Global Attributes
Name	Value
tower_height	10 m
z_HMP_canopy	4.85 m
L5Functions	GapFillUsingSOLO, CalculateET, PenmanMonteith, CalculateAvailableEnergy, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), Sums
EPDversion	2.7.3 |EPD 7.3-1 (32-bit)| (default, Apr 12 2012, 11:28:34) [GCC 4.0.1 (Apple Inc. build 5493)]
z_HMP_displacement	3.25 m
vegetation2	Corymbia/Triodia savanna
vegetation1	Mulga trees with grassy interspaces and understorey
title	Flux tower data set from the Ti Tree East site for the calendar year 2017
Flag100	Partitioning Day: GPP/ER computed from light-response curves, GPP = ER - Fc
source	10m flux tower plus array of soil sensors
xlL5_moddatetime	2019-04-21 14:36:33
Flag180	Penman-Monteith 2-layer: rav_base short-circuit
longitude	133.640
z_HMP_met	2.0 m
latitude	-22.287
Flag022	Corrections/Combinations: L=0 in zeta=z/L
Flag021	Corrections/Combinations: Data-flag mismatch
xl_moddatetime	2019-04-21 12:24:09
data_url	http://data.ozflux.org.au
elevation	600m
Level	L5_FluxFilled
QC_version_history	Version History: <<1.0 6 June 2018, Update and new version name, Bilby TS Time Series Analyst>> Version History, OzFluxQC Simulator: <<2.9.5 20 December 2015, implementation of Chapin semantics for carbon fluxes (ammended)>> <<2.9.0 15 May 2015, Reconciled against OzFluxQC v2.9.0; variances, standard deviations and rotations updated>> <<2.8.6 2 Jan 2015, Reconciled against OzFluxQC v2.8.6>> <<v2.8.5 2 Oct 2014, Update following Alice Springs workshop>> <<v2.8.4a 18 Sep 2014, Reconciled against OzFluxQCv2.8.4, L1-L4 including new levels L4-L6>> <<v2.8.1a 12 Sep 2014, Reconciled against OzFluxQCv2.8.1, L1-L3 including new 3-D ncFile specifications>> <<v2.7 28 Oct 2013, Error in calculation of rhod corrected (rhod previously computed as total air density)>> <<v2.6 26 Sep 2013, Units error in WPLcov corrected>> <<v2.5 18 May 2013, Footprint model complete (rotated to geographic coordinates (m)-1d & 2d footprints, weighted footrpints, footprint climatology)>> <<v2.4 19 Apr 2013, WPL error introduced in v2.3 corrected, weighted footprint output added>> <<v2.3 24 Feb 2013, ET calculation added, controlfiles revised to simplify function calls>> <<v2.2 11 Feb 2013, Climatology implemented at L3 and L4; Penman-Monteith updated to output Gc, correct Gst computation to use air-to-soil q gradient rather than saturation deficit>> <<v2.1 3 Feb 2013, MOST footprint model (Kljun et al. 2004) implemented at L3>> <<v2.0 8 Jun 2012, version arrising from conclusion of OzFlux UTS data workshop>> <<v1.4 30 Sep 2011, final version arrising from OzFlux Black Mountain data workshop>> <<v1.0: 21 Jul 2011, code diversion reconciliation>>
QC_version	Bilby_TS v1.0
Flag140	Partitioning Day: ER_dark from source period (+NEE) light response curves
Flag130	Partitioning Day: ER_dark from sink period (+NEP) light response curves
z_soil_heat	-0.08 m
Flag030	GapFilling: Gap Filled by ANN (SOLO)
Flag031	GapFilling: Gap not filled
conventions_names	CF convention standard names table version 27, 28 Nov 2013, audited 4 Jan 2015
L3Functions	BypassSwsTcorr, do_linear, MergeSeriesAhTaCc, TaFromTv, CalculateMetVars, CoordRotation2D, Massman, CalculateFluxes, FhvtoFh, WPLcov, MergeSeriesWS, SoilAverage, CorrectFgForStorage, CalculateAvailableEnergy, qTprofile, PenmanMonteith, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), CoordinateFluxGaps, CoordinateAh7500AndFcGaps, CalculateET, convertFc
Functions	do_qcchecks, BypassSwsTcorr, do_linear, MergeSeriesAhTaCc, TaFromTv, CalculateMetVars, CoordRotation2D, Massman, CalculateFluxes, FhvtoFh, WPLcov, MergeSeriesWS, SoilAverage, CorrectFgForStorage, CalculateAvailableEnergy, qTprofile, PenmanMonteith, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), CoordinateFluxGaps, CoordinateAh7500AndFcGaps, CalculateET, convertFc, convertFc, CalculateMetVars, MergeSeriesWS, InterpolateOverMissing, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), GapFillUsingSOLO, CalculateET, PenmanMonteith, CalculateAvailableEnergy, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), Sums
coverage_flux_L3	63
coverage_flux_L5	100
conventions	CF-1.6
reference00_list	01: Eamus et al. 2013 (gapfilling procedures); 02: Cleverly et al. 2013 (Penman-Monteith and drag coefficient); 03: Rammig and Mahecha 2015; 04,05: Cleverly et al. 2016; 06: Cleverly 2016; 07: Eamus et al. 2016; 08: Beringer et al. 2016; 09: Isaac et al. 2017; 10,11: Maruyama and Segawa 2017
Flag120	Partitioning Day: Fc > CE, GPP = 0, CE = Fc
Flag085	GapFilling: L5 Diurnal SD Check
Flag084	GapFilling: L5 Range Check
Flag087	GapFilling: L6 Diurnal SD Check
Flag086	GapFilling: L6 Range Check
Flag081	GapFilling: u* not from Fh
Flag080	GapFilling: u* from Fh
Flag083	GapFilling: L4 Diurnal SD Check
Flag082	GapFilling: L4 Range Check
Flag005	QA/QC: LI7500 Diagnostic
Flag004	QA/QC: CSAT Diagnostic
Flag007	QA/QC: Excluded Hours
nc_nrecs	17520
Flag001	QA/QC: -9999 in level 1 dataset
Flag000	Good data
Flag003	QA/QC: L2 Diurnal SD Check
Flag002	QA/QC: L2 Range Check
Flag009	albedo: bad time flag (not midday 10.00 to 14.00)
Flag008	albedo: bad Fsd < threshold (290 W/m2 default) only if bad time flag not set
version	OzFluxQC Simulator v.2.9.5, https://github.com/james-cleverly/OzFluxQC_Simulator
z_wind	8.28 m
