Global Attributes
Name	Value
tower_height	13.7 m
L5Functions	GapFillUsingSOLO, CalculateET, PenmanMonteith, CalculateAvailableEnergy, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours)
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)]
vegetation4	C4 understorey grasses: perennial Eragrostis eriopoda (Naked woolybutt) and annual Eriachne pulchella ssp pulchella (Pretty wanderrie)
vegetation3	C3 understorey grass: perennial Thyridolepsis mitchelliana (Window mulga-grass)
vegetation2	C3 understorey forbs and shrubs: Psydrax latifolia, Eremophila gilesii, E. latrobei ssp glabra (Crimson turkey bush), Sida and Abutilon spp, and Solanum ellipticum (Potato bush)
vegetation1	Mulga canopy: Acacia aneura and A. aptaneura
title	Flux tower data set from the Alice Springs Mulga site for the calendar year 2011
Flag100	Partitioning Day: GPP/ER computed from light-response curves, GPP = ER - Fc
source	13.7m flux tower plus array of soil sensors
Flag180	Penman-Monteith 2-layer: rav_base short-circuit
latitude	-22.283
Flag022	Corrections/Combinations: L=0 in zeta=z/L
Flag021	Corrections/Combinations: Data-flag mismatch
xl_moddatetime	2013-08-08 18:34:31
data_url	http://data.ozflux.org.au
elevation	600m
Level	L6_CPartitioned
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
license_type	CC-BY-4.0
Flag031	GapFilling: Gap not filled
conventions_names	CF convention standard names table version 27, 28 Nov 2013, audited 4 Jan 2015
L3Functions	Sums
Functions	do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), CSATcheck, 7500check, albedo,do_qcchecks, Sums, convertFc, CalculateMetVars, MergeSeriesWS, InterpolateOverMissing, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), GapFillUsingSOLO, CalculateET, PenmanMonteith, CalculateAvailableEnergy, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), Cleverlyetal2013JGRBiogeosciences, footprint, Sums
coverage_flux_L3	70
coverage_flux_L2	87
coverage_flux_L1	92
coverage_flux_L6	94
coverage_flux_L5	94
conventions	CF-1.6
nc_level	L6
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
canopy_height	6.5m
Flag030	GapFilling: Gap Filled by ANN (SOLO)
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
coverage_radiation_L6	99
coverage_radiation_L1	99
L2Functions	do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), CSATcheck, 7500check, albedo
xl_filename	../AliceSpringsMulga/level1/ASM_EC_2011.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
comment05	27 Aug 2013: Penman-Monteith inversion variables consistent with reference3
ozflux_url	http://ozflux.org.au/
reference23	Azmi, M, C R�diger, and JP Walker (2016), A data fusion-based drought index, Water Resour. Res., 52, 2222-2239, doi: 10.1002/2015WR017834.
comment	CF convention version, updated and audited 28-30 Oct 2013
reference03	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.
L4Functions	convertFc, CalculateMetVars, MergeSeriesWS, InterpolateOverMissing, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours)
Flag090	Partitioning Night: ER computed from exponential temperature response curves
L6Functions	Cleverlyetal2013JGRBiogeosciences, footprint, do_qccheck(RangeCheck, diurnalcheck, excludedates, excludehours), Sums
reference19	Restrepo-Coupe, N, A Huete, K Davies, J Cleverly, J Beringer, D Eamus, E van Gorsel, LB Hutley, and WS Meyer (2016), MODIS vegetation products as proxies of photosynthetic potential along a gradient of meteorologically and biologically driven ecosystem productivity, Biogeosciences, 13, 5587-5608, doi: 10.5194/bg-13-5587-2016.
reference18	Haverd, V, B Smith, M Raupach, P Briggs, L Nieradzik, J Beringer, L Hutley, CM Trudinger, and J Cleverly (2016), Coupling carbon allocation with leaf and root phenology predicts tree�grass partitioning along a savanna rainfall gradient, Biogeosciences, 13, 761-779, doi: 10.5194/bg-13-761-2016.
reference17	Chen, C, J Cleverly, L Zhang, Q Yu, and D Eamus (2016), Modelling seasonal and inter-annual variations in carbon and water fluxes in an arid-zone Acacia savanna woodland, 1981-2012, Ecosystems, 19, 625-644, doi: 10.1007/s10021-015-9956-8.
reference16	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.
reference15	Ma, X, A Huete, J Cleverly, D Eamus, F Chevallier, J Joiner, B Poulter, Y Zhang, L Guanter, W Meyer, Z Xie, and G Ponce-Campos (2016), Drought rapidly diminishes the large net CO2 uptake in 2011 over semi-arid Australia, Scientific Reports, 6, 37747, doi: 10.1038/srep37747.
reference14	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.
reference13	Cleverly, J, D Eamus, N Restrepo Coupe, C Chen, W Maes, L Li, R Faux, NS Santini, R Rumman, Q Yu, and A Huete (2016), Soil moisture controls on phenology and productivity in a semi-arid critical zone, Science of the Total Environment, 568, 1227-1237, doi: 10.1016/j.scitotenv.2016.05.142.
reference12	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.
reference11	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.
reference10	Petropoulos, GP, MR North, G Ireland, PK Srivastava, and DV Rendall (2015), Quantifying the prediction accuracy of a 1-D SVAT model at a range of ecosystems in the USA and Australia: evidence towards its use as a tool to study Earth's system interactions, Geosci. Model Dev., 8, 3257-3284, doi: 10.5194/gmd-8-3257-2015.
coverage_meteorology_L1	99
coverage_meteorology_L3	99
coverage_meteorology_L2	99
coverage_meteorology_L5	97
coverage_radiation_L2	99
Flag060	GapFilling: Gap Filled by interpolation
coverage_soil_L6	99
coverage_soil_L5	99
coverage_radiation_L3	99
coverage_soil_L3	99
start_date	2011-01-01 00:00:00
coverage_soil_L1	0
coverage_meteorology_L4	97
end_date	2011-12-31 23:30:00
metadata_url	http://www.ozflux.org.au/monitoringsites/alicesprings/index.html
coverage_meteorology_L6	97
nc_rundatetime	2021-03-13 14:12:33
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	70
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	Shi, H, L Li, D Eamus, J Cleverly, A Huete, J Beringer, Q Yu, E van Gorsel, and L Hutley (2014), Intrinsic climate dependency of ecosystem light and water-use-efficiencies across Australian biomes, Environ. Res. Lett., 9, 104002, doi: 10.1088/1748-9326/9/10/104002.
reference09	Donohue, RJ, IH Hume, ML Roderick, TR McVicar, J Beringer, LB Hutley, JC Gallant, JM Austin, E van Gorsel, JR Cleverly, WS Meyer, and SK Arndt (2014), Evaluation of the remote-sensing-based DIFFUSE model for estimating photosynthesis of vegetation, Remote Sens. Environ., 155, 349-365, doi: 10.1016/j.rse.2014.09.007.
reference04	Ma, X., A. Huete, Q. Yu, N. Restrepo Coupe, K. Davies, M. Broich, P. Ratana, J. Beringer, L. Hutley, J. Cleverly, N. Boulain, and D. Eamus (2013), Spatial patterns and temporal dynamics in savanna vegetation phenology across the North Australian Tropical Transect, Remote Sens. Environ., 139, 97-115, doi: 10.1016/j.rse.2013.07.030.
reference05	Haverd, V, MR Raupach, PR Briggs, JG Canadell, P Isaac, C Pickett-Heaps, SH Roxburgh, E Van Gorsel, RA Viscarra Rossel, and Z Wang (2013), Multiple observation types reduce uncertainty in Australia's terrestrial carbon and water cycles, Biogeosciences, 10, 2011-2040.
reference06	Chen, C, D Eamus, J Cleverly, N Boulain, P Cook, L Zhang, L Cheng, and Q Yu (2014), Modelling vegetation water-use and groundwater recharge as affected by climate variability in an arid-zone Acacia savanna woodland, J. Hydrol., 519, 1084-1096, doi: 10.1016/j.jhydrol.2014.08.032.
reference07	Ma, X, A Huete, Q Yu, N Restrepo-Coupe, J Beringer, LB Hutley, KD Kanniah, J Cleverly, and D Eamus (2014), Parameterization of an ecosystem light-use-efficiency model for predicting savanna GPP using MODIS EVI, Remote Sens. Environ., 154, 253-271, doi: 10.1016/j.rse.2014.08.025.
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.
longitude	133.249
coverage_soil_L2	0
Flag070	GapFilling: Gap Filled by replacement from paired tower
site_name	AliceSpringsMulga
reference_list	01: Eamus et al. 2013; 02,03: Cleverly et al. 2013; 04: Ma et al. 2013; 05 Haverd et al. 2013; 06: Chen et al. 2014; 07: Ma et al. 2014; 08: Shi et al. 2014; 09: Donohue et al. 2014; 10: Petropoulos et al. 2015; 11,12,13: Cleverly et al. 2016; 14: Eamus et al. 2016; 15: Ma et al. 2016; 16: Beringer et al. 2016; 17: Chen et al. 2016; 18: Haverd et al. 2016; 19: Restrepo Coupe et al. 2016; 20: Holgate et al. 2016; 21: Zhuang et al. 2016; 22: Martens et al. 2016; 23: Azmi et al. 2016; 24: Shi et al. 2017; 25: Isaac et al. 2017; 26: Barraza et al. 2017
soil	red kandosol, sandy loam
citation	Cleverly, J. (2011), Alice Springs Mulga OzFlux site, OzFlux: Australian and New Zealand Flux Research and Monitoring Network, hdl: 102.100.100/8697.
site	Alice Springs Mulga, Northern Territory, Australia
comment15	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
comment14	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
comment17	Re-analysis2 1 Feb 2017: corrected Fm, Fc, Fe, Fh, GPP, ER, ET; error in Massman time constant corrected September 2010-November 2016
comment16	26 Oct 2016: error corrected in conversion of rSm and rSv (surface resistance to momentum and vapour transport, respectively) to GSm and GSv, respectively, during Penman-Monteith inversion
comment11	1 Jan 2014: Units for Fc and Fco2 corrected
comment10	1 Jan 2014: Units for Fc and Fco2 defined
comment12	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
Flag162	Footprint: no solution
site_pi	James Cleverly, Derek Eamus
Flag161	Footprint: Date filter
comment18	10 Mar 2021: GPP and CE reanalysis, NEEmax < ERmax evidence that NEEmax assumptions violated, thus CE = ERmax when Fsd > 500 W m-2 and NEEmax < ERmax
xlL6_moddatetime	2021-03-10 15:15:20
xlL6_filename	../AliceSpringsMulga/level3_intermediates/ASM_EC_2011_FullPreFilled.xls
reference02	Cleverly, J., N. Boulain, R. Villalobos-Vega, N. Grant, R. Faux, C. Wood, P. G. Cook, Q. Yu, A. Leigh, and D. Eamus (2013), Dynamics of component carbon fluxes in a semi-arid Acacia woodland, central Australia, J. Geophys. Res. Biogeosci., 118, 1168-1185, doi: 10.1002/jgrg.20101.
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
vegetation	Canopy + three types of understorey (vegetation1-4)
featureType	timeseries
comment06	Re-analysis1 26 Sep 2013: Units error in WPL corrected. Error resulted in < 1% bias error in Fc and < 0.5% in Fe
comment07	Re-analysis1 28 Oct 2013: Correction of error in computation of rhod (error: computing total density of air, not partial density of the dry component)
comment04	27 Aug 2013: Penman-Monteith inversion variables consistent with reference3
Flag006	QA/QC: Excluded Dates
comment02	Re-analysis0 31 July 2013: Cross-sensor sigma-v re-defined to crosswind sigma-v. Correction to crosswind footprint distribution and rotation of covariances contributing to momentum transfer.
comment01	2 March 2013: GPP & Re corrected, consistent with reference2
xlL6_datemode	1
xl_datemode	1
comment08	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
comment09	Re-analysis1 15 Nov 2013: L4 gap fill using corrected fluxes
reference26	Barraza, V, N Restrepo-Coupe, A Huete, F Grings, J Beringer, J Cleverly, and D Eamus (2017), Estimation of latent heat flux over savannah vegetation across the North Australian Tropical Transect from multiple sensors and global meteorological data, Agric. For. Meteor., 232, 689-703, doi: 10.1016/j.agrformet.2016.10.013.
reference24	Shi, H, L Li, D Eamus, A Huete, J Cleverly, X Tian, Q Yu, S Wang, L Montagnani, V Magliulo, E Rotenberg, M Pavelka, and A Carrara (2017), Assessing the ability of MODIS EVI to estimate terrestrial ecosystem gross primary production of multiple land cover types, Ecol. Indic., 72, 153-164, doi: 10.1016/j.ecolind.2016.08.022.
reference25	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.
reference22	Martens, B, D Miralles, H Lievens, D Fern�ndez-Prieto, and NEC Verhoest (2016), Improving terrestrial evaporation estimates over continental Australia through assimilation of SMOS soil moisture, International Journal of Applied Earth Observation and Geoinformation, 48, 146-162, doi: 10.1016/j.jag.2015.09.012.
controlfile_name	/Volumes/Vedfolnir/EC/AliceSpringsMulga/ControlFiles/2011/L5-6b.txt
reference20	Holgate, CM, RAM De Jeu, AIJM van Dijk, YY Liu, LJ Renzullo, Vinodkumar, I Dharssi, RM Parinussa, R Van Der Schalie, A Gevaert, J Walker, D McJannet, J Cleverly, V Haverd, CM Trudinger, and PR Briggs (2016), Comparison of remotely sensed and modelled soil moisture data sets across�Australia, Remote Sens. Environ., 186, 479-500, doi: 10.1016/j.rse.2016.09.015.
reference21	Zhuang, W, L Cheng, R Whitley, H Shi, J Beringer, Y Wang, L He, J Cleverly, D Eamus, and Q Yu (2016), How energy and water availability constrain vegetation water-use along the North Australian Tropical Transect, International Journal of Plant Production, 10, 403-424.
