 0
v3 Temp. for holding time 0
V350P 5
v3d wind speed, 2nd component (Y-dir) [m/s] 8
v3d wind speed, 2nd component (Y-dir) [m/s] 0
v4 Temp. for holding time 24
v4 Temp. for holding time 0
v4 Temp. for holding time 0
v4F bi-harmonic viscous flux 4
v4f 6
v_bdry_values_SI 21
v_bdry_values_SI_base 5
v_dummy 2
V_dummy 1
V_F1 2
v_flux_bdry_pert 4
v_flux_bdry_SI 9
v_flux_bdry_SI_0 4
v_flux_bdry_SI_1 5
v_interp_method 8
v_new_si 2
v_new_SI 6
V_new_si 2
V_obs 2
v_old_SI 6
v_shear 7
V_state 8
V_streamice 41
v_streamice 11
v_streamice_ad 2
v_streamice_diag 2
V_streamice_diag 1
V_streamice_dvals 2
v_surf 3
v_surf_diag 3
vAbs 17
VADV 3
VAHS 5
vahs 2
vai1 8
vai2 5
vaisd 3
val Eigenvalue (wavenumber) of the first baroclinic mode 19
val1 time that is checked 17
val1 time that is checked 0
val1 time that is checked 0
val_regMask corresponding mask value of region n in the region-mask 5
VALID 11
valid 10
validRange 16
value 9
values 13
values1 7
values2 7
VAPSIHG 13
VAPSIM 19
var values to be stored. 58
var values to be stored. 0
var2Du 92
var2Dv 18
var3Du 78
var3Dv 21
var_cur 8
var_interpMethod 4
var_lat0 7
var_lat_inc 6
var_lon0 5
var_lon_inc 6
var_max 9
var_min 11
var_name 4
var_nlat 7
var_nlon 4
var_symb 4
VARIABLE_SMRAREA_WEIGHT 3
varid 7
VARid 23
varid0 2
varid1 35
varid1a 6
varid1b 3
varid2 3
varid3 3
varid4 3
varid_intp1 3
varid_intp11 3
varid_intp2 3
varid_intp22 3
varid_intp3 3
varid_intp4 3
varid_intp5 3
varLoc 16
vartile 1
vave 7
VAWS1 12
VAZ0 13
vb 4
vbar 28
vBarC 8
vbarfile 11
vBarXm 11
vBarXp 11
vBarXY 16
vbd_SI 13
vbef 5
vBnd meridional velocity extended to boundaries 11
vc current ice velocity on C-grid 16
vC 5
Vcell 3
vCf 37
vCFL Courant-Friedrich-Levy number 46
vCFL Courant-Friedrich-Levy number 0
vCFL CFL number. 0
vCFL CFL number. 0
vCfl CFL number, meridional direction 7
vcLoc 8
vCoriolisTerm Coriolis term 25
vCoriolisTerm Coriolis term 0
vcount 6
VCT 5
VCU 20
vD2 5
vD4 7
vddiff 5
VDEN 15
VDICON 1
VDIFSC 2
vDissip 17
VDPSIH 18
VDPSIHC 12
VDPSIM 19
VDPSIMC 12
vDragTerms drag term 35
vDragTerms drag term 0
vDragTerms drag term 0
vdriftdat 2
vdrifterrfile 6
vdriftfile 6
vdt3d 5
vDudyFac 3
vDvdyFac 3
VDX 13
VDXPSIM 18
VDY 13
vdynbef 4
vdyntemp 19
VDZ0 25
VDZETA 23
VDZETA1 22
VDZETA2 14
VDZSEA 19
VE_STORE_1 8
VE_STORE_2 9
VE_STORE_3 8
VE_STORE_4 7
Vec field array containing current time values 2
vec 31
Vec0 field array holding previous reccord 0
Vec1 field array holding next reccord 0
vec_count 54
vec_count2 6
Vec_inScale input field scaling factor 0
vec_lat0 longitude and latitude of SouthWest corner of global input grid for *vec 0
vec_lat_inc vector y-grid increments for *vec 0
vec_loc 4
vec_loc_length 6
vec_lon0 longitude and latitude of SouthWest corner of global input grid for *vec 0
vec_lon_inc scalar x-grid increment for *vec 0
vec_nlat input x-grid and y-grid size for *vec 0
vec_nlon input x-grid and y-grid size for *vec 0
vec_quantities 11
vec_size 14
vec_start 49