z_soil_water	-0.05, -0.2, -0.6, -0.7, -1.15 m (centre of sensing footprint, which is typically plus or minus 10 cm, except at 1.0 m, where it is plus or minus 15 cm; data labels represent top of sensing footprint)
z_	m
z_radiation	9.9 m
z_displacement	3.23 m
canopy_height	4.85m
license_type	CC-BY-4.0
Flag151	Partitioning Day: no solution from conditional correlation
Flag150	Partitioning Day: PD, CE_day & GPP from conditional correlation
coverage_radiation_L4	99
coverage_radiation_L5	99
Flag090	Partitioning Night: ER computed from exponential temperature response curves
xl_filename	../TiTreeEast/level2_intermediates/TTE_EC_2018_L2_prefilled.xls
Flag012	Corrections/Combinations: Massman Frequency Attenuation Correction (Coord Rotation, Tv_CSAT, Ah_HMP, ps)
Flag013	Corrections/Combinations: Virtual to Actual Fh (Coord Rotation, Massman, Ta_HMP)
Flag010	Corrections: Apply Linear
Flag011	Corrections/Combinations: Coordinate Rotation (Ux, Uy, Uz, UxT, UyT, UzT, UxA, UyA, UzA, UxC, UyC, UzC, UxUz, UxUx, UxUy, UyUz, UxUy, UyUy)
Flag016	Corrections/Combinations: L3 Range Check
Flag017	Corrections/Combinations: L3 Diurnal SD Check
Flag014	Corrections/Combinations: WPL correction for flux effects on density measurements (Coord Rotation, Massman, Fhv to Fh, Cc_7500_Av)
Flag015	Corrections/Combinations: Ta from Tv
Flag018	Corrections/Combinations: u* filter
Flag019	Corrections/Combinations: Gap coordination
time_zone	Australia/Darwin
FLUXNET	AU-TTE
ozflux_url	http://ozflux.org.au/
comment	CF convention version, updated and audited 28-30 Oct 2013
L4Functions	convertFc, CalculateMetVars, MergeSeriesWS, InterpolateOverMissing, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours)
reference11	Maruyama, T, and M Segawa (2017), Estimation Accuracy for Reciprocal Analysis of Sensible and Latent Heat Flux Focusing on Radiometric Temperature and Lag-Time, Open Journal of Modern Hydrology, 7, 105�124, doi: 10.4236/ojmh.2017.72006.
reference10	Maruyama, T, and M Segawa (2017), Estimation of the Sensible and Latent Heat Fluxes by Reciprocal Analysis at an Arid and Semi-Arid Region, Open Journal of Modern Hydrology, 7, 38�64, doi: 10.4236/ojmh.2017.71003.
coverage_meteorology_L3	99
coverage_meteorology_L5	100
coverage_meteorology_L4	100
Flag060	GapFilling: Gap Filled by interpolation
coverage_soil_L5	99
coverage_radiation_L3	98
coverage_soil_L3	99
start_date	2018-01-01 00:00:00
z_HMP	9.81 m
end_date	2018-12-31 23:30:00
metadata_url	http://www.ozflux.org.au/monitoringsites/titreeeast/index.html
nc_rundatetime	2019-04-21 14:39:42
version_citation	Cleverly, J, and P Isaac (2016), OzFluxQC Simulator version 2.9.5, GitHub respository, github.com/james-cleverly/OzFluxQC_Simulator, doi: 10.5281/zenodo.50109.
Flag174	Penman-Monteith: Uavg == 0 (undefined aerodynamic resistance under calm conditions) only if bad Fe and bad Fsd flags not set
coverage_flux_L4	63
Flag171	Penman-Monteith: bad rav or rSm only if bad Uavg, bad Fe and bad Fsd flags not set
institution	University of Technology Sydney
Flag173	Penman-Monteith: bad Fsd < threshold (10 W/m2 default)
Flag172	Penman-Monteith: bad Fe < threshold (0 W/m2 default) only if bad Fsd flag not set
coverage_soil_L4	99
reference08	Beringer, J, LB Hutley, I McHugh, SK Arndt, D Campbell, HA Cleugh, J Cleverly, V Resco de Dios, D Eamus, B Evans, C Ewenz, P Grace, A Griebel, V Haverd, N Hinko-Najera, A Huete, P Isaac, K Kanniah, R Leuning, MJ Liddell, C Macfarlane, W Meyer, C Moore, E Pendall, A Phillips, RL Phillips, SM Prober, N Restrepo-Coupe, S Rutledge, I Schroder, R Silberstein, P Southall, MS Yee, NJ Tapper, E van Gorsel, C Vote, J Walker, and T Wardlaw (2016), An introduction to the Australian and New Zealand flux tower network � OzFlux, Biogeosciences, 13, 5895-5916, doi: 10.5194/bg-13-5895-2016.
reference09	Isaac, P, J Cleverly, I McHugh, E van Gorsel, C Ewenz, and J Beringer (2017), OzFlux data: network integration from collection to curation, Biogeosciences, 14, 2903-2928, doi: 10.5194/bg-14-2903-2017.
reference04	Cleverly, J, D Eamus, Q Luo, N Restrepo Coupe, N Kljun, X Ma, C Ewenz, L Li, Q Yu, and A Huete (2016), The importance of interacting climate modes on Australia's contribution to global carbon cycle extremes, Scientific Reports, 6, 23113, doi: 10.1038/srep23113.
reference05	Cleverly, J, D Eamus, E Van Gorsel, C Chen, R Rumman, Q Luo, NR Coupe, L Li, N Kljun, R Faux, Q Yu, and A Huete (2016), Productivity and evapotranspiration of two contrasting semiarid ecosystems following the 2011 global carbon land sink anomaly, Agric. For. Meteor., 220, 151-159, doi: 10.1016/j.agrformet.2016.01.086.
reference06	Cleverly, J (2016), Postcards from the Field, EOS. Transactions of the American Geophysical Union, 97, C3.
reference07	Eamus, D, A Huete, J Cleverly, RH Nolan, X Ma, T Tarin, and NS Santini (2016), Mulga, a major tropical dry open forest of Australia: recent insights to carbon and water fluxes, Environ. Res. Lett., 11, 125011, doi: 10.1088/1748-9326/11/12/125011.
reference01	Eamus, D., J. Cleverly, N. Boulain, N. Grant, R. Faux, and R. Villalobos-Vega (2013), Carbon and water fluxes in an arid-zone Acacia savanna woodland: An analyses of seasonal patterns and responses to rainfall events, Agric. For. Meteor., 182-183, 225-238, doi: 10.1016/j.agrformet.2013.04.020.