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	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]
_Netcdf4Dimid =	0
long_name =	"Day"
ancillary_variables =	"Day QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
coverage_L3 =	"100"
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"
ancillary_variables =	"Hdh QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999.0
coverage_L3 =	"100"
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"
ancillary_variables =	"Hour QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
coverage_L3 =	"100"
int	Hour_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"HourQC flag"
units =	"none"
int	Minute [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Minute"
ancillary_variables =	"Minute QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
coverage_L3 =	"100"
int	Minute_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"MinuteQC flag"
_Netcdf4Dimid =	0
int	Month [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Month"
ancillary_variables =	"Month QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
coverage_L3 =	"100"
int	Month_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"MonthQC flag"
_Netcdf4Dimid =	0
units =	"none"
int	Second [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Second"
ancillary_variables =	"Second QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
coverage_L3 =	"100"
int	Second_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"SecondQC flag"
int	Year [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Year"
ancillary_variables =	"Year QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"none"
serial_number =	"not defined"
missing_value =	-9999
coverage_L3 =	"100"
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_L2 =	"100"
coverage_L3 =	"100"
standard_name =	"not defined"
coverage_L1 =	"100"
coverage_L6 =	"100"
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"
valid_range =	"0,90"
coverage_L2 =	"97"
coverage_L3 =	"97"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"97"
coverage_L4 =	"97"
coverage_L5 =	"97"
units =	"none"
rangecheck_upper =	"[90]*12"
rangecheck_lower =	"[0]*12"
int	AGC_7500_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"AGC_7500QC flag"
_Netcdf4Dimid =	0
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_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"mass_concentration_of_water_vapor_in_air"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
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"
valid_range =	"0,25"
coverage_L2 =	"91"
coverage_L3 =	"91"
standard_name =	"not defined"
coverage_L1 =	"93"
coverage_L6 =	"91"
coverage_L4 =	"91"
coverage_L5 =	"91"
units =	"g2/m6"
rangecheck_upper =	"[25]*12"
rangecheck_lower =	"[0]*12"
int	AhAh_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"AhAhQC flag"
units =	"none"
double	Ah_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Absolute humidity (HMP) at 2m"
ancillary_variables =	"Ah_200cm QC flag"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"mass_concentration_of_water_vapor_in_air"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"g/m3"
int	Ah_200cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ah_200cmQC flag"
units =	"none"
double	Ah_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Absolute humidity (HMP) at 4.25m"
ancillary_variables =	"Ah_425cm QC flag"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"mass_concentration_of_water_vapor_in_air"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"g/m3"
int	Ah_425cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ah_425cmQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Ah_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Absolute humidity (HMP) at 6.57m"
ancillary_variables =	"Ah_657cm QC flag"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"mass_concentration_of_water_vapor_in_air"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"g/m3"
int	Ah_657cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ah_657cmQC flag"
units =	"none"
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_L2 =	"91"
coverage_L3 =	"70"
standard_name =	"mass_concentration_of_water_vapor_in_air"
coverage_L1 =	"99"
coverage_L6 =	"70"
coverage_L4 =	"70"
coverage_L5 =	"70"
units =	"g/m3"
rangecheck_upper =	"[30]*12"
rangecheck_lower =	"[0]*12"
int	Ah_7500_Av_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ah_7500_AvQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	CE [time=17520, latitude=1, longitude=1]
long_name =	"Ecosystem CO2 efflux gapfilled using modelled from Q10 response curve binned by soil volumetric moisture content class (night) and intercept of light response curve binned by temperature class (day)"
coverage_L6 =	"94"
ancillary_variables =	"CE QC flag"
_Netcdf4Dimid =	0
units =	"umol/(m2 s)"
standard_name =	"not defined"
int	CE_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CEQC flag"
units =	"none"
double	CE_NEEmax [time=17520, latitude=1, longitude=1]
ancillary_variables =	"CE_NEEmax QC flag"
long_name =	"Daytime ecosystem CO2 efflux attributed to maximal NEE rates in the absence of GPP as a function of temperature"
coverage_L6 =	"94"
_Netcdf4Dimid =	0
units =	"umol/(m2 s)"
standard_name =	"not defined"
int	CE_NEEmax_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"CE_NEEmaxQC flag"
_Netcdf4Dimid =	0
double	CE_day [time=17520, latitude=1, longitude=1]
long_name =	"Daytime ecosystem CO2 efflux attributed to biotic respiration (ER) and physical decomposition (PD)"
standard_name =	"not defined"
coverage_L6 =	"94"
ancillary_variables =	"CE_day QC flag"
_Netcdf4Dimid =	0
units =	"umol/(m2 s)"
int	CE_day_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CE_dayQC flag"
units =	"none"
double	CE_gC [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"CE_gC QC flag"
height =	"not defined"
long_name =	"Cumulative 30-min ecosystem-scale CO2 efflux CE"
standard_name =	"surface_upward_mass_flux_of_carbon_dioxide_expressed_as_carbon_due_to_emission_from_natural_sources"
units =	"gC/m2"
serial_number =	"not defined"
missing_value =	-9999.0
int	CE_gC_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CE_gCQC flag"
units =	"none"
double	CE_gCO2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"CE_gCO2 QC flag"
height =	"not defined"
long_name =	"Cumulative 30-min ecosystem-scale CO2 efflux CE"
standard_name =	"not defined"
units =	"gCO2/m2"
serial_number =	"not defined"
missing_value =	-9999.0
int	CE_gCO2_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"CE_gCO2QC flag"
units =	"none"
_Netcdf4Dimid =	0
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_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"mole_concentration_of_carbon_dioxide_in_air"
coverage_L1 =	"99"
coverage_L6 =	"99"
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]
long_name =	"C_ppmQC flag"
_Netcdf4Dimid =	0
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_L2 =	"91"
coverage_L3 =	"91"
standard_name =	"mass_concentration_of_carbon_dioxide_in_air"
coverage_L1 =	"99"
coverage_L6 =	"91"
coverage_L4 =	"91"
coverage_L5 =	"91"
units =	"mg/m3"
rangecheck_upper =	"[1500]*12"
rangecheck_lower =	"[350]*12"
int	Cc_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"CcQC flag"
_Netcdf4Dimid =	0
double	CcCc [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Variance of CO2 concentration"
ancillary_variables =	"CcCc QC flag"
valid_range =	"0,22500"
coverage_L2 =	"91"
coverage_L3 =	"91"
standard_name =	"not defined"
coverage_L1 =	"93"
coverage_L6 =	"91"
coverage_L4 =	"91"
coverage_L5 =	"91"
units =	"mg2/m6"
rangecheck_upper =	"[22500]*12"
rangecheck_lower =	"[0]*12"
int	CcCc_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"CcCcQC flag"
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_L2 =	"91"
coverage_L3 =	"91"
standard_name =	"mass_concentration_of_carbon_dioxide_in_air"
coverage_L1 =	"99"
coverage_L6 =	"91"
coverage_L4 =	"91"
coverage_L5 =	"91"
units =	"mg/m3"
rangecheck_upper =	"[1500]*12"
rangecheck_lower =	"[350]*12"
int	Cc_7500_Av_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Cc_7500_AvQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Ce_base [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"Ce_base QC flag"
height =	"not defined"
long_name =	"Bulk transfer coefficient, Ce 2-layer with q profile, base layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"14"
coverage_L6 =	"19"
coverage_L4 =	"14"
coverage_L5 =	"19"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	Ce_base_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ce_baseQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Ce_full [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"Ce_full QC flag"
height =	"not defined"
long_name =	"Bulk transfer coefficient, Ce 2-layer with q profile, full layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"7"
coverage_L6 =	"9"
coverage_L4 =	"7"
coverage_L5 =	"9"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	Ce_full_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Ce_fullQC flag"
double	Ce_top [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"Ce_top QC flag"
height =	"not defined"
long_name =	"Bulk transfer coefficient, Ce 2-layer with q profile, top layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"8"
coverage_L6 =	"10"
coverage_L4 =	"8"
coverage_L5 =	"10"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	Ce_top_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ce_topQC flag"
units =	"none"
double	Diag_7500 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"IRGA diagnostic value"
ancillary_variables =	"Diag_7500 QC flag"
valid_range =	"-0.5,180.5"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"none"
rangecheck_upper =	"[180.5]*12"
rangecheck_lower =	"[-0.5]*12"
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"
valid_range =	"-0.5,180.5"
coverage_L2 =	"92"
coverage_L3 =	"92"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"92"
coverage_L4 =	"92"
coverage_L5 =	"92"
units =	"none"
rangecheck_upper =	"[180.5]*12"
rangecheck_lower =	"[-0.5]*12"
int	Diag_CSAT_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Diag_CSATQC flag"
units =	"none"
double	ER_dark [time=17520, latitude=1, longitude=1]
ancillary_variables =	"ER_dark QC flag"
coverage_L6 =	"94"
_Netcdf4Dimid =	0
units =	"umol/(m2 s)"
long_name =	"Ecosystem dark respiration from the intercept of a light response curve (day)"
standard_name =	"not defined"
int	ER_dark_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"ER_darkQC flag"
units =	"none"
double	ER_night [time=17520, latitude=1, longitude=1]
coverage_L6 =	"94"
ancillary_variables =	"ER_night QC flag"
long_name =	"Nocturnal ecosystem respiration from Q10 response curve binned by soil volumetric moisture content class and season (night)"
units =	"umol/(m2 s)"
standard_name =	"not defined"
_Netcdf4Dimid =	0
int	ER_night_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"ER_nightQC flag"
units =	"none"
double	ET [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Evapotranspiration Flux"
Level =	"L5"
ancillary_variables =	"ET QC flag"
height =	"not defined"
instrument =	"not defined"
standard_name =	"lwe_water_evaporation_rate"
coverage_L3 =	"70"
coverage_L6 =	"94"
coverage_L4 =	"70"
coverage_L5 =	"94"
units =	"mm/30min"
serial_number =	"not defined"
missing_value =	-9999.0
int	ET_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"ETQC flag"
double	Fa [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
valid_range =	"-1000,2000"
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_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
serial_number =	"not defined"
missing_value =	-9999.0
rangecheck_upper =	"[2000]*12"
rangecheck_lower =	"[-1000]*12"
int	Fa_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"FaQC flag"
double	Fc [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
ExcludeDates_72 =	"[\'2011-7-29 13:00\',\'2011-7-29 13:30\']"
ExcludeDates_73 =	"[\'2011-7-30 9:30\',\'2011-7-30 10:30\']"
ExcludeDates_70 =	"[\'2011-7-16 6:00\',\'2011-7-16 6:00\']"
ExcludeDates_71 =	"[\'2011-7-27 14:30\',\'2011-7-27 14:30\']"
ExcludeDates_76 =	"[\'2011-8-2 22:30\',\'2011-8-3 4:30\']"
ExcludeDates_77 =	"[\'2011-8-4 1:00\',\'2011-8-4 9:00\']"
ExcludeDates_74 =	"[\'2011-7-31 8:30\',\'2011-7-31 10:00\']"
ExcludeDates_75 =	"[\'2011-8-1 2:00\',\'2011-8-1 6:00\']"
ExcludeDates_78 =	"[\'2011-8-8 0:00\',\'2011-8-8 1:30\']"
ExcludeDates_79 =	"[\'2011-8-8 19:00\',\'2011-8-8 21:30\']"
ancillary_variables =	"Fc QC flag"
valid_range =	"-0.8,2"
ExcludeDates_86 =	"[\'2011-11-16 19:30\',\'2011-11-17 1:30\']"
ExcludeDates_85 =	"[\'2011-11-15 21:30\',\'2011-11-16 0:30\']"
ExcludeDates_84 =	"[\'2011-11-14 10:00\',\'2011-11-14 10:00\']"
ExcludeDates_83 =	"[\'2011-11-9 22:30\',\'2011-11-9 22:30\']"
ExcludeDates_82 =	"[\'2011-10-31 11:00\',\'2011-10-31 13:00\']"
ExcludeDates_81 =	"[\'2011-10-21 14:30\',\'2011-10-21 14:30\']"
ExcludeDates_80 =	"[\'2011-8-30 15:00\',\'2011-8-30 15:00\']"
ExcludeDates_14 =	"[\'2011-1-31 9:30\',\'2011-1-31 17:00\']"
ExcludeDates_15 =	"[\'2011-2-1 18:30\',\'2011-2-1 20:30\']"
standard_name =	"not defined"
ExcludeDates_17 =	"[\'2011-2-5 1:00\',\'2011-2-5 1:00\']"
ExcludeDates_10 =	"[\'2011-1-14 4:30\',\'2011-1-14 16:30\']"
ExcludeDates_11 =	"[\'2011-1-20 21:30\',\'2011-1-21 3:30\']"
ExcludeDates_12 =	"[\'2011-1-24 3:00\',\'2011-1-24 12:00\']"
ExcludeDates_13 =	"[\'2011-1-27 0:00\',\'2011-1-29 23:30\']"
ExcludeDates_18 =	"[\'2011-2-5 13:30\',\'2011-2-5 14:00\']"
ExcludeDates_19 =	"[\'2011-2-6 8:30\',\'2011-2-6 10:00\']"
coverage_L2 =	"87"
coverage_L3 =	"70"
coverage_L1 =	"92"
coverage_L6 =	"94"
coverage_L4 =	"70"
coverage_L5 =	"94"
ExcludeDates_21 =	"[\'2011-2-7 20:00\',\'2011-2-7 23:00\']"
ExcludeDates_20 =	"[\'2011-2-6 23:00\',\'2011-2-7 3:00\']"
ExcludeDates_23 =	"[\'2011-2-9 23:30\',\'2011-2-9 23:30\']"
ExcludeDates_22 =	"[\'2011-2-8 17:30\',\'2011-2-9 1:00\']"
ExcludeDates_25 =	"[\'2011-2-11 16:00\',\'2011-2-11 16:30\']"
ExcludeDates_24 =	"[\'2011-2-11 3:00\',\'2011-2-11 4:00\']"
ExcludeDates_27 =	"[\'2011-2-14 0:00\',\'2011-2-14 0:00\']"
ExcludeDates_26 =	"[\'2011-2-12 0:00\',\'2011-2-12 0:00\']"
ExcludeDates_29 =	"[\'2011-2-17 19:00\',\'2011-2-17 19:00\']"
ExcludeDates_28 =	"[\'2011-2-15 21:00\',\'2011-2-15 21:00\']"
