netcdf ICE.2011.01-12.b05 {
dimensions:
TIME = UNLIMITED ; // (365 currently)
X10_69 = 60 ;
Y21_132 = 112 ;
SECTOR = 2 ;
SECTOR1_1 = 1 ;
ATMLAY23_25 = 3 ;
bnds = 2 ;
ATMLAY25_25 = 1 ;
ATM6H3_3 = 1 ;
OUTLAY = 12 ;
variables:
double TIME(TIME) ;
TIME:units = "HOURS since 1901-01-15 00:00:00" ;
TIME:long_name = "time" ;
TIME:time_origin = "15-JAN-1901 00:00:00" ;
TIME:axis = "T" ;
float DATE(TIME) ;
DATE:units = "YYYYMMDDHH" ;
DATE:long_name = "Date(YYYY MM DD HH)" ;
DATE:history = "From ICE.a05.2011.01.01-15" ;
double X10_69(X10_69) ;
X10_69:units = "km" ;
X10_69:long_name = "x" ;
X10_69:point_spacing = "even" ;
X10_69:axis = "X" ;
double Y21_132(Y21_132) ;
Y21_132:units = "km" ;
Y21_132:long_name = "y" ;
Y21_132:point_spacing = "even" ;
Y21_132:axis = "Y" ;
float LON(Y21_132, X10_69) ;
LON:units = "degrees" ;
LON:long_name = "Longitude" ;
LON:history = "From ICE.a05.2011.01.01-15" ;
float LAT(Y21_132, X10_69) ;
LAT:units = "degrees" ;
LAT:long_name = "Latitude" ;
LAT:history = "From ICE.a05.2011.01.01-15" ;
float SH(Y21_132, X10_69) ;
SH:units = "m" ;
SH:long_name = "Surface Height" ;
SH:history = "From ICE.a05.2011.01.01-15" ;
float SRF(Y21_132, X10_69) ;
SRF:units = "-" ;
SRF:long_name = "Surface Type" ;
SRF:history = "From ICE.a05.2011.01.01-15" ;
float SOL(Y21_132, X10_69) ;
SOL:units = "-" ;
SOL:long_name = "Surface Type" ;
SOL:history = "From ICE.a05.2011.01.01-15" ;
float MSK(Y21_132, X10_69) ;
MSK:units = "-" ;
MSK:long_name = "Ice Sheet Mass Balance Zones" ;
MSK:history = "From ICE.a05.2011.01.01-15" ;
float SLO(Y21_132, X10_69) ;
SLO:units = "-" ;
SLO:long_name = "Surface Slope" ;
SLO:history = "From ICE.a05.2011.01.01-15" ;
float CZ(Y21_132, X10_69) ;
CZ:units = "-" ;
CZ:long_name = "Cosine of Solar Zenith Angle" ;
CZ:history = "From ICE.a05.2011.01.01-15" ;
float SAL(Y21_132, X10_69) ;
SAL:units = "-" ;
SAL:long_name = "Soil Albedo" ;
SAL:history = "From ICE.a05.2011.01.01-15" ;
double SECTOR(SECTOR) ;
SECTOR:units = "[index]" ;
SECTOR:long_name = "sector" ;
SECTOR:point_spacing = "even" ;
SECTOR:axis = "Z" ;
float VEG(SECTOR, Y21_132, X10_69) ;
VEG:units = "-" ;
VEG:long_name = "Vegetation Type Index" ;
VEG:history = "From ICE.a05.2011.01.01-15" ;
float FRV(SECTOR, Y21_132, X10_69) ;
FRV:units = "%" ;
FRV:long_name = "Vegetation Class Coverage" ;
FRV:history = "From ICE.a05.2011.01.01-15" ;
double SECTOR1_1(SECTOR1_1) ;
SECTOR1_1:units = "[index]" ;
SECTOR1_1:long_name = "sector" ;
SECTOR1_1:point_spacing = "even" ;
SECTOR1_1:axis = "Z" ;
float SHSN0(TIME, SECTOR1_1, Y21_132, X10_69) ;
SHSN0:missing_value = -1.e+34f ;
SHSN0:_FillValue = -1.e+34f ;
SHSN0:long_name = "Ini. old firn/ice thickness" ;
SHSN0:units = "m" ;
SHSN0:history = "From ICE.a05.2011.01.01-15" ;
float SHSN1(TIME, SECTOR1_1, Y21_132, X10_69) ;
SHSN1:missing_value = -1.e+34f ;
SHSN1:_FillValue = -1.e+34f ;
