Global Attributes
Name	Value
Conventions	CF-1.8
Disclaimer	This dataset has been exposed to minimal supervised quality control. For fully supervised quality control and quality assurance, please contact the site PI.
acknowledgement	This work used eddy covariance data collected by the TERN Ecosystem Processes facility. Ecosystem Processes would like to acknowledge the financial support of the Australian Federal Government via the National Collaborative Research Infrastructure Scheme and the Education Investment Fund.
altitude	600m
canopy_height	6.5m
citation	Griebel, A. and Ewenz, C. (2024)
comment	This tower was installed by Cleverly, J. (2011), Alice Springs Mulga OzFlux site, OzFlux: Australian and New Zealand Flux Research and Monitoring Network, hdl: 102.100.100/8697. A. Griebel (UTS) is site PI since mid-2024.
contact	anne.griebel@uts.edu.au
controlfile_name	C:/Users/170012/Documents/OzFlux/NSW Hub/Sites/AliceSpringsMulga/ControlFiles/2026/L3_2026_AERO.txt
coverage_flux_L3	91%
coverage_meteorology_L3	98%
coverage_radiation_L3	99%
coverage_soil_L3	98%
data_link	http://data.ozflux.org.au/
date_created	2026-02-16 11:44:06
featureType	timeSeries
fluxnet_id	AU-ASM
history	June 2021 processing
institution	University Technology Sydney
irga_type	Li-7500RS
latitude	-22.283
license	https://creativecommons.org/licenses/by/4.0/
license_name	CC BY 4.0
longitude	133.249
metadata_link	https://url.au.m.mimecastprotect.com/s/P5MQCk81oVHOxkkP7cQiEsG2cdb?domain=ozflux.org.au
nc_nrecs	2219
ozflux_link	http://ozflux.org.au/
processing_level	L3
publisher_name	TERN Ecosystem Processes,OzFlux
pyfluxpro_version	PyFluxPro V3.4.23
python_version	3.13.11 | packaged by conda-forge | (main, Jan 26 2026, 23:43:44) [MSC v.1944 64 bit (AMD64)]
references	https://url.au.m.mimecastprotect.com/s/5WulCmO5EVTjOpp9ZiQt5sRjpOr?domain=scholar.google.com
site	Alice Springs Mulga, Northern Territory, Australia
site_name	AliceSpringsMulga
site_pi	Anne Griebel
soil	red kandosol, sandy loam
sonic_type	CSAT3B
source	surface observation
time_coverage_end	2026-02-16 05:00:00
time_coverage_start	2026-01-01 00:00:00
time_step	30
time_zone	Australia/Darwin
title	Flux tower data set from the Alice Springs Mulga site for the calendar year 2025 post logger change 10/04/2025
tower_height	13.7m
vegetation	Canopy + three types of understorey (vegetation1-4)
vegetation1	Mulga canopy: Acacia aneura and A. aptaneura
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)
vegetation3	C3 understorey grass: perennial Thyridolepsis mitchelliana (Window mulga-grass)
vegetation4	C4 understorey grasses: perennial Eragrostis eriopoda (Naked woolybutt) and annual Eriachne pulchella ssp pulchella (Pretty wanderrie)
_NCProperties	version=2,netcdf=4.9.3,hdf5=1.14.6
Variables
double	time [time=2219]
calendar =	"gregorian"
long_name =	"time"
standard_name =	"time"
units =	"days since 1800-01-01 00:00:00.0"
double	latitude [latitude=1]
long_name =	"latitude"
standard_name =	"latitude"
units =	"degree_north"
double	longitude [longitude=1]
long_name =	"longitude"
standard_name =	"longitude"
units =	"degree_east"
double	AH [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L3 =	"Merged from AH_slow, AH_IRGA_Av"
height =	"11.6m"
long_name =	"Absolute humidity"
rangecheck_lower =	"1"
rangecheck_upper =	"35"
standard_name =	"mass_concentration_of_water_vapor_in_air"
statistic_type =	"average"
units =	"g/m^3"
valid_range =	1.0, 35.0
int	AH_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"AHQC flag"
double	AH_IRGA_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
instrument =	"Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Absolute humidity"
rangecheck_lower =	"1"
rangecheck_upper =	"30"
standard_name =	"mass_concentration_of_water_vapor_in_air"
statistic_type =	"average"
units =	"g/m^3"
valid_range =	1.0, 30.0
int	AH_IRGA_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"AH_IRGA_AvQC flag"
units =	"1"
double	AH_IRGA_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Absolute humidity"
rangecheck_lower =	"0"
rangecheck_upper =	"10"
statistic_type =	"standard_deviation"
units =	"g/m^3"
valid_range =	0.0, 10.0
int	AH_IRGA_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"AH_IRGA_SdQC flag"
units =	"1"
double	AH_IRGA_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Absolute humidity"
rangecheck_lower =	"0"
rangecheck_upper =	"100"
statistic_type =	"variance"
units =	"g^2/m^6"
valid_range =	0.0, 100.0
int	AH_IRGA_Vr_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"AH_IRGA_VrQC flag"
double	AH_slow [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"11.6m"
long_name =	"Absolute humidity"
rangecheck_lower =	"1"
rangecheck_upper =	"30"
standard_name =	"mass_concentration_of_water_vapor_in_air"
statistic_type =	"average"
units =	"g/m^3"
valid_range =	1.0, 30.0
int	AH_slow_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"AH_slowQC flag"
units =	"1"
double	CO2 [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"92%"
description_L3 =	"Merged from CO2_IRGA_Av"
height =	"11.6m"
instrument =	"Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"CO2 concentration"
rangecheck_lower =	"250"
rangecheck_upper =	"900"
standard_name =	"mole_fraction_of_carbon_dioxide_in_air"
statistic_type =	"average"
units =	"umol/mol"
valid_range =	250.0, 900.0
int	CO2_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"CO2QC flag"
double	CO2_IRGA_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"92%"
height =	"11.6m"
instrument =	"Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"CO2 concentration"
rangecheck_lower =	"354.6"
rangecheck_upper =	"477.63"
standard_name =	"mole_fraction_of_carbon_dioxide_in_air"
statistic_type =	"average"
units =	"umol/mol"
valid_range =	354.6, 477.63
int	CO2_IRGA_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"CO2_IRGA_AvQC flag"
units =	"1"
double	CO2_IRGA_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"CO2 concentration"
rangecheck_lower =	"0.0"
rangecheck_upper =	"1.1361054305839582"
statistic_type =	"standard_deviation"
units =	"mmol/m^3"
valid_range =	0.0, 50.0
int	CO2_IRGA_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"CO2_IRGA_SdQC flag"
units =	"1"
double	CO2_IRGA_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"CO2 concentration"
rangecheck_lower =	"0.0"
rangecheck_upper =	"56.80527152919791"
statistic_type =	"variance"
units =	"mmol^2/m^6"
valid_range =	0.0, 2500.0
int	CO2_IRGA_Vr_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"CO2_IRGA_VrQC flag"
units =	"1"
double	Diag_IRGA [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
instrument =	"Li-7500RS"
long_name =	"IRGA diagnostic value"
rangecheck_lower =	"-0.5"
rangecheck_upper =	"20.5"
statistic_type =	"average"
units =	"1"
valid_range =	-0.5, 20.5
int	Diag_IRGA_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Diag_IRGAQC flag"