vec_start2 6
vec_tmp 35
vec_tmp1 3
vec_tmp2 3
vec_tmp3 3
VECASSEMBLYBEGIN 2
VECASSEMBLYEND 2
vecBuf buffer vector array (Input/Output if copyTo=T/F) 8
vecBuf buffer vector array (Input/Output if copyTo=T/F) 0
VECCREATE 2
VECDESTROY 2
VecFile file-name for this vector compon. field 0
vecFld 13
VECGETVALUES 1
vecid 6
vecint vertical integral of eigenvector and/or square of eigenvector 13
VECMAX 3
VECMPI 2
VecName vector compon. short name (to print mesg) 0
VecPeriod time period (in sec) between 2 reccords 0
VecRemove_intercept 0
VecRemove_slope 0
VecRepeatCycle time duration of a repeating cycle 0
vecs All the eigenvectors of a water column 5
VECSETSIZES 2
VECSETTYPE 2
VECSETVALUES 2
VecStartTime corresponding starting time (in sec) for this vec 0
vector 20
vectorInvariantMomentum use Vector-Invariant form (mom_vecinv package) 20
veg_32 4
vegdata 18
vel0errfile 6
velco 11
velerrfile 6
velR vel. field in r-direction. 4
velSq 8
VERB 64
vert_dat 20
vert_diff_mod 2
VERT_TURB_DRIVER 1
vert_turb_driver_init 1
VERT_TURB_DRIVER_INIT 1
vert_turb_driver_mod 2
vertAdvecScheme advection scheme to use (vertical direction) 53
vertAdvecScheme advection scheme to use (Vertical direction) 0
vertAdvecScheme advection scheme to use (vertical direction) 0
VERTICAL_VELOCITY 7
verticalShear (squared) vertical shear of horizontal velocity 9
vertSetCount to count number of vertical array elements which are set. 25
vertShear 4
vertStructWst 7
vEulerMean The Eulerian mean Merid. velocity (residual less bolus velocity) 15
vEulerMean The Eulerian mean Merid. velocity (residual less bolus velocity) 0
vEulerMean The Eulerian mean Merid. velocity (residual less bolus velocity) 0
vF work space 29
vF viscous flux 0
vf 18
vfac vel.-flux in y-direction. 14
vfac vel.-flux in y-direction. 0
vfac vel.-flux in y-direction. 0
vfac vel.-flux in y-direction. 0
vface 17
vfFacMom Momentum viscosity tracer parameter 12
vFld v-component of vector field array with empty corners to fill 660
vFld v-component, at C-grid SOuth point location 0
vFld v-component, at C-grid SOuth point location 0
vFld 3-D local copy of horizontal velocity, merid. component 0
vFld meridional velocity 0
vFld Meridional velocity ( m/s ) 0
vFld Zonal and meridional flow 0
vFld Local copy of horizontal velocity field 0
vFld X = solution of: A_v * X = rhsV 0
vFld Local copy of horizontal velocity field 0
vFld Local copy of velocity field (3 components) 0
vFld v component of 2D vector 0
vFld Advection velocity field, meridional component 0
vFld Local copy of velocity field (3 components) 0
vFld meridional flow / CFL number 0
vFld meridional flow / CFL number 0
vFld meridional flow / CFL number 0
vFld Advection velocity field, meridional component 0
vFld meridional velocity (updated) 0
vFld Local copy of velocity field (3 components) 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld merdional flow 0
vFld meridional flow 0
vfld meridional flow 0
