netcdf classic (CDF-1) {
dimensions:
	time = UNLIMITED ; // (3600 currently)
	sample = 20 ;
// global attributes:
		:history = "Created: 2019-10-17 00:35:53 +0000\n" ;
		:NIDAS_version = "v1.2-1072" ;
		:calibration_file_path = "/h/eol/isfs/isfs/projects/CHEESEHEAD/ISFS/cal_files/noQC/se6:/h/eol/isfs/isfs/projects/CHEESEHEAD/ISFS/cal_files/noQC" ;
		:dataset = "hr_noqc_geo" ;
		:dataset_description = "High rate winds in geographic coordinates" ;
		:project_config = "/h/eol/isfs/isfs/projects/CHEESEHEAD/ISFS/config/cheesehead.xml;" ;
		:wind3d_horiz_coordinates = "geographic" ;
		:file_length_seconds = 3600 ;
		:wind3d_horiz_rotation = 1 ;
		:wind3d_tilt_correction = 0 ;
variables:
	int base_time ;
		base_time:units = "seconds since 1970-01-01 00:00:00 00:00" ;
	double time(time) ;
		time:units = "seconds since 2019-08-01 14:00:00 00:00" ;
		time:interval(sec) = 1.0 ;
	float P_10m_nw2(time, sample) ;
		P_10m_nw2:_FillValue = 9.99999993e+36 ;
		P_10m_nw2:long_name = "Barometric Pressure, Paroscientific 6000" ;
		P_10m_nw2:short_name = "P.10m.nw2" ;
		P_10m_nw2:units = "mb" ;
	float P_10m_se5(time, sample) ;
		P_10m_se5:_FillValue = 9.99999993e+36 ;
		P_10m_se5:long_name = "Barometric Pressure, Paroscientific 6000" ;
		P_10m_se5:short_name = "P.10m.se5" ;
		P_10m_se5:units = "mb" ;
	float P_25m_sw2(time, sample) ;
		P_25m_sw2:_FillValue = 9.99999993e+36 ;
		P_25m_sw2:long_name = "Barometric Pressure, Paroscientific 6000" ;
		P_25m_sw2:short_name = "P.25m.sw2" ;
		P_25m_sw2:units = "mb" ;
	float P_2m_nw3(time, sample) ;
		P_2m_nw3:_FillValue = 9.99999993e+36 ;
		P_2m_nw3:long_name = "Barometric Pressure, Paroscientific 6000" ;
		P_2m_nw3:short_name = "P.2m.nw3" ;
		P_2m_nw3:units = "mb" ;
	float P_2m_se4(time, sample) ;
		P_2m_se4:_FillValue = 9.99999993e+36 ;
		P_2m_se4:long_name = "Barometric Pressure, Paroscientific 6000" ;
		P_2m_se4:short_name = "P.2m.se4" ;
		P_2m_se4:units = "mb" ;
	float Pirga_10m_nw2(time, sample) ;
		Pirga_10m_nw2:_FillValue = 9.99999993e+36 ;
		Pirga_10m_nw2:long_name = "CSI IRGA pressure" ;
		Pirga_10m_nw2:short_name = "Pirga.10m.nw2" ;
		Pirga_10m_nw2:units = "mb" ;
	float Pirga_10m_se5(time, sample) ;
		Pirga_10m_se5:_FillValue = 9.99999993e+36 ;
		Pirga_10m_se5:long_name = "CSI IRGA pressure" ;
		Pirga_10m_se5:short_name = "Pirga.10m.se5" ;
		Pirga_10m_se5:units = "mb" ;
	float Pirga_25m_sw2(time, sample) ;
		Pirga_25m_sw2:_FillValue = 9.99999993e+36 ;
		Pirga_25m_sw2:long_name = "CSI IRGA pressure" ;
		Pirga_25m_sw2:short_name = "Pirga.25m.sw2" ;
		Pirga_25m_sw2:units = "mb" ;
	float Pirga_2m_nw3(time, sample) ;
		Pirga_2m_nw3:_FillValue = 9.99999993e+36 ;
		Pirga_2m_nw3:long_name = "CSI IRGA pressure" ;
		Pirga_2m_nw3:short_name = "Pirga.2m.nw3" ;
		Pirga_2m_nw3:units = "mb" ;
	float Pirga_30m_ne1(time, sample) ;
		Pirga_30m_ne1:_FillValue = 9.99999993e+36 ;
		Pirga_30m_ne1:long_name = "CSI IRGA pressure" ;
		Pirga_30m_ne1:short_name = "Pirga.30m.ne1" ;
		Pirga_30m_ne1:units = "mb" ;
	float Pirga_30m_ne2(time, sample) ;
		Pirga_30m_ne2:_FillValue = 9.99999993e+36 ;
		Pirga_30m_ne2:long_name = "CSI IRGA pressure" ;
		Pirga_30m_ne2:short_name = "Pirga.30m.ne2" ;
		Pirga_30m_ne2:units = "mb" ;
	float Pirga_30m_ne3(time, sample) ;
		Pirga_30m_ne3:_FillValue = 9.99999993e+36 ;
		Pirga_30m_ne3:long_name = "CSI IRGA pressure" ;
		Pirga_30m_ne3:short_name = "Pirga.30m.ne3" ;
		Pirga_30m_ne3:units = "mb" ;
	float Pirga_30m_ne4(time, sample) ;
		Pirga_30m_ne4:_FillValue = 9.99999993e+36 ;
		Pirga_30m_ne4:long_name = "CSI IRGA pressure" ;
		Pirga_30m_ne4:short_name = "Pirga.30m.ne4" ;
		Pirga_30m_ne4:units = "mb" ;
	float Pirga_30m_nw1(time, sample) ;
		Pirga_30m_nw1:_FillValue = 9.99999993e+36 ;
		Pirga_30m_nw1:long_name = "CSI IRGA pressure" ;
		Pirga_30m_nw1:short_name = "Pirga.30m.nw1" ;
		Pirga_30m_nw1:units = "mb" ;
	float Pirga_30m_nw4(time, sample) ;
		Pirga_30m_nw4:_FillValue = 9.99999993e+36 ;
		Pirga_30m_nw4:long_name = "CSI IRGA pressure" ;
		Pirga_30m_nw4:short_name = "Pirga.30m.nw4" ;
		Pirga_30m_nw4:units = "mb" ;
	float Pirga_30m_se2(time, sample) ;
		Pirga_30m_se2:_FillValue = 9.99999993e+36 ;
		Pirga_30m_se2:long_name = "CSI IRGA pressure" ;
		Pirga_30m_se2:short_name = "Pirga.30m.se2" ;
		Pirga_30m_se2:units = "mb" ;
	float Pirga_30m_se3(time, sample) ;
		Pirga_30m_se3:_FillValue = 9.99999993e+36 ;
		Pirga_30m_se3:long_name = "CSI IRGA pressure" ;
		Pirga_30m_se3:short_name = "Pirga.30m.se3" ;
		Pirga_30m_se3:units = "mb" ;
	float Pirga_30m_se6(time, sample) ;
		Pirga_30m_se6:_FillValue = 9.99999993e+36 ;
		Pirga_30m_se6:long_name = "CSI IRGA pressure" ;
		Pirga_30m_se6:short_name = "Pirga.30m.se6" ;
		Pirga_30m_se6:units = "mb" ;
	float Pirga_30m_sw1(time, sample) ;
