Dataset Information

file: /cluster/work/users/mitya/s2k/ocean_avg_2770.nc
format: netCDF-3 64bit offset file
Conventions: CF-1.4
type: ROMS/TOMS nonlinear model averages file
title: ROMS 3.6 - S800 - Coupled ROMS-CICE
rst_file: /cluster/work/users/mitya/s2k/ocean_rst.nc
his_base: /cluster/work/users/mitya/s2k/ocean_his
avg_base: /cluster/work/users/mitya/s2k/ocean_avg
dia_file: /cluster/work/users/mitya/s2k/ocean_dia.nc
grd_file: /cluster/shared/arcticfjord/input_data/s2k/grd.nc
ini_file: /cluster/work/users/mitya/s2k/01/ocean_rst.nc
frc_file_01: /cluster/shared/arcticfjord/input_data/s2k/era5_2014.nc, /cluster/shared/arcticfjord/input_data/s2k/era5_2015.nc
frc_file_02: /cluster/shared/arcticfjord/input_data/s2k/era5_prec_2014.nc, /cluster/shared/arcticfjord/input_data/s2k/era5_prec_2015.nc
frc_file_03: /cluster/shared/arcticfjord/input_data/s2k/tide.nc
frc_file_04:
frc_file_05:
bry_file: /cluster/shared/arcticfjord/input_data/s2k/bry_2014.nc, /cluster/shared/arcticfjord/input_data/s2k/bry_2015.nc
clm_file: /cluster/shared/arcticfjord/input_data/s2k/clima_2014.nc
script_file: /cluster/work/users/mitya/s2k/roms.in
NLM_LBC: EDGE: WEST SOUTH EAST NORTH zeta: Cha Cha Cha Cha ubar: Fla Fla Fla Fla vbar: Fla Fla Fla Fla u: RadNud RadNud RadNud RadNud v: RadNud RadNud RadNud RadNud temp: RadNud RadNud RadNud RadNud salt: RadNud RadNud RadNud RadNud tke: Gra Gra Gra Gra
svn_url: https://www.myroms.org/svn/omlab/branches/kate
svn_rev: Unversioned directory
code_dir: /cluster/work/users/mitya/tmproms/roms_src
header_dir: /cluster/home/mitya/models/metroms/apps/S2K/include
header_file: s2k.h
os: Linux
cpu: x86_64
compiler_system: ifort
compiler_command: /cluster/software/OpenMPI/4.0.5-iccifort-2020.4.304/bin/mpif90
compiler_flags: -mcmodel=large -xHOST -ip -O3 -g -I/cluster/work/users/mitya/tmproms/roms_src/../MCT/include -I/cluster/work/users/mitya/tmproms/roms_src/../run/S2K/cice/rundi
tiling: 025x016
history: Wed Jun 23 09:28:04 2021: ncra ocean_avg_2770_2014_08_01.nc ocean_avg_2771_2014_08_02.nc ocean_avg_2772_2014_08_03.nc ocean_avg_2773_2014_08_04.nc ocean_avg_2774_2014_08_05.nc ocean_avg_2775_2014_08_06.nc ocean_avg_2776_2014_08_07.nc ocean_avg_2777_2014_08_08.nc ocean_avg_2778_2014_08_09.nc ocean_avg_2779_2014_08_10.nc ocean_avg_2780_2014_08_11.nc ocean_avg_2781_2014_08_12.nc ocean_avg_2782_2014_08_13.nc ocean_avg_2783_2014_08_14.nc ocean_avg_2784_2014_08_15.nc ocean_avg_2785_2014_08_16.nc ocean_avg_2786_2014_08_17.nc ocean_avg_2787_2014_08_18.nc ocean_avg_2788_2014_08_19.nc ocean_avg_2789_2014_08_20.nc ocean_avg_2790_2014_08_21.nc ocean_avg_2791_2014_08_22.nc ocean_avg_2792_2014_08_23.nc ocean_avg_2793_2014_08_24.nc ocean_avg_2794_2014_08_25.nc ocean_avg_2795_2014_08_26.nc ocean_avg_2796_2014_08_27.nc ocean_avg_2797_2014_08_28.nc ocean_avg_2798_2014_08_29.nc ocean_avg_2799_2014_08_30.nc ocean_avg_2800_2014_08_31.nc ocean_avg_2801_2014_09_01.nc ocean_avg_2802_2014_09_02.nc ocean_avg_2803_2014_09_03.nc ocean_avg_2804_2014_09_04.nc ocean_avg_2805_2014_09_05.nc ocean_avg_2806_2014_09_06.nc ocean_avg_2807_2014_09_07.nc ocean_avg_2808_2014_09_08.nc ocean_avg_2809_2014_09_09.nc ocean_avg_2810_2014_09_10.nc ocean_avg_2811_2014_09_11.nc ocean_avg_2812_2014_09_12.nc ocean_avg_2813_2014_09_13.nc ocean_avg_2814_2014_09_14.nc ocean_avg_2815_2014_09_15.nc ocean_avg_2816_2014_09_16.nc ocean_avg_2817_2014_09_17.nc ocean_avg_2818_2014_09_18.nc ocean_avg_2819_2014_09_19.nc ocean_avg_2820_2014_09_20.nc ocean_avg_2821_2014_09_21.nc ocean_avg_2822_2014_09_22.nc ocean_avg_2823_2014_09_23.nc ocean_avg_2824_2014_09_24.nc ocean_avg_2825_2014_09_25.nc ocean_avg_2826_2014_09_26.nc ocean_avg_2827_2014_09_27.nc ocean_avg_2828_2014_09_28.nc ocean_avg_2829_2014_09_29.nc