SHSN1:long_name = "Snow Pack Height above old Ice" ;
SHSN1:units = "m" ;
SHSN1:history = "From ICE.a05.2011.01.01-15" ;
float SHSN2(TIME, SECTOR1_1, Y21_132, X10_69) ;
SHSN2:missing_value = -1.e+34f ;
SHSN2:_FillValue = -1.e+34f ;
SHSN2:long_name = "Snow Pack Height above Ice" ;
SHSN2:units = "m" ;
SHSN2:history = "From ICE.a05.2011.01.01-15" ;
float SHSN3(TIME, SECTOR1_1, Y21_132, X10_69) ;
SHSN3:missing_value = -1.e+34f ;
SHSN3:_FillValue = -1.e+34f ;
SHSN3:long_name = "Snow Pack Height Total" ;
SHSN3:units = "m" ;
SHSN3:history = "From ICE.a05.2011.01.01-15" ;
float SMB(TIME, SECTOR1_1, Y21_132, X10_69) ;
SMB:missing_value = -1.e+34f ;
SMB:_FillValue = -1.e+34f ;
SMB:long_name = "Surface Mass Balance (SMB~SF+RF-RU-SU-SW)" ;
SMB:units = "mmWE/day" ;
SMB:history = "From ICE.a05.2011.01.01-15" ;
float SU(TIME, SECTOR1_1, Y21_132, X10_69) ;
SU:missing_value = -1.e+34f ;
SU:_FillValue = -1.e+34f ;
SU:long_name = "Sublimation and evaporation" ;
SU:units = "mmWE/day" ;
SU:history = "From ICE.a05.2011.01.01-15" ;
float ME(TIME, SECTOR1_1, Y21_132, X10_69) ;
ME:missing_value = -1.e+34f ;
ME:_FillValue = -1.e+34f ;
ME:long_name = "Meltwater production" ;
ME:units = "mmWE/day" ;
ME:history = "From ICE.a05.2011.01.01-15" ;
float RZ(TIME, SECTOR1_1, Y21_132, X10_69) ;
RZ:missing_value = -1.e+34f ;
RZ:_FillValue = -1.e+34f ;
RZ:long_name = "Meltwater refreezing and deposition" ;
RZ:units = "mmWE/day" ;
RZ:history = "From ICE.a05.2011.01.01-15" ;
float SW(TIME, SECTOR1_1, Y21_132, X10_69) ;
SW:missing_value = -1.e+34f ;
SW:_FillValue = -1.e+34f ;
SW:long_name = "Surface Water" ;
SW:units = "mmWE/day" ;
SW:history = "From ICE.a05.2011.01.01-15" ;
float SF(TIME, Y21_132, X10_69) ;
SF:missing_value = -1.e+34f ;
SF:_FillValue = -1.e+34f ;
SF:long_name = "Snowfall" ;
SF:units = "mmWE/day" ;
SF:history = "From ICE.a05.2011.01.01-15" ;
float RF(TIME, Y21_132, X10_69) ;
RF:missing_value = -1.e+34f ;
RF:_FillValue = -1.e+34f ;
RF:long_name = "Rainfall" ;
RF:units = "mmWE/day" ;
RF:history = "From ICE.a05.2011.01.01-15" ;
float RU(TIME, Y21_132, X10_69) ;
RU:missing_value = -1.e+34f ;
RU:_FillValue = -1.e+34f ;
RU:long_name = "Run-off of meltwater and rain water" ;
RU:units = "mmWE/day" ;
RU:history = "From ICE.a05.2011.01.01-15" ;
double ATMLAY23_25(ATMLAY23_25) ;
ATMLAY23_25:units = "[index]" ;
ATMLAY23_25:long_name = "atmlay" ;
ATMLAY23_25:point_spacing = "uneven" ;
ATMLAY23_25:axis = "Z" ;
ATMLAY23_25:bounds = "ATMLAY23_25_bnds" ;
double ATMLAY23_25_bnds(ATMLAY23_25, bnds) ;
float UU(TIME, ATMLAY23_25, Y21_132, X10_69) ;
UU:units = "m/s" ;
UU:long_name = "x-Wind Speed component" ;
UU:history = "From ICE.a05.2011.01.01-15" ;
float VV(TIME, ATMLAY23_25, Y21_132, X10_69) ;
VV:units = "m/s" ;
VV:long_name = "y-Wind Speed component" ;
VV:history = "From ICE.a05.2011.01.01-15" ;
float TT(TIME, ATMLAY23_25, Y21_132, X10_69) ;
TT:units = "C" ;