		Pirga_30m_sw1:_FillValue = 9.99999993e+36 ;
		Pirga_30m_sw1:long_name = "CSI IRGA pressure" ;
		Pirga_30m_sw1:short_name = "Pirga.30m.sw1" ;
		Pirga_30m_sw1:units = "mb" ;
	float Pirga_30m_sw3(time, sample) ;
		Pirga_30m_sw3:_FillValue = 9.99999993e+36 ;
		Pirga_30m_sw3:long_name = "CSI IRGA pressure" ;
		Pirga_30m_sw3:short_name = "Pirga.30m.sw3" ;
		Pirga_30m_sw3:units = "mb" ;
	float Pirga_30m_sw4(time, sample) ;
		Pirga_30m_sw4:_FillValue = 9.99999993e+36 ;
		Pirga_30m_sw4:long_name = "CSI IRGA pressure" ;
		Pirga_30m_sw4:short_name = "Pirga.30m.sw4" ;
		Pirga_30m_sw4:units = "mb" ;
	float Pirga_3m_se4(time, sample) ;
		Pirga_3m_se4:_FillValue = 9.99999993e+36 ;
		Pirga_3m_se4:long_name = "CSI IRGA pressure" ;
		Pirga_3m_se4:short_name = "Pirga.3m.se4" ;
		Pirga_3m_se4:units = "mb" ;
	float Tirga_10m_nw2(time, sample) ;
		Tirga_10m_nw2:_FillValue = 9.99999993e+36 ;
		Tirga_10m_nw2:long_name = "CSI IRGA temperature" ;
		Tirga_10m_nw2:short_name = "Tirga.10m.nw2" ;
		Tirga_10m_nw2:units = "degC" ;
	float Tirga_10m_se5(time, sample) ;
		Tirga_10m_se5:_FillValue = 9.99999993e+36 ;
		Tirga_10m_se5:long_name = "CSI IRGA temperature" ;
		Tirga_10m_se5:short_name = "Tirga.10m.se5" ;
		Tirga_10m_se5:units = "degC" ;
	float Tirga_25m_sw2(time, sample) ;
		Tirga_25m_sw2:_FillValue = 9.99999993e+36 ;
		Tirga_25m_sw2:long_name = "CSI IRGA temperature" ;
		Tirga_25m_sw2:short_name = "Tirga.25m.sw2" ;
		Tirga_25m_sw2:units = "degC" ;
	float Tirga_2m_nw3(time, sample) ;
		Tirga_2m_nw3:_FillValue = 9.99999993e+36 ;
		Tirga_2m_nw3:long_name = "CSI IRGA temperature" ;
		Tirga_2m_nw3:short_name = "Tirga.2m.nw3" ;
		Tirga_2m_nw3:units = "degC" ;
	float Tirga_30m_ne1(time, sample) ;
		Tirga_30m_ne1:_FillValue = 9.99999993e+36 ;
		Tirga_30m_ne1:long_name = "CSI IRGA temperature" ;
		Tirga_30m_ne1:short_name = "Tirga.30m.ne1" ;
		Tirga_30m_ne1:units = "degC" ;
	float Tirga_30m_ne2(time, sample) ;
		Tirga_30m_ne2:_FillValue = 9.99999993e+36 ;
		Tirga_30m_ne2:long_name = "CSI IRGA temperature" ;
		Tirga_30m_ne2:short_name = "Tirga.30m.ne2" ;
		Tirga_30m_ne2:units = "degC" ;
	float Tirga_30m_ne3(time, sample) ;
		Tirga_30m_ne3:_FillValue = 9.99999993e+36 ;
		Tirga_30m_ne3:long_name = "CSI IRGA temperature" ;
		Tirga_30m_ne3:short_name = "Tirga.30m.ne3" ;
		Tirga_30m_ne3:units = "degC" ;
	float Tirga_30m_ne4(time, sample) ;
		Tirga_30m_ne4:_FillValue = 9.99999993e+36 ;
		Tirga_30m_ne4:long_name = "CSI IRGA temperature" ;
		Tirga_30m_ne4:short_name = "Tirga.30m.ne4" ;
		Tirga_30m_ne4:units = "degC" ;
	float Tirga_30m_nw1(time, sample) ;
		Tirga_30m_nw1:_FillValue = 9.99999993e+36 ;
		Tirga_30m_nw1:long_name = "CSI IRGA temperature" ;
		Tirga_30m_nw1:short_name = "Tirga.30m.nw1" ;
		Tirga_30m_nw1:units = "degC" ;
	float Tirga_30m_nw4(time, sample) ;
		Tirga_30m_nw4:_FillValue = 9.99999993e+36 ;
		Tirga_30m_nw4:long_name = "CSI IRGA temperature" ;
		Tirga_30m_nw4:short_name = "Tirga.30m.nw4" ;
		Tirga_30m_nw4:units = "degC" ;
	float Tirga_30m_se2(time, sample) ;
		Tirga_30m_se2:_FillValue = 9.99999993e+36 ;
		Tirga_30m_se2:long_name = "CSI IRGA temperature" ;
		Tirga_30m_se2:short_name = "Tirga.30m.se2" ;
		Tirga_30m_se2:units = "degC" ;
	float Tirga_30m_se3(time, sample) ;
		Tirga_30m_se3:_FillValue = 9.99999993e+36 ;
		Tirga_30m_se3:long_name = "CSI IRGA temperature" ;
		Tirga_30m_se3:short_name = "Tirga.30m.se3" ;
		Tirga_30m_se3:units = "degC" ;
	float Tirga_30m_se6(time, sample) ;
		Tirga_30m_se6:_FillValue = 9.99999993e+36 ;
		Tirga_30m_se6:long_name = "CSI IRGA temperature" ;
		Tirga_30m_se6:short_name = "Tirga.30m.se6" ;
		Tirga_30m_se6:units = "degC" ;
	float Tirga_30m_sw1(time, sample) ;
		Tirga_30m_sw1:_FillValue = 9.99999993e+36 ;
		Tirga_30m_sw1:long_name = "CSI IRGA temperature" ;
		Tirga_30m_sw1:short_name = "Tirga.30m.sw1" ;
		Tirga_30m_sw1:units = "degC" ;
	float Tirga_30m_sw3(time, sample) ;
		Tirga_30m_sw3:_FillValue = 9.99999993e+36 ;
		Tirga_30m_sw3:long_name = "CSI IRGA temperature" ;
		Tirga_30m_sw3:short_name = "Tirga.30m.sw3" ;
		Tirga_30m_sw3:units = "degC" ;
	float Tirga_30m_sw4(time, sample) ;
		Tirga_30m_sw4:_FillValue = 9.99999993e+36 ;
		Tirga_30m_sw4:long_name = "CSI IRGA temperature" ;
		Tirga_30m_sw4:short_name = "Tirga.30m.sw4" ;
		Tirga_30m_sw4:units = "degC" ;
	float Tirga_3m_se4(time, sample) ;
		Tirga_3m_se4:_FillValue = 9.99999993e+36 ;
		Tirga_3m_se4:long_name = "CSI IRGA temperature" ;
		Tirga_3m_se4:short_name = "Tirga.3m.se4" ;
		Tirga_3m_se4:units = "degC" ;
	float co2_10m_nw2(time, sample) ;
		co2_10m_nw2:_FillValue = 9.99999993e+36 ;
		co2_10m_nw2:long_name = "CO2 density from CSI IRGA" ;
		co2_10m_nw2:short_name = "co2.10m.nw2" ;