z_z_minus_d	6.58 m
reference03	Rammig, A, and MD Mahecha (2015), Ecology: Ecosystem responses to climate extremes, Nature, 527, 315-316, doi: 10.1038/527315a.
z_pressure	2 m
Flag070	GapFilling: Gap Filled by replacement from paired tower
z_roughness	0.6 m
site_name	TiTreeEast
z_EC	9.81 m
soil	red kandosol, sand
citation	Cleverly, J. (2013), Ti Tree East OzFlux Site, OzFlux: Australian and New Zealand Flux Research and Monitoring Network, hdl: 102.100.100/11135.
site	Ti Tree East, Northern Territory, Australia
comment14	17 July 2014: Carbon flux outputs converted at L3 and L4: Fc [mgCO2 m-2 s-1], Fc_co2 [mgCO2 m-2 s-1], Fc_c [mgC m-2 s-1], NEE [umol m-2 s-1], NEP = -NEE
comment10	30 Oct 2013: Carbon flux outputs converted at L3 and L4: Fc [mgC m-2 s-1], Fco2 [mgCO2 m-2 s-1], NEE [umol m-2 s-1], NEP = -NEE
comment12	1 Jan 2014: Units for Fc and Fco2 corrected
Flag162	Footprint: no solution
z_canopy	4.85 m
site_pi	James Cleverly, Derek Eamus
Flag161	Footprint: Date filter
comment19	11 May 2016: L6 semantics updated for explicit inclusion of abiotic carbon sources: NEE = CE - GPP = (ER + CE) - GPP; CE: ecosystem-scale CO2 efflux; ER: ecosystem respiration; GPP: gross primary production
comment18	16 Dec 2015: L6 semantics updated to follow Chapin et al. 2006: NEE = ER - GPP; ER: ecosystem respiration (equivalent to ecosystem decomposition); GPP: gross primary production
z_rain	2.5 m
reference02	Cleverly, J., C. Chen, N. Boulain, R. Villalobos-Vega, R. Faux, N. Grant, Q. Yu, and D. Eamus (2013), Aerodynamic Resistance and Penman-Monteith Evapotranspiration over a Seasonally Two-Layered Canopy in Semiarid Central Australia, J. Hydrometeor., 14, 1562-1570, doi: 10.1175/jhm-d-13-080.1.
Flag040	GapFilling: Gap Filled from one-minute average
Flag201	Penman-Monteith 2-layer: not parallel circuit (rav_full short-circuit)
Flag200	Penman-Monteith 2-layer: parallel circuit
z_soil_temperature	-0.06, -0.02 m (averaging above z_soil_heat)
vegetation	Open Corymbia-hummock savanna and Mulga patches
featureType	timeseries
xlL5_datemode	1
Flag006	QA/QC: Excluded Dates
nc_level	L5
xl_datemode	1
controlfile_name	/Volumes/Vedfolnir/EC/qc_py/controlfiles/TiTreeEast/2018/L5b-solo.txt
xlL5_filename	../TiTreeEast/level3_intermediates/TTE_EC_2018_FullPreFilled.xls
Flag110	Partitioning Day: GPP night mask
contact	james.cleverly@uts.edu.au
license_url	https://creativecommons.org/licenses/by/4.0/legalcode
Flag211	Bulk Richardson number flags: delta_U=0 (RiB infinite)
Flag191	Penman-Monteith 2-layer: rav_top not short-circuit (rav_base undefined)
Flag190	Penman-Monteith 2-layer: rav_top short-circuit
time_step	30
Flag050	GapFilling: Gap Filled from alternate
Variables
double	RH [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Relative humidity (HMP) at 9.81 m height"
ancillary_variables =	"RH QC flag"
coverage_L3 =	"100"
standard_name =	"relative_humidity"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"fraction"
double	vA [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of v and H2O (7500)"
instrument =	"not defined"
ancillary_variables =	"vA QC flag"
height =	"not defined"
coverage_L3 =	"77"
standard_name =	"not defined"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"g/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
double	time [time=17520]
_Netcdf4Dimid =	0
long_name =	"time"
standard_name =	"time"
units =	"days since 1800-01-01 00:00:00.0"
calendar =	"gregorian"
double	latitude [latitude=1]
long_name =	"latitude"
standard_name =	"latitude"
units =	"degrees north"
_Netcdf4Dimid =	1
double	longitude [longitude=1]
long_name =	"longitude"
standard_name =	"longitude"
units =	"degrees east"
_Netcdf4Dimid =	2
int	Day [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Day"
instrument =	"not defined"
ancillary_variables =	"Day QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
serial_number =	"not defined"
missing_value =	-9999
int	Day_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"DayQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Hdh [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Decimal hour of the day"
instrument =	"not defined"
ancillary_variables =	"Hdh QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999.0
int	Hdh_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"HdhQC flag"
units =	"none"
_Netcdf4Dimid =	0
int	Hour [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Hour"
instrument =	"not defined"
ancillary_variables =	"Hour QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
int	Hour_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"HourQC flag"
int	Minute [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Minute"
instrument =	"not defined"
ancillary_variables =	"Minute QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
int	Minute_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"MinuteQC flag"
units =	"none"
_Netcdf4Dimid =	0
int	Month [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Month"
instrument =	"not defined"
ancillary_variables =	"Month QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
int	Month_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"MonthQC flag"
units =	"none"
_Netcdf4Dimid =	0
int	Second [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Second"
instrument =	"not defined"
ancillary_variables =	"Second QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
int	Second_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"SecondQC flag"
units =	"none"
int	Year [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Year"
instrument =	"not defined"
ancillary_variables =	"Year QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
int	Year_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"YearQC flag"
units =	"none"
double	xlDateTime [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Date/time in Excel format"
ancillary_variables =	""
cf_role =	"timeseries_id"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	""
int	xlDateTime_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"xlDateTimeQC flag"
units =	"none"
double	AGC_7500 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"7500 AGC"
ancillary_variables =	"AGC_7500 QC flag"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"none"
int	AGC_7500_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"AGC_7500QC flag"
units =	"none"
double	Ah [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Absolute humidity (HMP)"
ancillary_variables =	"Ah QC flag"
valid_range =	"0,25"
coverage_L3 =	"100"
standard_name =	"mass_concentration_of_water_vapor_in_air"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"g/m3"
rangecheck_upper =	"[25]*12"
rangecheck_lower =	"[0]*12"
int	Ah_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"AhQC flag"
units =	"none"
double	AhAh [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Variance of Absolute humidity (7500)"
ancillary_variables =	"AhAh QC flag"
coverage_L3 =	"77"
standard_name =	"not defined"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"g2/m6"
int	AhAh_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"AhAhQC flag"
_Netcdf4Dimid =	0
double	Ah_7500_Av [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Absolute humidity (7500)"
ancillary_variables =	"Ah_7500_Av QC flag"
valid_range =	"0,30"
coverage_L3 =	"63"
standard_name =	"mass_concentration_of_water_vapor_in_air"
coverage_L4 =	"63"
coverage_L5 =	"63"
units =	"g/m3"
rangecheck_upper =	"[30]*12"
rangecheck_lower =	"[0]*12"
int	Ah_7500_Av_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ah_7500_AvQC flag"
units =	"none"
double	Ah_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Absolute humidity from Li-7500, standard deviation"
instrument =	"not defined"
ancillary_variables =	"Ah_Sd QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"g/m3"
serial_number =	"not defined"
missing_value =	-9999.0
int	Ah_Sd_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"Ah_SdQC flag"
_Netcdf4Dimid =	0
double	CA [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of CO2 concentration and absolute humidity"
instrument =	"not defined"
ancillary_variables =	"CA QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"(mg g)/m6"
serial_number =	"not defined"
missing_value =	-9999.0
int	CA_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"CAQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	C_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CO2 concentration from Li-7500, standard deviation"
instrument =	"not defined"
ancillary_variables =	"C_Sd QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"mg/m3"
serial_number =	"not defined"
missing_value =	-9999.0
int	C_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"C_SdQC flag"