ocean_avg_2830_2014_09_30.nc ocean_avg_2831_2014_10_01.nc ocean_avg_2832_2014_10_02.nc ocean_avg_2833_2014_10_03.nc ocean_avg_2834_2014_10_04.nc ocean_avg_2835_2014_10_05.nc ocean_avg_2836_2014_10_06.nc ocean_avg_2837_2014_10_07.nc ocean_avg_2838_2014_10_08.nc ocean_avg_2839_2014_10_09.nc ocean_avg_2840_2014_10_10.nc ocean_avg_2841_2014_10_11.nc ocean_avg_2842_2014_10_12.nc ocean_avg_2843_2014_10_13.nc ocean_avg_2844_2014_10_14.nc ocean_avg_2845_2014_10_15.nc ocean_avg_2846_2014_10_16.nc ocean_avg_2847_2014_10_17.nc ocean_avg_2848_2014_10_18.nc ocean_avg_2849_2014_10_19.nc ocean_avg_2850_2014_10_20.nc ocean_avg_2851_2014_10_21.nc ocean_avg_2852_2014_10_22.nc ocean_avg_2853_2014_10_23.nc ocean_avg_2854_2014_10_24.nc ocean_avg_2855_2014_10_25.nc ocean_avg_2856_2014_10_26.nc ocean_avg_2857_2014_10_27.nc ocean_avg_2858_2014_10_28.nc ocean_avg_2859_2014_10_29.nc ocean_avg_2860_2014_10_30.nc ocean_avg_2861_2014_10_31.nc ocean_avg_2862_2014_11_01.nc ocean_avg_2863_2014_11_02.nc ocean_avg_2864_2014_11_03.nc ocean_avg_2865_2014_11_04.nc ocean_avg_2866_2014_11_05.nc ocean_avg_2867_2014_11_06.nc ocean_avg_2868_2014_11_07.nc ocean_avg_2869_2014_11_08.nc ocean_avg_2870_2014_11_09.nc ocean_avg_2871_2014_11_10.nc ocean_avg_2872_2014_11_11.nc ocean_avg_2873_2014_11_12.nc ocean_avg_2874_2014_11_13.nc ocean_avg_2875_2014_11_14.nc ocean_avg_2876_2014_11_15.nc ocean_avg_2877_2014_11_16.nc ocean_avg_2878_2014_11_17.nc ocean_avg_2879_2014_11_18.nc ocean_avg_2880_2014_11_19.nc ocean_avg_2881_2014_11_20.nc ocean_avg_2882_2014_11_21.nc ocean_avg_2883_2014_11_22.nc ocean_avg_2884_2014_11_23.nc ocean_avg_2885_2014_11_24.nc ocean_avg_2886_2014_11_25.nc ocean_avg_2887_2014_11_26.nc ocean_avg_2888_2014_11_27.nc ocean_avg_2889_2014_11_28.nc ocean_avg_2890_2014_11_29.nc ocean_avg_2891_2014_11_30.nc ocean_avg_2892_2014_12_01.nc ocean_avg_2893_2014_12_02.nc ocean_avg_2894_2014_12_03.nc ocean_avg_2895_2014_12_04.nc ocean_avg_2896_2014_12_05.nc ocean_avg_2897_2014_12_06.nc ocean_avg_2898_2014_12_07.nc ocean_avg_2899_2014_12_08.nc ocean_avg_2900_2014_12_09.nc ocean_avg_2901_2014_12_10.nc ocean_avg_2902_2014_12_11.nc ocean_avg_2903_2014_12_12.nc ocean_avg_2904_2014_12_13.nc ocean_avg_2905_2014_12_14.nc ocean_avg_2906_2014_12_15.nc ocean_avg_2907_2014_12_16.nc ocean_avg_2908_2014_12_17.nc ocean_avg_2909_2014_12_18.nc ocean_avg_2910_2014_12_19.nc ocean_avg_2911_2014_12_20.nc ocean_avg_2912_2014_12_21.nc ocean_avg_2913_2014_12_22.nc ocean_avg_2914_2014_12_23.nc ocean_avg_2915_2014_12_24.nc ocean_avg_2916_2014_12_25.nc ocean_avg_2917_2014_12_26.nc ocean_avg_2918_2014_12_27.nc ocean_avg_2919_2014_12_28.nc ocean_avg_2920_2014_12_29.nc ocean_avg_2921_2014_12_30.nc ocean_avg_2922_2014_12_31.nc ocean_avg_2923_2015_01_01.nc ocean_avg_2924_2015_01_02.nc ocean_avg_2925_2015_01_03.nc ocean_avg_2926_2015_01_04.nc ocean_avg_2927_2015_01_05.nc ocean_avg_2928_2015_01_06.nc ocean_avg_2929_2015_01_07.nc ocean_avg_2930_2015_01_08.nc ocean_avg_2931_2015_01_09.nc ocean_avg_2932_2015_01_10.nc ocean_avg_2933_2015_01_11.nc ocean_avg_2934_2015_01_12.nc ocean_avg_2935_2015_01_13.nc ocean_avg_2936_2015_01_14.nc ocean_avg_2937_2015_01_15.nc ocean_avg_2938_2015_01_16.nc ocean_avg_2939_2015_01_17.nc ocean_avg_2940_2015_01_18.nc ocean_avg_2941_2015_01_19.nc ocean_avg_2942_2015_01_20.nc ocean_avg_2943_2015_01_21.nc ocean_avg_2944_2015_01_22.nc ocean_avg_2945_2015_01_23.nc ocean_avg_2946_2015_01_24.nc ocean_avg_2947_2015_01_25.nc ocean_avg_2948_2015_01_26.nc ocean_avg_2949_2015_01_27.nc ocean_avg_2950_2015_01_28.nc ocean_avg_2951_2015_01_29.nc ocean_avg_2952_2015_01_30.nc ocean_avg_2953_2015_01_31.nc ocean_avg_2954_2015_02_01.nc ocean_avg_2955_2015_02_02.nc ocean_avg_2956_2015_02_03.nc