		co2_10m_nw2:units = "mg/m^3" ;
	float co2_10m_se5(time, sample) ;
		co2_10m_se5:_FillValue = 9.99999993e+36 ;
		co2_10m_se5:long_name = "CO2 density from CSI IRGA" ;
		co2_10m_se5:short_name = "co2.10m.se5" ;
		co2_10m_se5:units = "mg/m^3" ;
	float co2_25m_sw2(time, sample) ;
		co2_25m_sw2:_FillValue = 9.99999993e+36 ;
		co2_25m_sw2:long_name = "CO2 density from CSI IRGA" ;
		co2_25m_sw2:short_name = "co2.25m.sw2" ;
		co2_25m_sw2:units = "mg/m^3" ;
	float co2_2m_nw3(time, sample) ;
		co2_2m_nw3:_FillValue = 9.99999993e+36 ;
		co2_2m_nw3:long_name = "CO2 density from CSI IRGA" ;
		co2_2m_nw3:short_name = "co2.2m.nw3" ;
		co2_2m_nw3:units = "mg/m^3" ;
	float co2_30m_ne1(time, sample) ;
		co2_30m_ne1:_FillValue = 9.99999993e+36 ;
		co2_30m_ne1:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_ne1:short_name = "co2.30m.ne1" ;
		co2_30m_ne1:units = "mg/m^3" ;
	float co2_30m_ne2(time, sample) ;
		co2_30m_ne2:_FillValue = 9.99999993e+36 ;
		co2_30m_ne2:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_ne2:short_name = "co2.30m.ne2" ;
		co2_30m_ne2:units = "mg/m^3" ;
	float co2_30m_ne3(time, sample) ;
		co2_30m_ne3:_FillValue = 9.99999993e+36 ;
		co2_30m_ne3:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_ne3:short_name = "co2.30m.ne3" ;
		co2_30m_ne3:units = "mg/m^3" ;
	float co2_30m_ne4(time, sample) ;
		co2_30m_ne4:_FillValue = 9.99999993e+36 ;
		co2_30m_ne4:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_ne4:short_name = "co2.30m.ne4" ;
		co2_30m_ne4:units = "mg/m^3" ;
	float co2_30m_nw1(time, sample) ;
		co2_30m_nw1:_FillValue = 9.99999993e+36 ;
		co2_30m_nw1:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_nw1:short_name = "co2.30m.nw1" ;
		co2_30m_nw1:units = "mg/m^3" ;
	float co2_30m_nw4(time, sample) ;
		co2_30m_nw4:_FillValue = 9.99999993e+36 ;
		co2_30m_nw4:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_nw4:short_name = "co2.30m.nw4" ;
		co2_30m_nw4:units = "mg/m^3" ;
	float co2_30m_se2(time, sample) ;
		co2_30m_se2:_FillValue = 9.99999993e+36 ;
		co2_30m_se2:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_se2:short_name = "co2.30m.se2" ;
		co2_30m_se2:units = "mg/m^3" ;
	float co2_30m_se3(time, sample) ;
		co2_30m_se3:_FillValue = 9.99999993e+36 ;
		co2_30m_se3:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_se3:short_name = "co2.30m.se3" ;
		co2_30m_se3:units = "mg/m^3" ;
	float co2_30m_se6(time, sample) ;
		co2_30m_se6:_FillValue = 9.99999993e+36 ;
		co2_30m_se6:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_se6:short_name = "co2.30m.se6" ;
		co2_30m_se6:units = "mg/m^3" ;
	float co2_30m_sw1(time, sample) ;
		co2_30m_sw1:_FillValue = 9.99999993e+36 ;
		co2_30m_sw1:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_sw1:short_name = "co2.30m.sw1" ;
		co2_30m_sw1:units = "mg/m^3" ;
	float co2_30m_sw3(time, sample) ;
		co2_30m_sw3:_FillValue = 9.99999993e+36 ;
		co2_30m_sw3:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_sw3:short_name = "co2.30m.sw3" ;
		co2_30m_sw3:units = "mg/m^3" ;
	float co2_30m_sw4(time, sample) ;
		co2_30m_sw4:_FillValue = 9.99999993e+36 ;
		co2_30m_sw4:long_name = "CO2 density from CSI IRGA" ;
		co2_30m_sw4:short_name = "co2.30m.sw4" ;
		co2_30m_sw4:units = "mg/m^3" ;
	float co2_3m_se4(time, sample) ;
		co2_3m_se4:_FillValue = 9.99999993e+36 ;
		co2_3m_se4:long_name = "CO2 density from CSI IRGA" ;
		co2_3m_se4:short_name = "co2.3m.se4" ;
		co2_3m_se4:units = "mg/m^3" ;
	float diagbits_10m_nw2(time, sample) ;
		diagbits_10m_nw2:_FillValue = 9.99999993e+36 ;
		diagbits_10m_nw2:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_10m_nw2:short_name = "diagbits.10m.nw2" ;
	float diagbits_10m_se5(time, sample) ;
		diagbits_10m_se5:_FillValue = 9.99999993e+36 ;
		diagbits_10m_se5:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_10m_se5:short_name = "diagbits.10m.se5" ;
	float diagbits_25m_sw2(time, sample) ;
		diagbits_25m_sw2:_FillValue = 9.99999993e+36 ;
		diagbits_25m_sw2:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_25m_sw2:short_name = "diagbits.25m.sw2" ;
	float diagbits_2m_nw3(time, sample) ;
		diagbits_2m_nw3:_FillValue = 9.99999993e+36 ;
		diagbits_2m_nw3:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_2m_nw3:short_name = "diagbits.2m.nw3" ;
	float diagbits_30m_ne1(time, sample) ;
		diagbits_30m_ne1:_FillValue = 9.99999993e+36 ;
		diagbits_30m_ne1:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_ne1:short_name = "diagbits.30m.ne1" ;
	float diagbits_30m_ne2(time, sample) ;
		diagbits_30m_ne2:_FillValue = 9.99999993e+36 ;
		diagbits_30m_ne2:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_ne2:short_name = "diagbits.30m.ne2" ;
	float diagbits_30m_ne3(time, sample) ;