double	Diag_SONIC [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
instrument =	"CSAT3B"
long_name =	"Sonic diagnostic value"
rangecheck_lower =	"-0.5"
rangecheck_upper =	"20.5"
statistic_type =	"average"
units =	"1"
valid_range =	-0.5, 20.5
int	Diag_SONIC_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Diag_SONICQC flag"
double	ET [time=2219, latitude=1, longitude=1]
statistic_type =	"average"
standard_name =	"water_evapotranspiration_flux"
units =	"kg/m^2/s"
coverage_L3 =	"93%"
long_name =	"Evapo-transpiration"
double	ET_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"ETQC flag"
units =	"1"
double	ET_PFP [time=2219, latitude=1, longitude=1]
statistic_type =	"average"
long_name =	"Evapo-transpiration"
standard_name =	"water_evapotranspiration_flux"
coverage_L3 =	"93%"
units =	"kg/m^2/s"
double	ET_PFP_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"ET_PFPQC flag"
units =	"1"
double	Fa [time=2219, latitude=1, longitude=1]
long_name =	"Available energy"
statistic_type =	"average"
coverage_L3 =	"99%"
description_L3 =	"Calculated from Fn, Fg"
units =	"W/m^2"
int	Fa_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"FaQC flag"
units =	"1"
double	Fco2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,6.0"
coverage_L3 =	"85%"
description_L3 =	"WPL corrected, converted to umol/m^2/s, MAD filter applied"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
long_name =	"CO2 flux"
rangecheck_lower =	"-20"
rangecheck_upper =	"20"
standard_name =	"surface_upward_mole_flux_of_carbon_dioxide"
statistic_type =	"average"
units =	"umol/m^2/s"
valid_range =	-20.0, 20.0
double	Fco2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Fco2QC flag"
units =	"1"
double	Fco2_PFP [time=2219, latitude=1, longitude=1]
coverage_L3 =	"91%"
description_L3 =	"WPL corrected, converted to umol/m^2/s"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
long_name =	"CO2 flux"
standard_name =	"surface_upward_mole_flux_of_carbon_dioxide"
statistic_type =	"average"
units =	"umol/m^2/s"
double	Fco2_PFP_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Fco2_PFPQC flag"
units =	"1"
double	Fco2_notMAD [time=2219, latitude=1, longitude=1]
coverage_L3 =	"91%"
description_L3 =	"WPL corrected, converted to umol/m^2/s"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
long_name =	"CO2 flux"
rangecheck_lower =	"-20"
rangecheck_upper =	"20"
standard_name =	"surface_upward_mole_flux_of_carbon_dioxide"
statistic_type =	"average"
units =	"umol/m^2/s"
valid_range =	-20.0, 20.0
double	Fco2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fco2_notMADQC flag"
double	Fe [time=2219, latitude=1, longitude=1]
coverage_L3 =	"92%"
description_L3 =	"WPL corrected"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
long_name =	"Latent heat flux"
rangecheck_lower =	"-100"
rangecheck_upper =	"600"
standard_name =	"surface_upward_latent_heat_flux"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-100.0, 600.0
double	Fe_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"FeQC flag"
units =	"1"
double	Fe_PFP [time=2219, latitude=1, longitude=1]
coverage_L3 =	"93%"
description_L3 =	"WPL corrected"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
long_name =	"Latent heat flux"
standard_name =	"surface_upward_latent_heat_flux"
statistic_type =	"average"
units =	"W/m^2"
double	Fe_PFP_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Fe_PFPQC flag"
units =	"1"
double	Fg [time=2219, latitude=1, longitude=1]
coverage_L3 =	"97%"
description_L3 =	"Ground heat flux corrected for storage"
long_name =	"Ground heat flux"
rangecheck_lower =	"-300"
rangecheck_upper =	"300"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-300.0, 300.0
int	Fg_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"FgQC flag"
units =	"1"
double	Fg_Av [time=2219, latitude=1, longitude=1]
statistic_type =	"average"
units =	"W/m^2"
long_name =	"Ground heat flux"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
description_L3 =	"Ground heat flux uncorrected for storage"
coverage_L3 =	"99%"
double	Fg_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Fg_AvQC flag"
units =	"1"
double	Fg_baresoil [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,36.353728000000004"
coverage_L2 =	"98%"
coverage_L3 =	"98%"
description_L2 =	"MAD filter applied"
height =	"-0.1m"
long_name =	"Ground heat flux"
rangecheck_lower =	"-200"
rangecheck_upper =	"200"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-200.0, 200.0
int	Fg_baresoil_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fg_baresoilQC flag"
double	Fg_baresoil_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.1m"
long_name =	"Ground heat flux"
rangecheck_lower =	"-200"
rangecheck_upper =	"200"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-200.0, 200.0
int	Fg_baresoil_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fg_baresoil_notMADQC flag"
double	Fg_mulga [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,62.66389600000001"
coverage_L2 =	"98%"
coverage_L3 =	"98%"
description_L2 =	"MAD filter applied"
height =	"-0.1 m"
long_name =	"Ground heat flux"
rangecheck_lower =	"-200"
rangecheck_upper =	"200"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-200.0, 200.0
int	Fg_mulga_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Fg_mulgaQC flag"
units =	"1"
double	Fg_mulga_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.1 m"
long_name =	"Ground heat flux"
rangecheck_lower =	"-200"
rangecheck_upper =	"200"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-200.0, 200.0
int	Fg_mulga_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fg_mulga_notMADQC flag"
double	Fg_understorey [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,74.64835000000001"
coverage_L2 =	"98%"
coverage_L3 =	"98%"
description_L2 =	"MAD filter applied"
height =	"-0.1m"
long_name =	"Ground heat flux"
rangecheck_lower =	"-200"
rangecheck_upper =	"200"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-200.0, 200.0
int	Fg_understorey_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fg_understoreyQC flag"
double	Fg_understorey_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.1m"
long_name =	"Ground heat flux"
rangecheck_lower =	"-200"
rangecheck_upper =	"200"
standard_name =	"downward_heat_flux_at_ground_level_in_soil"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-200.0, 200.0
int	Fg_understorey_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fg_understorey_notMADQC flag"
double	Fh [time=2219, latitude=1, longitude=1]
coverage_L3 =	"92%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Sensible heat flux"
rangecheck_lower =	"-100"
rangecheck_upper =	"600"
standard_name =	"surface_upward_sensible_heat_flux"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-100.0, 600.0
int	Fh_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"FhQC flag"