vFld horizontal flow, v component 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional velocity 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional velocity 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld meridional flow 0
vFld merid velocity 0
vFld horizontal velocity field, 2nd component (meridional) 0
vFld horizontal velocity field, 2nd component (meridional) 0
vFld u and v-components which OBC applies to. 0
vFld horizontal velocity field, 2nd component (meridional) 0
vFld Local copy of velocity field (3 components) 0
vFld velocity, meridional component 0
vFld ice velocity, v-component 0
vFld velocity field (V component) on which filter applies 0
vFld velocity field (V component) on which filter applies 0
vFld velocity field (V component) on which filter applies 0
vFld velocity field (V component) on which filter applies 0
vFld velocity field (V component) on which filter applies 0
vFld velocity field (V component) on which filter applies 0
vFld meridional flow 0
vFld meridional flow 0
vFldN 10
vFldOut copy of input field, 1rst component 6
vFldRL input AD-vector field, 2nd component 3
vFldRS input AD-vector field, 2nd component 3
vFldY 31
vFlow 4
vflux 5
vFluxtave meridional surface wind stress (N/m^2, 7
VG 17
VG0 13
VG2 3
VGBEE 3
VGBEEX 11
VGCHIL 4
VGCSAT 3
VGCSAX 11
vgdd 4
VGGR 4
VGLA 4
VGPH1 3
VGPH1X 8
VGPH2 3
VGPH2X 9
VGPSAT 3
VGPSAX 12
vgrd 4
vgrdrs 3
vgrf11 3
vgrf12 3
VGRN 3
vgroca 3
vgrotd 4
VGRPLN 3
VGRPLX 8
VGRST1 3
VGRST2 4
VGRST3 4
vgrt 4
VGSLOP 3
VGSLOX 6
VGTCF1 3
VGTCF2 3
VGTCF3 3
VGTLL 4
vgtr11 3
vgtr12 3
VGTU 4
VGUST wind speed for sub-grid-scale gusts 12
VGWMAX 18
vgz0 4
vgz2 4
VGZDEP 5
VGZDEX 11
VGZMEW 3
VH V integrated over layer (m^2/s) 9
VH0 9
vh0 6
vHeffExportCell 6
VHS 3
VHZ 12
vhz 8
vi <---+-----------+ 0
vi variable index 0
VI ice velocity components 5
vice Files with boundary conditions, 5
vice sea ice u/v drift velocities 0
VICE meridional ice velocity in m/s at South-West B-grid 50
VICE ice velocity 0
vIce local copies of the current ice velocity 143
vIce meridional ice velocity (input) 0
vIce correction of ice velocities 0
vIce ice velocity increment to be added to u/vIce 0
vIce ice velocity increment to be added to u/vIce (input) 0
vIce ice velocity increment to be added to u/vIce (updated) 0
vIce solution vector 0
vIce ice velocity on C-grid [m/s] 0
vIce current ice velocity on C-grid [m/s] 0
vIce ice velocity on C-grid [m/s] 0
vice_cntr 5
Vice_cntr 1
vice_fd 7
vIce_fd 7
vIceC average of VICE between last two time steps 56
VICEC 16
vicec 4
vIceFile File containing initial sea-ice V comp. velocity 8
vIceLHS LHS of momentum equations 23
vIceLHS left hand side of momentum equations 0
vIceLHS left hand side of momentum equation (A*x) 0
vIceLin 7
vIceLoc local copies of the current ice velocity 44
vIceLoc local copies of the current ice velocity 0
vIceLoc local copies of the current ice velocity 0
vIceLoc 0
vIceLoc local copies of the current ice velocity 0