TT:long_name = "Temperature" ;
TT:history = "From ICE.a05.2011.01.01-15" ;
float QQ(TIME, ATMLAY23_25, Y21_132, X10_69) ;
QQ:units = "g/kg" ;
QQ:long_name = "Specific Humidity" ;
QQ:history = "From ICE.a05.2011.01.01-15" ;
float ZZ(TIME, ATMLAY23_25, Y21_132, X10_69) ;
ZZ:units = "m" ;
ZZ:long_name = "Model Surface Height" ;
ZZ:history = "From ICE.a05.2011.01.01-15" ;
float SP(TIME, Y21_132, X10_69) ;
SP:units = "hPa" ;
SP:long_name = "Surface Pressure" ;
SP:history = "From ICE.a05.2011.01.01-15" ;
double ATMLAY25_25(ATMLAY25_25) ;
ATMLAY25_25:units = "[index]" ;
ATMLAY25_25:long_name = "atmlay" ;
ATMLAY25_25:point_spacing = "uneven" ;
ATMLAY25_25:axis = "Z" ;
ATMLAY25_25:bounds = "ATMLAY25_25_bnds" ;
double ATMLAY25_25_bnds(ATMLAY25_25, bnds) ;
float TTMIN(TIME, ATMLAY25_25, Y21_132, X10_69) ;
TTMIN:units = "C" ;
TTMIN:long_name = "Min Temp" ;
TTMIN:history = "From ICE.a05.2011.01.01-15" ;
float TTMAX(TIME, ATMLAY25_25, Y21_132, X10_69) ;
TTMAX:units = "C" ;
TTMAX:long_name = "Max Temp" ;
TTMAX:history = "From ICE.a05.2011.01.01-15" ;
double ATM6H3_3(ATM6H3_3) ;
ATM6H3_3:units = "[index]" ;
ATM6H3_3:long_name = "atm6h" ;
ATM6H3_3:point_spacing = "uneven" ;
ATM6H3_3:axis = "Z" ;
ATM6H3_3:bounds = "ATM6H3_3_bnds" ;
double ATM6H3_3_bnds(ATM6H3_3, bnds) ;
float TT00H(TIME, ATM6H3_3, Y21_132, X10_69) ;
TT00H:units = "C" ;
TT00H:long_name = "00H Temperature" ;
TT00H:history = "From ICE.a05.2011.01.01-15" ;
float TT06H(TIME, ATM6H3_3, Y21_132, X10_69) ;
TT06H:units = "C" ;
TT06H:long_name = "06H Temperature" ;
TT06H:history = "From ICE.a05.2011.01.01-15" ;
float TT12H(TIME, ATM6H3_3, Y21_132, X10_69) ;
TT12H:units = "C" ;
TT12H:long_name = "12H Temperature" ;
TT12H:history = "From ICE.a05.2011.01.01-15" ;
float TT18H(TIME, ATM6H3_3, Y21_132, X10_69) ;
TT18H:units = "C" ;
TT18H:long_name = "18H Temperature" ;
TT18H:history = "From ICE.a05.2011.01.01-15" ;
float SWD(TIME, Y21_132, X10_69) ;
SWD:units = "W/m2" ;
SWD:long_name = "Short Wave Downward" ;
SWD:history = "From ICE.a05.2011.01.01-15" ;
float LWD(TIME, Y21_132, X10_69) ;
LWD:units = "W/m2" ;
LWD:long_name = "Long Wave Downward" ;
LWD:history = "From ICE.a05.2011.01.01-15" ;
float LWU(TIME, Y21_132, X10_69) ;
LWU:units = "W/m2" ;
LWU:long_name = "Long Wave Upward" ;
LWU:history = "From ICE.a05.2011.01.01-15" ;
float SHF(TIME, Y21_132, X10_69) ;
SHF:units = "W/m2" ;
SHF:long_name = "Sensible Heat Flux" ;
SHF:history = "From ICE.a05.2011.01.01-15" ;
float LHF(TIME, Y21_132, X10_69) ;
LHF:units = "W/m2" ;
LHF:long_name = "Latent Heat Flux" ;
LHF:history = "From ICE.a05.2011.01.01-15" ;
float AL1(TIME, Y21_132, X10_69) ;
AL1:units = "-" ;
AL1:long_name = "Albedo (Tot Refl/Tot Inc)" ;
AL1:history = "From ICE.a05.2011.01.01-15" ;
float AL2(TIME, Y21_132, X10_69) ;
AL2:units = "-" ;
AL2:long_name = "Albedo" ;
AL2:history = "From ICE.a05.2011.01.01-15" ;