units =	"1"
double	Fh_PFP [time=2219, latitude=1, longitude=1]
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Sensible heat flux"
standard_name =	"surface_upward_sensible_heat_flux"
statistic_type =	"average"
units =	"W/m^2"
int	Fh_PFP_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fh_PFPQC flag"
double	Fhv [time=2219, latitude=1, longitude=1]
coverage_L3 =	"97%"
description_L3 =	"Rotated to natural wind coordinates"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Virtual heat flux"
statistic_type =	"average"
units =	"W/m^2"
int	Fhv_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"FhvQC flag"
double	Fld [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"12.2m"
instrument =	"Kipp and Zonen CNR4"
long_name =	"Down-welling longwave radiation"
rangecheck_lower =	"200"
rangecheck_upper =	"500"
standard_name =	"surface_downwelling_longwave_flux_in_air"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	200.0, 500.0
int	Fld_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"FldQC flag"
double	Flu [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"12.2m"
instrument =	"Kipp and Zonen CNR4"
long_name =	"Up-welling longwave radiation"
rangecheck_lower =	"300"
rangecheck_upper =	"700"
standard_name =	"surface_upwelling_longwave_flux_in_air"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	300.0, 700.0
int	Flu_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"FluQC flag"
double	Fm [time=2219, latitude=1, longitude=1]
coverage_L3 =	"93%"
description_L3 =	"Rotated to natural wind coordinates"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Momentum flux"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
standard_name =	"magnitude_of_surface_downward_stress"
statistic_type =	"average"
units =	"kg/m/s^2"
valid_range =	-1.0, 1.0
int	Fm_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"FmQC flag"
double	Fm_PFP [time=2219, latitude=1, longitude=1]
coverage_L3 =	"96%"
description_L3 =	"Rotated to natural wind coordinates"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Momentum flux"
standard_name =	"magnitude_of_surface_downward_stress"
statistic_type =	"average"
units =	"kg/m/s^2"
int	Fm_PFP_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Fm_PFPQC flag"
double	Fn [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"12.2m"
instrument =	"Kipp and Zonen CNR4"
long_name =	"Net radiation"
rangecheck_lower =	"-150"
rangecheck_upper =	"1100"
standard_name =	"surface_net_downward_radiative_flux"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-150.0, 1100.0
int	Fn_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"FnQC flag"
units =	"1"
double	Fn_4cmpt [time=2219, latitude=1, longitude=1]
coverage_L3 =	"99%"
description_L3 =	"Calculated net radiation using Fsd,Fsu,Fld,Flu"
long_name =	"Net radiation"
standard_name =	"surface_net_downward_radiative_flux"
statistic_type =	"average"
units =	"W/m^2"
int	Fn_4cmpt_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Fn_4cmptQC flag"
units =	"1"
double	Fsd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"12.2m"
instrument =	"Kipp and Zonen CNR4"
long_name =	"Down-welling shortwave radiation"
rangecheck_lower =	"-10"
rangecheck_upper =	"1500"
standard_name =	"surface_downwelling_shortwave_flux_in_air"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-10.0, 1500.0
int	Fsd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"FsdQC flag"
units =	"1"
double	Fsu [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"12.2m"
instrument =	"Kipp and Zonen CNR4"
long_name =	"Up-welling shortwave radiation"
rangecheck_lower =	"-10"
rangecheck_upper =	"500"
standard_name =	"surface_upwelling_shortwave_flux_in_air"
statistic_type =	"average"
units =	"W/m^2"
valid_range =	-10.0, 500.0
int	Fsu_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"FsuQC flag"
units =	"1"
double	H2O [time=2219, latitude=1, longitude=1]
statistic_type =	"average"
units =	"mmol/mol"
description_L3 =	"Water vapour mixing ratio calculated from AH, Ta and ps"
standard_name =	"mole_fraction_of_water_vapor_in_air"
long_name =	"H2O concentration"
coverage_L3 =	"98%"
int	H2O_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"H2OQC flag"
units =	"1"
double	L [time=2219, latitude=1, longitude=1]
coverage_L3 =	"92%"
long_name =	"Monin-Obukhov length"
statistic_type =	"average"
units =	"m"
int	L_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"LQC flag"
units =	"1"
double	Precip [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2025-01-01 00:00 ,2025-11-30 23:30"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"1.3"
instrument =	"CS701"
long_name =	"Rainfall"
rangecheck_lower =	"0"
rangecheck_upper =	"50"
standard_name =	"thickness_of_rainfall_amount"
statistic_type =	"sum"
units =	"mm"
valid_range =	0.0, 50.0
int	Precip_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"PrecipQC flag"
double	RH [time=2219, latitude=1, longitude=1]
standard_name =	"relative_humidity"
statistic_type =	"average"
units =	"percent"
long_name =	"Relative humidity"
description_L3 =	"Relative humidity calculated from AH and Ta"
coverage_L3 =	"99%"
int	RH_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"RHQC flag"
double	RH_HMP [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2025-04-21 08:00,2025-05-20 17:00"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"11.6m"
instrument =	"HMP155"
long_name =	"Relative humidity"
rangecheck_lower =	"0"
rangecheck_upper =	"100"
standard_name =	"relative_humidity"
statistic_type =	"average"
units =	"percent"
valid_range =	0.0, 100.0
int	RH_HMP_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"RH_HMPQC flag"
units =	"1"
double	RH_HMP_200cm [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2025-04-10 16:30,2025-04-11 07:00"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"2m"
instrument =	"HMP155"
long_name =	"Relative humidity"
rangecheck_lower =	"0"
rangecheck_upper =	"100"
standard_name =	"relative_humidity"
statistic_type =	"average"
units =	"percent"
valid_range =	0.0, 100.0
int	RH_HMP_200cm_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"RH_HMP_200cmQC flag"
units =	"1"
double	SH [time=2219, latitude=1, longitude=1]
statistic_type =	"average"
units =	"kg/kg"
description_L3 =	"Specific humidity calculated from AH, Ta and ps"
long_name =	"Specific humidity"
standard_name =	"specific_humidity"
coverage_L3 =	"98%"
int	SH_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"SHQC flag"
units =	"1"
double	SHD [time=2219, latitude=1, longitude=1]
description_L3 =	"Specific humidity deficit calculated from SH, Ta and ps"
statistic_type =	"average"
units =	"kg/kg"
coverage_L3 =	"98%"
long_name =	"Specific humidity deficit"
int	SHD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"SHDQC flag"
units =	"1"
double	Sco2_single [time=2219, latitude=1, longitude=1]