units =	"none"
double	C_ppm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CO2 molar concentration (ppm)"
ancillary_variables =	"Cc_ppm QC flag"
valid_range =	"150,600"
coverage_L3 =	"99"
standard_name =	"mole_concentration_of_carbon_dioxide_in_air"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"umol/mol"
rangecheck_upper =	"[600]*12"
rangecheck_lower =	"[150]*12"
int	C_ppm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"C_ppmQC flag"
units =	"none"
double	Cc [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CO2 concentration, Merged from Cc_7500_Av"
ancillary_variables =	"Cc QC flag"
valid_range =	"350,1500"
coverage_L3 =	"77"
standard_name =	"mass_concentration_of_carbon_dioxide_in_air"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"mg/m3"
rangecheck_upper =	"[1500]*12"
rangecheck_lower =	"[350]*12"
int	Cc_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"CcQC flag"
double	CcCc [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Variance of CO2 concentration"
ancillary_variables =	"CcCc QC flag"
coverage_L3 =	"77"
standard_name =	"not defined"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"mg2/m6"
int	CcCc_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CcCcQC flag"
units =	"none"
double	Cc_7500_Av [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CO2 concentration"
ancillary_variables =	"Cc_7500_Av QC flag"
valid_range =	"350,1500"
coverage_L3 =	"77"
standard_name =	"mass_concentration_of_carbon_dioxide_in_air"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"mg/m3"
rangecheck_upper =	"[1500]*12"
rangecheck_lower =	"[350]*12"
int	Cc_7500_Av_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"Cc_7500_AvQC flag"
_Netcdf4Dimid =	0
double	Diag_7500 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"IRGA diagnostic value"
ancillary_variables =	"Diag_7500 QC flag"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"none"
int	Diag_7500_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Diag_7500QC flag"
units =	"none"
double	Diag_CSAT [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CSAT diagnostic value"
ancillary_variables =	"Diag_CSAT QC flag"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
int	Diag_CSAT_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Diag_CSATQC flag"
double	ET [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
Level =	"L5"
ancillary_variables =	"ET QC flag"
height =	"not defined"
long_name =	"Evapotranspiration Flux"
standard_name =	"lwe_water_evaporation_rate"
coverage_L3 =	"63"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"mm/30min"
serial_number =	"not defined"
missing_value =	-9999.0
int	ET_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"ETQC flag"
_Netcdf4Dimid =	0
double	Fa [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
valid_range =	"-100,1000"
ancillary_variables =	"Fa QC flag"
height =	"not defined"
long_name =	"Available energy using Fn,Fg, Available energy using Fn,Fg"
standard_name =	"not defined"
coverage_L3 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
serial_number =	"not defined"
missing_value =	-9999.0
rangecheck_upper =	"[1000]*12"
rangecheck_lower =	"[-100]*12"
int	Fa_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FaQC flag"
units =	"none"
double	Fc [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"63"
ancillary_variables =	"Fc QC flag"
valid_range =	"-0.8,2"
long_name =	"Fc (Flux of carbon dioxide), Flux of carbon, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
standard_name =	"not defined"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"mgCO2/m2/s"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[2]*12"
rangecheck_lower =	"[-0.8]*12"
int	Fc_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FcQC flag"
units =	"none"
double	Fc_c [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"63"
ancillary_variables =	"Fc_c QC flag"
height =	"not defined"
long_name =	"Fc_c (Flux of carbon), Flux of carbon, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
standard_name =	"not defined"
instrument =	"not defined"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"mgC/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	Fc_c_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Fc_cQC flag"
double	Fc_co2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Fc_co2 (Flux of carbon dioxide), Flux of carbon, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
instrument =	"not defined"
ancillary_variables =	"Fc_co2 QC flag"
height =	"not defined"
coverage_L3 =	"63"
standard_name =	"not defined"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"mgCO2/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	Fc_co2_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Fc_co2QC flag"
double	Fe [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"63"
ancillary_variables =	"Fe QC flag"
valid_range =	"-25,1000"
long_name =	"Latent heat flux, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
standard_name =	"surface_upward_latent_heat_flux"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"W/m2"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[1000]*12"
rangecheck_lower =	"[-25]*12"
int	Fe_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"FeQC flag"
double	Fg [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
missing_value =	-9999.0
long_name =	"Element-wise average surface ground heat flux measurements beneath spinifex and grass, corrected for heat storage above the sensor"
ancillary_variables =	"Fg QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"downward_heat_flux_in_soil"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
coverage_L3 =	"99"
valid_range =	"-750,350"
rangecheck_upper =	"[350]*12"
rangecheck_lower =	"[-750]*12"
int	Fg_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"FgQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Fg_grass [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil heat flux under grass, 8 cm depth"
ancillary_variables =	"Fg_grass QC flag"
coverage_L3 =	"100"
standard_name =	"downward_heat_flux_in_soil"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
int	Fg_grass_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Fg_grassQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Fg_mulga [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil heat flux under mulga, 8 cm depth"
ancillary_variables =	"Fg_mulga QC flag"
coverage_L3 =	"100"
standard_name =	"downward_heat_flux_in_soil"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
int	Fg_mulga_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Fg_mulgaQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Fg_spinifex [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil heat flux under spinifex, 8 cm depth"
ancillary_variables =	"Fg_spinifex QC flag"
coverage_L3 =	"100"
standard_name =	"downward_heat_flux_in_soil"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
int	Fg_spinifex_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Fg_spinifexQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Fh [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"63"
ancillary_variables =	"Fh QC flag"
valid_range =	"-200,1000"
long_name =	"Sensible heat flux, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, converted from virtual heat flux, SOLO ANN gapfilled"
standard_name =	"surface_upward_sensible_heat_flux"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"W/m2"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[1000]*12"
rangecheck_lower =	"[-200]*12"
int	Fh_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"FhQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Fld [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"Kipp and Zonen CNR1"
ancillary_variables =	"Fld QC flag"
long_name =	"Down-welling long wave"
standard_name =	"surface_downwelling_longwave_flux_in_air"
coverage_L4 =	"98"
coverage_L5 =	"98"
units =	"W/m2"
coverage_L3 =	"96"
int	Fld_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"FldQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Flu [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"Kipp and Zonen CNR1"
ancillary_variables =	"Flu QC flag"
long_name =	"Up-welling long wave"
standard_name =	"surface_upwelling_longwave_flux_in_air"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
coverage_L3 =	"97"
int	Flu_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"FluQC flag"
double	Fm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"64"
ancillary_variables =	"Fm QC flag"
valid_range =	"1e-15,5"
long_name =	"Momentum flux, raw uncorrected, rotated to natural wind coordinates, frequency response corrected, Fm from gapfilled ustar"