float QW(TIME, Y21_132, X10_69) ;
QW:units = "kg/kg" ;
QW:long_name = "Cloud Dropplets Concent." ;
QW:history = "From ICE.a05.2011.01.01-15" ;
float QI(TIME, Y21_132, X10_69) ;
QI:units = "kg/kg" ;
QI:long_name = "Cloud Ice Crystals Concent." ;
QI:history = "From ICE.a05.2011.01.01-15" ;
float QS(TIME, Y21_132, X10_69) ;
QS:units = "kg/kg" ;
QS:long_name = "Cloud Snow Flakes Concent." ;
QS:history = "From ICE.a05.2011.01.01-15" ;
float QR(TIME, Y21_132, X10_69) ;
QR:units = "kg/kg" ;
QR:long_name = "Cloud Rain Concentration" ;
QR:history = "From ICE.a05.2011.01.01-15" ;
float CC(TIME, Y21_132, X10_69) ;
CC:units = "-" ;
CC:long_name = "Cloud Cover" ;
CC:history = "From ICE.a05.2011.01.01-15" ;
float COD(TIME, Y21_132, X10_69) ;
COD:units = "-" ;
COD:long_name = "Cloud Optical Depth" ;
COD:history = "From ICE.a05.2011.01.01-15" ;
float STT(TIME, SECTOR1_1, Y21_132, X10_69) ;
STT:missing_value = -1.e+34f ;
STT:_FillValue = -1.e+34f ;
STT:long_name = "Surface Temperature" ;
STT:units = "C" ;
STT:history = "From ICE.a05.2011.01.01-15" ;
float DPDD(TIME, SECTOR1_1, Y21_132, X10_69) ;
DPDD:missing_value = -1.e+34f ;
DPDD:_FillValue = -1.e+34f ;
DPDD:long_name = "Daily Postive Degree Day" ;
DPDD:units = "C" ;
DPDD:history = "From ICE.a05.2011.01.01-15" ;
float SWSN(TIME, SECTOR1_1, Y21_132, X10_69) ;
SWSN:units = "mmWE" ;
SWSN:long_name = "Surficial Water Specific Mass" ;
SWSN:history = "From ICE.a05.2011.01.01-15" ;
float SUSN(TIME, SECTOR1_1, Y21_132, X10_69) ;
SUSN:units = "m" ;
SUSN:long_name = "Slush Height" ;
SUSN:history = "From ICE.a05.2011.01.01-15" ;
double OUTLAY(OUTLAY) ;
OUTLAY:units = "[index]" ;
OUTLAY:long_name = "outlay" ;
OUTLAY:point_spacing = "uneven" ;
OUTLAY:axis = "Z" ;
OUTLAY:bounds = "OUTLAY_bnds" ;
double OUTLAY_bnds(OUTLAY, bnds) ;
float DZ1(TIME, OUTLAY, Y21_132, X10_69) ;
DZ1:units = "m" ;
DZ1:long_name = "Snow Depth" ;
DZ1:history = "From ICE.a05.2011.01.01-15" ;
float RO1(TIME, OUTLAY, Y21_132, X10_69) ;
RO1:units = "kg/m3" ;
RO1:long_name = "Snow Density" ;
RO1:history = "From ICE.a05.2011.01.01-15" ;
float TI1(TIME, OUTLAY, Y21_132, X10_69) ;
TI1:units = "C" ;
TI1:long_name = "Ice/Snow Temperature" ;
TI1:history = "From ICE.a05.2011.01.01-15" ;
float WA1(TIME, OUTLAY, Y21_132, X10_69) ;
WA1:units = "kg/kg" ;
WA1:long_name = "Liquid Water Content" ;
WA1:history = "From ICE.a05.2011.01.01-15" ;
float G11(TIME, OUTLAY, Y21_132, X10_69) ;
G11:units = "-" ;
G11:long_name = "g1 (Dendri./Spheri.)" ;
G11:history = "From ICE.a05.2011.01.01-15" ;
float G21(TIME, OUTLAY, Y21_132, X10_69) ;
G21:units = "-" ;
G21:long_name = "g2 (Sphericity/Size)" ;
G21:history = "From ICE.a05.2011.01.01-15" ;
float LC1(TIME, OUTLAY, Y21_132, X10_69) ;
LC1:units = "%/vol" ;
LC1:long_name = "Liquid Water Content" ;
MAR Layers:
each layer in the output file represents the first x cm of the snowpack.