coverage_L3 =	"91%"
description_L3 =	"Sco2 calcuated using single point CO2 measurement"
height =	"11.6"
instrument =	"Li-7500RS"
long_name =	"Storage term of CO2 flux"
standard_name =	"surface_upward_mole_flux_of_carbon_dioxide"
statistic_type =	"average"
units =	"umol/m^2/s"
int	Sco2_single_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sco2_singleQC flag"
units =	"1"
double	Signal_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"95%"
coverage_L3 =	"95%"
height =	"11.6m"
instrument =	"Li-7500RS"
long_name =	"Li-7500RS automatic gain control"
rangecheck_lower =	"90"
rangecheck_upper =	"105"
statistic_type =	"average"
units =	"percent"
valid_range =	90.0, 105.0
int	Signal_Av_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Signal_AvQC flag"
double	Sws [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2026-01-01 00:00 , 2026-12-31 23:30"
coverage_L2 =	"0%"
coverage_L3 =	"99%"
description_L3 =	"Element-wise average of series Sws_100cm_baresoil_1, Sws_100cm_baresoil_2, Sws_100cm_mulga_1, Sws_100cm_mulga_2, Sws_100cm_understorey_1, Sws_100cm_understorey_2"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
double	Sws_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"SwsQC flag"
units =	"1"
double	Sws_100cm_baresoil_1 [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2026-01-01 00:00 , 2026-12-31 23:30"
coverage_L2 =	"0%"
coverage_L3 =	"0%"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_baresoil_1_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_100cm_baresoil_1QC flag"
double	Sws_100cm_baresoil_2 [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2026-01-01 00:00 , 2026-12-31 23:30"
coverage_L2 =	"0%"
coverage_L3 =	"0%"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_baresoil_2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_baresoil_2QC flag"
units =	"1"
double	Sws_100cm_mulga_1 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.0023824600000000307"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_mulga_1_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_mulga_1QC flag"
units =	"1"
double	Sws_100cm_mulga_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_mulga_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_mulga_1_notMADQC flag"
units =	"1"
double	Sws_100cm_mulga_2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.030011620000000072"
coverage_L2 =	"92%"
coverage_L3 =	"92%"
description_L2 =	"MAD filter applied"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_mulga_2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_mulga_2QC flag"
units =	"1"
double	Sws_100cm_mulga_2_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"96%"
coverage_L3 =	"96%"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_mulga_2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_mulga_2_notMADQC flag"
units =	"1"
double	Sws_100cm_understorey_1 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.0033945400000000014"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_understorey_1_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_understorey_1QC flag"
units =	"1"
double	Sws_100cm_understorey_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_understorey_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_understorey_1_notMADQC flag"
units =	"1"
double	Sws_100cm_understorey_2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.03238559999999999"
coverage_L2 =	"92%"
coverage_L3 =	"92%"
description_L2 =	"MAD filter applied"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_understorey_2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_understorey_2QC flag"
units =	"1"
double	Sws_100cm_understorey_2_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"96%"
coverage_L3 =	"96%"
height =	"-1 to -1.2 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.0001"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	1.0E-4, 0.5
int	Sws_100cm_understorey_2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_100cm_understorey_2_notMADQC flag"
units =	"1"
double	Sws_10cm_baresoil_1 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.006977460000000005"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_baresoil_1_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_baresoil_1QC flag"
units =	"1"
double	Sws_10cm_baresoil_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_baresoil_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_baresoil_1_notMADQC flag"
units =	"1"
double	Sws_10cm_baresoil_2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.008583060000000003"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_baresoil_2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_baresoil_2QC flag"
units =	"1"
double	Sws_10cm_baresoil_2_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_baresoil_2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_baresoil_2_notMADQC flag"
units =	"1"
double	Sws_10cm_mulga_1 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.374670662"
coverage_L2 =	"14%"
coverage_L3 =	"14%"
description_L2 =	"MAD filter applied"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_mulga_1_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_10cm_mulga_1QC flag"
double	Sws_10cm_mulga_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"24%"
coverage_L3 =	"24%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_mulga_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_mulga_1_notMADQC flag"
units =	"1"
double	Sws_10cm_mulga_2a [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2025-01-01 00:00,2025-05-29 19:00"
MAD_filter =	"12.0,13,5.5,0.02949764000000002"
coverage_L2 =	"94%"
coverage_L3 =	"94%"
description_L2 =	"MAD filter applied"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_mulga_2a_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_mulga_2aQC flag"
units =	"1"
double	Sws_10cm_mulga_2a_notMAD [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2025-01-01 00:00,2025-05-29 19:00"
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_mulga_2a_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_10cm_mulga_2a_notMADQC flag"
double	Sws_10cm_mulga_2b [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.029323500000000002"
coverage_L2 =	"93%"
coverage_L3 =	"93%"
description_L2 =	"MAD filter applied"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_mulga_2b_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_mulga_2bQC flag"
units =	"1"
double	Sws_10cm_mulga_2b_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_mulga_2b_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_mulga_2b_notMADQC flag"
units =	"1"
double	Sws_10cm_understorey_1 [time=2219, latitude=1, longitude=1]
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
MAD_filter =	"12.0,13,5.5,0.009238700000000016"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