vIceNm1 21
VICENM1 2
vIcePm1 8
vIceRes residual of sea-ice momentum equations 16
vIceRes initial residual of this Newton iterate 0
vIceRes residual of sea-ice momentum equations 0
vIceRes residual of sea-ice momentum equations (output) 0
vIceResP residual computed with u/vtp 3
vIceRHS righ hand side of momentum equations 14
vIceRHS RHS of momentum equations 0
vIceRHS right hand side of momentum equation (b) 0
VICEtave 9
vid identifies the variable to be stored on tape. 32
vid identifies the variable to be stored on tape. 0
vInt column integral of v velocity (sum v*dz) 5
VINT1 12
VINT2 6
virtcon 9
VIRTCON 10
VirtualFlux 4
VIS_TAVE 1
visa 8
Visbeck_K_T 8
VisbeckK 35
visc_full_dvals 2
visc_full_new_si 7
visc_streamice 33
visc_streamice_ad 2
visc_streamice_full 13
viscA Horizontal variable viscosities 0
viscA4 Biharmonic viscosity coeff. for mixing of 15
viscA4_D 30
viscA4_DLth 4
viscA4_Dlth 3
viscA4_DLthD 2
viscA4_DlthD 3
viscA4_DLthd 1
viscA4_DMax 4
viscA4_DMin 4
viscA4_DSmg 6
viscA4_s 2
viscA4_t 2
viscA4_W Horizontal biharmonic viscosity for vertical momentum 19
viscA4_W biharmonic horizontal viscosity (at W-Cell center) 0
viscA4_Z 45
viscA4_ZLth 7
viscA4_ZLthD 6
viscA4_ZMax 4
viscA4_ZMin 4
viscA4_ZSmg 4
visca4_zsmg 1
viscA4D Biharmonic viscosity coeff. for mixing of momentum laterally 19
viscA4Dfile File containing 3D specification of horizontal viscosity 9
viscA4Dfld full 3D specification of Bi-harmonic Viscosity 6
viscA4Grid non-dimensional grid-size dependent bi-harmonic viscosity 12
viscA4GridMax maximum and minimum biharmonic viscosity coefficients ... 9
viscA4GridMin in terms of non-dimensional grid-size dependent viscosity 8
viscA4Max Maximum biharmonic viscosity coeff. for mixing of 9
viscA4Re_max 7
viscA4ReMax Maximum Gridscale Reynolds number for 6
viscA4W Biharmonic viscosity coeff. for mixing of vertical 10
viscA4Z Biharmonic viscosity coeff. for mixing of momentum laterally 17
viscA4Zfile File containing 3D specification of horizontal viscosity 9
viscA4Zfld full 3D specification of Bi-harmonic Viscosity 6
viscAh Eddy viscosity coeff. for mixing of 13
viscAh3d_00 Smagorinsky viscosity @ grid-cell center 22
viscAh3d_00 Smagorinsky viscosity @ grid-cell center 0
viscAh3d_12 Smagorinsky viscosity @ grid-cell corner 12
viscAh3d_12 Smagorinsky viscosity @ grid-cell corner 0
viscAh3d_13 Smagorinsky viscosity @ above uVel 21
viscAh3d_13 Smagorinsky viscosity @ above uVel 0
viscAh3d_23 Smagorinsky viscosity @ above vVel 21
viscAh3d_23 Smagorinsky viscosity @ above vVel 0
viscAh_D 30
viscAh_DLth 4
viscAh_Dlth 3
viscAh_DLthD 2
viscAh_DlthD 3
viscAh_DLthd 1
viscAh_DMax 4
viscAh_DMin 4
viscAh_DSmg 9
viscAh_s 6
viscAh_t 6
viscAh_W Horizontal harmonic viscosity for vertical momentum 19
viscAh_W harmonic horizontal viscosity (at W-Cell center) 0
viscAh_Z 41
viscAh_ZLth 7
viscAh_ZLthD 6
viscAh_ZMax 4
viscAh_ZMin 4
viscAh_ZSmg 7
viscah_zsmg 1