ExcludeDates_38 =	"[\'2011-3-14 12:30\',\'2011-3-14 12:30\']"
ExcludeDates_39 =	"[\'2011-3-14 22:30\',\'2011-3-15 5:30\']"
ExcludeDates_36 =	"[\'2011-3-12 18:30\',\'2011-3-12 20:00\']"
ExcludeDates_37 =	"[\'2011-3-13 1:30\',\'2011-3-13 2:00\']"
ExcludeDates_34 =	"[\'2011-3-11 22:30\',\'2011-3-12 6:30\']"
ExcludeDates_35 =	"[\'2011-3-12 14:00\',\'2011-3-12 14:00\']"
ExcludeDates_32 =	"[\'2011-3-9 14:30\',\'2011-3-9 14:30\']"
ExcludeDates_33 =	"[\'2011-3-9 19:00\',\'2011-3-9 19:00\']"
ExcludeDates_30 =	"[\'2011-3-3 14:00\',\'2011-3-3 14:00\']"
ExcludeDates_31 =	"[\'2011-3-5 13:00\',\'2011-3-5 13:00\']"
long_name =	"Fc (Flux of carbon dioxide), Flux of carbon, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
rangecheck_upper =	"[2]*12"
ExcludeDates_49 =	"[\'2011-5-19 20:30\',\'2011-5-19 22:30\']"
ExcludeDates_48 =	"[\'2011-5-18 12:30\',\'2011-5-18 12:30\']"
ExcludeDates_43 =	"[\'2011-4-12 22:30\',\'2011-4-13 1:00\']"
ExcludeDates_42 =	"[\'2011-3-19 17:30\',\'2011-3-20 2:30\']"
ExcludeDates_41 =	"[\'2011-3-18 19:30\',\'2011-3-18 22:30\']"
ExcludeDates_40 =	"[\'2011-3-18 3:00\',\'2011-3-18 7:30\']"
ExcludeDates_47 =	"[\'2011-5-4 15:30\',\'2011-5-4 16:00\']"
ExcludeDates_46 =	"[\'2011-5-1 23:00\',\'2011-5-1 23:00\']"
ExcludeDates_45 =	"[\'2011-5-1 7:30\',\'2011-5-1 11:30\']"
ExcludeDates_44 =	"[\'2011-4-15 0:00\',\'2011-4-15 0:00\']"
ExcludeDates_16 =	"[\'2011-2-3 8:00\',\'2011-2-3 8:00\']"
ExcludeDates_6 =	"[\'2011-1-10 1:00\',\'2011-1-10 2:00\']"
ExcludeDates_7 =	"[\'2011-1-10 10:30\',\'2011-1-10 10:30\']"
ExcludeDates_4 =	"[\'2011-1-5 16:00\',\'2011-1-5 18:00\']"
ExcludeDates_5 =	"[\'2011-1-7 8:30\',\'2011-1-9 9:30\']"
ExcludeDates_2 =	"[\'2011-1-4 1:00\',\'2011-1-4 3:00\']"
ExcludeDates_3 =	"[\'2011-1-4 23:00\',\'2011-1-4 23:00\']"
ExcludeDates_0 =	"[\'2011-1-2 12:00\',\'2011-1-2 12:00\']"
ExcludeDates_1 =	"[\'2011-1-3 11:00\',\'2011-1-3 11:00\']"
ExcludeDates_8 =	"[\'2011-1-10 15:30\',\'2011-1-10 15:30\']"
ExcludeDates_9 =	"[\'2011-1-12 10:00\',\'2011-1-12 18:30\']"
ExcludeDates_58 =	"[\'2011-6-8 22:00\',\'2011-6-9 9:30\']"
ExcludeDates_59 =	"[\'2011-6-9 14:00\',\'2011-6-9 18:00\']"
ExcludeDates_50 =	"[\'2011-5-20 11:30\',\'2011-5-20 12:00\']"
ExcludeDates_51 =	"[\'2011-5-20 21:00\',\'2011-5-21 2:30\']"
ExcludeDates_52 =	"[\'2011-5-21 20:00\',\'2011-5-22 3:30\']"
ExcludeDates_53 =	"[\'2011-5-28 12:30\',\'2011-5-28 16:30\']"
ExcludeDates_54 =	"[\'2011-6-3 21:00\',\'2011-6-4 2:00\']"
ExcludeDates_55 =	"[\'2011-6-4 9:30\',\'2011-6-4 9:30\']"
ExcludeDates_56 =	"[\'2011-6-4 20:30\',\'2011-6-5 3:00\']"
ExcludeDates_57 =	"[\'2011-6-8 0:00\',\'2011-6-8 6:30\']"
units =	"mgCO2/m2/s"
rangecheck_lower =	"[-0.8]*12"
ExcludeDates_65 =	"[\'2011-7-2 9:30\',\'2011-7-2 11:30\']"
ExcludeDates_64 =	"[\'2011-6-30 13:00\',\'2011-6-30 13:00\']"
ExcludeDates_67 =	"[\'2011-7-6 19:30\',\'2011-7-6 19:30\']"
ExcludeDates_66 =	"[\'2011-7-3 5:30\',\'2011-7-3 8:30\']"
ExcludeDates_61 =	"[\'2011-6-16 20:30\',\'2011-6-16 20:30\']"
ExcludeDates_60 =	"[\'2011-6-10 1:00\',\'2011-6-10 6:30\']"
ExcludeDates_63 =	"[\'2011-6-29 8:30\',\'2011-6-29 8:30\']"
ExcludeDates_62 =	"[\'2011-6-19 22:00\',\'2011-6-19 22:00\']"
ExcludeDates_69 =	"[\'2011-7-12 20:30\',\'2011-7-13 5:30\']"
ExcludeDates_68 =	"[\'2011-7-6 21:00\',\'2011-7-6 21:00\']"
diurnalcheck_numsd =	"[10]*12"
int	Fc_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"FcQC flag"
double	Fc_c [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"70"
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"
coverage_L6 =	"94"
instrument =	"not defined"
coverage_L4 =	"70"
coverage_L5 =	"94"
units =	"mgC/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	Fc_c_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Fc_cQC flag"
_Netcdf4Dimid =	0
units =	"none"
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"
ancillary_variables =	"Fc_co2 QC flag"
height =	"not defined"
coverage_L3 =	"70"
standard_name =	"not defined"
coverage_L6 =	"94"
instrument =	"not defined"
coverage_L4 =	"70"
coverage_L5 =	"94"
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]
coverage_L6 =	"94"
coverage_L4 =	"70"
coverage_L5 =	"94"
ExcludeDates_21 =	"[\'2011-2-7 20:00\',\'2011-2-7 23:00\']"
ExcludeDates_20 =	"[\'2011-2-6 23:00\',\'2011-2-7 3:00\']"
ExcludeDates_23 =	"[\'2011-2-9 23:30\',\'2011-2-9 23:30\']"
ExcludeDates_22 =	"[\'2011-2-8 17:30\',\'2011-2-9 1:00\']"
ExcludeDates_25 =	"[\'2011-2-11 16:00\',\'2011-2-11 16:30\']"
ExcludeDates_24 =	"[\'2011-2-11 3:00\',\'2011-2-11 4:00\']"
ExcludeDates_27 =	"[\'2011-2-14 0:00\',\'2011-2-14 0:00\']"
ExcludeDates_26 =	"[\'2011-2-12 0:00\',\'2011-2-12 0:00\']"
ExcludeDates_29 =	"[\'2011-2-17 19:00\',\'2011-2-17 19:00\']"
ExcludeDates_28 =	"[\'2011-2-15 21:00\',\'2011-2-15 21:00\']"
ExcludeDates_38 =	"[\'2011-3-14 12:30\',\'2011-3-14 12:30\']"
ExcludeDates_39 =	"[\'2011-3-14 22:30\',\'2011-3-15 5:30\']"
ExcludeDates_36 =	"[\'2011-3-12 18:30\',\'2011-3-12 20:00\']"
ExcludeDates_37 =	"[\'2011-3-13 1:30\',\'2011-3-13 2:00\']"
ExcludeDates_34 =	"[\'2011-3-11 22:30\',\'2011-3-12 6:30\']"
ExcludeDates_35 =	"[\'2011-3-12 14:00\',\'2011-3-12 14:00\']"
ExcludeDates_32 =	"[\'2011-3-9 14:30\',\'2011-3-9 14:30\']"
ExcludeDates_33 =	"[\'2011-3-9 19:00\',\'2011-3-9 19:00\']"
ExcludeDates_30 =	"[\'2011-3-3 14:00\',\'2011-3-3 14:00\']"
ExcludeDates_31 =	"[\'2011-3-5 13:00\',\'2011-3-5 13:00\']"
long_name =	"Latent heat flux, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL, SOLO ANN gapfilled"
rangecheck_upper =	"[1000]*12"
ExcludeDates_49 =	"[\'2011-5-19 20:30\',\'2011-5-19 22:30\']"
ExcludeDates_48 =	"[\'2011-5-18 12:30\',\'2011-5-18 12:30\']"
ExcludeDates_43 =	"[\'2011-4-12 22:30\',\'2011-4-13 1:00\']"
ExcludeDates_42 =	"[\'2011-3-19 17:30\',\'2011-3-20 2:30\']"
ExcludeDates_41 =	"[\'2011-3-18 19:30\',\'2011-3-18 22:30\']"
ExcludeDates_40 =	"[\'2011-3-18 3:00\',\'2011-3-18 7:30\']"
ExcludeDates_47 =	"[\'2011-5-4 15:30\',\'2011-5-4 16:00\']"
ExcludeDates_46 =	"[\'2011-5-1 23:00\',\'2011-5-1 23:00\']"
ExcludeDates_45 =	"[\'2011-5-1 7:30\',\'2011-5-1 11:30\']"
ExcludeDates_44 =	"[\'2011-4-15 0:00\',\'2011-4-15 0:00\']"
ExcludeDates_16 =	"[\'2011-2-3 8:00\',\'2011-2-3 8:00\']"
ExcludeDates_6 =	"[\'2011-1-10 1:00\',\'2011-1-10 2:00\']"
ExcludeDates_7 =	"[\'2011-1-10 10:30\',\'2011-1-10 10:30\']"
ExcludeDates_4 =	"[\'2011-1-5 16:00\',\'2011-1-5 18:00\']"
ExcludeDates_5 =	"[\'2011-1-7 8:30\',\'2011-1-9 9:30\']"
ExcludeDates_2 =	"[\'2011-1-4 1:00\',\'2011-1-4 3:00\']"
ExcludeDates_3 =	"[\'2011-1-4 23:00\',\'2011-1-4 23:00\']"
ExcludeDates_0 =	"[\'2011-1-2 12:00\',\'2011-1-2 12:00\']"
ExcludeDates_1 =	"[\'2011-1-3 11:00\',\'2011-1-3 11:00\']"
ExcludeDates_8 =	"[\'2011-1-10 15:30\',\'2011-1-10 15:30\']"
ExcludeDates_9 =	"[\'2011-1-12 10:00\',\'2011-1-12 18:30\']"
ExcludeDates_58 =	"[\'2011-6-8 22:00\',\'2011-6-9 9:30\']"
ExcludeDates_59 =	"[\'2011-6-9 14:00\',\'2011-6-9 18:00\']"
ExcludeDates_50 =	"[\'2011-5-20 11:30\',\'2011-5-20 12:00\']"
ExcludeDates_51 =	"[\'2011-5-20 21:00\',\'2011-5-21 2:30\']"
ExcludeDates_52 =	"[\'2011-5-21 20:00\',\'2011-5-22 3:30\']"
ExcludeDates_53 =	"[\'2011-5-28 12:30\',\'2011-5-28 16:30\']"
ExcludeDates_54 =	"[\'2011-6-3 21:00\',\'2011-6-4 2:00\']"
ExcludeDates_55 =	"[\'2011-6-4 9:30\',\'2011-6-4 9:30\']"
ExcludeDates_56 =	"[\'2011-6-4 20:30\',\'2011-6-5 3:00\']"
ExcludeDates_57 =	"[\'2011-6-8 0:00\',\'2011-6-8 6:30\']"
units =	"W/m2"
rangecheck_lower =	"[-25]*12"
ExcludeDates_65 =	"[\'2011-7-2 9:30\',\'2011-7-2 11:30\']"
ExcludeDates_64 =	"[\'2011-6-30 13:00\',\'2011-6-30 13:00\']"
ExcludeDates_67 =	"[\'2011-7-6 19:30\',\'2011-7-6 19:30\']"
ExcludeDates_66 =	"[\'2011-7-3 5:30\',\'2011-7-3 8:30\']"
ExcludeDates_61 =	"[\'2011-6-16 20:30\',\'2011-6-16 20:30\']"
ExcludeDates_60 =	"[\'2011-6-10 1:00\',\'2011-6-10 6:30\']"
ExcludeDates_63 =	"[\'2011-6-29 8:30\',\'2011-6-29 8:30\']"
ExcludeDates_62 =	"[\'2011-6-19 22:00\',\'2011-6-19 22:00\']"
ExcludeDates_69 =	"[\'2011-7-12 20:30\',\'2011-7-13 5:30\']"
ExcludeDates_68 =	"[\'2011-7-6 21:00\',\'2011-7-6 21:00\']"
diurnalcheck_numsd =	"[5]*12"
_Netcdf4Dimid =	0
ExcludeDates_72 =	"[\'2011-7-29 13:00\',\'2011-7-29 13:30\']"
ExcludeDates_73 =	"[\'2011-7-30 9:30\',\'2011-7-30 10:30\']"
ExcludeDates_70 =	"[\'2011-7-16 6:00\',\'2011-7-16 6:00\']"
ExcludeDates_71 =	"[\'2011-7-27 14:30\',\'2011-7-27 14:30\']"
ExcludeDates_76 =	"[\'2011-8-2 22:30\',\'2011-8-3 4:30\']"
ExcludeDates_77 =	"[\'2011-8-4 1:00\',\'2011-8-4 9:00\']"
ExcludeDates_74 =	"[\'2011-7-31 8:30\',\'2011-7-31 10:00\']"
ExcludeDates_75 =	"[\'2011-8-1 2:00\',\'2011-8-1 6:00\']"
ExcludeDates_78 =	"[\'2011-8-8 0:00\',\'2011-8-8 1:30\']"
ExcludeDates_79 =	"[\'2011-8-8 19:00\',\'2011-8-8 21:30\']"
ancillary_variables =	"Fe QC flag"
valid_range =	"-25,1000"
ExcludeDates_86 =	"[\'2011-11-16 19:30\',\'2011-11-17 1:30\']"
ExcludeDates_85 =	"[\'2011-11-15 21:30\',\'2011-11-16 0:30\']"
ExcludeDates_84 =	"[\'2011-11-14 10:00\',\'2011-11-14 10:00\']"
ExcludeDates_83 =	"[\'2011-11-9 22:30\',\'2011-11-9 22:30\']"
ExcludeDates_82 =	"[\'2011-10-31 11:00\',\'2011-10-31 13:00\']"
ExcludeDates_81 =	"[\'2011-10-21 14:30\',\'2011-10-21 14:30\']"
ExcludeDates_80 =	"[\'2011-8-30 15:00\',\'2011-8-30 15:00\']"
ExcludeDates_14 =	"[\'2011-1-31 9:30\',\'2011-1-31 17:00\']"
ExcludeDates_15 =	"[\'2011-2-1 18:30\',\'2011-2-1 20:30\']"
standard_name =	"surface_upward_latent_heat_flux"
ExcludeDates_17 =	"[\'2011-2-5 1:00\',\'2011-2-5 1:00\']"
ExcludeDates_10 =	"[\'2011-1-14 4:30\',\'2011-1-14 16:30\']"
ExcludeDates_11 =	"[\'2011-1-20 21:30\',\'2011-1-21 3:30\']"
ExcludeDates_12 =	"[\'2011-1-24 3:00\',\'2011-1-24 12:00\']"
ExcludeDates_13 =	"[\'2011-1-27 0:00\',\'2011-1-29 23:30\']"
ExcludeDates_18 =	"[\'2011-2-5 13:30\',\'2011-2-5 14:00\']"
ExcludeDates_19 =	"[\'2011-2-6 8:30\',\'2011-2-6 10:00\']"
coverage_L2 =	"86"
coverage_L3 =	"70"
coverage_L1 =	"92"
int	Fe_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FeQC flag"
units =	"none"
double	Fg [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
missing_value =	-9999.0
long_name =	"Element-wise average surface ground heat flux measurements in bare soil, beneath mulga and beneath understory"
ancillary_variables =	"Fg QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"downward_heat_flux_in_soil"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
coverage_L3 =	"99"
valid_range =	"-300,300"
rangecheck_upper =	"[300]*12"
rangecheck_lower =	"[-300]*12"
int	Fg_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FgQC flag"
units =	"none"
double	Fg_bs [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
ExcludeDates_0 =	"[\'2011-4-6 9:00\',\'2011-4-6 10:00\']"
long_name =	"Soil heat flux corrected for storage"
ancillary_variables =	"Fg_bs QC flag"
valid_range =	"-200,200"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"downward_heat_flux_in_soil"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[200]*12"
rangecheck_lower =	"[-200]*12"
int	Fg_bs_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Fg_bsQC flag"
units =	"none"
double	Fg_ms [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
ExcludeDates_0 =	"[\'2011-4-6 9:00\',\'2011-4-6 10:00\']"
long_name =	"Soil heat flux corrected for storage"
ancillary_variables =	"Fg_ms QC flag"
valid_range =	"-200,200"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"downward_heat_flux_in_soil"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[200]*12"
rangecheck_lower =	"[-200]*12"
int	Fg_ms_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Fg_msQC flag"
units =	"none"
double	Fg_mu [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
ExcludeDates_0 =	"[\'2011-4-6 9:00\',\'2011-4-6 10:00\']"
long_name =	"Soil heat flux corrected for storage"
ancillary_variables =	"Fg_mu QC flag"
valid_range =	"-200,200"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"downward_heat_flux_in_soil"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[200]*12"
rangecheck_lower =	"[-200]*12"
int	Fg_mu_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Fg_muQC flag"
units =	"none"
double	Fh [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
ExcludeDates_72 =	"[\'2011-7-29 13:00\',\'2011-7-29 13:30\']"
ExcludeDates_73 =	"[\'2011-7-30 9:30\',\'2011-7-30 10:30\']"
ExcludeDates_70 =	"[\'2011-7-16 6:00\',\'2011-7-16 6:00\']"
ExcludeDates_71 =	"[\'2011-7-27 14:30\',\'2011-7-27 14:30\']"
ExcludeDates_76 =	"[\'2011-8-2 22:30\',\'2011-8-3 4:30\']"
ExcludeDates_77 =	"[\'2011-8-4 1:00\',\'2011-8-4 9:00\']"
ExcludeDates_74 =	"[\'2011-7-31 8:30\',\'2011-7-31 10:00\']"
ExcludeDates_75 =	"[\'2011-8-1 2:00\',\'2011-8-1 6:00\']"
ExcludeDates_78 =	"[\'2011-8-8 0:00\',\'2011-8-8 1:30\']"
ExcludeDates_79 =	"[\'2011-8-8 19:00\',\'2011-8-8 21:30\']"
ancillary_variables =	"Fh QC flag"
valid_range =	"-200,1000"
ExcludeDates_86 =	"[\'2011-11-16 19:30\',\'2011-11-17 1:30\']"
ExcludeDates_85 =	"[\'2011-11-15 21:30\',\'2011-11-16 0:30\']"
ExcludeDates_84 =	"[\'2011-11-14 10:00\',\'2011-11-14 10:00\']"
ExcludeDates_83 =	"[\'2011-11-9 22:30\',\'2011-11-9 22:30\']"
ExcludeDates_82 =	"[\'2011-10-31 11:00\',\'2011-10-31 13:00\']"
ExcludeDates_81 =	"[\'2011-10-21 14:30\',\'2011-10-21 14:30\']"
ExcludeDates_80 =	"[\'2011-8-30 15:00\',\'2011-8-30 15:00\']"
ExcludeDates_14 =	"[\'2011-1-31 9:30\',\'2011-1-31 17:00\']"
ExcludeDates_15 =	"[\'2011-2-1 18:30\',\'2011-2-1 20:30\']"
standard_name =	"surface_upward_sensible_heat_flux"
ExcludeDates_17 =	"[\'2011-2-5 1:00\',\'2011-2-5 1:00\']"
ExcludeDates_10 =	"[\'2011-1-14 4:30\',\'2011-1-14 16:30\']"
ExcludeDates_11 =	"[\'2011-1-20 21:30\',\'2011-1-21 3:30\']"
ExcludeDates_12 =	"[\'2011-1-24 3:00\',\'2011-1-24 12:00\']"
ExcludeDates_13 =	"[\'2011-1-27 0:00\',\'2011-1-29 23:30\']"
ExcludeDates_18 =	"[\'2011-2-5 13:30\',\'2011-2-5 14:00\']"
ExcludeDates_19 =	"[\'2011-2-6 8:30\',\'2011-2-6 10:00\']"
coverage_L2 =	"88"
coverage_L3 =	"70"
coverage_L1 =	"92"
coverage_L6 =	"94"
coverage_L4 =	"70"
coverage_L5 =	"94"
ExcludeDates_21 =	"[\'2011-2-7 20:00\',\'2011-2-7 23:00\']"
ExcludeDates_20 =	"[\'2011-2-6 23:00\',\'2011-2-7 3:00\']"
ExcludeDates_23 =	"[\'2011-2-9 23:30\',\'2011-2-9 23:30\']"
ExcludeDates_22 =	"[\'2011-2-8 17:30\',\'2011-2-9 1:00\']"
ExcludeDates_25 =	"[\'2011-2-11 16:00\',\'2011-2-11 16:30\']"
ExcludeDates_24 =	"[\'2011-2-11 3:00\',\'2011-2-11 4:00\']"
ExcludeDates_27 =	"[\'2011-2-14 0:00\',\'2011-2-14 0:00\']"