ocean_avg_2957_2015_02_04.nc ocean_avg_2958_2015_02_05.nc ocean_avg_2959_2015_02_06.nc ocean_avg_2960_2015_02_07.nc ocean_avg_2961_2015_02_08.nc ocean_avg_2962_2015_02_09.nc ocean_avg_2963_2015_02_10.nc ocean_avg_2964_2015_02_11.nc ocean_avg_2965_2015_02_12.nc ocean_avg_2966_2015_02_13.nc ocean_avg_2967_2015_02_14.nc ocean_avg_2968_2015_02_15.nc ocean_avg_2969_2015_02_16.nc ocean_avg_2970_2015_02_17.nc ocean_avg_2971_2015_02_18.nc ocean_avg_2972_2015_02_19.nc ocean_avg_2973_2015_02_20.nc ocean_avg_2974_2015_02_21.nc ocean_avg_2975_2015_02_22.nc ocean_avg_2976_2015_02_23.nc ocean_avg_2977_2015_02_24.nc ocean_avg_2978_2015_02_25.nc ocean_avg_2979_2015_02_26.nc ocean_avg_2980_2015_02_27.nc ocean_avg_2981_2015_02_28.nc ocean_avg_2982_2015_03_01.nc ocean_avg_2983_2015_03_02.nc ocean_avg_2984_2015_03_03.nc ocean_avg_2985_2015_03_04.nc ocean_avg_2986_2015_03_05.nc ocean_avg_2987_2015_03_06.nc ocean_avg_2988_2015_03_07.nc ocean_avg_2989_2015_03_08.nc ocean_avg_2990_2015_03_09.nc ocean_avg_2991_2015_03_10.nc ocean_avg_2992_2015_03_11.nc ocean_avg_2993_2015_03_12.nc ocean_avg_2994_2015_03_13.nc ocean_avg_2995_2015_03_14.nc ocean_avg_2996_2015_03_15.nc ocean_avg_2997_2015_03_16.nc ocean_avg_2998_2015_03_17.nc ocean_avg_2999_2015_03_18.nc ocean_avg_3000_2015_03_19.nc ocean_avg_3001_2015_03_20.nc ocean_avg_3002_2015_03_21.nc ocean_avg_3003_2015_03_22.nc ocean_avg_3004_2015_03_23.nc ocean_avg_3005_2015_03_24.nc ocean_avg_3006_2015_03_25.nc ocean_avg_3007_2015_03_26.nc ocean_avg_3008_2015_03_27.nc ocean_avg_3009_2015_03_28.nc ocean_avg_3010_2015_03_29.nc ocean_avg_3011_2015_03_30.nc ocean_avg_3012_2015_03_31.nc ocean_avg_3013_2015_04_01.nc ocean_avg_3014_2015_04_02.nc ocean_avg_3015_2015_04_03.nc ocean_avg_3016_2015_04_04.nc ocean_avg_3017_2015_04_05.nc ocean_avg_3018_2015_04_06.nc ocean_avg_3019_2015_04_07.nc ocean_avg_3020_2015_04_08.nc ocean_avg_3021_2015_04_09.nc ocean_avg_3022_2015_04_10.nc ocean_avg_3023_2015_04_11.nc ocean_avg_3024_2015_04_12.nc ocean_avg_3025_2015_04_13.nc ocean_avg_3026_2015_04_14.nc ocean_avg_3027_2015_04_15.nc ocean_avg_3028_2015_04_16.nc ocean_avg_3029_2015_04_17.nc ocean_avg_3030_2015_04_18.nc ocean_avg_3031_2015_04_19.nc ocean_avg_3032_2015_04_20.nc ocean_avg_3033_2015_04_21.nc ocean_avg_3034_2015_04_22.nc ocean_avg_3035_2015_04_23.nc ocean_avg_3036_2015_04_24.nc ocean_avg_3037_2015_04_25.nc ocean_avg_3038_2015_04_26.nc ocean_avg_3039_2015_04_27.nc ocean_avg_3040_2015_04_28.nc ocean_avg_3041_2015_04_29.nc ocean_avg_3042_2015_04_30.nc ocean_avg_3043_2015_05_01.nc ocean_avg_3044_2015_05_02.nc ocean_avg_3045_2015_05_03.nc ocean_avg_3046_2015_05_04.nc ocean_avg_3047_2015_05_05.nc ocean_avg_3048_2015_05_06.nc ocean_avg_3049_2015_05_07.nc ocean_avg_3050_2015_05_08.nc ocean_avg_3051_2015_05_09.nc ocean_avg_3052_2015_05_10.nc ocean_avg_3053_2015_05_11.nc ocean_avg_3054_2015_05_12.nc ocean_avg_3055_2015_05_13.nc ocean_avg_3056_2015_05_14.nc ocean_avg_3057_2015_05_15.nc ocean_avg_3058_2015_05_16.nc ocean_avg_3059_2015_05_17.nc ocean_avg_3060_2015_05_18.nc ocean_avg_3061_2015_05_19.nc ocean_avg_3062_2015_05_20.nc ocean_avg_3063_2015_05_21.nc ocean_avg_3064_2015_05_22.nc ocean_avg_3065_2015_05_23.nc ocean_avg_3066_2015_05_24.nc ocean_avg_3067_2015_05_25.nc ocean_avg_3068_2015_05_26.nc ocean_avg_3069_2015_05_27.nc ocean_avg_3070_2015_05_28.nc ocean_avg_3071_2015_05_29.nc ocean_avg_3072_2015_05_30.nc ocean_avg_3073_2015_05_31.nc ocean_avg_3074_2015_06_01.nc ocean_avg_3075_2015_06_02.nc ocean_avg_3076_2015_06_03.nc ocean_avg_3077_2015_06_04.nc ocean_avg_3078_2015_06_05.nc ocean_avg_3079_2015_06_06.nc ocean_avg_3080_2015_06_07.nc ocean_avg_3081_2015_06_08.nc ocean_avg_3082_2015_06_09.nc ocean_avg_3083_2015_06_10.nc ocean_avg_3084_2015_06_11.nc