		diagbits_30m_ne3:_FillValue = 9.99999993e+36 ;
		diagbits_30m_ne3:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_ne3:short_name = "diagbits.30m.ne3" ;
	float diagbits_30m_ne4(time, sample) ;
		diagbits_30m_ne4:_FillValue = 9.99999993e+36 ;
		diagbits_30m_ne4:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_ne4:short_name = "diagbits.30m.ne4" ;
	float diagbits_30m_nw1(time, sample) ;
		diagbits_30m_nw1:_FillValue = 9.99999993e+36 ;
		diagbits_30m_nw1:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_nw1:short_name = "diagbits.30m.nw1" ;
	float diagbits_30m_nw4(time, sample) ;
		diagbits_30m_nw4:_FillValue = 9.99999993e+36 ;
		diagbits_30m_nw4:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_nw4:short_name = "diagbits.30m.nw4" ;
	float diagbits_30m_se2(time, sample) ;
		diagbits_30m_se2:_FillValue = 9.99999993e+36 ;
		diagbits_30m_se2:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_se2:short_name = "diagbits.30m.se2" ;
	float diagbits_30m_se3(time, sample) ;
		diagbits_30m_se3:_FillValue = 9.99999993e+36 ;
		diagbits_30m_se3:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_se3:short_name = "diagbits.30m.se3" ;
	float diagbits_30m_se6(time, sample) ;
		diagbits_30m_se6:_FillValue = 9.99999993e+36 ;
		diagbits_30m_se6:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_se6:short_name = "diagbits.30m.se6" ;
	float diagbits_30m_sw1(time, sample) ;
		diagbits_30m_sw1:_FillValue = 9.99999993e+36 ;
		diagbits_30m_sw1:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_sw1:short_name = "diagbits.30m.sw1" ;
	float diagbits_30m_sw3(time, sample) ;
		diagbits_30m_sw3:_FillValue = 9.99999993e+36 ;
		diagbits_30m_sw3:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_sw3:short_name = "diagbits.30m.sw3" ;
	float diagbits_30m_sw4(time, sample) ;
		diagbits_30m_sw4:_FillValue = 9.99999993e+36 ;
		diagbits_30m_sw4:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_30m_sw4:short_name = "diagbits.30m.sw4" ;
	float diagbits_3m_se4(time, sample) ;
		diagbits_3m_se4:_FillValue = 9.99999993e+36 ;
		diagbits_3m_se4:long_name = "CSAT3A diagnostic sum, 1=low sig,2=high sig,4=track err,8=high spd of sound,16=acq sigs,32=cal mem error" ;
		diagbits_3m_se4:short_name = "diagbits.3m.se4" ;
	float h2o_10m_nw2(time, sample) ;
		h2o_10m_nw2:_FillValue = 9.99999993e+36 ;
		h2o_10m_nw2:long_name = "Water vapor density from CSI IRGA" ;
		h2o_10m_nw2:short_name = "h2o.10m.nw2" ;
		h2o_10m_nw2:units = "g/m^3" ;
	float h2o_10m_se5(time, sample) ;
		h2o_10m_se5:_FillValue = 9.99999993e+36 ;
		h2o_10m_se5:long_name = "Water vapor density from CSI IRGA" ;
		h2o_10m_se5:short_name = "h2o.10m.se5" ;
		h2o_10m_se5:units = "g/m^3" ;
	float h2o_25m_sw2(time, sample) ;
		h2o_25m_sw2:_FillValue = 9.99999993e+36 ;
		h2o_25m_sw2:long_name = "Water vapor density from CSI IRGA" ;
		h2o_25m_sw2:short_name = "h2o.25m.sw2" ;
		h2o_25m_sw2:units = "g/m^3" ;
	float h2o_2m_nw3(time, sample) ;
		h2o_2m_nw3:_FillValue = 9.99999993e+36 ;
		h2o_2m_nw3:long_name = "Water vapor density from CSI IRGA" ;
		h2o_2m_nw3:short_name = "h2o.2m.nw3" ;
		h2o_2m_nw3:units = "g/m^3" ;
	float h2o_30m_ne1(time, sample) ;
		h2o_30m_ne1:_FillValue = 9.99999993e+36 ;
		h2o_30m_ne1:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_ne1:short_name = "h2o.30m.ne1" ;
		h2o_30m_ne1:units = "g/m^3" ;
	float h2o_30m_ne2(time, sample) ;
		h2o_30m_ne2:_FillValue = 9.99999993e+36 ;
		h2o_30m_ne2:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_ne2:short_name = "h2o.30m.ne2" ;
		h2o_30m_ne2:units = "g/m^3" ;
	float h2o_30m_ne3(time, sample) ;
		h2o_30m_ne3:_FillValue = 9.99999993e+36 ;
		h2o_30m_ne3:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_ne3:short_name = "h2o.30m.ne3" ;
		h2o_30m_ne3:units = "g/m^3" ;
	float h2o_30m_ne4(time, sample) ;
		h2o_30m_ne4:_FillValue = 9.99999993e+36 ;
		h2o_30m_ne4:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_ne4:short_name = "h2o.30m.ne4" ;
		h2o_30m_ne4:units = "g/m^3" ;
	float h2o_30m_nw1(time, sample) ;
		h2o_30m_nw1:_FillValue = 9.99999993e+36 ;
		h2o_30m_nw1:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_nw1:short_name = "h2o.30m.nw1" ;
		h2o_30m_nw1:units = "g/m^3" ;
	float h2o_30m_nw4(time, sample) ;
		h2o_30m_nw4:_FillValue = 9.99999993e+36 ;
		h2o_30m_nw4:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_nw4:short_name = "h2o.30m.nw4" ;
		h2o_30m_nw4:units = "g/m^3" ;
	float h2o_30m_se2(time, sample) ;
		h2o_30m_se2:_FillValue = 9.99999993e+36 ;
		h2o_30m_se2:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_se2:short_name = "h2o.30m.se2" ;
		h2o_30m_se2:units = "g/m^3" ;
	float h2o_30m_se3(time, sample) ;
		h2o_30m_se3:_FillValue = 9.99999993e+36 ;