viscAhD Eddy viscosity coeff. for mixing of momentum laterally 16
viscAhDfile File containing 3D specification of horizontal viscosity 9
viscAhDfld full 3D specification of Laplacian Viscosity 6
viscAhGrid non-dimensional grid-size dependent viscosity 11
viscAhGridMax maximum and minimum harmonic viscosity coefficients ... 6
viscAhGridMin in terms of non-dimensional grid-size dependent visc. 6
viscAhMax Maximum eddy viscosity coeff. for mixing of 9
viscAhRe_max 7
viscAhReMax Maximum gridscale Reynolds number for eddy viscosity 6
viscAhW Eddy viscosity coeff. for mixing of vertical 9
viscAhZ Eddy viscosity coeff. for mixing of momentum laterally 14
viscAhZfile File containing 3D specification of horizontal viscosity 9
viscAhZfld full 3D specification of Laplacian Viscosity 6
viscAp Eddy viscosity coeff. for mixing of momentum vertically ( Pa^2/s ) 5
viscAr 11
viscArDefault 6
viscArNr vertical profile of Eddy viscosity coeff. 37
viscArnr 1
viscAstrain replaced by standard viscosity coeff & useStrainTensionVisc 4
viscAtension replaced by standard viscosity coeff & useStrainTensionVisc 4
viscAz Eddy viscosity coeff. for mixing of momentum vertically ( m^2/s ) 5
viscC2leith Leith non-dimensional viscosity factor (grad(vort)) 10
viscC2leithD Modified Leith non-dimensional visc. factor (grad(div)) 11
viscC2smag Smagorinsky non-dimensional viscosity factor (harmonic) 9
viscC4leith Leith non-dimensional viscosity factor (grad(vort)) 11
viscC4leithD Modified Leith non-dimensional viscosity factor (grad(div)) 12
viscC4smag Smagorinsky non-dimensional viscosity factor (biharmonic) 9
viscC4Smag 1
viscFac 28
viscFacAdj 9
viscFacInAd viscosity factor for adjoint 6
visch 4
viscLoc 5
viscp 4
vk 10
VK 8
vk2 2
VK2 2
vKdqdxInt column integral of v*K*dqdx (sum v*K*dqdx*dz) 5
VKH 3
VKM 3
vkrm 3
VKRM 3
VKZE 11
VKZM 8
VLAI 3
vLoc volume transported (per time step) 21
vLoc current ice velocity on C-grid [m/s] 0
vMetricTerms metric term 10
vMetricTerms metric term 0
vMetricTerms metric term 0
vmid 21
vMxL_default default value for ocean current velocity in MxL [m/s] 7
VN geographic (east,north) ocean velocities at cell centers (m/s) 4
VN_STORE_1 8
VN_STORE_2 9
VN_STORE_3 8
VN_STORE_4 7
vname 98
vNb 5
VNice geographic (east,north) seaice velocities at cell centers (m/s) 5
vNM1 12
Vnm1 2
vol_Epsil 10
vol_trans 5
volFraction 9
volMean 8
VOLsumGlob 6
VOLsumGlob_0 6
VOLsumTile 5
voltomas 4
VOLTOMAS 2
volVar 9
vonk 16
vonK 2
vort 26
vort3 132
vort3BC same as vort3 but account for no-slip BC 8
vort3ij 6
vort3im 3
vort3ip 3
vort3mj 3
vort3mp 3
vort3pj 3
vort3pm 3
vort3r 88
vort3u 24
vort3v 24
vorticityFlag 4
votmp 2
VPDFAC 4
VPDSTR 9
VPDSTX 5
VPE 3
vPhase estimate of phase velocity for radiation condition 14
vPhase estimate of phase velocity for radiation condition 0
vphy 34
vphytemp 7
VPK 3
VPKE 5
vpke 2
vpmm 4
vPseudo 6
VPSIG 49
vpsig 8
VPSIGB2 15
VPSIH 17
VPSIH2 6
VPSIHG 15
vpsihg 4
VPSIM 25
vpsim 4
vq 27
VQSAT 1
VR1MG0 15
vRef 17