ocean_avg_3085_2015_06_12.nc ocean_avg_3086_2015_06_13.nc ocean_avg_3087_2015_06_14.nc ocean_avg_3088_2015_06_15.nc ocean_avg_3089_2015_06_16.nc ocean_avg_3090_2015_06_17.nc ocean_avg_3091_2015_06_18.nc ocean_avg_3092_2015_06_19.nc ocean_avg_3093_2015_06_20.nc ocean_avg_3094_2015_06_21.nc ocean_avg_3095_2015_06_22.nc ocean_avg_3096_2015_06_23.nc ocean_avg_3097_2015_06_24.nc ocean_avg_3098_2015_06_25.nc ocean_avg_3099_2015_06_26.nc ocean_avg_3100_2015_06_27.nc ocean_avg_3101_2015_06_28.nc ocean_avg_3102_2015_06_29.nc ocean_avg_3103_2015_06_30.nc ocean_avg_3104_2015_07_01.nc ocean_avg_3105_2015_07_02.nc ocean_avg_3106_2015_07_03.nc ocean_avg_3107_2015_07_04.nc ocean_avg_3108_2015_07_05.nc ocean_avg_3109_2015_07_06.nc ocean_avg_3110_2015_07_07.nc ocean_avg_3111_2015_07_08.nc ocean_avg_3112_2015_07_09.nc ocean_avg_3113_2015_07_10.nc ocean_avg_3114_2015_07_11.nc ocean_avg_3115_2015_07_12.nc ocean_avg_3116_2015_07_13.nc ocean_avg_3117_2015_07_14.nc ocean_avg_3118_2015_07_15.nc ocean_avg_3119_2015_07_16.nc ocean_avg_3120_2015_07_17.nc ocean_avg_3121_2015_07_18.nc ocean_avg_3122_2015_07_19.nc ocean_avg_3123_2015_07_20.nc ocean_avg_3124_2015_07_21.nc ocean_avg_3125_2015_07_22.nc ocean_avg_3126_2015_07_23.nc ocean_avg_3127_2015_07_24.nc ocean_avg_3128_2015_07_25.nc ocean_avg_3129_2015_07_26.nc ocean_avg_3130_2015_07_27.nc ocean_avg_3131_2015_07_28.nc ocean_avg_3132_2015_07_29.nc ocean_avg_3133_2015_07_30.nc ocean_avg_3134_2015_07_31.nc 2014_2015.nc ROMS/TOMS, Version 3.6, Saturday - June 12, 2021 - 12:29:39 AM
ana_file: ROMS/Functionals/ana_btflux.h, /cluster/home/mitya/models/metroms/apps/S2K/include/ana_nudgcoef.h, /cluster/home/mitya/models/metroms/apps/S2K/include/ana_srflux.h
CPP_options: SA4, ADD_FSOBC, ADD_M2OBC, ALBEDO, ATM_PRESS, ANA_BSFLUX, ANA_BTFLUX, ANA_SRFLUX, ASSUMED_SHAPE, AVERAGES, BULK_FLUXES, COOL_SKIN, CURVGRID, DJ_GRADPS, DOUBLE_PRECISION, EMINUSP, GLS_MIXING, LONGWAVE, M2CLIMATOLOGY, M3CLIMATOLOGY, M3CLM_NUDGING, MASKING, MCT_LIB, MPI, NONLINEAR, NONLIN_EOS, NO_LBC_ATT, N2S2_HORAVG, PERFECT_RESTART, POWER_LAW, PROFILE, K_GSCHEME, !RST_SINGLE, SALINITY, SOLAR_SOURCE, SOLVE3D, SPLINES, SSH_TIDES, TCLIMATOLOGY, TCLM_NUDGING, TS_U3HADVECTION, TS_C4VADVECTION, UV_ADV, UV_COR, UV_U3HADVECTION, UV_C4VADVECTION, UV_QDRAG, UV_TIDES, VAR_RHO_2D
NCO: 4.6.6
nco_openmp_thread_number: 1
Unlimited_Dimension: ocean_time

Variables in this Dataset

ntimes: 32 bit Integer
long_name: number of long time-steps
ndtfast: 32 bit Integer
long_name: number of short time-steps
dt: 64 bit Real
long_name: size of long time-steps
units: second
dtfast: 64 bit Real
long_name: size of short time-steps
units: second
dstart: 64 bit Real
long_name: time stamp assigned to model initilization
units: days since 1948-01-01 00:00:00
nHIS: 32 bit Integer
long_name: number of time-steps between history records
ndefHIS: 32 bit Integer
long_name: number of time-steps between the creation of history files
nRST: 32 bit Integer
long_name: number of time-steps between restart records
cycle: only latest two records are maintained
ntsAVG: 32 bit Integer
long_name: starting time-step for accumulation of time-averaged fields
nAVG: 32 bit Integer
long_name: number of time-steps between time-averaged records
ndefAVG: 32 bit Integer
long_name: number of time-steps between the creation of average files
ntsDIA: 32 bit Integer
long_name: starting time-step for accumulation of diagnostic fields
nDIA: 32 bit Integer
long_name: number of time-steps between diagnostic records
ndefDIA: 32 bit Integer
long_name: number of time-steps between the creation of diagnostic files
Falpha: 64 bit Real
long_name: Power-law shape barotropic filter parameter
Fbeta: 64 bit Real