int	Sws_10cm_understorey_1_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_10cm_understorey_1QC flag"
double	Sws_10cm_understorey_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_10cm_understorey_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_understorey_1_notMADQC flag"
units =	"1"
double	Sws_10cm_understorey_2a [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2026-01-01 00:00,2026-12-31 23:30"
coverage_L2 =	"0%"
coverage_L3 =	"0%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.1"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.1, 0.5
int	Sws_10cm_understorey_2a_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_understorey_2aQC flag"
units =	"1"
double	Sws_10cm_understorey_2b [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2025-05-29 18:00,2025-12-31 23:30"
MAD_filter =	"12.0,3,5.5,0.22599036000000003"
coverage_L2 =	"16%"
coverage_L3 =	"16%"
description_L2 =	"MAD filter applied"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.1"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.1, 0.5
int	Sws_10cm_understorey_2b_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_understorey_2bQC flag"
units =	"1"
double	Sws_10cm_understorey_2b_notMAD [time=2219, latitude=1, longitude=1]
ExcludeDates_0 =	"2025-05-29 18:00,2025-12-31 23:30"
coverage_L2 =	"35%"
coverage_L3 =	"35%"
height =	"-0.1 to -0.3 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0.1"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.1, 0.5
int	Sws_10cm_understorey_2b_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_10cm_understorey_2b_notMADQC flag"
units =	"1"
double	Sws_143cm_baresoil_2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.004505579999999981"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-1.43 to -1.63 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_143cm_baresoil_2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_143cm_baresoil_2QC flag"
units =	"1"
double	Sws_143cm_baresoil_2_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-1.43 to -1.63 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_143cm_baresoil_2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_143cm_baresoil_2_notMADQC flag"
units =	"1"
double	Sws_60cm_baresoil_1 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.0021474199999999832"
coverage_L2 =	"95%"
coverage_L3 =	"95%"
description_L2 =	"MAD filter applied"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_baresoil_1_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_60cm_baresoil_1QC flag"
double	Sws_60cm_baresoil_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_baresoil_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_60cm_baresoil_1_notMADQC flag"
double	Sws_60cm_baresoil_2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.002096020000000004"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_baresoil_2_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_60cm_baresoil_2QC flag"
double	Sws_60cm_baresoil_2_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_baresoil_2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_60cm_baresoil_2_notMADQC flag"
units =	"1"
double	Sws_60cm_mulga_1 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.35050265"
coverage_L2 =	"41%"
coverage_L3 =	"41%"
description_L2 =	"MAD filter applied"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_mulga_1_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_60cm_mulga_1QC flag"
units =	"1"
double	Sws_60cm_mulga_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"48%"
coverage_L3 =	"48%"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_mulga_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_60cm_mulga_1_notMADQC flag"
units =	"1"
double	Sws_60cm_mulga_2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.03327000000000002"
coverage_L2 =	"93%"
coverage_L3 =	"93%"
description_L2 =	"MAD filter applied"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_mulga_2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_60cm_mulga_2QC flag"
units =	"1"
double	Sws_60cm_mulga_2_notMAD [time=2219, latitude=1, longitude=1]
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
coverage_L2 =	"96%"
coverage_L3 =	"96%"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
int	Sws_60cm_mulga_2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_60cm_mulga_2_notMADQC flag"
units =	"1"
double	Sws_60cm_understorey_1 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.004992420000000025"
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L2 =	"MAD filter applied"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_understorey_1_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_60cm_understorey_1QC flag"
double	Sws_60cm_understorey_1_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_understorey_1_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_60cm_understorey_1_notMADQC flag"
units =	"1"
double	Sws_60cm_understorey_2 [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.02969856000000004"
coverage_L2 =	"92%"
coverage_L3 =	"92%"
description_L2 =	"MAD filter applied"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_understorey_2_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Sws_60cm_understorey_2QC flag"
units =	"1"
double	Sws_60cm_understorey_2_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"-0.6 to -0.8 m"
instrument =	"CS605"
long_name =	"Soil water content"
rangecheck_lower =	"0"
rangecheck_upper =	"0.5"
standard_name =	"volume_fraction_of_condensed_water_in_soil"
statistic_type =	"average"
units =	"m^3/m^3"
valid_range =	0.0, 0.5
int	Sws_60cm_understorey_2_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Sws_60cm_understorey_2_notMADQC flag"
double	Ta [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
description_L3 =	"Merged from Ta_HMP, Ta_SONIC_Av"
height =	"11.6m"
instrument =	"HMP155"
long_name =	"Air temperature"
rangecheck_lower =	"0"
rangecheck_upper =	"50"
standard_name =	"air_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	0.0, 50.0
int	Ta_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"TaQC flag"
units =	"1"
double	Ta_HMP [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"11.6m"
instrument =	"HMP155"
long_name =	"Air temperature"
rangecheck_lower =	"-10"
rangecheck_upper =	"50"
standard_name =	"air_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	-10.0, 50.0
int	Ta_HMP_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Ta_HMPQC flag"
double	Ta_HMP_200cm [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"2m"
instrument =	"HMP155"
long_name =	"Air temperature"
rangecheck_lower =	"-10"
rangecheck_upper =	"50"
standard_name =	"air_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	-10.0, 50.0
int	Ta_HMP_200cm_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Ta_HMP_200cmQC flag"
double	Ta_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L3 =	"97%"