standard_name =	"not defined"
coverage_L4 =	"64"
coverage_L5 =	"99"
units =	"kg/m/s2"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[5]*12"
rangecheck_lower =	"[1e-15]*12"
int	Fm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"FmQC flag"
double	Fn [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Net radiation"
instrument =	"Kipp and Zonen CNR1"
ancillary_variables =	"Fn QC flag"
coverage_L3 =	"100"
standard_name =	"surface_net_downwawrd_radiative_flux"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
int	Fn_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FnQC flag"
units =	"none"
double	Fsd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"Kipp and Zonen CNR1"
ancillary_variables =	"Fsd QC flag"
long_name =	"Down-welling short wave"
standard_name =	"surface_downwelling_shortwave_flux_in_air"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
coverage_L3 =	"100"
int	Fsd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FsdQC flag"
units =	"none"
double	Fsd_syn [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Synthetic downwelling shortwave radiation"
instrument =	"not defined"
ancillary_variables =	"Fsd_syn QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"surface_downwelling_shortwave_flux_in_air"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
serial_number =	"not defined"
missing_value =	-9999.0
int	Fsd_syn_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Fsd_synQC flag"
units =	"none"
double	Fsu [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"Kipp and Zonen CNR1"
ancillary_variables =	"Fsu QC flag"
long_name =	"Up-welling short wave"
standard_name =	"surface_upwelling_shortwave_flux_in_air"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
coverage_L3 =	"100"
int	Fsu_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FsuQC flag"
units =	"none"
double	GSm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"GSm QC flag"
height =	"not defined"
long_name =	"Canopy conductance from Penman-Monteith inversion, Allen/Jensen formulation, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"25"
coverage_L4 =	"25"
coverage_L5 =	"43"
units =	"mmolH2O/(m2ground s)"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	GSm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"GSmQC flag"
units =	"none"
double	H_ppt [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"H2O molar concentration (ppt)"
ancillary_variables =	"H_ppt QC flag"
valid_range =	"0,25"
coverage_L3 =	"99"
standard_name =	"mole_concentration_of_water_vapor_in_air"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"mmol/mol"
rangecheck_upper =	"[25]*12"
rangecheck_lower =	"[0]*12"
int	H_ppt_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"H_pptQC flag"
_Netcdf4Dimid =	0
int	L_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"LQC flag"
units =	"none"
double	NEE [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"NEE (Net ecosystem exchange of carbon), Flux of carbon, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
instrument =	"not defined"
ancillary_variables =	"NEE QC flag"
height =	"not defined"
coverage_L3 =	"63"
standard_name =	"surface_upward_mole_flux_of_carbon_dioxide"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"umol/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	NEE_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"NEEQC flag"
_Netcdf4Dimid =	0
double	NEP [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"NEP (Net ecosystem photosynthesis), Flux of carbon, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
instrument =	"not defined"
ancillary_variables =	"NEP QC flag"
height =	"not defined"
coverage_L3 =	"63"
standard_name =	"surface_downward_mole_flux_of_carbon_dioxide"
coverage_L4 =	"63"
coverage_L5 =	"100"
units =	"umol/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	NEP_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"NEPQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Precip [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Rainfall, 30 minute total"
ancillary_variables =	"Precip QC flag"
coverage_L3 =	"100"
standard_name =	"rainfall_amount"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"mm"
int	Precip_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"PrecipQC flag"
units =	"none"
int	RH_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"RHQC flag"
units =	"none"
double	SHD [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"SHD QC flag"
height =	"not defined"
long_name =	"Specific humidity deficit"
standard_name =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	SHD_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"SHDQC flag"
units =	"none"
double	Sws [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Element-wise average of series Sws_spinifex_0cm, Sws_mulga_0cm"
ancillary_variables =	"Sws QC flag"
serial_number =	"not defined"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
instrument =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"frac"
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
int	Sws_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"SwsQC flag"
units =	"none"
double	Sws_grass_0cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath inter-mulga grass, 0-10 cm depth"
ancillary_variables =	"Sws_mulga_0cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_grass_0cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Sws_grass_0cmQC flag"
units =	"none"
double	Sws_grass_100cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath inter-mulga grass, 95-105 cm depth"
ancillary_variables =	"Sws_grass_100cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"0"
standard_name =	"soil_moisture_content"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"m3/m3"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_grass_100cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Sws_grass_100cmQC flag"
units =	"none"
double	Sws_grass_100cm_b [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath inter-mulga grass, 95-105 cm depth"
ancillary_variables =	"Sws_grass_100cm_b QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_grass_100cm_b_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Sws_grass_100cm_bQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Sws_grass_10cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath inter-mulga grass, 10-20 cm depth"
ancillary_variables =	"Sws_grass_10cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_grass_10cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"Sws_grass_10cmQC flag"
_Netcdf4Dimid =	0
double	Sws_grass_50cm_b [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath inter-mulga grass, 55-65 cm depth"
ancillary_variables =	"Sws_grass_50cm_b QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_grass_50cm_b_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Sws_grass_50cm_bQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Sws_grass_60cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath inter-mulga grass, 55-65 cm depth"
ancillary_variables =	"Sws_mulga_60cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_grass_60cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Sws_grass_60cmQC flag"
double	Sws_mulga_0cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath mulga, 0-10 cm depth"
ancillary_variables =	"Sws_mulga_0cm QC flag"
coverage_L3 =	"99"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
int	Sws_mulga_0cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Sws_mulga_0cmQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Sws_mulga_100cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath mulga, 95-105 cm depth"
ancillary_variables =	"Sws_mulga_100cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_mulga_100cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Sws_mulga_100cmQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Sws_mulga_10cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath mulga, 10-20 cm depth"
ancillary_variables =	"Sws_mulga_10cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_mulga_10cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Sws_mulga_10cmQC flag"
units =	"none"
double	Sws_mulga_60cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath mulga, 55-65 cm depth"
ancillary_variables =	"Sws_mulga_60cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"0"
standard_name =	"soil_moisture_content"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"m3/m3"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_mulga_60cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Sws_mulga_60cmQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Sws_spinifex_0cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath spinifex grass, 0-10 cm depth"