long_name: Power-law shape barotropic filter parameter
Fgamma: 64 bit Real
long_name: Power-law shape barotropic filter parameter
Akt_bak: Array of 64 bit Reals [tracer = 0..1]
long_name: background vertical mixing coefficient for tracers
units: meter2 second-1
Akv_bak: 64 bit Real
long_name: background vertical mixing coefficient for momentum
units: meter2 second-1
Akk_bak: 64 bit Real
long_name: background vertical mixing coefficient for turbulent energy
units: meter2 second-1
Akp_bak: 64 bit Real
long_name: background vertical mixing coefficient for length scale
units: meter2 second-1
rdrg: 64 bit Real
long_name: linear drag coefficient
units: meter second-1
rdrg2: 64 bit Real
long_name: quadratic drag coefficient
Zob: 64 bit Real
long_name: bottom roughness
units: meter
Zos: 64 bit Real
long_name: surface roughness
units: meter
gls_p: 64 bit Real
long_name: stability exponent
gls_m: 64 bit Real
long_name: turbulent kinetic energy exponent
gls_n: 64 bit Real
long_name: turbulent length scale exponent
gls_cmu0: 64 bit Real
long_name: stability coefficient
gls_c1: 64 bit Real
long_name: shear production coefficient
gls_c2: 64 bit Real
long_name: dissipation coefficient
gls_c3m: 64 bit Real
long_name: buoyancy production coefficient (minus)
gls_c3p: 64 bit Real
long_name: buoyancy production coefficient (plus)
gls_sigk: 64 bit Real
long_name: constant Schmidt number for TKE
gls_sigp: 64 bit Real
long_name: constant Schmidt number for PSI
gls_Kmin: 64 bit Real
long_name: minimum value of specific turbulent kinetic energy
gls_Pmin: 64 bit Real
long_name: minimum Value of dissipation
Charnok_alpha: 64 bit Real
long_name: Charnok factor for surface roughness
Zos_hsig_alpha: 64 bit Real
long_name: wave amplitude factor for surface roughness
sz_alpha: 64 bit Real
long_name: surface flux from wave dissipation
CrgBan_cw: 64 bit Real
long_name: surface flux due to Craig and Banner wave breaking
Znudg: 64 bit Real
long_name: free-surface nudging/relaxation inverse time scale
units: day-1
M2nudg: 64 bit Real
long_name: 2D momentum nudging/relaxation inverse time scale
units: day-1
M3nudg: 64 bit Real
long_name: 3D momentum nudging/relaxation inverse time scale
units: day-1
Tnudg: Array of 64 bit Reals [tracer = 0..1]
long_name: Tracers nudging/relaxation inverse time scale
units: day-1
FSobc_in: Array of 64 bit Reals [boundary = 0..3]
long_name: free-surface inflow, nudging inverse time scale
units: second-1
FSobc_out: Array of 64 bit Reals [boundary = 0..3]
long_name: free-surface outflow, nudging inverse time scale
units: second-1
M2obc_in: Array of 64 bit Reals [boundary = 0..3]
long_name: 2D momentum inflow, nudging inverse time scale
units: second-1
M2obc_out: Array of 64 bit Reals [boundary = 0..3]
long_name: 2D momentum outflow, nudging inverse time scale
units: second-1
Tobc_in: Array of 64 bit Reals [boundary = 0..3][tracer = 0..1]
long_name: tracers inflow, nudging inverse time scale
units: second-1
Tobc_out: Array of 64 bit Reals [boundary = 0..3][tracer = 0..1]
long_name: tracers outflow, nudging inverse time scale
units: second-1
M3obc_in: Array of 64 bit Reals [boundary = 0..3]
long_name: 3D momentum inflow, nudging inverse time scale
units: second-1
M3obc_out: Array of 64 bit Reals [boundary = 0..3]
long_name: 3D momentum outflow, nudging inverse time scale
units: second-1
rho0: 64 bit Real
long_name: mean density used in Boussinesq approximation
units: kilogram meter-3
gamma2: 64 bit Real
long_name: slipperiness parameter
spherical: 32 bit Integer
long_name: grid type logical switch
flag_values: 0, 1
flag_meanings: Cartesian spherical
xl: 64 bit Real
long_name: domain length in the XI-direction
units: meter
el: 64 bit Real