		h2o_30m_se3:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_se3:short_name = "h2o.30m.se3" ;
		h2o_30m_se3:units = "g/m^3" ;
	float h2o_30m_se6(time, sample) ;
		h2o_30m_se6:_FillValue = 9.99999993e+36 ;
		h2o_30m_se6:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_se6:short_name = "h2o.30m.se6" ;
		h2o_30m_se6:units = "g/m^3" ;
	float h2o_30m_sw1(time, sample) ;
		h2o_30m_sw1:_FillValue = 9.99999993e+36 ;
		h2o_30m_sw1:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_sw1:short_name = "h2o.30m.sw1" ;
		h2o_30m_sw1:units = "g/m^3" ;
	float h2o_30m_sw3(time, sample) ;
		h2o_30m_sw3:_FillValue = 9.99999993e+36 ;
		h2o_30m_sw3:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_sw3:short_name = "h2o.30m.sw3" ;
		h2o_30m_sw3:units = "g/m^3" ;
	float h2o_30m_sw4(time, sample) ;
		h2o_30m_sw4:_FillValue = 9.99999993e+36 ;
		h2o_30m_sw4:long_name = "Water vapor density from CSI IRGA" ;
		h2o_30m_sw4:short_name = "h2o.30m.sw4" ;
		h2o_30m_sw4:units = "g/m^3" ;
	float h2o_3m_se4(time, sample) ;
		h2o_3m_se4:_FillValue = 9.99999993e+36 ;
		h2o_3m_se4:long_name = "Water vapor density from CSI IRGA" ;
		h2o_3m_se4:short_name = "h2o.3m.se4" ;
		h2o_3m_se4:units = "g/m^3" ;
	float irgadiag_10m_nw2(time, sample) ;
		irgadiag_10m_nw2:_FillValue = 9.99999993e+36 ;
		irgadiag_10m_nw2:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_10m_nw2:short_name = "irgadiag.10m.nw2" ;
	float irgadiag_10m_se5(time, sample) ;
		irgadiag_10m_se5:_FillValue = 9.99999993e+36 ;
		irgadiag_10m_se5:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_10m_se5:short_name = "irgadiag.10m.se5" ;
	float irgadiag_25m_sw2(time, sample) ;
		irgadiag_25m_sw2:_FillValue = 9.99999993e+36 ;
		irgadiag_25m_sw2:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_25m_sw2:short_name = "irgadiag.25m.sw2" ;
	float irgadiag_2m_nw3(time, sample) ;
		irgadiag_2m_nw3:_FillValue = 9.99999993e+36 ;
		irgadiag_2m_nw3:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_2m_nw3:short_name = "irgadiag.2m.nw3" ;
	float irgadiag_30m_ne1(time, sample) ;
		irgadiag_30m_ne1:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_ne1:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_ne1:short_name = "irgadiag.30m.ne1" ;
	float irgadiag_30m_ne2(time, sample) ;
		irgadiag_30m_ne2:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_ne2:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_ne2:short_name = "irgadiag.30m.ne2" ;
	float irgadiag_30m_ne3(time, sample) ;
		irgadiag_30m_ne3:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_ne3:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_ne3:short_name = "irgadiag.30m.ne3" ;
	float irgadiag_30m_ne4(time, sample) ;
		irgadiag_30m_ne4:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_ne4:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_ne4:short_name = "irgadiag.30m.ne4" ;
	float irgadiag_30m_nw1(time, sample) ;
		irgadiag_30m_nw1:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_nw1:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_nw1:short_name = "irgadiag.30m.nw1" ;
	float irgadiag_30m_nw4(time, sample) ;
		irgadiag_30m_nw4:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_nw4:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_nw4:short_name = "irgadiag.30m.nw4" ;
	float irgadiag_30m_se2(time, sample) ;
		irgadiag_30m_se2:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_se2:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_se2:short_name = "irgadiag.30m.se2" ;
	float irgadiag_30m_se3(time, sample) ;
		irgadiag_30m_se3:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_se3:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_se3:short_name = "irgadiag.30m.se3" ;
	float irgadiag_30m_se6(time, sample) ;
		irgadiag_30m_se6:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_se6:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_se6:short_name = "irgadiag.30m.se6" ;
	float irgadiag_30m_sw1(time, sample) ;
		irgadiag_30m_sw1:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_sw1:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_sw1:short_name = "irgadiag.30m.sw1" ;
	float irgadiag_30m_sw3(time, sample) ;
		irgadiag_30m_sw3:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_sw3:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_sw3:short_name = "irgadiag.30m.sw3" ;
	float irgadiag_30m_sw4(time, sample) ;
		irgadiag_30m_sw4:_FillValue = 9.99999993e+36 ;
		irgadiag_30m_sw4:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_30m_sw4:short_name = "irgadiag.30m.sw4" ;
	float irgadiag_3m_se4(time, sample) ;
		irgadiag_3m_se4:_FillValue = 9.99999993e+36 ;