ExcludeDates_26 =	"[\'2011-2-12 0:00\',\'2011-2-12 0:00\']"
ExcludeDates_29 =	"[\'2011-2-17 19:00\',\'2011-2-17 19:00\']"
ExcludeDates_28 =	"[\'2011-2-15 21:00\',\'2011-2-15 21:00\']"
ExcludeDates_38 =	"[\'2011-3-14 12:30\',\'2011-3-14 12:30\']"
ExcludeDates_39 =	"[\'2011-3-14 22:30\',\'2011-3-15 5:30\']"
ExcludeDates_36 =	"[\'2011-3-12 18:30\',\'2011-3-12 20:00\']"
ExcludeDates_37 =	"[\'2011-3-13 1:30\',\'2011-3-13 2:00\']"
ExcludeDates_34 =	"[\'2011-3-11 22:30\',\'2011-3-12 6:30\']"
ExcludeDates_35 =	"[\'2011-3-12 14:00\',\'2011-3-12 14:00\']"
ExcludeDates_32 =	"[\'2011-3-9 14:30\',\'2011-3-9 14:30\']"
ExcludeDates_33 =	"[\'2011-3-9 19:00\',\'2011-3-9 19:00\']"
ExcludeDates_30 =	"[\'2011-3-3 14:00\',\'2011-3-3 14:00\']"
ExcludeDates_31 =	"[\'2011-3-5 13:00\',\'2011-3-5 13:00\']"
long_name =	"Sensible heat flux, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, converted from virtual heat flux, SOLO ANN gapfilled"
rangecheck_upper =	"[1000]*12"
ExcludeDates_49 =	"[\'2011-5-19 20:30\',\'2011-5-19 22:30\']"
ExcludeDates_48 =	"[\'2011-5-18 12:30\',\'2011-5-18 12:30\']"
ExcludeDates_43 =	"[\'2011-4-12 22:30\',\'2011-4-13 1:00\']"
ExcludeDates_42 =	"[\'2011-3-19 17:30\',\'2011-3-20 2:30\']"
ExcludeDates_41 =	"[\'2011-3-18 19:30\',\'2011-3-18 22:30\']"
ExcludeDates_40 =	"[\'2011-3-18 3:00\',\'2011-3-18 7:30\']"
ExcludeDates_47 =	"[\'2011-5-4 15:30\',\'2011-5-4 16:00\']"
ExcludeDates_46 =	"[\'2011-5-1 23:00\',\'2011-5-1 23:00\']"
ExcludeDates_45 =	"[\'2011-5-1 7:30\',\'2011-5-1 11:30\']"
ExcludeDates_44 =	"[\'2011-4-15 0:00\',\'2011-4-15 0:00\']"
ExcludeDates_16 =	"[\'2011-2-3 8:00\',\'2011-2-3 8:00\']"
ExcludeDates_6 =	"[\'2011-1-10 1:00\',\'2011-1-10 2:00\']"
ExcludeDates_7 =	"[\'2011-1-10 10:30\',\'2011-1-10 10:30\']"
ExcludeDates_4 =	"[\'2011-1-5 16:00\',\'2011-1-5 18:00\']"
ExcludeDates_5 =	"[\'2011-1-7 8:30\',\'2011-1-9 9:30\']"
ExcludeDates_2 =	"[\'2011-1-4 1:00\',\'2011-1-4 3:00\']"
ExcludeDates_3 =	"[\'2011-1-4 23:00\',\'2011-1-4 23:00\']"
ExcludeDates_0 =	"[\'2011-1-2 12:00\',\'2011-1-2 12:00\']"
ExcludeDates_1 =	"[\'2011-1-3 11:00\',\'2011-1-3 11:00\']"
ExcludeDates_8 =	"[\'2011-1-10 15:30\',\'2011-1-10 15:30\']"
ExcludeDates_9 =	"[\'2011-1-12 10:00\',\'2011-1-12 18:30\']"
ExcludeDates_58 =	"[\'2011-6-8 22:00\',\'2011-6-9 9:30\']"
ExcludeDates_59 =	"[\'2011-6-9 14:00\',\'2011-6-9 18:00\']"
ExcludeDates_50 =	"[\'2011-5-20 11:30\',\'2011-5-20 12:00\']"
ExcludeDates_51 =	"[\'2011-5-20 21:00\',\'2011-5-21 2:30\']"
ExcludeDates_52 =	"[\'2011-5-21 20:00\',\'2011-5-22 3:30\']"
ExcludeDates_53 =	"[\'2011-5-28 12:30\',\'2011-5-28 16:30\']"
ExcludeDates_54 =	"[\'2011-6-3 21:00\',\'2011-6-4 2:00\']"
ExcludeDates_55 =	"[\'2011-6-4 9:30\',\'2011-6-4 9:30\']"
ExcludeDates_56 =	"[\'2011-6-4 20:30\',\'2011-6-5 3:00\']"
ExcludeDates_57 =	"[\'2011-6-8 0:00\',\'2011-6-8 6:30\']"
units =	"W/m2"
rangecheck_lower =	"[-200]*12"
ExcludeDates_65 =	"[\'2011-7-2 9:30\',\'2011-7-2 11:30\']"
ExcludeDates_64 =	"[\'2011-6-30 13:00\',\'2011-6-30 13:00\']"
ExcludeDates_67 =	"[\'2011-7-6 19:30\',\'2011-7-6 19:30\']"
ExcludeDates_66 =	"[\'2011-7-3 5:30\',\'2011-7-3 8:30\']"
ExcludeDates_61 =	"[\'2011-6-16 20:30\',\'2011-6-16 20:30\']"
ExcludeDates_60 =	"[\'2011-6-10 1:00\',\'2011-6-10 6:30\']"
ExcludeDates_63 =	"[\'2011-6-29 8:30\',\'2011-6-29 8:30\']"
ExcludeDates_62 =	"[\'2011-6-19 22:00\',\'2011-6-19 22:00\']"
ExcludeDates_69 =	"[\'2011-7-12 20:30\',\'2011-7-13 5:30\']"
ExcludeDates_68 =	"[\'2011-7-6 21:00\',\'2011-7-6 21:00\']"
diurnalcheck_numsd =	"[10]*12"
int	Fh_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"FhQC flag"
_Netcdf4Dimid =	0
double	Fld [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"Kipp and Zonen CNR1"
ancillary_variables =	"Fld QC flag"
valid_range =	"200,500"
coverage_L2 =	"99"
long_name =	"Down-welling long wave"
standard_name =	"surface_downwelling_longwave_flux_in_air"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
diurnalcheck_numsd =	"[5]*12"
rangecheck_upper =	"[500]*12"
coverage_L3 =	"99"
rangecheck_lower =	"[250,250,250,250,200,200,200,200,200,250,250,250]"
int	Fld_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"FldQC flag"
_Netcdf4Dimid =	0
double	Flu [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"Kipp and Zonen CNR1"
ancillary_variables =	"Flu QC flag"
valid_range =	"300,700"
coverage_L2 =	"99"
long_name =	"Up-welling long wave"
standard_name =	"surface_upwelling_longwave_flux_in_air"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
diurnalcheck_numsd =	"[5]*12"
rangecheck_upper =	"[700]*12"
coverage_L3 =	"99"
rangecheck_lower =	"[300]*12"
int	Flu_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FluQC flag"
units =	"none"
double	Fm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
ExcludeDates_72 =	"[\'2011-7-29 13:00\',\'2011-7-29 13:30\']"
ExcludeDates_73 =	"[\'2011-7-30 9:30\',\'2011-7-30 10:30\']"
ExcludeDates_70 =	"[\'2011-7-16 6:00\',\'2011-7-16 6:00\']"
ExcludeDates_71 =	"[\'2011-7-27 14:30\',\'2011-7-27 14:30\']"
ExcludeDates_76 =	"[\'2011-8-2 22:30\',\'2011-8-3 4:30\']"
ExcludeDates_77 =	"[\'2011-8-4 1:00\',\'2011-8-4 9:00\']"
ExcludeDates_74 =	"[\'2011-7-31 8:30\',\'2011-7-31 10:00\']"
ExcludeDates_75 =	"[\'2011-8-1 2:00\',\'2011-8-1 6:00\']"
ExcludeDates_78 =	"[\'2011-8-8 0:00\',\'2011-8-8 1:30\']"
ExcludeDates_79 =	"[\'2011-8-8 19:00\',\'2011-8-8 21:30\']"
ancillary_variables =	"Fm QC flag"
valid_range =	"1e-15,5"
ExcludeDates_86 =	"[\'2011-11-16 19:30\',\'2011-11-17 1:30\']"
ExcludeDates_85 =	"[\'2011-11-15 21:30\',\'2011-11-16 0:30\']"
ExcludeDates_84 =	"[\'2011-11-14 10:00\',\'2011-11-14 10:00\']"
ExcludeDates_83 =	"[\'2011-11-9 22:30\',\'2011-11-9 22:30\']"
ExcludeDates_82 =	"[\'2011-10-31 11:00\',\'2011-10-31 13:00\']"
ExcludeDates_81 =	"[\'2011-10-21 14:30\',\'2011-10-21 14:30\']"
ExcludeDates_80 =	"[\'2011-8-30 15:00\',\'2011-8-30 15:00\']"
ExcludeDates_14 =	"[\'2011-1-31 9:30\',\'2011-1-31 17:00\']"
ExcludeDates_15 =	"[\'2011-2-1 18:30\',\'2011-2-1 20:30\']"
standard_name =	"not defined"
ExcludeDates_17 =	"[\'2011-2-5 1:00\',\'2011-2-5 1:00\']"
ExcludeDates_10 =	"[\'2011-1-14 4:30\',\'2011-1-14 16:30\']"
ExcludeDates_11 =	"[\'2011-1-20 21:30\',\'2011-1-21 3:30\']"
ExcludeDates_12 =	"[\'2011-1-24 3:00\',\'2011-1-24 12:00\']"
ExcludeDates_13 =	"[\'2011-1-27 0:00\',\'2011-1-29 23:30\']"
ExcludeDates_18 =	"[\'2011-2-5 13:30\',\'2011-2-5 14:00\']"
ExcludeDates_19 =	"[\'2011-2-6 8:30\',\'2011-2-6 10:00\']"
coverage_L2 =	"88"
coverage_L3 =	"71"
coverage_L1 =	"92"
coverage_L6 =	"94"
coverage_L4 =	"71"
coverage_L5 =	"94"
ExcludeDates_21 =	"[\'2011-2-7 20:00\',\'2011-2-7 23:00\']"
ExcludeDates_20 =	"[\'2011-2-6 23:00\',\'2011-2-7 3:00\']"
ExcludeDates_23 =	"[\'2011-2-9 23:30\',\'2011-2-9 23:30\']"
ExcludeDates_22 =	"[\'2011-2-8 17:30\',\'2011-2-9 1:00\']"
ExcludeDates_25 =	"[\'2011-2-11 16:00\',\'2011-2-11 16:30\']"
ExcludeDates_24 =	"[\'2011-2-11 3:00\',\'2011-2-11 4:00\']"
ExcludeDates_27 =	"[\'2011-2-14 0:00\',\'2011-2-14 0:00\']"
ExcludeDates_26 =	"[\'2011-2-12 0:00\',\'2011-2-12 0:00\']"
ExcludeDates_29 =	"[\'2011-2-17 19:00\',\'2011-2-17 19:00\']"
ExcludeDates_28 =	"[\'2011-2-15 21:00\',\'2011-2-15 21:00\']"
ExcludeDates_38 =	"[\'2011-3-14 12:30\',\'2011-3-14 12:30\']"
ExcludeDates_39 =	"[\'2011-3-14 22:30\',\'2011-3-15 5:30\']"
ExcludeDates_36 =	"[\'2011-3-12 18:30\',\'2011-3-12 20:00\']"
ExcludeDates_37 =	"[\'2011-3-13 1:30\',\'2011-3-13 2:00\']"
ExcludeDates_34 =	"[\'2011-3-11 22:30\',\'2011-3-12 6:30\']"
ExcludeDates_35 =	"[\'2011-3-12 14:00\',\'2011-3-12 14:00\']"
ExcludeDates_32 =	"[\'2011-3-9 14:30\',\'2011-3-9 14:30\']"
ExcludeDates_33 =	"[\'2011-3-9 19:00\',\'2011-3-9 19:00\']"
ExcludeDates_30 =	"[\'2011-3-3 14:00\',\'2011-3-3 14:00\']"
ExcludeDates_31 =	"[\'2011-3-5 13:00\',\'2011-3-5 13:00\']"
long_name =	"Momentum flux, raw uncorrected, rotated to natural wind coordinates, frequency response corrected, Fm from gapfilled ustar"
rangecheck_upper =	"[5]*12"
ExcludeDates_49 =	"[\'2011-5-19 20:30\',\'2011-5-19 22:30\']"
ExcludeDates_48 =	"[\'2011-5-18 12:30\',\'2011-5-18 12:30\']"
ExcludeDates_43 =	"[\'2011-4-12 22:30\',\'2011-4-13 1:00\']"
ExcludeDates_42 =	"[\'2011-3-19 17:30\',\'2011-3-20 2:30\']"
ExcludeDates_41 =	"[\'2011-3-18 19:30\',\'2011-3-18 22:30\']"
ExcludeDates_40 =	"[\'2011-3-18 3:00\',\'2011-3-18 7:30\']"
ExcludeDates_47 =	"[\'2011-5-4 15:30\',\'2011-5-4 16:00\']"
ExcludeDates_46 =	"[\'2011-5-1 23:00\',\'2011-5-1 23:00\']"
ExcludeDates_45 =	"[\'2011-5-1 7:30\',\'2011-5-1 11:30\']"
ExcludeDates_44 =	"[\'2011-4-15 0:00\',\'2011-4-15 0:00\']"
ExcludeDates_16 =	"[\'2011-2-3 8:00\',\'2011-2-3 8:00\']"
ExcludeDates_6 =	"[\'2011-1-10 1:00\',\'2011-1-10 2:00\']"
ExcludeDates_7 =	"[\'2011-1-10 10:30\',\'2011-1-10 10:30\']"
ExcludeDates_4 =	"[\'2011-1-5 16:00\',\'2011-1-5 18:00\']"
ExcludeDates_5 =	"[\'2011-1-7 8:30\',\'2011-1-9 9:30\']"
ExcludeDates_2 =	"[\'2011-1-4 1:00\',\'2011-1-4 3:00\']"
ExcludeDates_3 =	"[\'2011-1-4 23:00\',\'2011-1-4 23:00\']"
ExcludeDates_0 =	"[\'2011-1-2 12:00\',\'2011-1-2 12:00\']"
ExcludeDates_1 =	"[\'2011-1-3 11:00\',\'2011-1-3 11:00\']"
ExcludeDates_8 =	"[\'2011-1-10 15:30\',\'2011-1-10 15:30\']"
ExcludeDates_9 =	"[\'2011-1-12 10:00\',\'2011-1-12 18:30\']"
ExcludeDates_58 =	"[\'2011-6-8 22:00\',\'2011-6-9 9:30\']"
ExcludeDates_59 =	"[\'2011-6-9 14:00\',\'2011-6-9 18:00\']"
ExcludeDates_50 =	"[\'2011-5-20 11:30\',\'2011-5-20 12:00\']"
ExcludeDates_51 =	"[\'2011-5-20 21:00\',\'2011-5-21 2:30\']"
ExcludeDates_52 =	"[\'2011-5-21 20:00\',\'2011-5-22 3:30\']"
ExcludeDates_53 =	"[\'2011-5-28 12:30\',\'2011-5-28 16:30\']"
ExcludeDates_54 =	"[\'2011-6-3 21:00\',\'2011-6-4 2:00\']"
ExcludeDates_55 =	"[\'2011-6-4 9:30\',\'2011-6-4 9:30\']"
ExcludeDates_56 =	"[\'2011-6-4 20:30\',\'2011-6-5 3:00\']"
ExcludeDates_57 =	"[\'2011-6-8 0:00\',\'2011-6-8 6:30\']"
units =	"kg/m/s2"
rangecheck_lower =	"[1e-15]*12"
ExcludeDates_65 =	"[\'2011-7-2 9:30\',\'2011-7-2 11:30\']"
ExcludeDates_64 =	"[\'2011-6-30 13:00\',\'2011-6-30 13:00\']"
ExcludeDates_67 =	"[\'2011-7-6 19:30\',\'2011-7-6 19:30\']"
ExcludeDates_66 =	"[\'2011-7-3 5:30\',\'2011-7-3 8:30\']"
ExcludeDates_61 =	"[\'2011-6-16 20:30\',\'2011-6-16 20:30\']"
ExcludeDates_60 =	"[\'2011-6-10 1:00\',\'2011-6-10 6:30\']"
ExcludeDates_63 =	"[\'2011-6-29 8:30\',\'2011-6-29 8:30\']"
ExcludeDates_62 =	"[\'2011-6-19 22:00\',\'2011-6-19 22:00\']"
ExcludeDates_69 =	"[\'2011-7-12 20:30\',\'2011-7-13 5:30\']"
ExcludeDates_68 =	"[\'2011-7-6 21:00\',\'2011-7-6 21:00\']"
diurnalcheck_numsd =	"[10]*12"
int	Fm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FmQC flag"
units =	"none"
double	Fn [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Net radiation"
ancillary_variables =	"Fn QC flag"
valid_range =	"-150,1100"
coverage_L2 =	"99"
instrument =	"Kipp and Zonen CNR1"
standard_name =	"surface_net_downwawrd_radiative_flux"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
diurnalcheck_numsd =	"[10]*12"
rangecheck_upper =	"[1100]*12"
coverage_L3 =	"99"
rangecheck_lower =	"[-150]*12"
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"
valid_range =	"-10,1250"
coverage_L2 =	"99"
long_name =	"Down-welling short wave"
standard_name =	"surface_downwelling_shortwave_flux_in_air"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
coverage_L3 =	"99"
rangecheck_upper =	"[1250]*12"
rangecheck_lower =	"[-10]*12"
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"
ancillary_variables =	"Fsd_syn QC flag"
height =	"not defined"
coverage_L2 =	"100"
instrument =	"not defined"
standard_name =	"surface_downwelling_shortwave_flux_in_air"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"W/m2"
serial_number =	"not defined"
missing_value =	-9999.0
coverage_L3 =	"100"
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"
valid_range =	"-10,500"
coverage_L2 =	"99"
long_name =	"Up-welling short wave"
standard_name =	"surface_upwelling_shortwave_flux_in_air"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"W/m2"
coverage_L3 =	"99"
rangecheck_upper =	"[500]*12"
rangecheck_lower =	"[-10]*12"
int	Fsu_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"FsuQC flag"
units =	"none"
double	GPP [time=17520, latitude=1, longitude=1]
ancillary_variables =	"GPP QC flag"
long_name =	"Gross primary production, determined as CE - Fc (day)"
coverage_L6 =	"94"
_Netcdf4Dimid =	0
units =	"umol/(m2 s)"
standard_name =	"not defined"
int	GPP_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"GPPQC flag"
units =	"none"
double	GPP_gC [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"GPP_gC QC flag"
height =	"not defined"
long_name =	"Cumulative 30-min GPP"
standard_name =	"gross_primary_productivity_of_carbon"
units =	"gC/m2"
serial_number =	"not defined"
missing_value =	-9999.0
int	GPP_gC_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"GPP_gCQC flag"
units =	"none"
double	GPP_gCO2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"GPP_gCO2 QC flag"
height =	"not defined"
long_name =	"Cumulative 30-min GPP"
standard_name =	"not defined"
units =	"gCO2/m2"
serial_number =	"not defined"
missing_value =	-9999.0
int	GPP_gCO2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"GPP_gCO2QC 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 =	"31"
coverage_L6 =	"42"
coverage_L4 =	"31"
coverage_L5 =	"42"
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	GSv_2layer [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"GSv_2layer QC flag"
height =	"not defined"
long_name =	"Conductance from Penman-Monteith inversion, Ce 2-layer with q profile, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"22"
coverage_L6 =	"29"
coverage_L4 =	"22"
coverage_L5 =	"29"
units =	"mmolH2O/(m2ground s)"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	GSv_2layer_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"GSv_2layerQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	GSv_base [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"GSv_base QC flag"
height =	"not defined"
long_name =	"Conductance from Penman-Monteith inversion, Ce 2-layer with q profile, base layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"14"
coverage_L6 =	"19"
coverage_L4 =	"14"
coverage_L5 =	"19"
units =	"mmolH2O/(m2ground s)"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	GSv_base_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"GSv_baseQC flag"