vRel1 4
vRel2 4
vrelax 13
Vrelaxobcsbound 12
Vrelaxobcsinner relaxation time scale (in seconds) on the boundary 12
vRelWind relative wind speed, v-component [m/s] 16
vRelWind relative wind speed, v-component [m/s], (C-grid) 0
vRes 9
vret 30
vrF 6
VRHO 6
VRHOZPK 3
VRIB 12
VRIB1 13
VRIB2 6
vroot 5
VRT 40
vRt1 34
VRT1 2
vrt1con 1
VRT1CON 7
vRt2 34
VRT2 2
vrtDx 15
vrtDy 15
Vs average V over layer (m/s) 6
vs 3
vS_Mean 5
VS_STORE_1 8
VS_STORE_2 9
VS_STORE_3 8
VS_STORE_4 7
VSH1 2
vsh1 2
VSH2 2
vsh2 4
vShearTerm 4
vsmm 4
vSq 39
vSq_atm Sea surface velocity square on atmos. grid (m2/s2) 5
vSq_ocn Sea surface velocity square on ocean grid (m2/s2) 9
vSq_ocn Sea surface velocity square on ocean grid (m2/s2) 0
vSqocn Ocean surface velocity square (m2/s2). 6
vSqocn2cpl Ocean surface velocity square exported to 6
vSqtave Ocean surface velocity square [m2/s2] 9
vsqua 8
vst 10
vstar The eddy induced velocity in the y direction 10
vstart 6
VStave vVel * salt (* hFacS) 7
vstpmm 4
vStr_tmp 14
vstress wind stress 67
vstress meridional wind stress comp at grid-cell center (A-grid) [N/m2] 0
vstress wind stress [N/m2], v-component (on A-grid) 0
vstress Meridional surface wind stress in N/m^2 0
vstress0 12
vstress1 12
vstress_exfremo_intercept 5
vstress_exfremo_slope 5
vstress_interpMethod 13
vstress_lat0 8
vstress_lat_inc 8
vstress_lon0 8
vstress_lon_inc 9
vstress_nlat 9
vstress_nlon 9
vstressconst 5
VStressFile 8
vstressfile 19
vstressmask 7
vstressperiod 11
vstressRepCycle 7
vstressstartdate1 5
vstressstartdate2 5
vstressStartTime 9
VSTRtave v-stress [Pa] 8
vsum 30
Vsurf surface wind speed [m/s] (2-dim,input) 3
Vsurf2 square of surface wind speed (2-dim) 7
Vsurf2 square of surface wind speed (2-dim,input) 0
VsurfSq Square of surface wind speed (grid position = as T,Q) 3
vT meridional advective flux 63
vT meridional advective flux 0
vT meridional advective flux 0
vT meridional advective flux 0
vT meridional advective flux 0
vT meridional advective flux 0
vT meridional advective flux 0
vT advective flux 0
VT1 5
vT_Heat 5
vT_Mean 5
Vtc 4
VTEMP 19
vtemp 4
Vtemp 3
VTEMPLIN 12
VtempSt 3
VTH1 3
vth1 2
VTH2 4
vth2 4
VTHV1 3
VTHV2 3
vtmm 4
vTmp 28
VTMP 4
vtmp 2
vTmp1 4
vTmp2 4
vtp 3
vTrans Meridional volume transport through cell face 232
vTrans Volume transports ( vVel.yA ) 0
vTrans Temps. for volume transports 0
vTrans Meridional volume transport through cell face 0
vTrans Meridional volume transport through cell face 0
vTrans 2-D arrays of volume transports at U,V points 0
vTrans horizontal transport, u-component 0
vTrans horizontal transport, u-component 0
vTrans 2-D arrays of volume transports at U,V points 0
vTrans meridional volume transport 0
vTrans meridional volume transport 0
vTrans 2-D arrays of volume transports at U,V points 0
vTrans meridional volume transport 0
vTrans meridional volume transport 0
vTrans meridional volume transport 0
vTrans zonal volume transport 0
vTrans 2-D arrays of volume transports at U,V points 0