description_L3 =	"Ta calculated from Tv using Tv_SONIC_Av"
long_name =	"Air temperature"
standard_name =	"air_temperature"
statistic_type =	"average"
units =	"degC"
double	Ta_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Ta_SONIC_AvQC flag"
units =	"1"
double	Tb_CNR4 [time=2219, latitude=1, longitude=1]
coverage_L2 =	"0%"
coverage_L3 =	"0%"
height =	"11.6m"
instrument =	"Kipp and Zonen CNR4"
long_name =	"Body temperature"
rangecheck_lower =	"-10"
rangecheck_upper =	"50"
statistic_type =	"average"
units =	"degC"
valid_range =	-10.0, 50.0
int	Tb_CNR4_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Tb_CNR4QC flag"
units =	"1"
double	Tpanel [time=2219, latitude=1, longitude=1]
long_name =	"Panel temperature at logger"
statistic_type =	"average"
instrument =	"Campbell Scientific CR6 logger"
coverage_L2 =	"100%"
coverage_L3 =	"100%"
units =	"degC"
int	Tpanel_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"TpanelQC flag"
units =	"1"
double	Ts [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
description_L3 =	"Element-wise average of series Ts_mulga, Ts_baresoil, Ts_understorey"
height =	"-0.02 to -0.06 m"
instrument =	"TCAV"
long_name =	"Soil temperature"
rangecheck_lower =	"0"
rangecheck_upper =	"60"
standard_name =	"soil_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	0.0, 60.0
double	Ts_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"TsQC flag"
units =	"1"
double	Ts_baresoil [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"-0.02 to -0.06 m"
instrument =	"TCAV"
long_name =	"Soil temperature"
rangecheck_lower =	"0"
rangecheck_upper =	"60"
standard_name =	"soil_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	0.0, 60.0
int	Ts_baresoil_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Ts_baresoilQC flag"
double	Ts_mulga [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.02 to -0.06 m"
instrument =	"TCAV"
long_name =	"Soil temperature"
rangecheck_lower =	"0"
rangecheck_upper =	"60"
standard_name =	"soil_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	0.0, 60.0
int	Ts_mulga_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Ts_mulgaQC flag"
units =	"1"
double	Ts_understorey [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"-0.02 to -0.06 m"
instrument =	"TCAV"
long_name =	"Soil temperature"
rangecheck_lower =	"0"
rangecheck_upper =	"60"
standard_name =	"soil_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	0.0, 60.0
int	Ts_understorey_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Ts_understoreyQC flag"
double	Tv_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Virtual temperature"
rangecheck_lower =	"-10"
rangecheck_upper =	"50"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
standard_name =	"virtual_temperature"
statistic_type =	"average"
units =	"degC"
valid_range =	-10.0, 50.0
int	Tv_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Tv_SONIC_AvQC flag"
units =	"1"
double	Tv_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Virtual temperature"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"standard_deviation"
units =	"degC"
int	Tv_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Tv_SONIC_SdQC flag"
units =	"1"
double	Tv_SONIC_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Virtual temperature"
rangecheck_lower =	"0"
rangecheck_upper =	"5"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"degC^2"
valid_range =	0.0, 5.0
int	Tv_SONIC_Vr_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Tv_SONIC_VrQC flag"
units =	"1"
double	U_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Longitudinal component of wind-speed in natural wind coordinates"
rangecheck_lower =	"-20"
rangecheck_upper =	"20"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m/s"
valid_range =	-20.0, 20.0
int	U_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"U_SONIC_AvQC flag"
units =	"1"
double	U_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Standard deviation of streamwise windspeed, rotated to natural wind coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m/s"
valid_range =	-10.0, 10.0
int	U_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"U_SONIC_SdQC flag"
units =	"1"
double	U_SONIC_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Variance of streamwise windspeed, rotated to natural wind coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	U_SONIC_Vr_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"U_SONIC_VrQC flag"
units =	"1"
double	UxA [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Covariance of Ux and H2O"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"g/m^2/s"
valid_range =	-1.0, 1.0
int	UxA_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"UxAQC flag"
double	UxC [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Covariance of Ux and CO2"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"mg/m^2/s"
valid_range =	-10.0, 10.0
int	UxC_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"UxCQC flag"
units =	"1"
double	UxT [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Covariance of Ux and T"
rangecheck_lower =	"-5"
rangecheck_upper =	"5"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m.degC/s"
valid_range =	-5.0, 5.0
int	UxT_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"UxTQC flag"
units =	"1"
double	UxUy [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Covariance of Ux and Uy"
rangecheck_lower =	"-2"
rangecheck_upper =	"2"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m^2/s^2"
valid_range =	-2.0, 2.0
int	UxUy_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"UxUyQC flag"
units =	"1"
double	UxUz [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Covariance of Ux and Uz"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	UxUz_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"UxUzQC flag"
units =	"1"
double	Ux_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Longitudinal wind velocity component, sonic coordinates"
rangecheck_lower =	"-20"
rangecheck_upper =	"20"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m/s"
valid_range =	-20.0, 20.0
int	Ux_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Ux_SONIC_AvQC flag"
units =	"1"
double	Ux_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Longitudinal wind velocity component, sonic coordinates"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"standard_deviation"
units =	"m/s"
int	Ux_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Ux_SONIC_SdQC flag"
units =	"1"
double	Ux_SONIC_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Longitudinal wind velocity component, sonic coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	Ux_SONIC_Vr_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Ux_SONIC_VrQC flag"
units =	"1"
double	UyA [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Covariance of Uy and H2O"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"g/m^2/s"