1: First snow layer (variable thickness)
2: 5 cm
3: 10 cm
4: 25 cm
5: 50 cm
6: 75 cm
7: 100 cm
8: 125 cm
9: 150 cm
10: 200 cm
11: 500 cm
12: 1000 cm
MAR version 3.2
netcdf ICE.2013.01-12.f07 {
dimensions:
TIME = UNLIMITED ; // (226 currently)
X10_69 = 60 ;
Y18_127 = 110 ;
SECTOR = 2 ;
SECTOR1_1 = 1 ;
ATMLAY14_23 = 10 ;
bnds = 2 ;
ATMLAY23_23 = 1 ;
ATM6H3_3 = 1 ;
OUTLAY = 20 ;
OUTLAY1_1 = 1 ;
variables:
double TIME(TIME) ;
TIME:units = "HOURS since 1901-01-15 00:00:00" ;
TIME:long_name = "time" ;
TIME:time_origin = "15-JAN-1901 00:00:00" ;
TIME:axis = "T" ;
float DATE(TIME) ;
DATE:units = "YYYYMMDDHH" ;
DATE:long_name = "Date(YYYY MM DD HH)" ;
DATE:history = "From ICE.j07.2013.01.01-15" ;
double X10_69(X10_69) ;
X10_69:units = "km" ;
X10_69:long_name = "x" ;
X10_69:point_spacing = "even" ;
X10_69:axis = "X" ;
double Y18_127(Y18_127) ;
Y18_127:units = "km" ;
Y18_127:long_name = "y" ;
Y18_127:point_spacing = "even" ;
Y18_127:axis = "Y" ;
float LON(Y18_127, X10_69) ;
LON:units = "degrees" ;
LON:long_name = "Longitude" ;
LON:history = "From ICE.j07.2013.01.01-15" ;
float LAT(Y18_127, X10_69) ;
LAT:units = "degrees" ;
LAT:long_name = "Latitude" ;
LAT:history = "From ICE.j07.2013.01.01-15" ;
float SH(Y18_127, X10_69) ;
SH:units = "m" ;
SH:long_name = "Surface Height" ;
SH:history = "From ICE.j07.2013.01.01-15" ;
float SRF(Y18_127, X10_69) ;
SRF:units = "-" ;
SRF:long_name = "Surface Type" ;
SRF:history = "From ICE.j07.2013.01.01-15" ;
float SOL(Y18_127, X10_69) ;
SOL:units = "-" ;
SOL:long_name = "Surface Type" ;
SOL:history = "From ICE.j07.2013.01.01-15" ;
float SLO(Y18_127, X10_69) ;
SLO:units = "-" ;
SLO:long_name = "Surface Slope" ;
SLO:history = "From ICE.j07.2013.01.01-15" ;
float CZ(Y18_127, X10_69) ;
CZ:units = "-" ;
CZ:long_name = "Cosine of Solar Zenith Angle" ;
CZ:history = "From ICE.j07.2013.01.01-15" ;
float SAL(Y18_127, X10_69) ;
SAL:units = "-" ;
SAL:long_name = "Soil Albedo" ;
SAL:history = "From ICE.j07.2013.01.01-15" ;
double SECTOR(SECTOR) ;
SECTOR:units = "[index]" ;
SECTOR:long_name = "sector" ;
SECTOR:point_spacing = "even" ;
SECTOR:axis = "Z" ;
float VEG(SECTOR, Y18_127, X10_69) ;
VEG:units = "-" ;
VEG:long_name = "Vegetation Type Index" ;
VEG:history = "From ICE.j07.2013.01.01-15" ;
float MSK(Y18_127, X10_69) ;
MSK:units = "-" ;
MSK:long_name = "Ice Sheet Mass Balance Zones" ;
MSK:history = "From ICE.j07.2013.01.01-15" ;
float FRV(SECTOR, Y18_127, X10_69) ;
FRV:units = "%" ;
FRV:long_name = "Vegetation Class Coverage" ;
FRV:history = "From ICE.j07.2013.01.01-15" ;
double SECTOR1_1(SECTOR1_1) ;
SECTOR1_1:units = "[index]" ;
SECTOR1_1:long_name = "sector" ;
SECTOR1_1:point_spacing = "even" ;
SECTOR1_1:axis = "Z" ;
float SHSN0(TIME, SECTOR1_1, Y18_127, X10_69) ;
SHSN0:missing_value = -1.e+34f ;