		irgadiag_3m_se4:long_name = "CSI IRGA diag sum: 1=bad,2=sys fault,4=startup,8=motor,16=bad temp,32=light pow,64=light temp,128=light I,256=power,512=chan err,1024=amb temp,2048=amb press,4096=CO2 I,8192=CO2 I0,16384=H2O I,32768=H2O I0,65536=CO2 I0 var,131072=H2O I0 var,262144=CO2 I0 ratio,524288=H2O I0 ratio,1048576=cal mem err" ;
		irgadiag_3m_se4:short_name = "irgadiag.3m.se4" ;
	float ldiag_10m_nw2(time, sample) ;
		ldiag_10m_nw2:_FillValue = 9.99999993e+36 ;
		ldiag_10m_nw2:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_10m_nw2:short_name = "ldiag.10m.nw2" ;
	float ldiag_10m_se5(time, sample) ;
		ldiag_10m_se5:_FillValue = 9.99999993e+36 ;
		ldiag_10m_se5:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_10m_se5:short_name = "ldiag.10m.se5" ;
	float ldiag_25m_sw2(time, sample) ;
		ldiag_25m_sw2:_FillValue = 9.99999993e+36 ;
		ldiag_25m_sw2:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_25m_sw2:short_name = "ldiag.25m.sw2" ;
	float ldiag_2m_nw3(time, sample) ;
		ldiag_2m_nw3:_FillValue = 9.99999993e+36 ;
		ldiag_2m_nw3:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_2m_nw3:short_name = "ldiag.2m.nw3" ;
	float ldiag_30m_ne1(time, sample) ;
		ldiag_30m_ne1:_FillValue = 9.99999993e+36 ;
		ldiag_30m_ne1:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_ne1:short_name = "ldiag.30m.ne1" ;
	float ldiag_30m_ne2(time, sample) ;
		ldiag_30m_ne2:_FillValue = 9.99999993e+36 ;
		ldiag_30m_ne2:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_ne2:short_name = "ldiag.30m.ne2" ;
	float ldiag_30m_ne3(time, sample) ;
		ldiag_30m_ne3:_FillValue = 9.99999993e+36 ;
		ldiag_30m_ne3:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_ne3:short_name = "ldiag.30m.ne3" ;
	float ldiag_30m_ne4(time, sample) ;
		ldiag_30m_ne4:_FillValue = 9.99999993e+36 ;
		ldiag_30m_ne4:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_ne4:short_name = "ldiag.30m.ne4" ;
	float ldiag_30m_nw1(time, sample) ;
		ldiag_30m_nw1:_FillValue = 9.99999993e+36 ;
		ldiag_30m_nw1:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_nw1:short_name = "ldiag.30m.nw1" ;
	float ldiag_30m_nw4(time, sample) ;
		ldiag_30m_nw4:_FillValue = 9.99999993e+36 ;
		ldiag_30m_nw4:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_nw4:short_name = "ldiag.30m.nw4" ;
	float ldiag_30m_se2(time, sample) ;
		ldiag_30m_se2:_FillValue = 9.99999993e+36 ;
		ldiag_30m_se2:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_se2:short_name = "ldiag.30m.se2" ;
	float ldiag_30m_se3(time, sample) ;
		ldiag_30m_se3:_FillValue = 9.99999993e+36 ;
		ldiag_30m_se3:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_se3:short_name = "ldiag.30m.se3" ;
	float ldiag_30m_se6(time, sample) ;
		ldiag_30m_se6:_FillValue = 9.99999993e+36 ;
		ldiag_30m_se6:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_se6:short_name = "ldiag.30m.se6" ;
	float ldiag_30m_sw1(time, sample) ;
		ldiag_30m_sw1:_FillValue = 9.99999993e+36 ;
		ldiag_30m_sw1:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_sw1:short_name = "ldiag.30m.sw1" ;
	float ldiag_30m_sw3(time, sample) ;
		ldiag_30m_sw3:_FillValue = 9.99999993e+36 ;
		ldiag_30m_sw3:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_sw3:short_name = "ldiag.30m.sw3" ;
	float ldiag_30m_sw4(time, sample) ;
		ldiag_30m_sw4:_FillValue = 9.99999993e+36 ;
		ldiag_30m_sw4:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_30m_sw4:short_name = "ldiag.30m.sw4" ;
	float ldiag_3m_se4(time, sample) ;
		ldiag_3m_se4:_FillValue = 9.99999993e+36 ;
		ldiag_3m_se4:long_name = "CSAT3A logical diagnostic, 0=OK, 1=(diagbits!=0)" ;
		ldiag_3m_se4:short_name = "ldiag.3m.se4" ;
	float tc_10m_nw2(time, sample) ;
		tc_10m_nw2:_FillValue = 9.99999993e+36 ;
		tc_10m_nw2:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_10m_nw2:short_name = "tc.10m.nw2" ;
		tc_10m_nw2:units = "degC" ;
	float tc_10m_se5(time, sample) ;
		tc_10m_se5:_FillValue = 9.99999993e+36 ;
		tc_10m_se5:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_10m_se5:short_name = "tc.10m.se5" ;
		tc_10m_se5:units = "degC" ;
	float tc_25m_sw2(time, sample) ;
		tc_25m_sw2:_FillValue = 9.99999993e+36 ;
		tc_25m_sw2:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_25m_sw2:short_name = "tc.25m.sw2" ;
		tc_25m_sw2:units = "degC" ;
	float tc_2m_nw3(time, sample) ;
		tc_2m_nw3:_FillValue = 9.99999993e+36 ;
		tc_2m_nw3:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_2m_nw3:short_name = "tc.2m.nw3" ;
		tc_2m_nw3:units = "degC" ;
	float tc_30m_ne1(time, sample) ;
		tc_30m_ne1:_FillValue = 9.99999993e+36 ;
		tc_30m_ne1:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_ne1:short_name = "tc.30m.ne1" ;
		tc_30m_ne1:units = "degC" ;
	float tc_30m_ne2(time, sample) ;
		tc_30m_ne2:_FillValue = 9.99999993e+36 ;