ancillary_variables =	"Sws_spinifex_0cm QC flag"
coverage_L3 =	"99"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
int	Sws_spinifex_0cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Sws_spinifex_0cmQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Sws_spinifex_100cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath spinifex grass, 95-105 cm depth"
ancillary_variables =	"Sws_spinifex_100cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_spinifex_100cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Sws_spinifex_100cmQC flag"
units =	"none"
double	Sws_spinifex_10cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath spinifex grass, 10-20 cm depth"
ancillary_variables =	"Sws_spinifex_10cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"100"
standard_name =	"soil_moisture_content"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m3/m3"
diurnalcheck_numsd =	"[5]*12"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_spinifex_10cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Sws_spinifex_10cmQC flag"
units =	"none"
double	Sws_spinifex_60cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil water content beneath spinifex grass, 55-65 cm depth"
ancillary_variables =	"Sws_spinifex_60cm QC flag"
valid_range =	"0,1"
coverage_L3 =	"99"
standard_name =	"soil_moisture_content"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"m3/m3"
diurnalcheck_numsd =	"[3]*12"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	Sws_spinifex_60cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Sws_spinifex_60cmQC flag"
double	Ta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Air temperature (HMP) at 9.81 m height"
ancillary_variables =	"Ta QC flag"
valid_range =	"-10,50"
coverage_L3 =	"100"
standard_name =	"air_temperature"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
rangecheck_upper =	"[50]*12"
rangecheck_lower =	"[-10]*12"
int	Ta_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"TaQC flag"
units =	"none"
double	Tpanel [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CR3000 datalogger panel temperature"
ancillary_variables =	"Tpanel QC flag"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
int	Tpanel_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"TpanelQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Ts [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Element-wise average of series Ts_spinifex_0cm"
instrument =	"not defined"
ancillary_variables =	"Ts QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"soil_temperature"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Ts_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"TsQC flag"
units =	"none"
double	Ts_grass_100cm_b [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under inter-mulga grass, 100 cm depth"
ancillary_variables =	"Ts_grass_100cm_b QC flag"
coverage_L3 =	"100"
standard_name =	"soil_temperature"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
int	Ts_grass_100cm_b_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_grass_100cm_bQC flag"
units =	"none"
double	Ts_grass_50cm_b [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under inter-mulga grass, 60 cm depth"
ancillary_variables =	"Ts_grass_60cm QC flag"
coverage_L3 =	"100"
standard_name =	"soil_temperature"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
int	Ts_grass_50cm_b_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"Ts_grass_50cm_bQC flag"
_Netcdf4Dimid =	0
double	Ts_mulga_0cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under mulga, 0-10 cm depth"
ancillary_variables =	"Ts_mulga_0cm QC flag"
coverage_L3 =	"100"
standard_name =	"soil_temperature"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
int	Ts_mulga_0cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ts_mulga_0cmQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Ts_mulga_100cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under mulga, 100 cm depth"
ancillary_variables =	"Ts_mulga_100cm QC flag"
coverage_L3 =	"0"
standard_name =	"soil_temperature"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"C"
int	Ts_mulga_100cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_mulga_100cmQC flag"
units =	"none"
double	Ts_mulga_10cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under mulga, 10 cm depth"
ancillary_variables =	"Ts_mulga_10cm QC flag"
coverage_L3 =	"100"
standard_name =	"soil_temperature"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
int	Ts_mulga_10cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_mulga_10cmQC flag"
units =	"none"
double	Ts_mulga_60cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under mulga, 60 cm depth"
ancillary_variables =	"Ts_mulga_60cm QC flag"
coverage_L3 =	"0"
standard_name =	"soil_temperature"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"C"
int	Ts_mulga_60cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_mulga_60cmQC flag"
units =	"none"
double	Ts_spinifex_0cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under spinifex, 0-10 cm depth"
ancillary_variables =	"Ts_spinifex_0cm QC flag"
coverage_L3 =	"99"
standard_name =	"soil_temperature"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
int	Ts_spinifex_0cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_spinifex_0cmQC flag"
units =	"none"
double	Ts_spinifex_100cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under spinifex, 100 cm depth"
ancillary_variables =	"Ts_spinifex_100cm QC flag"
coverage_L3 =	"0"
standard_name =	"soil_temperature"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"C"
int	Ts_spinifex_100cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ts_spinifex_100cmQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Ts_spinifex_10cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under spinifex, 10 cm depth"
ancillary_variables =	"Ts_spinifex_10cm QC flag"
coverage_L3 =	"100"
standard_name =	"soil_temperature"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
int	Ts_spinifex_10cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_spinifex_10cmQC flag"
units =	"none"
double	Ts_spinifex_60cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under spinifex, 60 cm depth"
ancillary_variables =	"Ts_spinifex_60cm QC flag"
coverage_L3 =	"0"
standard_name =	"soil_temperature"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"C"
int	Ts_spinifex_60cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_spinifex_60cmQC flag"
units =	"none"
double	Tv [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual temperature at 1167 cm height"
instrument =	"not defined"
ancillary_variables =	"Tv QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"virtual_temperature"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tv_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"TvQC flag"
units =	"none"
double	Tv_CSAT [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual air temperature (CSAT)"
ancillary_variables =	"Tv_CSAT QC flag"
valid_range =	"0,50"
coverage_L3 =	"78"
standard_name =	"virtual_temperature"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"C"
rangecheck_upper =	"[50]*12"
rangecheck_lower =	"[0]*12"
int	Tv_CSAT_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Tv_CSATQC flag"
units =	"none"
double	Tvp [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual potential temperature at 1167 cm height"
instrument =	"not defined"
ancillary_variables =	"Tvp QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"air_potential_temperature"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tvp_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"TvpQC flag"
double	VPD [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vapour pressure deficit at 9.81 m height"
instrument =	"not defined"
ancillary_variables =	"VPD QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"water_vapor_saturation_deficit_in_air"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	VPD_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"VPDQC flag"
units =	"none"
double	Vbat [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Battery voltage"
ancillary_variables =	"Vbat QC flag"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"V"
int	Vbat_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"VbatQC flag"
units =	"none"
int	Wd_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"WdQC flag"
double	Wd_CSAT_Compass [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind direction (CSAT)"
ancillary_variables =	"Wd_CSAT_Compass QC flag"
coverage_L3 =	"100"
standard_name =	"wind_from_direction"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"deg"