SHSN0:_FillValue = -1.e+34f ;
SHSN0:long_name = "Ini. old firn/ice thickness" ;
SHSN0:units = "m" ;
SHSN0:history = "From ICE.j07.2013.01.01-15" ;
float SHSN2(TIME, SECTOR1_1, Y18_127, X10_69) ;
SHSN2:missing_value = -1.e+34f ;
SHSN2:_FillValue = -1.e+34f ;
SHSN2:long_name = "Snow Pack Height above Ice" ;
SHSN2:units = "m" ;
SHSN2:history = "From ICE.j07.2013.01.01-15" ;
float SHSN3(TIME, SECTOR, Y18_127, X10_69) ;
SHSN3:missing_value = -1.e+34f ;
SHSN3:_FillValue = -1.e+34f ;
SHSN3:long_name = "Snow Pack Height Total" ;
SHSN3:units = "m" ;
SHSN3:history = "From ICE.j07.2013.01.01-15" ;
float SMB(TIME, SECTOR, Y18_127, X10_69) ;
SMB:missing_value = -1.e+34f ;
SMB:_FillValue = -1.e+34f ;
SMB:long_name = "Surface Mass Balance (SMB~SF+RF-RU-SU-SW)" ;
SMB:units = "mmWE/day" ;
SMB:history = "From ICE.j07.2013.01.01-15" ;
float SU(TIME, SECTOR, Y18_127, X10_69) ;
SU:missing_value = -1.e+34f ;
SU:_FillValue = -1.e+34f ;
SU:long_name = "Sublimation and evaporation" ;
SU:units = "mmWE/day" ;
SU:history = "From ICE.j07.2013.01.01-15" ;
float ME(TIME, SECTOR1_1, Y18_127, X10_69) ;
ME:missing_value = -1.e+34f ;
ME:_FillValue = -1.e+34f ;
ME:long_name = "Meltwater production" ;
ME:units = "mmWE/day" ;
ME:history = "From ICE.j07.2013.01.01-15" ;
float RZ(TIME, SECTOR1_1, Y18_127, X10_69) ;
RZ:missing_value = -1.e+34f ;
RZ:_FillValue = -1.e+34f ;
RZ:long_name = "Meltwater refreezing and deposition" ;
RZ:units = "mmWE/day" ;
RZ:history = "From ICE.j07.2013.01.01-15" ;
float SW(TIME, SECTOR1_1, Y18_127, X10_69) ;
SW:missing_value = -1.e+34f ;
SW:_FillValue = -1.e+34f ;
SW:long_name = "Surface Water" ;
SW:units = "mmWE/day" ;
SW:history = "From ICE.j07.2013.01.01-15" ;
float SF(TIME, Y18_127, X10_69) ;
SF:missing_value = -1.e+34f ;
SF:_FillValue = -1.e+34f ;
SF:long_name = "Snowfall" ;
SF:units = "mmWE/day" ;
SF:history = "From ICE.j07.2013.01.01-15" ;
float RF(TIME, Y18_127, X10_69) ;
RF:missing_value = -1.e+34f ;
RF:_FillValue = -1.e+34f ;
RF:long_name = "Rainfall" ;
RF:units = "mmWE/day" ;
RF:history = "From ICE.j07.2013.01.01-15" ;
float RU(TIME, SECTOR, Y18_127, X10_69) ;
RU:missing_value = -1.e+34f ;
RU:_FillValue = -1.e+34f ;
RU:long_name = "Run-off of meltwater and rain water" ;
RU:units = "mmWE/day" ;
RU:history = "From ICE.j07.2013.01.01-15" ;
double ATMLAY14_23(ATMLAY14_23) ;
ATMLAY14_23:units = "[index]" ;
ATMLAY14_23:long_name = "atmlay" ;
ATMLAY14_23:point_spacing = "uneven" ;
ATMLAY14_23:axis = "Z" ;
ATMLAY14_23:bounds = "ATMLAY14_23_bnds" ;
double ATMLAY14_23_bnds(ATMLAY14_23, bnds) ;
float UU(TIME, ATMLAY14_23, Y18_127, X10_69) ;
UU:units = "m/s" ;
UU:long_name = "x-Wind Speed component" ;
UU:history = "From ICE.j07.2013.01.01-15" ;
float VV(TIME, ATMLAY14_23, Y18_127, X10_69) ;