valid_range =	-1.0, 1.0
int	UyA_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"UyAQC flag"
double	UyC [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Covariance of Uy and CO2"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"mg/m^2/s"
valid_range =	-10.0, 10.0
int	UyC_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"UyCQC flag"
units =	"1"
double	UyT [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Covariance of Uy and T"
rangecheck_lower =	"-5"
rangecheck_upper =	"5"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m.degC/s"
valid_range =	-5.0, 5.0
int	UyT_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"UyTQC flag"
double	UyUz [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Covariance of Uy and Uz"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	UyUz_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"UyUzQC flag"
double	Uy_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Lateral wind velocity component, sonic coordinates"
rangecheck_lower =	"-20"
rangecheck_upper =	"20"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m/s"
valid_range =	-20.0, 20.0
int	Uy_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Uy_SONIC_AvQC flag"
double	Uy_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Lateral wind velocity component, sonic coordinates"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"standard_deviation"
units =	"m/s"
int	Uy_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Uy_SONIC_SdQC flag"
units =	"1"
double	Uy_SONIC_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Lateral wind velocity component, sonic coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	Uy_SONIC_Vr_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Uy_SONIC_VrQC flag"
double	UzA [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Covariance of Uz and H2O"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"g/m^2/s"
valid_range =	-1.0, 1.0
int	UzA_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"UzAQC flag"
units =	"1"
double	UzC [time=2219, latitude=1, longitude=1]
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Covariance of Uz and CO2"
rangecheck_lower =	"-2"
rangecheck_upper =	"2"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"mg/m^2/s"
valid_range =	-2.0, 2.0
int	UzC_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"UzCQC flag"
double	UzT [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Covariance of Uz and T"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m.degC/s"
valid_range =	-1.0, 1.0
int	UzT_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"UzTQC flag"
units =	"1"
double	Uz_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Vertical wind velocity component, sonic coordinates"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m/s"
valid_range =	-1.0, 1.0
int	Uz_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Uz_SONIC_AvQC flag"
units =	"1"
double	Uz_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Vertical wind velocity component, sonic coordinates"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"standard_deviation"
units =	"m/s"
int	Uz_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Uz_SONIC_SdQC flag"
units =	"1"
double	Uz_SONIC_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Vertical wind velocity component, sonic coordinates"
rangecheck_lower =	"-2"
rangecheck_upper =	"2"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m^2/s^2"
valid_range =	-2.0, 2.0
int	Uz_SONIC_Vr_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"Uz_SONIC_VrQC flag"
double	VP [time=2219, latitude=1, longitude=1]
standard_name =	"water_vapor_partial_pressure_in_air"
units =	"kPa"
description_L3 =	"Vapour pressure calculated from AH, Ta and ps"
statistic_type =	"average"
coverage_L3 =	"99%"
long_name =	"Vapour pressure"
int	VP_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"VPQC flag"
units =	"1"
double	VPD [time=2219, latitude=1, longitude=1]
coverage_L3 =	"99%"
description_L3 =	"Vapour pressure deficit calculated from AH, Ta and ps"
long_name =	"Vapour pressure deficit"
standard_name =	"water_vapor_saturation_deficit_in_air"
statistic_type =	"average"
units =	"kPa"
int	VPD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"VPDQC flag"
units =	"1"
double	V_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Lateral component of wind-speed in natural wind coordinates"
rangecheck_lower =	"-20"
rangecheck_upper =	"20"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m/s"
valid_range =	-20.0, 20.0
int	V_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"V_SONIC_AvQC flag"
units =	"1"
double	V_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Standard deviation of cross-stream windspeed, rotated to natural wind coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m/s"
valid_range =	-10.0, 10.0
int	V_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"V_SONIC_SdQC flag"
units =	"1"
double	V_SONIC_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Variance of cross-stream windspeed, rotated to natural wind coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	V_SONIC_Vr_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"V_SONIC_VrQC flag"
double	Vbat [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
instrument =	"Campbell Scientific CR6 logger"
long_name =	"Battery voltage at logger"
statistic_type =	"average"
units =	"V"
int	Vbat_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"VbatQC flag"
units =	"1"
double	W_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Vertical component of wind-speed in natural wind coordinates"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m/s"
valid_range =	-1.0, 1.0
int	W_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"W_SONIC_AvQC flag"
units =	"1"
double	W_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Standard deviation of vertical windspeed, rotated to natural wind coordinates"
rangecheck_lower =	"-2"
rangecheck_upper =	"2"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m/s"
valid_range =	-2.0, 2.0
int	W_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"W_SONIC_SdQC flag"
units =	"1"
double	W_SONIC_Vr [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Variance of vertical windspeed, rotated to natural wind coordinates"
rangecheck_lower =	"-2"
rangecheck_upper =	"2"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"variance"
units =	"m^2/s^2"
valid_range =	-2.0, 2.0
int	W_SONIC_Vr_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"W_SONIC_VrQC flag"
units =	"1"
double	Wd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
description_L3 =	"Merged from Wd_SONIC_Av"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Wind direction"
rangecheck_lower =	"0"
rangecheck_upper =	"360"
standard_name =	"wind_from_direction"
statistic_type =	"average"