vTrans meridional volume transport 0
vTrans meridional transport 0
vTrans meridional transport 0
vTrans horizontal transport to balance [m^3/s] 0
vTrans volume transport 0
vTrans meridional transport in level k 0
vTrans volume transport, y direction 0
vTrans volume transports at U,V points 0
vTrans sea-ice area transport, y direction 0
vTrans volume transports at U,V points 0
vtrans 14
VTRI0 2
VTRI1 2
VTRI2 2
vTrIce sea-ice volume transport, y direction 8
vtsq 4
VTtave vVel * theta (* hFacS) 7
vType type of AD-variable (select which ADEXCH to use) 14
vType type of AD-variable (select which ADEXCH to use) 0
vtype 9
VUS 4
vus 2
VUSTAR 31
vv 52
vVec 6
vVec0 5
vVec1 13
vVec_inScale 7
vVec_lat0 5
vVec_lat_inc 5
vVec_lon0 5
vVec_lon_inc 5
vVec_nlat 5
vVec_nlon 5
vVec_remove_intercept 3
vVec_remove_slope 3
vVecFile 8
vVecFile0 8
vVecFile1 8
vVecMask 5
vVecName 6
vVecPeriod 5
vVecRepeatCycle 3
vVecStartTime 3
vVel meridional velocity (m/s, j=1 held at southern face) 486
vVel 2 components of the velcity field (2-D array) horizontal diffusion coefficient 0
vVel meridional velocity 0
vvel vel.-comp in y-direction. 46
vvel vel.-comp in y-direction. 0
vvel vel.-comp in y-direction. 0
vvel vel.-comp in y-direction. 0
vVel meridional velocity component 0
vVel meridional velocity (m/s, j=1 held at southern face) 0
vvel Temp. for v 0
vvel0 6
vvel0errfile 8
vvel1 6
vVel_bar 6
vvel_cntr 4
vVelD D grid meridional velocity 14
vVeld 1
VvelFile 4
Vvelfile 6
vvelid 8
vVelInitFile 15
vVelLoc 1
vVeltave meridional velocity (m/s, j=1 held at southern face) 7
VVS 4
vvs 2
VVtave vVel * vVel (used to compute the averaged KE) 7
vw 14
VW_STORE_1 8
VW_STORE_2 9
VW_STORE_3 8
VW_STORE_4 7
vwind meridional wind speed (m/s), at cell center (A-grid) 40
vwind Temp. for meridional wind speed 0
vwind mean wind speed (m/s) at height hu (m) 0
vWind meridional wind comp at grid-cell Southern edge (vVel location) 57
vWind wind speed [m/s], v-component (on C-grid) 0
vwind Surface (10-m) meridional wind velocity in m/s 0
VWIND 8
vwind0 12
vWind0 6
vwind1 12
vWind1 6
vwind_errfile 8
vwind_exfremo_intercept 5
vwind_exfremo_slope 5
vwind_interpMethod 11
vwind_lat0 8
vwind_lat_inc 8
vwind_lon0 8
vwind_lon_inc 9
vwind_nlat 9
vwind_nlon 9
vwindconst 5
VWindFile 15
VwindFile 1
vwindfile 15
vwindmask 6
vwindperiod 11
vwindRepCycle 7
vwindstartdate1 5
vwindstartdate2 5
vwindStartTime 9
vWork work arrays 9
VWS 20
VWS1 11
VWS2 4
VX 8
vx 23
VX0 6
VX0PSIM 14
vXixInt column integral of v*Xix (sum v*Xix*dz) 5
VXM 14
VXNUM 20
VXNUM1 13
VXNUM2 15
VXNUM3 20
VXS 5
VXX 20
VXX0 8
VY 8
vy 23
VY0 7
VYM 12
VYS 5
VYY 18
VYY0 8
vz 19
VZ0 26
vz0 10
VZ0L 6
VZ1 4
VZ2 11
VZCOEF1 11
VZCOEF2 12
VZETA 15
vzeta 2
VZETAL 6
vZetatave vVel*Relativ_Vorticity_3 (computed at u point) 7
VZH 14
vzh 5
vZm 5
vZonBar vertically averaged velocity at open boundary 31
vZonPri velocity anomalies applied to the open boundaries 9
vZp 5
VZSEA 5
VZZ 9