VV:units = "m/s" ;
VV:long_name = "y-Wind Speed component" ;
VV:history = "From ICE.j07.2013.01.01-15" ;
float TT(TIME, ATMLAY14_23, Y18_127, X10_69) ;
TT:units = "C" ;
TT:long_name = "Temperature" ;
TT:history = "From ICE.j07.2013.01.01-15" ;
float ZZ(TIME, ATMLAY14_23, Y18_127, X10_69) ;
ZZ:units = "m" ;
ZZ:long_name = "Model Surface Height" ;
ZZ:history = "From ICE.j07.2013.01.01-15" ;
float QQ(TIME, ATMLAY14_23, Y18_127, X10_69) ;
QQ:units = "g/kg" ;
QQ:long_name = "Specific Humidity" ;
QQ:history = "From ICE.j07.2013.01.01-15" ;
double ATMLAY23_23(ATMLAY23_23) ;
ATMLAY23_23:units = "[index]" ;
ATMLAY23_23:long_name = "atmlay" ;
ATMLAY23_23:point_spacing = "uneven" ;
ATMLAY23_23:axis = "Z" ;
ATMLAY23_23:bounds = "ATMLAY23_23_bnds" ;
double ATMLAY23_23_bnds(ATMLAY23_23, bnds) ;
float TTMIN(TIME, ATMLAY23_23, Y18_127, X10_69) ;
TTMIN:units = "C" ;
TTMIN:long_name = "Min Temp" ;
TTMIN:history = "From ICE.j07.2013.01.01-15" ;
float TTMAX(TIME, ATMLAY23_23, Y18_127, X10_69) ;
TTMAX:units = "C" ;
TTMAX:long_name = "Max Temp" ;
TTMAX:history = "From ICE.j07.2013.01.01-15" ;
float SP(TIME, Y18_127, X10_69) ;
SP:units = "hPa" ;
SP:long_name = "Surface Pressure" ;
SP:history = "From ICE.j07.2013.01.01-15" ;
double ATM6H3_3(ATM6H3_3) ;
ATM6H3_3:units = "[index]" ;
ATM6H3_3:long_name = "atm6h" ;
ATM6H3_3:point_spacing = "uneven" ;
ATM6H3_3:axis = "Z" ;
ATM6H3_3:bounds = "ATM6H3_3_bnds" ;
double ATM6H3_3_bnds(ATM6H3_3, bnds) ;
float TT00H(TIME, ATM6H3_3, Y18_127, X10_69) ;
TT00H:units = "C" ;
TT00H:long_name = "00H Temperature" ;
TT00H:history = "From ICE.j07.2013.01.01-15" ;
float TT06H(TIME, ATM6H3_3, Y18_127, X10_69) ;
TT06H:units = "C" ;
TT06H:long_name = "06H Temperature" ;
TT06H:history = "From ICE.j07.2013.01.01-15" ;
float TT12H(TIME, ATM6H3_3, Y18_127, X10_69) ;
TT12H:units = "C" ;
TT12H:long_name = "12H Temperature" ;
TT12H:history = "From ICE.j07.2013.01.01-15" ;
float TT18H(TIME, ATM6H3_3, Y18_127, X10_69) ;
TT18H:units = "C" ;
TT18H:long_name = "18H Temperature" ;
TT18H:history = "From ICE.j07.2013.01.01-15" ;
float SWD(TIME, Y18_127, X10_69) ;
SWD:units = "W/m2" ;
SWD:long_name = "Short Wave Downward" ;
SWD:history = "From ICE.j07.2013.01.01-15" ;
float LWD(TIME, Y18_127, X10_69) ;
LWD:units = "W/m2" ;
LWD:long_name = "Long Wave Downward" ;
LWD:history = "From ICE.j07.2013.01.01-15" ;
float LWU(TIME, Y18_127, X10_69) ;
LWU:units = "W/m2" ;
LWU:long_name = "Long Wave Upward" ;
LWU:history = "From ICE.j07.2013.01.01-15" ;
float SHF(TIME, Y18_127, X10_69) ;
SHF:units = "W/m2" ;
SHF:long_name = "Sensible Heat Flux" ;
SHF:history = "From ICE.j07.2013.01.01-15" ;
float LHF(TIME, Y18_127, X10_69) ;
LHF:units = "W/m2" ;
LHF:long_name = "Latent Heat Flux" ;
LHF:history = "From ICE.j07.2013.01.01-15" ;