units =	"degrees"
valid_range =	0.0, 360.0
int	Wd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"WdQC flag"
units =	"1"
double	Wd_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Wind direction"
rangecheck_lower =	"0"
rangecheck_upper =	"360"
standard_name =	"wind_from_direction"
statistic_type =	"average"
units =	"degrees"
valid_range =	0.0, 360.0
int	Wd_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Wd_SONIC_AvQC flag"
units =	"1"
double	Wd_SONIC_Sd [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Wind direction"
statistic_type =	"standard_deviation"
units =	"degrees"
int	Wd_SONIC_Sd_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Wd_SONIC_SdQC flag"
units =	"1"
double	Ws [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
description_L3 =	"Merged from Ws_SONIC_Av"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Wind speed"
rangecheck_lower =	"0"
rangecheck_upper =	"30"
standard_name =	"wind_speed"
statistic_type =	"average"
units =	"m/s"
valid_range =	0.0, 30.0
int	Ws_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"WsQC flag"
double	Ws_SONIC_Av [time=2219, latitude=1, longitude=1]
coverage_L2 =	"100%"
coverage_L3 =	"100%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Wind speed"
rangecheck_lower =	"0"
rangecheck_upper =	"20"
standard_name =	"wind_speed"
statistic_type =	"average"
units =	"m/s"
valid_range =	0.0, 20.0
int	Ws_SONIC_Av_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"Ws_SONIC_AvQC flag"
units =	"1"
double	albedo [time=2219, latitude=1, longitude=1]
MAD_filter =	"12.0,13,5.5,0.022587700000000002"
coverage_L2 =	"44%"
coverage_L3 =	"44%"
description_L2 =	"MAD filter applied"
height =	"12.2m"
instrument =	"CNR4"
long_name =	"Albedo"
rangecheck_lower =	"0"
rangecheck_upper =	"1"
standard_name =	"surface_albedo"
statistic_type =	"average"
units =	"1"
valid_range =	0.0, 1.0
int	albedo_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"albedoQC flag"
units =	"1"
double	albedo_notMAD [time=2219, latitude=1, longitude=1]
coverage_L2 =	"53%"
coverage_L3 =	"53%"
height =	"12.2m"
instrument =	"CNR4"
long_name =	"Albedo"
rangecheck_lower =	"0"
rangecheck_upper =	"1"
standard_name =	"surface_albedo"
statistic_type =	"average"
units =	"1"
valid_range =	0.0, 1.0
int	albedo_notMAD_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"albedo_notMADQC flag"
units =	"1"
double	ps [time=2219, latitude=1, longitude=1]
coverage_L2 =	"99%"
coverage_L3 =	"99%"
height =	"23m"
instrument =	"Li7500RS"
long_name =	"Surface air pressure"
rangecheck_lower =	"90"
rangecheck_upper =	"105"
standard_name =	"surface_air_pressure"
statistic_type =	"average"
units =	"kPa"
valid_range =	90.0, 105.0
int	ps_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"psQC flag"
units =	"1"
double	rho_a [time=2219, latitude=1, longitude=1]
statistic_type =	"average"
units =	"kg/m^3"
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
long_name =	"Density of moist air"
int	rho_a_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"rho_aQC flag"
units =	"1"
double	ustar [time=2219, latitude=1, longitude=1]
coverage_L3 =	"97%"
description_L3 =	"Rotated to natural wind coordinates"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Friction velocity"
rangecheck_lower =	"0"
rangecheck_upper =	"2"
statistic_type =	"average"
units =	"m/s"
valid_range =	0.0, 2.0
int	ustar_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"ustarQC flag"
units =	"1"
double	ustar_PFP [time=2219, latitude=1, longitude=1]
coverage_L3 =	"97%"
description_L3 =	"Rotated to natural wind coordinates"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Friction velocity"
statistic_type =	"average"
units =	"m/s"
int	ustar_PFP_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"ustar_PFPQC flag"
units =	"1"
double	uv [time=2219, latitude=1, longitude=1]
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Horizontal streamwise-crosswind covariance, rotated to natural wind coordinates"
rangecheck_lower =	"-2"
rangecheck_upper =	"2"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m^2/s^2"
valid_range =	-2.0, 2.0
int	uv_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"uvQC flag"
units =	"1"
double	uw [time=2219, latitude=1, longitude=1]
L3 =	"Massman frequency correction"
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Momentum flux X component, corrected to natural wind coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	uw_QCFlag [time=2219, latitude=1, longitude=1]
units =	"1"
long_name =	"uwQC flag"
double	vw [time=2219, latitude=1, longitude=1]
L3 =	"Massman frequency correction"
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Momentum flux Y component, corrected to natural wind coordinates"
rangecheck_lower =	"-10"
rangecheck_upper =	"10"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m^2/s^2"
valid_range =	-10.0, 10.0
int	vw_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"vwQC flag"
units =	"1"
double	wA [time=2219, latitude=1, longitude=1]
L3 =	"Massman frequency correction"
coverage_L2 =	"93%"
coverage_L3 =	"93%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Kinematic vapour flux, rotated to natural wind coordinates"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"g/m^2/s"
valid_range =	-1.0, 1.0
int	wA_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"wAQC flag"
units =	"1"
double	wC [time=2219, latitude=1, longitude=1]
L3 =	"Massman frequency correction"
coverage_L2 =	"93%"
coverage_L3 =	"92%"
height =	"11.6m"
instrument =	"CSAT3B,Li-7500RS"
irga_check =	"UzA,UxA,UyA,UzC,UxC,UyC,AH_IRGA_Av,AH_IRGA_Sd,AH_IRGA_Vr,CO2_IRGA_Av,CO2_IRGA_Sd,CO2_IRGA_Vr"
long_name =	"Kinematic CO2 flux, rotated to natural wind coordinates"
rangecheck_lower =	"-2"
rangecheck_upper =	"2"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"mg/m^2/s"
valid_range =	-2.0, 2.0
int	wC_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"wCQC flag"
units =	"1"
double	wT [time=2219, latitude=1, longitude=1]
L3 =	"Massman frequency correction"
coverage_L2 =	"97%"
coverage_L3 =	"97%"
height =	"11.6m"
instrument =	"CSAT3B"
long_name =	"Kinematic heat flux, rotated to natural wind coordinates"
rangecheck_lower =	"-1"
rangecheck_upper =	"1"
sonic_check =	"UxA,UxC,UxT,UxUy,UxUz,Ux_SONIC_Av,Ux_SONIC_Sd,Ux_SONIC_Vr,UyA,UyC,UyT,UyUz,Uy_SONIC_Av,Uy_SONIC_Sd,Uy_SONIC_Vr,UzA,UzC,UzT,Uz_SONIC_Av,Uz_SONIC_Sd,Uz_SONIC_Vr,Tv_SONIC_Av,Tv_SONIC_Sd,Tv_SONIC_Vr"
statistic_type =	"average"
units =	"m.degC/s"
valid_range =	-1.0, 1.0
int	wT_QCFlag [time=2219, latitude=1, longitude=1]
long_name =	"wTQC flag"
units =	"1"
int	crs
inverse_flattening =	"298.257223563"
semi_major_axis =	"6378137.0"
grid_mapping_name =	"latitude_longitude"
long_name =	"WGS 1984 datum"
longitude_of_prime_meridian =	"0.0"
char	station_name [name_strlen=17]
long_name =	"station name"
cf_role =	"timeseries_id"