long_name: domain length in the ETA-direction
units: meter
Vtransform: 32 bit Integer
long_name: vertical terrain-following transformation equation
Vstretching: 32 bit Integer
long_name: vertical terrain-following stretching function
theta_s: 64 bit Real
long_name: S-coordinate surface control parameter
theta_b: 64 bit Real
long_name: S-coordinate bottom control parameter
Tcline: 64 bit Real
long_name: S-coordinate surface/bottom layer width
units: meter
hc: 64 bit Real
long_name: S-coordinate parameter, critical depth
units: meter
s_rho: Array of 64 bit Reals [s_rho = 0..34]
long_name: S-coordinate at RHO-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
positive: up
standard_name: ocean_s_coordinate_g2
formula_terms: s: s_rho C: Cs_r eta: zeta depth: h depth_c: hc
field: s_rho, scalar
s_w: Array of 64 bit Reals [s_w = 0..35]
long_name: S-coordinate at W-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
positive: up
standard_name: ocean_s_coordinate_g2
formula_terms: s: s_w C: Cs_w eta: zeta depth: h depth_c: hc
field: s_w, scalar
Cs_r: Grid
long_name: S-coordinate stretching curves at RHO-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
field: Cs_r, scalar
Cs_r: Array of 64 bit Reals [s_rho = 0..34]
long_name: S-coordinate stretching curves at RHO-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
field: Cs_r, scalar
s_rho: Array of 64 bit Reals [s_rho = 0..34]
long_name: S-coordinate at RHO-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
positive: up
standard_name: ocean_s_coordinate_g2
formula_terms: s: s_rho C: Cs_r eta: zeta depth: h depth_c: hc
field: s_rho, scalar
Cs_w: Grid
long_name: S-coordinate stretching curves at W-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
field: Cs_w, scalar
Cs_w: Array of 64 bit Reals [s_w = 0..35]
long_name: S-coordinate stretching curves at W-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
field: Cs_w, scalar
s_w: Array of 64 bit Reals [s_w = 0..35]
long_name: S-coordinate at W-points
valid_min: -1.000000000000000
valid_max: 0.000000000000000
positive: up
standard_name: ocean_s_coordinate_g2
formula_terms: s: s_w C: Cs_w eta: zeta depth: h depth_c: hc
field: s_w, scalar
h: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: bathymetry at RHO-points
units: meter
coordinates: lon_rho lat_rho
field: bath, scalar
f: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: Coriolis parameter at RHO-points
units: second-1
coordinates: lon_rho lat_rho
field: coriolis, scalar
pm: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: curvilinear coordinate metric in XI
units: meter-1
coordinates: lon_rho lat_rho
field: pm, scalar
pn: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: curvilinear coordinate metric in ETA
units: meter-1
coordinates: lon_rho lat_rho
field: pn, scalar
lon_rho: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: longitude of RHO-points
units: degree_east
standard_name: longitude
field: lon_rho, scalar
lat_rho: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: latitude of RHO-points
units: degree_north
standard_name: latitude
field: lat_rho, scalar
lon_u: Array of 64 bit Reals [eta_u = 0..899][xi_u = 0..1388]
long_name: longitude of U-points
units: degree_east
standard_name: longitude
field: lon_u, scalar
lat_u: Array of 64 bit Reals [eta_u = 0..899][xi_u = 0..1388]
long_name: latitude of U-points
units: degree_north
standard_name: latitude
field: lat_u, scalar
lon_v: Array of 64 bit Reals [eta_v = 0..898][xi_v = 0..1389]
long_name: longitude of V-points
units: degree_east
standard_name: longitude
field: lon_v, scalar
lat_v: Array of 64 bit Reals [eta_v = 0..898][xi_v = 0..1389]
long_name: latitude of V-points
units: degree_north
standard_name: latitude