float AL1(TIME, SECTOR, Y18_127, X10_69) ;
AL1:units = "-" ;
AL1:long_name = "Albedo (Tot Refl/Tot Inc)" ;
AL1:history = "From ICE.j07.2013.01.01-15" ;
float AL2(TIME, SECTOR, Y18_127, X10_69) ;
AL2:units = "-" ;
AL2:long_name = "Albedo" ;
AL2:history = "From ICE.j07.2013.01.01-15" ;
float QW(TIME, Y18_127, X10_69) ;
QW:units = "kg/kg" ;
QW:long_name = "Cloud Dropplets Concent." ;
QW:history = "From ICE.j07.2013.01.01-15" ;
float QI(TIME, Y18_127, X10_69) ;
QI:units = "kg/kg" ;
QI:long_name = "Cloud Ice Crystals Concent." ;
QI:history = "From ICE.j07.2013.01.01-15" ;
float QS(TIME, Y18_127, X10_69) ;
QS:units = "kg/kg" ;
QS:long_name = "Cloud Snow Flakes Concent." ;
QS:history = "From ICE.j07.2013.01.01-15" ;
float QR(TIME, Y18_127, X10_69) ;
QR:units = "kg/kg" ;
QR:long_name = "Cloud Rain Concentration" ;
QR:history = "From ICE.j07.2013.01.01-15" ;
float CC(TIME, Y18_127, X10_69) ;
CC:units = "-" ;
CC:long_name = "Cloud Cover" ;
CC:history = "From ICE.j07.2013.01.01-15" ;
float COD(TIME, Y18_127, X10_69) ;
COD:units = "-" ;
COD:long_name = "Cloud Optical Depth" ;
COD:history = "From ICE.j07.2013.01.01-15" ;
float ST(TIME, SECTOR, Y18_127, X10_69) ;
ST:units = "C" ;
ST:long_name = "Surface Temperature" ;
ST:history = "From ICE.j07.2013.01.01-15" ;
float PDD(TIME, SECTOR1_1, Y18_127, X10_69) ;
PDD:units = "C" ;
PDD:long_name = "Postive Degree Day" ;
PDD:history = "From ICE.j07.2013.01.01-15" ;
float SWSN(TIME, SECTOR1_1, Y18_127, X10_69) ;
SWSN:units = "mmWE" ;
SWSN:long_name = "Surficial Water Specific Mass" ;
SWSN:history = "From ICE.j07.2013.01.01-15" ;
double OUTLAY(OUTLAY) ;
OUTLAY:units = "[index]" ;
OUTLAY:long_name = "outlay" ;
OUTLAY:point_spacing = "uneven" ;
OUTLAY:axis = "Z" ;
OUTLAY:bounds = "OUTLAY_bnds" ;
double OUTLAY_bnds(OUTLAY, bnds) ;
float RO1(TIME, OUTLAY, Y18_127, X10_69) ;
RO1:units = "kg/m3" ;
RO1:long_name = "Snow Density" ;
RO1:history = "From ICE.j07.2013.01.01-15" ;
float TI1(TIME, OUTLAY, Y18_127, X10_69) ;
TI1:units = "C" ;
TI1:long_name = "Ice/Snow Temperature" ;
TI1:history = "From ICE.j07.2013.01.01-15" ;
float WA1(TIME, OUTLAY, Y18_127, X10_69) ;
WA1:units = "kg/kg" ;
WA1:long_name = "Liquid Water Content" ;
WA1:history = "From ICE.j07.2013.01.01-15" ;
double OUTLAY1_1(OUTLAY1_1) ;
OUTLAY1_1:units = "[index]" ;
OUTLAY1_1:long_name = "outlay" ;
OUTLAY1_1:point_spacing = "uneven" ;
OUTLAY1_1:axis = "Z" ;
OUTLAY1_1:bounds = "OUTLAY1_1_bnds" ;
double OUTLAY1_1_bnds(OUTLAY1_1, bnds) ;
float G11(TIME, OUTLAY1_1, Y18_127, X10_69) ;
G11:units = "-" ;
G11:long_name = "g1 (Dendri./Spheri.)" ;
G11:history = "From ICE.j07.2013.01.01-15" ;
float G21(TIME, OUTLAY1_1, Y18_127, X10_69) ;
G21:units = "-" ;
G21:long_name = "g2 (Sphericity/Size)" ;
G21:history = "From ICE.j07.2013.01.01-15" ;