double	GSv_full [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"GSv_full QC flag"
height =	"not defined"
long_name =	"Conductance from Penman-Monteith inversion, Ce 2-layer with q profile, full layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"7"
coverage_L6 =	"9"
coverage_L4 =	"7"
coverage_L5 =	"9"
units =	"mmolH2O/(m2ground s)"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	GSv_full_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"GSv_fullQC flag"
units =	"none"
double	GSv_top [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"GSv_top QC flag"
height =	"not defined"
long_name =	"Conductance from Penman-Monteith inversion, Ce 2-layer with q profile, top layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"8"
coverage_L6 =	"10"
coverage_L4 =	"8"
coverage_L5 =	"10"
units =	"mmolH2O/(m2ground s)"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	GSv_top_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"GSv_topQC flag"
units =	"none"
_Netcdf4Dimid =	0
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_L2 =	"96"
coverage_L3 =	"96"
standard_name =	"mole_concentration_of_water_vapor_in_air"
coverage_L1 =	"99"
coverage_L6 =	"96"
coverage_L4 =	"96"
coverage_L5 =	"96"
units =	"mmol/mol"
rangecheck_upper =	"[25]*12"
rangecheck_lower =	"[0]*12"
int	H_ppt_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"H_pptQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	L [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Obukhov Length: Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, L from gapfilled ustar"
ancillary_variables =	"L QC flag"
height =	"not defined"
coverage_L3 =	"71"
standard_name =	"not defined"
coverage_L6 =	"94"
instrument =	"not defined"
coverage_L4 =	"71"
coverage_L5 =	"94"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	L_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"LQC flag"
_Netcdf4Dimid =	0
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"
ancillary_variables =	"NEE QC flag"
height =	"not defined"
coverage_L3 =	"70"
standard_name =	"surface_upward_mole_flux_of_carbon_dioxide"
coverage_L6 =	"94"
instrument =	"not defined"
coverage_L4 =	"70"
coverage_L5 =	"94"
units =	"umol/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	NEE_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"NEEQC flag"
units =	"none"
double	NEE_day [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
ancillary_variables =	"NEE_day QC flag"
long_name =	"daytime NEE (Net ecosystem exchange of carbon), Flux of carbon, Raw uncorrected, rotated to natural wind coordinates, frequency response corrected, WPL"
standard_name =	"surface_upward_mole_flux_of_carbon_dioxide"
coverage_L6 =	"94"
coverage_L4 =	"94"
coverage_L5 =	"94"
units =	"umol/m2/s"
int	NEE_day_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"NEE_dayQC flag"
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"
ancillary_variables =	"NEP QC flag"
height =	"not defined"
coverage_L3 =	"70"
standard_name =	"surface_downward_mole_flux_of_carbon_dioxide"
coverage_L6 =	"94"
instrument =	"not defined"
coverage_L4 =	"70"
coverage_L5 =	"94"
units =	"umol/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	NEP_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"NEPQC flag"
units =	"none"
double	Precip [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Rainfall, 30 minute total"
ancillary_variables =	"Precip QC flag"
valid_range =	"0,300"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"rainfall_amount"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"mm"
rangecheck_upper =	"[300]*12"
rangecheck_lower =	"[0]*12"
int	Precip_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"PrecipQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	RH [time=17520, latitude=1, longitude=1]
units =	"fraction"
rangecheck_upper =	"[1]*12"
_Netcdf4Dimid =	0
long_name =	"Relative humidity (HMP) at 11.67 m height"
ancillary_variables =	"RH QC flag"
valid_range =	"0,1"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"relative_humidity"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
rangecheck_lower =	"[0]*12"
coverage_L5 =	"99"
int	RH_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"RHQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	RH_200cm [time=17520, latitude=1, longitude=1]
long_name =	"Relative humidity (HMP) at 2m"
ancillary_variables =	"RH_200cm QC flag"
_Netcdf4Dimid =	0
valid_range =	"0,1"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"relative_humidity"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"fraction"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	RH_200cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"RH_200cmQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	RH_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Relative humidity (HMP) at 4.25m"
ancillary_variables =	"RH_425cm QC flag"
valid_range =	"0,1"
coverage_L2 =	"74"
coverage_L3 =	"74"
standard_name =	"relative_humidity"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"fraction"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	RH_425cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"RH_425cmQC flag"
units =	"none"
double	RH_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Relative humidity (HMP) at 6.57m"
ancillary_variables =	"RH_657cm QC flag"
valid_range =	"0,1"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"relative_humidity"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"fraction"
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	RH_657cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"RH_657cmQC flag"
double	RiB_200_425 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Bulk Richardson number, 200 to 425 cm height"
ancillary_variables =	"RiB_200_425 QC flag"
height =	"not defined"
coverage_L3 =	"35"
standard_name =	"not defined"
coverage_L6 =	"35"
instrument =	"not defined"
coverage_L4 =	"35"
coverage_L5 =	"35"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	RiB_200_425_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"RiB_200_425QC flag"
units =	"none"
double	RiB_425_657 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Bulk Richardson number, 425 to 657 cm height"
ancillary_variables =	"RiB_425_657 QC flag"
height =	"not defined"
coverage_L3 =	"51"
standard_name =	"not defined"
coverage_L6 =	"51"
instrument =	"not defined"
coverage_L4 =	"51"
coverage_L5 =	"51"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	RiB_425_657_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"RiB_425_657QC flag"
units =	"none"
double	RiB_657_1167 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Bulk Richardson number, 657 to 1167 cm height"
ancillary_variables =	"RiB_657_1167 QC flag"
height =	"not defined"
coverage_L3 =	"54"
standard_name =	"not defined"
coverage_L6 =	"54"
instrument =	"not defined"
coverage_L4 =	"54"
coverage_L5 =	"54"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	RiB_657_1167_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"RiB_657_1167QC flag"
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_L6 =	"99"
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]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"SHDQC flag"
double	Sws [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Element-wise average of series Sws_bs, Sws_ms, Sws_mu"
ancillary_variables =	"Sws QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
instrument =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"frac"
serial_number =	"not defined"
missing_value =	-9999.0
int	Sws_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"SwsQC flag"
double	Ta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Air temperature (HMP) at 11.67 m height"
ancillary_variables =	"Ta QC flag"
valid_range =	"-10,50"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"air_temperature"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
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	Ta_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Air temperature (HMP) at 2m"
ancillary_variables =	"Ta_200cm QC flag"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"air_temperature"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
int	Ta_200cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ta_200cmQC flag"
units =	"none"
double	Ta_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Air temperature (HMP) at 4.25m"
ancillary_variables =	"Ta_425cm QC flag"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"air_temperature"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
int	Ta_425cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ta_425cmQC flag"
units =	"none"
double	Ta_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Air temperature (HMP) at 6.57m"
ancillary_variables =	"Ta_657cm QC flag"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"air_temperature"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
int	Ta_657cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ta_657cmQC flag"
units =	"none"
double	Tpanel [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"CR3000 datalogger panel temperature"
ancillary_variables =	"Tpanel QC flag"
valid_range =	"-20,55"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[55]*12"
rangecheck_lower =	"[-20]*12"
int	Tpanel_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"TpanelQC flag"
units =	"none"
double	Tpanel_CR1000 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"soil datalogger panel temperature (CR1000)"
ancillary_variables =	"Tpanel_CR1000 QC flag"
valid_range =	"-20,55"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[55]*12"
rangecheck_lower =	"[-20]*12"
int	Tpanel_CR1000_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Tpanel_CR1000QC flag"
units =	"none"
double	Tpanel_CR3000b [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vertical gradient datalogger panel temperature (CR3000)"
ancillary_variables =	"Tpanel_CR3000b QC flag"
valid_range =	"-20,55"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"not defined"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
rangecheck_upper =	"[55]*12"
rangecheck_lower =	"[-20]*12"
int	Tpanel_CR3000b_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Tpanel_CR3000bQC flag"
units =	"none"
double	Ts [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Element-wise average of series Ts_bs, Ts_ms, Ts_mu"
ancillary_variables =	"Ts QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"soil_temperature"
coverage_L6 =	"99"
instrument =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Ts_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"TsQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Ts_bs [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature in bare soil"
ancillary_variables =	"Ts_bs QC flag"
valid_range =	"0,60"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"soil_temperature"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[60]*12"
rangecheck_lower =	"[0]*12"
int	Ts_bs_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ts_bsQC flag"
units =	"none"
double	Ts_ms [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under mulga and soil"
ancillary_variables =	"Ts_ms QC flag"
valid_range =	"0,60"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"soil_temperature"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[60]*12"
rangecheck_lower =	"[0]*12"
int	Ts_ms_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ts_msQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Ts_mu [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Soil temperature under mulga and ground-cover understory"
ancillary_variables =	"Ts_mu QC flag"
valid_range =	"0,60"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"soil_temperature"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
rangecheck_upper =	"[60]*12"
rangecheck_lower =	"[0]*12"
int	Ts_mu_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Ts_muQC flag"
double	Tv [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual temperature at 1167 cm height"
ancillary_variables =	"Tv QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"virtual_temperature"
coverage_L6 =	"99"
instrument =	"not defined"
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]
long_name =	"TvQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Tv_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual temperature at 200 cm height"
ancillary_variables =	"Tv_200cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"virtual_temperature"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tv_200cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Tv_200cmQC flag"
double	Tv_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual temperature at 200 cm height"
ancillary_variables =	"Tv_425cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"virtual_temperature"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tv_425cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Tv_425cmQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Tv_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual temperature at 657 cm height"
ancillary_variables =	"Tv_657cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"virtual_temperature"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tv_657cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Tv_657cmQC flag"
_Netcdf4Dimid =	0
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_L2 =	"92"
coverage_L3 =	"92"
standard_name =	"virtual_temperature"
coverage_L1 =	"93"
coverage_L6 =	"92"
coverage_L4 =	"92"
coverage_L5 =	"92"
units =	"C"
rangecheck_upper =	"[50]*12"
rangecheck_lower =	"[0]*12"
int	Tv_CSAT_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Tv_CSATQC flag"
double	Tvp [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual potential temperature at 1167 cm height"
ancillary_variables =	"Tvp QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"air_potential_temperature"
coverage_L6 =	"99"
instrument =	"not defined"
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]
_Netcdf4Dimid =	0
long_name =	"TvpQC flag"
units =	"none"
double	Tvp_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual potential temperature at 200 cm height"