		tc_30m_ne2:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_ne2:short_name = "tc.30m.ne2" ;
		tc_30m_ne2:units = "degC" ;
	float tc_30m_ne3(time, sample) ;
		tc_30m_ne3:_FillValue = 9.99999993e+36 ;
		tc_30m_ne3:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_ne3:short_name = "tc.30m.ne3" ;
		tc_30m_ne3:units = "degC" ;
	float tc_30m_ne4(time, sample) ;
		tc_30m_ne4:_FillValue = 9.99999993e+36 ;
		tc_30m_ne4:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_ne4:short_name = "tc.30m.ne4" ;
		tc_30m_ne4:units = "degC" ;
	float tc_30m_nw1(time, sample) ;
		tc_30m_nw1:_FillValue = 9.99999993e+36 ;
		tc_30m_nw1:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_nw1:short_name = "tc.30m.nw1" ;
		tc_30m_nw1:units = "degC" ;
	float tc_30m_nw4(time, sample) ;
		tc_30m_nw4:_FillValue = 9.99999993e+36 ;
		tc_30m_nw4:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_nw4:short_name = "tc.30m.nw4" ;
		tc_30m_nw4:units = "degC" ;
	float tc_30m_se2(time, sample) ;
		tc_30m_se2:_FillValue = 9.99999993e+36 ;
		tc_30m_se2:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_se2:short_name = "tc.30m.se2" ;
		tc_30m_se2:units = "degC" ;
	float tc_30m_se3(time, sample) ;
		tc_30m_se3:_FillValue = 9.99999993e+36 ;
		tc_30m_se3:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_se3:short_name = "tc.30m.se3" ;
		tc_30m_se3:units = "degC" ;
	float tc_30m_se6(time, sample) ;
		tc_30m_se6:_FillValue = 9.99999993e+36 ;
		tc_30m_se6:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_se6:short_name = "tc.30m.se6" ;
		tc_30m_se6:units = "degC" ;
	float tc_30m_sw1(time, sample) ;
		tc_30m_sw1:_FillValue = 9.99999993e+36 ;
		tc_30m_sw1:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_sw1:short_name = "tc.30m.sw1" ;
		tc_30m_sw1:units = "degC" ;
	float tc_30m_sw3(time, sample) ;
		tc_30m_sw3:_FillValue = 9.99999993e+36 ;
		tc_30m_sw3:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_sw3:short_name = "tc.30m.sw3" ;
		tc_30m_sw3:units = "degC" ;
	float tc_30m_sw4(time, sample) ;
		tc_30m_sw4:_FillValue = 9.99999993e+36 ;
		tc_30m_sw4:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_30m_sw4:short_name = "tc.30m.sw4" ;
		tc_30m_sw4:units = "degC" ;
	float tc_3m_se4(time, sample) ;
		tc_3m_se4:_FillValue = 9.99999993e+36 ;
		tc_3m_se4:long_name = "Virtual air temperature from speed of sound, CSAT3A" ;
		tc_3m_se4:short_name = "tc.3m.se4" ;
		tc_3m_se4:units = "degC" ;
	float u_10m_nw2(time, sample) ;
		u_10m_nw2:_FillValue = 9.99999993e+36 ;
		u_10m_nw2:long_name = "Wind U component, CSAT3A" ;
		u_10m_nw2:short_name = "u.10m.nw2" ;
		u_10m_nw2:units = "m/s" ;
	float u_10m_se5(time, sample) ;
		u_10m_se5:_FillValue = 9.99999993e+36 ;
		u_10m_se5:long_name = "Wind U component, CSAT3A" ;
		u_10m_se5:short_name = "u.10m.se5" ;
		u_10m_se5:units = "m/s" ;
	float u_25m_sw2(time, sample) ;
		u_25m_sw2:_FillValue = 9.99999993e+36 ;
		u_25m_sw2:long_name = "Wind U component, CSAT3A" ;
		u_25m_sw2:short_name = "u.25m.sw2" ;
		u_25m_sw2:units = "m/s" ;
	float u_2m_nw3(time, sample) ;
		u_2m_nw3:_FillValue = 9.99999993e+36 ;
		u_2m_nw3:long_name = "Wind U component, CSAT3A" ;
		u_2m_nw3:short_name = "u.2m.nw3" ;
		u_2m_nw3:units = "m/s" ;
	float u_30m_ne1(time, sample) ;
		u_30m_ne1:_FillValue = 9.99999993e+36 ;
		u_30m_ne1:long_name = "Wind U component, CSAT3A" ;
		u_30m_ne1:short_name = "u.30m.ne1" ;
		u_30m_ne1:units = "m/s" ;
	float u_30m_ne2(time, sample) ;
		u_30m_ne2:_FillValue = 9.99999993e+36 ;
		u_30m_ne2:long_name = "Wind U component, CSAT3A" ;
		u_30m_ne2:short_name = "u.30m.ne2" ;
		u_30m_ne2:units = "m/s" ;
	float u_30m_ne3(time, sample) ;
		u_30m_ne3:_FillValue = 9.99999993e+36 ;
		u_30m_ne3:long_name = "Wind U component, CSAT3A" ;
		u_30m_ne3:short_name = "u.30m.ne3" ;
		u_30m_ne3:units = "m/s" ;
	float u_30m_ne4(time, sample) ;
		u_30m_ne4:_FillValue = 9.99999993e+36 ;
		u_30m_ne4:long_name = "Wind U component, CSAT3A" ;
		u_30m_ne4:short_name = "u.30m.ne4" ;
		u_30m_ne4:units = "m/s" ;
	float u_30m_nw1(time, sample) ;
		u_30m_nw1:_FillValue = 9.99999993e+36 ;
		u_30m_nw1:long_name = "Wind U component, CSAT3A" ;
		u_30m_nw1:short_name = "u.30m.nw1" ;
		u_30m_nw1:units = "m/s" ;
	float u_30m_nw4(time, sample) ;
		u_30m_nw4:_FillValue = 9.99999993e+36 ;
		u_30m_nw4:long_name = "Wind U component, CSAT3A" ;
		u_30m_nw4:short_name = "u.30m.nw4" ;
		u_30m_nw4:units = "m/s" ;
	float u_30m_se2(time, sample) ;
		u_30m_se2:_FillValue = 9.99999993e+36 ;
		u_30m_se2:long_name = "Wind U component, CSAT3A" ;
		u_30m_se2:short_name = "u.30m.se2" ;
		u_30m_se2:units = "m/s" ;
	float u_30m_se3(time, sample) ;
		u_30m_se3:_FillValue = 9.99999993e+36 ;
		u_30m_se3:long_name = "Wind U component, CSAT3A" ;
		u_30m_se3:short_name = "u.30m.se3" ;