field: lat_v, scalar
lon_psi: Array of 64 bit Reals [eta_psi = 0..898][xi_psi = 0..1388]
long_name: longitude of PSI-points
units: degree_east
standard_name: longitude
field: lon_psi, scalar
lat_psi: Array of 64 bit Reals [eta_psi = 0..898][xi_psi = 0..1388]
long_name: latitude of PSI-points
units: degree_north
standard_name: latitude
field: lat_psi, scalar
angle: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: angle between XI-axis and EAST
units: radians
coordinates: lon_rho lat_rho
field: angle, scalar
mask_rho: Array of 64 bit Reals [eta_rho = 0..899][xi_rho = 0..1389]
long_name: mask on RHO-points
flag_values: 0.000000000000000, 1.000000000000000
flag_meanings: land water
coordinates: lon_rho lat_rho
mask_u: Array of 64 bit Reals [eta_u = 0..899][xi_u = 0..1388]
long_name: mask on U-points
flag_values: 0.000000000000000, 1.000000000000000
flag_meanings: land water
coordinates: lon_u lat_u
mask_v: Array of 64 bit Reals [eta_v = 0..898][xi_v = 0..1389]
long_name: mask on V-points
flag_values: 0.000000000000000, 1.000000000000000
flag_meanings: land water
coordinates: lon_v lat_v
mask_psi: Array of 64 bit Reals [eta_psi = 0..898][xi_psi = 0..1388]
long_name: mask on psi-points
flag_values: 0.000000000000000, 1.000000000000000
flag_meanings: land water
coordinates: lon_psi lat_psi
ocean_time: Array of 64 bit Reals [ocean_time = 0..0]
long_name: averaged time since initialization
units: seconds since 1948-01-01 00:00:00
calendar: gregorian
field: time, scalar, series
cell_methods: ocean_time: mean
zeta: Array of 32 bit Reals [ocean_time = 0..0][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged free-surface
units: meter
time: ocean_time
coordinates: lon_rho lat_rho
field: free-surface, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
ubar: Array of 32 bit Reals [ocean_time = 0..0][eta_u = 0..899][xi_u = 0..1388]
long_name: time-averaged vertically integrated u-momentum component
units: meter second-1
time: ocean_time
coordinates: lon_u lat_u
field: ubar-velocity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
vbar: Array of 32 bit Reals [ocean_time = 0..0][eta_v = 0..898][xi_v = 0..1389]
long_name: time-averaged vertically integrated v-momentum component
units: meter second-1
time: ocean_time
coordinates: lon_v lat_v
field: vbar-velocity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
u: Array of 32 bit Reals [ocean_time = 0..0][s_rho = 0..34][eta_u = 0..899][xi_u = 0..1388]
long_name: time-averaged u-momentum component
units: meter second-1
time: ocean_time
coordinates: lon_u lat_u s_rho
field: u-velocity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
v: Array of 32 bit Reals [ocean_time = 0..0][s_rho = 0..34][eta_v = 0..898][xi_v = 0..1389]
long_name: time-averaged v-momentum component
units: meter second-1
time: ocean_time
coordinates: lon_v lat_v s_rho
field: v-velocity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
omega: Array of 32 bit Reals [ocean_time = 0..0][s_w = 0..35][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged S-coordinate vertical momentum component
units: meter3 second-1
time: ocean_time
coordinates: lon_rho lat_rho s_w
field: omega, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
w: Array of 32 bit Reals [ocean_time = 0..0][s_w = 0..35][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged vertical momentum component
units: meter second-1
time: ocean_time
coordinates: lon_rho lat_rho s_w
field: w-velocity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
temp: Array of 32 bit Reals [ocean_time = 0..0][s_rho = 0..34][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged potential temperature
units: Celsius
time: ocean_time
coordinates: lon_rho lat_rho s_rho