ancillary_variables =	"Tvp_200cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"air_potential_temperature"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tvp_200cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Tvp_200cmQC flag"
units =	"none"
double	Tvp_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual potential temperature at 425 cm height"
ancillary_variables =	"Tvp_425cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"air_potential_temperature"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tvp_425cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"Tvp_425cmQC flag"
double	Tvp_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Virtual potential temperature at 657 cm height"
ancillary_variables =	"Tvp_657cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"air_potential_temperature"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	Tvp_657cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Tvp_657cmQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	VPD [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vapour pressure deficit at 1167 cm height"
ancillary_variables =	"VPD QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"water_vapor_saturation_deficit_in_air"
coverage_L6 =	"99"
instrument =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	VPD_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"VPDQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	VPD_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vapour pressure deficit at 200 cm height"
ancillary_variables =	"VPD_200cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"water_vapor_saturation_deficit_in_air"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	VPD_200cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"VPD_200cmQC flag"
double	VPD_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vapour pressure deficit at 425 cm height"
ancillary_variables =	"VPD_425cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"water_vapor_saturation_deficit_in_air"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	VPD_425cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"VPD_425cmQC flag"
units =	"none"
double	VPD_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vapour pressure deficit at 657 cm height"
ancillary_variables =	"VPD_657cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"water_vapor_saturation_deficit_in_air"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"C"
serial_number =	"not defined"
missing_value =	-9999.0
int	VPD_657cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"VPD_657cmQC flag"
units =	"none"
double	Vbat [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Battery voltage"
ancillary_variables =	"Vbat QC flag"
valid_range =	"11,15"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"V"
rangecheck_upper =	"[15]*12"
rangecheck_lower =	"[11]*12"
int	Vbat_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"VbatQC flag"
double	Wd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind direction (CSAT)"
ancillary_variables =	"Wd QC flag"
valid_range =	"0,360"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"wind_from_direction"
coverage_L1 =	"99"
coverage_L6 =	"92"
coverage_L4 =	"92"
coverage_L5 =	"92"
units =	"deg"
rangecheck_upper =	"[360]*12"
rangecheck_lower =	"[0]*12"
int	Wd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"WdQC flag"
units =	"none"
double	Wd_CSAT_Compass [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind direction (CSAT)"
ancillary_variables =	"Wd_CSAT_Compass QC flag"
valid_range =	"0,360"
coverage_L2 =	"92"
coverage_L3 =	"92"
standard_name =	"wind_from_direction"
coverage_L1 =	"99"
coverage_L6 =	"92"
coverage_L4 =	"92"
coverage_L5 =	"92"
units =	"deg"
rangecheck_upper =	"[360]*12"
rangecheck_lower =	"[0]*12"
int	Wd_CSAT_Compass_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Wd_CSAT_CompassQC flag"
units =	"none"
_Netcdf4Dimid =	0
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_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
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 9.25m"
ancillary_variables =	"Wd_WS QC flag"
valid_range =	"0,360"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"wind_from_direction"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"deg"
rangecheck_upper =	"[360]*12"
rangecheck_lower =	"[0]*12"
int	Wd_WS_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Wd_WSQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	Wd_WS_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind direction (Wind Sentry) at 9.25m"
ancillary_variables =	"Wd_WS_Sd QC flag"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
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, Ws_WS"
ancillary_variables =	"Ws QC flag"
valid_range =	"0,20"
coverage_L2 =	"92"
coverage_L3 =	"92"
standard_name =	"wind_speed"
coverage_L1 =	"93"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"m/s"
rangecheck_upper =	"[20]*12"
rangecheck_lower =	"[0]*12"
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"
valid_range =	"0,20"
coverage_L2 =	"92"
coverage_L3 =	"92"
standard_name =	"wind_speed"
coverage_L1 =	"93"
coverage_L6 =	"92"
coverage_L4 =	"92"
coverage_L5 =	"92"
units =	"m/s"
rangecheck_upper =	"[20]*12"
rangecheck_lower =	"[0]*12"
int	Ws_CSAT_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ws_CSATQC flag"
units =	"none"
_Netcdf4Dimid =	0
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_L2 =	"93"
coverage_L3 =	"93"
standard_name =	"not defined"
coverage_L1 =	"93"
coverage_L6 =	"93"
coverage_L4 =	"93"
coverage_L5 =	"93"
units =	"m/s"
int	Ws_CSAT_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_CSAT_SdQC flag"
units =	"none"
double	Ws_WS [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind speed (Wind Sentry) at 9.25m"
ancillary_variables =	"Ws_WS QC flag"
valid_range =	"0,20"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"wind_speed"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"m/s"
rangecheck_upper =	"[20]*12"
rangecheck_lower =	"[0]*12"
int	Ws_WS_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WSQC flag"
units =	"none"
double	Ws_WS_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind speed (Wind Sentry) at 2m"
ancillary_variables =	"Ws_WS_200cm QC flag"
coverage_L2 =	"73"
coverage_L3 =	"73"
standard_name =	"wind_speed"
coverage_L1 =	"73"
coverage_L6 =	"73"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m/s"
int	Ws_WS_200cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WS_200cmQC flag"
units =	"none"
double	Ws_WS_200cm_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind speed (Wind Sentry) at 2m"
ancillary_variables =	"Ws_WS_200cm_Sd QC flag"
coverage_L2 =	"73"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L1 =	"73"
coverage_L6 =	"73"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m/s"
int	Ws_WS_200cm_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WS_200cm_SdQC flag"
units =	"none"
double	Ws_WS_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind speed (Wind Sentry) at 4.25m"
ancillary_variables =	"Ws_WS_425cm QC flag"
coverage_L2 =	"73"
coverage_L3 =	"73"
standard_name =	"wind_speed"
coverage_L1 =	"73"
coverage_L6 =	"73"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m/s"
int	Ws_WS_425cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WS_425cmQC flag"
units =	"none"
double	Ws_WS_425cm_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind speed (Wind Sentry) at 4.25m"
ancillary_variables =	"Ws_WS_425cm_Sd QC flag"
coverage_L2 =	"73"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L1 =	"73"
coverage_L6 =	"73"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m/s"
int	Ws_WS_425cm_Sd_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"Ws_WS_425cm_SdQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	Ws_WS_662cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Wind speed (Wind Sentry) at 6.62m"
ancillary_variables =	"Ws_WS_662cm QC flag"
coverage_L2 =	"74"
coverage_L3 =	"74"
standard_name =	"wind_speed"
coverage_L1 =	"74"
coverage_L6 =	"74"
coverage_L4 =	"74"
coverage_L5 =	"74"
units =	"m/s"
int	Ws_WS_662cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WS_662cmQC flag"
units =	"none"
double	Ws_WS_662cm_Sd [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Standard deviation of wind speed (Wind Sentry) at 6.62m"
ancillary_variables =	"Ws_WS_662cm_Sd QC flag"
coverage_L2 =	"74"
coverage_L3 =	"74"
standard_name =	"not defined"
coverage_L1 =	"74"
coverage_L6 =	"74"
coverage_L4 =	"74"
coverage_L5 =	"74"
units =	"m/s"
int	Ws_WS_662cm_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WS_662cm_SdQC 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 9.25m"
ancillary_variables =	"Ws_WS_Sd QC flag"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"m/s"
int	Ws_WS_Sd_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Ws_WS_SdQC flag"
units =	"none"
double	albedo [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"solar albedo"
ancillary_variables =	"albedo QC flag"
valid_range =	"0,1"
coverage_L2 =	"17"
coverage_L3 =	"17"
standard_name =	"surface_albedo"
coverage_L1 =	"99"
coverage_L6 =	"17"
coverage_L4 =	"17"
coverage_L5 =	"17"
units =	"unitless"
FsdCutoff =	290.0
rangecheck_upper =	"[1]*12"
rangecheck_lower =	"[0]*12"
int	albedo_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"albedoQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	dTs [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Element-wise average of series dTs_bs, dTs_ms, dTs_mu"
ancillary_variables =	"dTs QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L6 =	"99"
instrument =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
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_bs [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"30-min change in soil temperature in bare soil"
ancillary_variables =	"dTs_bs QC flag"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
int	dTs_bs_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"dTs_bsQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	dTs_ms [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"30-min change in soil temperature under mulga and soil"
ancillary_variables =	"dTs_ms QC flag"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
int	dTs_ms_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"dTs_msQC flag"
units =	"none"
double	dTs_mu [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"30-min change in soil temperature under mulga and ground-cover understory"
ancillary_variables =	"dTs_mu QC flag"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"C"
int	dTs_mu_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"dTs_muQC flag"
double	e [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"atmospheric vapour pressure (HMP) at 11.67 m height"
ancillary_variables =	"e QC flag"
valid_range =	"0,10"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"water_vapor_partial_pressure_in_air"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	e_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"eQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	e_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"atmospheric vapour pressure (HMP) at 2m"
ancillary_variables =	"e_200cm QC flag"
valid_range =	"0,10"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"water_vapor_partial_pressure_in_air"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	e_200cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"e_200cmQC flag"
units =	"none"
double	e_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"atmospheric vapour pressure (HMP) at 4.25m"
ancillary_variables =	"e_425cm QC flag"
valid_range =	"0,10"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"water_vapor_partial_pressure_in_air"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	e_425cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"e_425cmQC flag"
units =	"none"
double	e_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"atmospheric vapour pressure (HMP) at 6.57m"
ancillary_variables =	"e_657cm QC flag"
valid_range =	"0,10"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"water_vapor_partial_pressure_in_air"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	e_657cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"e_657cmQC flag"
units =	"none"
double	esat [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"saturation vapour pressure (HMP) at 11.67 m height"
ancillary_variables =	"esat QC flag"
valid_range =	"0,10"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"not defined"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	esat_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"esatQC flag"
double	esat_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"saturation vapour pressure (HMP) at 2m"
ancillary_variables =	"esat_200cm QC flag"
valid_range =	"0,10"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"not defined"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	esat_200cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"esat_200cmQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	esat_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"saturation vapour pressure (HMP) at 4.25m"
ancillary_variables =	"esat_425cm QC flag"
valid_range =	"0,10"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"not defined"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	esat_425cm_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"esat_425cmQC flag"
double	esat_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"saturation vapour pressure (HMP) at 6.57m"
ancillary_variables =	"esat_657cm QC flag"
valid_range =	"0,10"
coverage_L2 =	"75"
coverage_L3 =	"75"
standard_name =	"not defined"
coverage_L1 =	"75"
coverage_L6 =	"75"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kPa"
rangecheck_upper =	"[10]*12"
rangecheck_lower =	"[0]*12"
int	esat_657cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"esat_657cmQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	eta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Horizontal rotation angle"
ancillary_variables =	"eta QC flag"
height =	"not defined"
coverage_L3 =	"76"
standard_name =	"not defined"
coverage_L6 =	"76"
instrument =	"not defined"
coverage_L4 =	"76"
coverage_L5 =	"76"
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"
valid_range =	"85,105"