int	Wd_CSAT_Compass_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wd_CSAT_CompassQC flag"
units =	"none"
double	Wd_CSAT_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind direction (CSAT)"
ancillary_variables =	"Wd_CSAT_Sd QC flag"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"deg"
int	Wd_CSAT_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wd_CSAT_SdQC flag"
units =	"none"
double	Wd_WS [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind direction (Wind Sentry) at 8.28m"
ancillary_variables =	"Wd_WS QC flag"
coverage_L3 =	"0"
standard_name =	"wind_from_direction"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"deg"
int	Wd_WS_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wd_WSQC flag"
units =	"none"
double	Wd_WS_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind direction (Wind Sentry) at 8.28m"
ancillary_variables =	"Wd_WS_Sd QC flag"
coverage_L3 =	"0"
standard_name =	"not defined"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"deg"
int	Wd_WS_Sd_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Wd_WS_SdQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Ws [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind speed (CSAT), merged from Ws_CSAT"
ancillary_variables =	"Ws QC flag"
coverage_L3 =	"100"
standard_name =	"wind_speed"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m/s"
int	Ws_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"WsQC flag"
units =	"none"
double	Ws_CSAT [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind speed (CSAT)"
ancillary_variables =	"Ws_CSAT QC flag"
coverage_L3 =	"100"
standard_name =	"wind_speed"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m/s"
int	Ws_CSAT_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_CSATQC flag"
units =	"none"
double	Ws_CSAT_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind speed (CSAT)"
ancillary_variables =	"Ws_CSAT_Sd QC flag"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m/s"
int	Ws_CSAT_Sd_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Ws_CSAT_SdQC flag"
double	Ws_WS [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind speed (Wind Sentry) at 8.28m"
ancillary_variables =	"Ws_WS QC flag"
coverage_L3 =	"0"
standard_name =	"wind_speed"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"m/s"
int	Ws_WS_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WSQC flag"
units =	"none"
double	Ws_WS_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind speed (Wind Sentry) at 8.28m"
ancillary_variables =	"Ws_WS_Sd QC flag"
coverage_L3 =	"0"
standard_name =	"not defined"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"m/s"
int	Ws_WS_Sd_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ws_WS_SdQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	albedo [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"solar albedo"
ancillary_variables =	"albedo QC flag"
coverage_L3 =	"18"
standard_name =	"surface_albedo"
coverage_L4 =	"18"
coverage_L5 =	"18"
units =	"unitless"
int	albedo_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"albedoQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	dTs [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Element-wise average of series dTs_spinifex"
instrument =	"not defined"
ancillary_variables =	"dTs QC flag"
height =	"not defined"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	dTs_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"dTsQC flag"
units =	"none"
double	dTs_mulga [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"30-min change in surface soil temperature under spinifex"
ancillary_variables =	"dTs_mulga QC flag"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
int	dTs_mulga_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"dTs_mulgaQC flag"
units =	"none"
double	dTs_spinifex [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"30-min change in surface soil temperature under spinifex"
ancillary_variables =	"dTs_spinifex QC flag"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
int	dTs_spinifex_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"dTs_spinifexQC flag"
units =	"none"
double	e [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"atmospheric vapour pressure (HMP) at 9.81 m height"
ancillary_variables =	"e QC flag"
coverage_L3 =	"100"
standard_name =	"water_vapor_partial_pressure_in_air"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"kPa"
int	e_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"eQC flag"
units =	"none"
double	esat [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"saturation vapour pressure (HMP) at 9.81 m height"
ancillary_variables =	"esat QC flag"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"kPa"
int	esat_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"esatQC flag"
double	eta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Horizontal rotation angle"
instrument =	"not defined"
ancillary_variables =	"eta QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"deg"
serial_number =	"not defined"
missing_value =	-9999.0
int	eta_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"etaQC flag"
units =	"none"
double	ps [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Atmospheric pressure"
ancillary_variables =	"ps QC flag"
coverage_L3 =	"99"
standard_name =	"surface_air_pressure"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"kPa"
int	ps_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"psQC flag"
units =	"none"
double	q [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"99"
ancillary_variables =	"q QC flag"
height =	"not defined"
long_name =	"Specific humidity at 9.81 m"
standard_name =	"specific_humidity"
instrument =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	q_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"qQC flag"
units =	"none"
double	qsat [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"99"
ancillary_variables =	"qsat QC flag"
height =	"not defined"
long_name =	"Saturated specific humidity at 9.81 m"
standard_name =	"not_defined"
instrument =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	qsat_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"qsatQC flag"
units =	"none"
double	rSm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rSm QC flag"
height =	"not defined"
long_name =	"Canopy resistance from Penman-Monteith inversion, Allen/Jensen formulation, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"25"
coverage_L4 =	"25"
coverage_L5 =	"43"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rSm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rSmQC flag"
units =	"none"
double	ram [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"ram QC flag"
height =	"not defined"
long_name =	"Aerodynamic resistance from drag coefficient, Allen/Jensen formulation, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"44"
coverage_L4 =	"44"
coverage_L5 =	"43"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	ram_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"ramQC flag"
units =	"none"
double	rhod [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Density of dry air"
ancillary_variables =	"rhod QC flag"
height =	"not defined"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"kg/m3"
serial_number =	"not defined"
missing_value =	-9999.0
int	rhod_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rhodQC flag"
units =	"none"
double	rhom [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Density of moist air"
ancillary_variables =	"rhom QC flag"
height =	"not defined"
instrument =	"not defined"
standard_name =	"air_density"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"kg/m3"
serial_number =	"not defined"
missing_value =	-9999.0
int	rhom_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"rhomQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	theta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vertical rotation angle"
instrument =	"not defined"
ancillary_variables =	"theta QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"deg"
serial_number =	"not defined"
missing_value =	-9999.0
int	theta_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"thetaQC flag"
units =	"none"
double	u [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Longitudinal component of wind-speed in natural wind coordinates"
instrument =	"not defined"
ancillary_variables =	"u QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	u_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"uQC flag"
units =	"none"
double	uA [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of u and H2O (7500)"
instrument =	"not defined"
ancillary_variables =	"uA QC flag"
height =	"not defined"
coverage_L3 =	"77"