field: temperature, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
salt: Array of 32 bit Reals [ocean_time = 0..0][s_rho = 0..34][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged salinity
time: ocean_time
coordinates: lon_rho lat_rho s_rho
field: salinity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
pvorticity_bar: Array of 32 bit Reals [ocean_time = 0..0][eta_psi = 0..898][xi_psi = 0..1388]
long_name: time-averaged 2D potential vorticity
units: meter-1 second-1
time: ocean_time
coordinates: lon_psi lat_psi
field: pvorticity_bar, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
rvorticity_bar: Array of 32 bit Reals [ocean_time = 0..0][eta_psi = 0..898][xi_psi = 0..1388]
long_name: time-averaged 2D relative vorticity
units: second-1
time: ocean_time
coordinates: lon_psi lat_psi
field: rvorticity_bar, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
pvorticity: Array of 32 bit Reals [ocean_time = 0..0][s_rho = 0..34][eta_psi = 0..898][xi_psi = 0..1388]
long_name: time-averaged potential vorticity
units: meter-1 second-1
time: ocean_time
coordinates: lon_psi lat_psi s_rho
field: pvorticity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
rvorticity: Array of 32 bit Reals [ocean_time = 0..0][s_rho = 0..34][eta_psi = 0..898][xi_psi = 0..1388]
long_name: time-averaged relative vorticity
units: second-1
time: ocean_time
coordinates: lon_psi lat_psi s_rho
field: rvorticity, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
AKv: Array of 32 bit Reals [ocean_time = 0..0][s_w = 0..35][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged vertical viscosity coefficient
units: meter2 second-1
time: ocean_time
coordinates: lon_rho lat_rho s_w
field: AKv, scalar, series
cell_methods: ocean_time: mean
AKt: Array of 32 bit Reals [ocean_time = 0..0][s_w = 0..35][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged temperature vertical diffusion coefficient
units: meter2 second-1
time: ocean_time
coordinates: lon_rho lat_rho s_w
field: AKt, scalar, series
cell_methods: ocean_time: mean
AKs: Array of 32 bit Reals [ocean_time = 0..0][s_w = 0..35][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged salinity vertical diffusion coefficient
units: meter2 second-1
time: ocean_time
coordinates: lon_rho lat_rho s_w
field: AKs, scalar, series
cell_methods: ocean_time: mean
shflux: Array of 32 bit Reals [ocean_time = 0..0][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged surface net heat flux
units: watt meter-2
negative_value: upward flux, cooling
positive_value: downward flux, heating
time: ocean_time
coordinates: lon_rho lat_rho
field: surface heat flux, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
ssflux: Array of 32 bit Reals [ocean_time = 0..0][eta_rho = 0..899][xi_rho = 0..1389]
long_name: time-averaged surface net salt flux, (E-P)*SALT
units: meter second-1
negative_value: upward flux, freshening (net precipitation)
positive_value: downward flux, salting (net evaporation)
time: ocean_time
coordinates: lon_rho lat_rho
field: surface net salt flux, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
sustr: Array of 32 bit Reals [ocean_time = 0..0][eta_u = 0..899][xi_u = 0..1388]
long_name: time-averaged surface u-momentum stress
units: newton meter-2
time: ocean_time
coordinates: lon_u lat_u
field: surface u-momentum stress, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean
svstr: Array of 32 bit Reals [ocean_time = 0..0][eta_v = 0..898][xi_v = 0..1389]
long_name: time-averaged surface v-momentum stress
units: newton meter-2
time: ocean_time
coordinates: lon_v lat_v
field: surface v-momentum stress, scalar, series
_FillValue: 9.99999993e+36
cell_methods: ocean_time: mean