coverage_L2 =	"99"
coverage_L3 =	"99"
standard_name =	"surface_air_pressure"
coverage_L1 =	"99"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"kPa"
rangecheck_upper =	"[105]*12"
rangecheck_lower =	"[85]*12"
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
long_name =	"Specific humidity at 11.67 m"
ancillary_variables =	"q QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"specific_humidity"
coverage_L6 =	"99"
instrument =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	q_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"qQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	q_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Specific humidity at 2 m"
ancillary_variables =	"q_200cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"specific_humidity"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	q_200cm_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"q_200cmQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	q_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Specific humidity at 4.25 m"
ancillary_variables =	"q_425cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"specific_humidity"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	q_425cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"q_425cmQC flag"
units =	"none"
double	q_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Specific humidity at 6.57 m"
ancillary_variables =	"q_657cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"specific_humidity"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	q_657cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"q_657cmQC flag"
units =	"none"
double	qsat [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Saturated specific humidity at 11.67 m"
ancillary_variables =	"qsat QC flag"
height =	"not defined"
coverage_L3 =	"99"
standard_name =	"not_defined"
coverage_L6 =	"99"
instrument =	"not defined"
coverage_L4 =	"99"
coverage_L5 =	"99"
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	qsat_200cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Saturated specific humidity at 2 m"
ancillary_variables =	"qsat_200cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"not_defined"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	qsat_200cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"qsat_200cmQC flag"
units =	"none"
double	qsat_425cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Saturated specific humidity at 4.25 m"
ancillary_variables =	"qsat_425cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"not_defined"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	qsat_425cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"qsat_425cmQC flag"
units =	"none"
double	qsat_657cm [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Saturated specific humidity at 6.57 m"
ancillary_variables =	"qsat_657cm QC flag"
height =	"not defined"
coverage_L3 =	"75"
standard_name =	"not_defined"
coverage_L6 =	"75"
instrument =	"not defined"
coverage_L4 =	"75"
coverage_L5 =	"75"
units =	"kg/kg"
serial_number =	"not defined"
missing_value =	-9999.0
int	qsat_657cm_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"qsat_657cmQC 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 =	"31"
coverage_L6 =	"42"
coverage_L4 =	"31"
coverage_L5 =	"42"
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	rSv_2layer [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rSv_2layer QC flag"
height =	"not defined"
long_name =	"Stomatal resistance from Penman-Monteith inversion, Ce 2-layer with q profile, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"22"
coverage_L6 =	"29"
coverage_L4 =	"22"
coverage_L5 =	"29"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rSv_2layer_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rSv_2layerQC flag"
units =	"none"
double	rSv_base [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rSv_base QC flag"
height =	"not defined"
long_name =	"Stomatal resistance from Penman-Monteith inversion, Ce 2-layer with q profile, base layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"14"
coverage_L6 =	"19"
coverage_L4 =	"14"
coverage_L5 =	"19"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rSv_base_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rSv_baseQC flag"
units =	"none"
double	rSv_full [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rSv_full QC flag"
height =	"not defined"
long_name =	"Stomatal resistance from Penman-Monteith inversion, Ce 2-layer with q profile, full layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"7"
coverage_L6 =	"9"
coverage_L4 =	"7"
coverage_L5 =	"9"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rSv_full_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rSv_fullQC flag"
units =	"none"
double	rSv_top [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rSv_top QC flag"
height =	"not defined"
long_name =	"Stomatal resistance from Penman-Monteith inversion, Ce 2-layer with q profile, top layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"8"
coverage_L6 =	"10"
coverage_L4 =	"8"
coverage_L5 =	"10"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rSv_top_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"rSv_topQC flag"
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 =	"45"
coverage_L6 =	"45"
coverage_L4 =	"45"
coverage_L5 =	"45"
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	rav_2layer [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rav_2layer QC flag"
height =	"not defined"
long_name =	"Aerodynamic resistance, Ce 2-layer with q profile, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"22"
coverage_L6 =	"29"
coverage_L4 =	"22"
coverage_L5 =	"29"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rav_2layer_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rav_2layerQC flag"
units =	"none"
double	rav_base [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rav_base QC flag"
height =	"not defined"
long_name =	"Aerodynamic resistance, Ce 2-layer with q profile, base layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"14"
coverage_L6 =	"19"
coverage_L4 =	"14"
coverage_L5 =	"19"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rav_base_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"rav_baseQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	rav_full [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rav_full QC flag"
height =	"not defined"
long_name =	"Aerodynamic resistance, Ce 2-layer with q profile, full layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"7"
coverage_L6 =	"9"
coverage_L4 =	"7"
coverage_L5 =	"9"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rav_full_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rav_fullQC flag"
units =	"none"
double	rav_top [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
InputSeries =	"FeTaAhpsWsFnFsdFgVPDwA"
instrument =	"not defined"
FeCutoff =	0.0
ancillary_variables =	"rav_top QC flag"
height =	"not defined"
long_name =	"Aerodynamic resistance, Ce 2-layer with q profile, top layer, L3, L5"
standard_name =	"not defined"
coverage_L3 =	"8"
coverage_L6 =	"10"
coverage_L4 =	"8"
coverage_L5 =	"10"
units =	"s/m"
serial_number =	"not defined"
missing_value =	-9999.0
FsdCutoff =	10.0
int	rav_top_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"rav_topQC flag"
double	rhod [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"rhod QC flag"
height =	"not defined"
long_name =	"Density of dry air"
standard_name =	"not defined"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"kg/m3"
serial_number =	"not defined"
missing_value =	-9999.0
int	rhod_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"rhodQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	rhom [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
instrument =	"not defined"
ancillary_variables =	"rhom QC flag"
height =	"not defined"
long_name =	"Density of moist air"
standard_name =	"air_density"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"kg/m3"
serial_number =	"not defined"
missing_value =	-9999.0
int	rhom_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"rhomQC flag"
units =	"none"
double	svwc_100cm_baresoil_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[3]*12"
missing_value =	-9999.0
long_name =	"100-130 cm deep soil water content of bare soil array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_100cm_baresoil_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"98"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_100cm_baresoil_a1_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_100cm_baresoil_a1QC flag"
_Netcdf4Dimid =	0
units =	"none"
double	svwc_100cm_baresoil_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[3]*12"
missing_value =	-9999.0
long_name =	"100-120 cm deep soil water content of bare soil array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_100cm_baresoil_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"98"
valid_range =	"0.01,0.07"
rangecheck_upper =	"[.45,.45,.45,.07,.45,.45,.45,.45,.45,.45,.45,.45]"
rangecheck_lower =	"[.01,.01,.01,.05,.01,.01,.01,.01,.01,.01,.01,.01]"
int	svwc_100cm_baresoil_a2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_100cm_baresoil_a2QC flag"
units =	"none"
double	svwc_100cm_mulga_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[3]*12"
missing_value =	-9999.0
long_name =	"100-130 cm deep soil water content below mulga array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_100cm_mulga_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"98"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_100cm_mulga_a1_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_100cm_mulga_a1QC flag"
units =	"none"
double	svwc_100cm_mulga_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[3]*12"
missing_value =	-9999.0
long_name =	"100-130 cm deep soil water content below mulga array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_100cm_mulga_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"90"
coverage_L4 =	"90"
coverage_L5 =	"90"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"89"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_100cm_mulga_a2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_100cm_mulga_a2QC flag"
units =	"none"
double	svwc_100cm_understory_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[3]*12"
missing_value =	-9999.0
long_name =	"100-130 cm deep soil water content below understory array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_100cm_understory_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_100cm_understory_a1_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_100cm_understory_a1QC flag"
units =	"none"
double	svwc_100cm_understory_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[3]*12"
missing_value =	-9999.0
long_name =	"100-130 cm deep soil water content below understory array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_100cm_understory_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"90"
coverage_L4 =	"90"
coverage_L5 =	"90"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"90"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_100cm_understory_a2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_100cm_understory_a2QC flag"
units =	"none"
double	svwc_10cm_a_mulga_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content below mulga array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_a_mulga_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"0"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"0"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_10cm_a_mulga_a2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_10cm_a_mulga_a2QC flag"
units =	"none"
double	svwc_10cm_a_understory_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10,17,10,10,10,10,10,10,10,10,10,10]"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content below understory array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_a_understory_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_10cm_a_understory_a2_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"svwc_10cm_a_understory_a2QC flag"
double	svwc_10cm_b_mulga_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content below mulga array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_b_mulga_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"90"
coverage_L4 =	"90"
coverage_L5 =	"90"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"89"
valid_range =	"0.01,0.11"
rangecheck_upper =	"[.45,.45,.45,.175,.11,.45,.45,.45,.45,.45,.45,.45]"
rangecheck_lower =	"[.01,.01,.01,.01,.01,.01,.01,.01,.01,.01,.01,.01]"
int	svwc_10cm_b_mulga_a2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_10cm_b_mulga_a2QC flag"
units =	"none"
double	svwc_10cm_b_understory_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content below understory array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_b_understory_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_10cm_b_understory_a2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_10cm_b_understory_a2QC flag"
units =	"none"
double	svwc_10cm_baresoil_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content of bare soil array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_baresoil_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_10cm_baresoil_a1_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_10cm_baresoil_a1QC flag"
units =	"none"
double	svwc_10cm_baresoil_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content of bare soil array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_baresoil_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"30"
coverage_L4 =	"30"
coverage_L5 =	"30"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"30"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_10cm_baresoil_a2_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_10cm_baresoil_a2QC flag"
units =	"none"
_Netcdf4Dimid =	0
double	svwc_10cm_mulga_a1 [time=17520, latitude=1, longitude=1]
coverage_L5 =	"81"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"81"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content below mulga array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_mulga_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"81"
coverage_L4 =	"81"