standard_name =	"not defined"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"g/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	uA_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"uAQC flag"
units =	"none"
double	uC [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of u and CO2 (7500)"
instrument =	"not defined"
ancillary_variables =	"uC QC flag"
height =	"not defined"
coverage_L3 =	"77"
standard_name =	"not defined"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"mg/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	uC_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"uCQC flag"
double	uT [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of u and T (CSAT)"
instrument =	"not defined"
ancillary_variables =	"uT QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"mC/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	uT_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"uTQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	u_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Longitudinal velocity component from CSAT, standard deviation, rotated to natural wind coordinates"
instrument =	"not defined"
ancillary_variables =	"u_Sd QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	u_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"u_SdQC flag"
units =	"none"
double	uscalc [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"uscalc QC flag"
height =	"not defined"
long_name =	"ustar from (Fh,Ta,Ah,p,u)"
standard_name =	"not defined"
coverage_L5 =	"100"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	uscalc_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"uscalcQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	ustar [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
instrument =	"not defined"
valid_range =	"0,2"
ancillary_variables =	"ustar QC flag"
height =	"not defined"
long_name =	"Friction velocity: Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, Friction velocity: Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, merged from ustar, uscalc"
standard_name =	"not defined"
coverage_L3 =	"64"
coverage_L4 =	"64"
coverage_L5 =	"100"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
rangecheck_upper =	"[2]*12"
rangecheck_lower =	"[0]*12"
int	ustar_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"ustarQC flag"
units =	"none"
double	uu [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Variance of u"
instrument =	"not defined"
ancillary_variables =	"uu QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	uu_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"uuQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	uv [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of u and v"
instrument =	"not defined"
ancillary_variables =	"uv QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	uv_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"uvQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	uw [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Momentum flux X component, rotated to natural wind coordinates, frequency response corrected"
instrument =	"not defined"
ancillary_variables =	"uw QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	uw_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"uwQC flag"
units =	"none"
double	v [time=17520, latitude=1, longitude=1]
long_name =	"Lateral component of wind-speed in natural wind coordinates"
instrument =	"not defined"
ancillary_variables =	"v QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
_Netcdf4Dimid =	0
int	v_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vQC flag"
units =	"none"
int	vA_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"vAQC flag"
double	vC [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of v and CO2 (7500)"
instrument =	"not defined"
ancillary_variables =	"vC QC flag"
height =	"not defined"
coverage_L3 =	"77"
standard_name =	"not defined"
coverage_L4 =	"77"
coverage_L5 =	"77"
units =	"mg/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	vC_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vCQC flag"
units =	"none"
double	vT [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of v and T (CSAT)"
instrument =	"not defined"
ancillary_variables =	"vT QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"mC/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	vT_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vTQC flag"
units =	"none"
double	v_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Lateral velocity component from CSAT, standard deviation, rotated to natural wind coordinates"
instrument =	"not defined"
ancillary_variables =	"v_Sd QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	v_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"v_SdQC flag"
units =	"none"
double	vv [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Variance of v"
instrument =	"not defined"
ancillary_variables =	"vv QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	vv_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vvQC flag"
units =	"none"
double	vw [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Momentum flux Y component, rotated to natural wind coordinates, frequency response corrected"
instrument =	"not defined"
ancillary_variables =	"vw QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	vw_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vwQC flag"
units =	"none"
double	w [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vertical component of wind-speed in natural wind coordinates"
instrument =	"not defined"
ancillary_variables =	"w QC flag"
height =	"not defined"
coverage_L3 =	"78"
standard_name =	"not defined"
coverage_L4 =	"78"
coverage_L5 =	"78"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	w_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"wQC flag"
units =	"none"
double	wA [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Kinematic vapour flux, rotated to natural wind coordinates, frequency response corrected, WPL"
instrument =	"not defined"
ancillary_variables =	"wA QC flag"
height =	"not defined"
coverage_L3 =	"64"
standard_name =	"not defined"
coverage_L4 =	"64"
coverage_L5 =	"64"
units =	"g/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	wA_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"wAQC flag"
double	wC [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Kinematic CO2 flux, rotated to natural wind coordinates, frequency response corrected, WPL"
instrument =	"not defined"
ancillary_variables =	"wC QC flag"
height =	"not defined"
coverage_L3 =	"64"
standard_name =	"not defined"
coverage_L4 =	"64"
coverage_L5 =	"64"
units =	"mg/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	wC_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"wCQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	wT [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Kinematic heat flux, rotated to natural wind coordinates, frequency response corrected, converted from virtual heat flux"
instrument =	"not defined"
ancillary_variables =	"wT QC flag"
height =	"not defined"
coverage_L3 =	"64"
standard_name =	"not defined"
coverage_L4 =	"64"
coverage_L5 =	"64"
units =	"mC/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	wT_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"wTQC flag"
units =	"none"
double	w_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vertical velocity component from CSAT, standard deviation, rotated to natural wind coordinates"
instrument =	"not defined"
ancillary_variables =	"w_Sd QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	w_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"w_SdQC flag"
units =	"none"
double	ww [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Variance of w"
instrument =	"not defined"
ancillary_variables =	"ww QC flag"
height =	"not defined"
coverage_L3 =	"65"
standard_name =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"65"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	ww_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"wwQC flag"
units =	"none"
double	zeta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"65"
ancillary_variables =	"zeta QC flag"
height =	"not defined"
long_name =	"stability coefficient, (z-d)/L, stability coefficient, (z-d)/L, zeta from gapfilled L"
standard_name =	"not defined"
instrument =	"not defined"
coverage_L4 =	"65"
coverage_L5 =	"100"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	zeta_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"zetaQC flag"
units =	"none"
int	crs
grid_mapping_name =	"latitude_longitude"
long_name =	"WGS 1984 datum"
longitude_of_prime_meridian =	"0.0"
semi_major_axis =	"6378137.0"
inverse_flattening =	"298.257223563"