int	svwc_10cm_mulga_a1_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_10cm_mulga_a1QC flag"
units =	"none"
double	svwc_10cm_understory_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"10-30 cm deep soil water content below understory array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_10cm_understory_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_10cm_understory_a1_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_10cm_understory_a1QC flag"
_Netcdf4Dimid =	0
units =	"none"
double	svwc_143cm_baresoil_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[3]*12"
missing_value =	-9999.0
long_name =	"143-163 cm deep soil water content of bare soil array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_143cm_baresoil_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"0"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"0"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_143cm_baresoil_a2_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_143cm_baresoil_a2QC flag"
units =	"none"
_Netcdf4Dimid =	0
double	svwc_60cm_baresoil_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
missing_value =	-9999.0
long_name =	"60-80 cm deep soil water content of bare soil array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_60cm_baresoil_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_60cm_baresoil_a1_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_60cm_baresoil_a1QC flag"
units =	"none"
_Netcdf4Dimid =	0
double	svwc_60cm_baresoil_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
missing_value =	-9999.0
long_name =	"60-80 cm deep soil water content of bare soil array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_60cm_baresoil_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.07"
rangecheck_upper =	"[.45,.45,.45,.07,.45,.45,.45,.45,.45,.45,.45,.45]"
rangecheck_lower =	"[.01,.01,.01,.01,.01,.01,.01,.01,.01,.01,.01,.01]"
int	svwc_60cm_baresoil_a2_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"svwc_60cm_baresoil_a2QC flag"
double	svwc_60cm_mulga_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
missing_value =	-9999.0
long_name =	"60-80 cm deep soil water content below mulga array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_60cm_mulga_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"6"
coverage_L4 =	"6"
coverage_L5 =	"6"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"6"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_60cm_mulga_a1_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_60cm_mulga_a1QC flag"
units =	"none"
double	svwc_60cm_mulga_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
missing_value =	-9999.0
long_name =	"60-80 cm deep soil water content below mulga array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_60cm_mulga_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"81"
coverage_L4 =	"81"
coverage_L5 =	"81"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"81"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_60cm_mulga_a2_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"svwc_60cm_mulga_a2QC flag"
units =	"none"
double	svwc_60cm_understory_a1 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
missing_value =	-9999.0
long_name =	"60-80 cm deep soil water content below understory array 1, empirically corrected to collected samples"
ancillary_variables =	"svwc_60cm_understory_a1 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_60cm_understory_a1_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_60cm_understory_a1QC flag"
units =	"none"
_Netcdf4Dimid =	0
double	svwc_60cm_understory_a2 [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
missing_value =	-9999.0
long_name =	"60-80 cm deep soil water content below understory array 2, empirically corrected to collected samples"
ancillary_variables =	"svwc_60cm_understory_a2 QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"0"
coverage_L4 =	"0"
coverage_L5 =	"0"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"0"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_60cm_understory_a2_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
long_name =	"svwc_60cm_understory_a2QC flag"
_Netcdf4Dimid =	0
double	svwc_s_baresoil [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"Surface soil water content of bare soil, empirically corrected to collected samples"
ancillary_variables =	"svwc_s_baresoil QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_s_baresoil_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"svwc_s_baresoilQC flag"
double	svwc_s_mulga [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"Surface soil water content below mulga, empirically corrected to collected samples"
ancillary_variables =	"svwc_s_mulga QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_s_mulga_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_s_mulgaQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	svwc_s_understory [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[10]*12"
missing_value =	-9999.0
long_name =	"Surface soil water content below understory, empirically corrected to collected samples"
ancillary_variables =	"svwc_s_understory QC flag"
serial_number =	"not defined"
height =	"not defined"
instrument =	"not defined"
standard_name =	"soil_moisture_content"
coverage_L6 =	"99"
coverage_L4 =	"99"
coverage_L5 =	"99"
units =	"cm3 water/cm3 soil"
coverage_L3 =	"99"
valid_range =	"0.01,0.45"
rangecheck_upper =	"[.45]*12"
rangecheck_lower =	"[.01]*12"
int	svwc_s_understory_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"svwc_s_understoryQC flag"
_Netcdf4Dimid =	0
units =	"none"
double	theta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vertical rotation angle"
ancillary_variables =	"theta QC flag"
height =	"not defined"
coverage_L3 =	"76"
standard_name =	"not defined"
coverage_L6 =	"76"
instrument =	"not defined"
coverage_L4 =	"76"
coverage_L5 =	"76"
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"
ancillary_variables =	"u QC flag"
height =	"not defined"
coverage_L3 =	"76"
standard_name =	"not defined"
coverage_L6 =	"76"
instrument =	"not defined"
coverage_L4 =	"76"
coverage_L5 =	"76"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	u_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"uQC flag"
units =	"none"
_Netcdf4Dimid =	0
double	uA [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of u and H2O (7500)"
ancillary_variables =	"uA QC flag"
height =	"not defined"
coverage_L3 =	"86"
standard_name =	"not defined"
coverage_L6 =	"86"
instrument =	"not defined"
coverage_L4 =	"86"
coverage_L5 =	"86"
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)"
ancillary_variables =	"uC QC flag"
height =	"not defined"
coverage_L3 =	"86"
standard_name =	"not defined"
coverage_L6 =	"86"
instrument =	"not defined"
coverage_L4 =	"86"
coverage_L5 =	"86"
units =	"mg/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	uC_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"uCQC flag"
units =	"none"
double	uT [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of u and T (CSAT)"
ancillary_variables =	"uT QC flag"
height =	"not defined"
coverage_L3 =	"88"
standard_name =	"not defined"
coverage_L6 =	"88"
instrument =	"not defined"
coverage_L4 =	"88"
coverage_L5 =	"88"
units =	"mC/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	uT_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"uTQC flag"
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"
ancillary_variables =	"u_Sd QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m"
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_L6 =	"94"
coverage_L5 =	"94"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	uscalc_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"uscalcQC flag"
units =	"none"
double	ustar [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
diurnalcheck_numsd =	"[5]*12"
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"
valid_range =	"0,2"
ancillary_variables =	"ustar QC flag"
height =	"not defined"
instrument =	"not defined"
standard_name =	"not defined"
coverage_L3 =	"71"
coverage_L6 =	"94"
coverage_L4 =	"71"
coverage_L5 =	"94"
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"
ancillary_variables =	"uu QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	uu_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"uuQC flag"
units =	"none"
double	uv [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of u and v"
ancillary_variables =	"uv QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	uv_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"uvQC flag"
units =	"none"
double	uw [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Momentum flux X component, rotated to natural wind coordinates, frequency response corrected"
ancillary_variables =	"uw QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
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]
_Netcdf4Dimid =	0
long_name =	"Lateral component of wind-speed in natural wind coordinates"
ancillary_variables =	"v QC flag"
height =	"not defined"
coverage_L3 =	"76"
standard_name =	"not defined"
coverage_L6 =	"76"
instrument =	"not defined"
coverage_L4 =	"76"
coverage_L5 =	"76"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	v_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vQC flag"
units =	"none"
double	vA [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of v and H2O (7500)"
ancillary_variables =	"vA QC flag"
height =	"not defined"
coverage_L3 =	"86"
standard_name =	"not defined"
coverage_L6 =	"86"
instrument =	"not defined"
coverage_L4 =	"86"
coverage_L5 =	"86"
units =	"g/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	vA_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"vAQC flag"
units =	"none"
double	vC [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Covariance of v and CO2 (7500)"
ancillary_variables =	"vC QC flag"
height =	"not defined"
coverage_L3 =	"86"
standard_name =	"not defined"
coverage_L6 =	"86"
instrument =	"not defined"
coverage_L4 =	"86"
coverage_L5 =	"86"
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)"
ancillary_variables =	"vT QC flag"
height =	"not defined"
coverage_L3 =	"88"
standard_name =	"not defined"
coverage_L6 =	"88"
instrument =	"not defined"
coverage_L4 =	"88"
coverage_L5 =	"88"
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"
ancillary_variables =	"v_Sd QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m"
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"
ancillary_variables =	"vv QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	vv_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"vvQC flag"
double	vw [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Momentum flux Y component, rotated to natural wind coordinates, frequency response corrected"
ancillary_variables =	"vw QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"m2/s2"
serial_number =	"not defined"
missing_value =	-9999.0
int	vw_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"vwQC flag"
double	w [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Vertical component of wind-speed in natural wind coordinates"
ancillary_variables =	"w QC flag"
height =	"not defined"
coverage_L3 =	"76"
standard_name =	"not defined"
coverage_L6 =	"76"
instrument =	"not defined"
coverage_L4 =	"76"
coverage_L5 =	"76"
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"
ancillary_variables =	"wA QC flag"
height =	"not defined"
coverage_L3 =	"71"
standard_name =	"not defined"
coverage_L6 =	"71"
instrument =	"not defined"
coverage_L4 =	"71"
coverage_L5 =	"71"
units =	"g/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	wA_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"wAQC flag"
units =	"none"
double	wC [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Kinematic CO2 flux, rotated to natural wind coordinates, frequency response corrected, WPL"
ancillary_variables =	"wC QC flag"
height =	"not defined"
coverage_L3 =	"71"
standard_name =	"not defined"
coverage_L6 =	"71"
instrument =	"not defined"
coverage_L4 =	"71"
coverage_L5 =	"71"
units =	"mg/m2/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	wC_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"wCQC flag"
units =	"none"
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"
ancillary_variables =	"wT QC flag"
height =	"not defined"
coverage_L3 =	"71"
standard_name =	"not defined"
coverage_L6 =	"71"
instrument =	"not defined"
coverage_L4 =	"71"
coverage_L5 =	"71"
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"
Level =	"L3"
ancillary_variables =	"w_Sd QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
units =	"mm/30min"
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"
ancillary_variables =	"ww QC flag"
height =	"not defined"
coverage_L3 =	"73"
standard_name =	"not defined"
coverage_L6 =	"73"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"73"
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	xr [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"integrated footprint in the direction of the wind"
ancillary_variables =	"xr QC flag"
height =	"not defined"
coverage_L3 =	"45"
standard_name =	"not defined"
coverage_L6 =	"45"
instrument =	"not defined"
coverage_L4 =	"45"
coverage_L5 =	"45"
units =	"m"
serial_number =	"not defined"
missing_value =	-9999.0
int	xr_QCFlag [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"xrQC flag"
units =	"none"
double	zeta [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
coverage_L3 =	"73"
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"
coverage_L6 =	"94"
instrument =	"not defined"
coverage_L4 =	"73"
coverage_L5 =	"94"
units =	"m/s"
serial_number =	"not defined"
missing_value =	-9999.0
int	zeta_QCFlag [time=17520, latitude=1, longitude=1]
units =	"none"
_Netcdf4Dimid =	0
long_name =	"zetaQC flag"
double	zi [time=17520, latitude=1, longitude=1]
_Netcdf4Dimid =	0
long_name =	"Height of the convective boundary layer, output from BOM TAPM"
ancillary_variables =	"zi QC flag"
coverage_L2 =	"100"
coverage_L3 =	"100"
standard_name =	"atmosphere_boundary_layer_thickness"
coverage_L1 =	"100"
coverage_L6 =	"100"
coverage_L4 =	"100"
coverage_L5 =	"100"
units =	"m"
int	zi_QCFlag [time=17520, latitude=1, longitude=1]
long_name =	"ziQC 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"