		u_30m_se3:units = "m/s" ;
	float u_30m_se6(time, sample) ;
		u_30m_se6:_FillValue = 9.99999993e+36 ;
		u_30m_se6:long_name = "Wind U component, CSAT3A" ;
		u_30m_se6:short_name = "u.30m.se6" ;
		u_30m_se6:units = "m/s" ;
	float u_30m_sw1(time, sample) ;
		u_30m_sw1:_FillValue = 9.99999993e+36 ;
		u_30m_sw1:long_name = "Wind U component, CSAT3A" ;
		u_30m_sw1:short_name = "u.30m.sw1" ;
		u_30m_sw1:units = "m/s" ;
	float u_30m_sw3(time, sample) ;
		u_30m_sw3:_FillValue = 9.99999993e+36 ;
		u_30m_sw3:long_name = "Wind U component, CSAT3A" ;
		u_30m_sw3:short_name = "u.30m.sw3" ;
		u_30m_sw3:units = "m/s" ;
	float u_30m_sw4(time, sample) ;
		u_30m_sw4:_FillValue = 9.99999993e+36 ;
		u_30m_sw4:long_name = "Wind U component, CSAT3A" ;
		u_30m_sw4:short_name = "u.30m.sw4" ;
		u_30m_sw4:units = "m/s" ;
	float u_3m_se4(time, sample) ;
		u_3m_se4:_FillValue = 9.99999993e+36 ;
		u_3m_se4:long_name = "Wind U component, CSAT3A" ;
		u_3m_se4:short_name = "u.3m.se4" ;
		u_3m_se4:units = "m/s" ;
	float v_10m_nw2(time, sample) ;
		v_10m_nw2:_FillValue = 9.99999993e+36 ;
		v_10m_nw2:long_name = "Wind V component, CSAT3A" ;
		v_10m_nw2:short_name = "v.10m.nw2" ;
		v_10m_nw2:units = "m/s" ;
	float v_10m_se5(time, sample) ;
		v_10m_se5:_FillValue = 9.99999993e+36 ;
		v_10m_se5:long_name = "Wind V component, CSAT3A" ;
		v_10m_se5:short_name = "v.10m.se5" ;
		v_10m_se5:units = "m/s" ;
	float v_25m_sw2(time, sample) ;
		v_25m_sw2:_FillValue = 9.99999993e+36 ;
		v_25m_sw2:long_name = "Wind V component, CSAT3A" ;
		v_25m_sw2:short_name = "v.25m.sw2" ;
		v_25m_sw2:units = "m/s" ;
	float v_2m_nw3(time, sample) ;
		v_2m_nw3:_FillValue = 9.99999993e+36 ;
		v_2m_nw3:long_name = "Wind V component, CSAT3A" ;
		v_2m_nw3:short_name = "v.2m.nw3" ;
		v_2m_nw3:units = "m/s" ;
	float v_30m_ne1(time, sample) ;
		v_30m_ne1:_FillValue = 9.99999993e+36 ;
		v_30m_ne1:long_name = "Wind V component, CSAT3A" ;
		v_30m_ne1:short_name = "v.30m.ne1" ;
		v_30m_ne1:units = "m/s" ;
	float v_30m_ne2(time, sample) ;
		v_30m_ne2:_FillValue = 9.99999993e+36 ;
		v_30m_ne2:long_name = "Wind V component, CSAT3A" ;
		v_30m_ne2:short_name = "v.30m.ne2" ;
		v_30m_ne2:units = "m/s" ;
	float v_30m_ne3(time, sample) ;
		v_30m_ne3:_FillValue = 9.99999993e+36 ;
		v_30m_ne3:long_name = "Wind V component, CSAT3A" ;
		v_30m_ne3:short_name = "v.30m.ne3" ;
		v_30m_ne3:units = "m/s" ;
	float v_30m_ne4(time, sample) ;
		v_30m_ne4:_FillValue = 9.99999993e+36 ;
		v_30m_ne4:long_name = "Wind V component, CSAT3A" ;
		v_30m_ne4:short_name = "v.30m.ne4" ;
		v_30m_ne4:units = "m/s" ;
	float v_30m_nw1(time, sample) ;
		v_30m_nw1:_FillValue = 9.99999993e+36 ;
		v_30m_nw1:long_name = "Wind V component, CSAT3A" ;
		v_30m_nw1:short_name = "v.30m.nw1" ;
		v_30m_nw1:units = "m/s" ;
	float v_30m_nw4(time, sample) ;
		v_30m_nw4:_FillValue = 9.99999993e+36 ;
		v_30m_nw4:long_name = "Wind V component, CSAT3A" ;
		v_30m_nw4:short_name = "v.30m.nw4" ;
		v_30m_nw4:units = "m/s" ;
	float v_30m_se2(time, sample) ;
		v_30m_se2:_FillValue = 9.99999993e+36 ;
		v_30m_se2:long_name = "Wind V component, CSAT3A" ;
		v_30m_se2:short_name = "v.30m.se2" ;
		v_30m_se2:units = "m/s" ;
	float v_30m_se3(time, sample) ;
		v_30m_se3:_FillValue = 9.99999993e+36 ;
		v_30m_se3:long_name = "Wind V component, CSAT3A" ;
		v_30m_se3:short_name = "v.30m.se3" ;
		v_30m_se3:units = "m/s" ;
	float v_30m_se6(time, sample) ;
		v_30m_se6:_FillValue = 9.99999993e+36 ;
		v_30m_se6:long_name = "Wind V component, CSAT3A" ;
		v_30m_se6:short_name = "v.30m.se6" ;
		v_30m_se6:units = "m/s" ;
	float v_30m_sw1(time, sample) ;
		v_30m_sw1:_FillValue = 9.99999993e+36 ;
		v_30m_sw1:long_name = "Wind V component, CSAT3A" ;
		v_30m_sw1:short_name = "v.30m.sw1" ;
		v_30m_sw1:units = "m/s" ;
	float v_30m_sw3(time, sample) ;
		v_30m_sw3:_FillValue = 9.99999993e+36 ;
		v_30m_sw3:long_name = "Wind V component, CSAT3A" ;
		v_30m_sw3:short_name = "v.30m.sw3" ;
		v_30m_sw3:units = "m/s" ;
	float v_30m_sw4(time, sample) ;
		v_30m_sw4:_FillValue = 9.99999993e+36 ;
		v_30m_sw4:long_name = "Wind V component, CSAT3A" ;
		v_30m_sw4:short_name = "v.30m.sw4" ;
		v_30m_sw4:units = "m/s" ;
	float v_3m_se4(time, sample) ;
		v_3m_se4:_FillValue = 9.99999993e+36 ;
		v_3m_se4:long_name = "Wind V component, CSAT3A" ;
		v_3m_se4:short_name = "v.3m.se4" ;
		v_3m_se4:units = "m/s" ;
	float w_10m_nw2(time, sample) ;
		w_10m_nw2:_FillValue = 9.99999993e+36 ;
		w_10m_nw2:long_name = "Wind W component, CSAT3A" ;
		w_10m_nw2:short_name = "w.10m.nw2" ;
		w_10m_nw2:units = "m/s" ;
	float w_10m_se5(time, sample) ;
		w_10m_se5:_FillValue = 9.99999993e+36 ;
		w_10m_se5:long_name = "Wind W component, CSAT3A" ;
		w_10m_se5:short_name = "w.10m.se5" ;
		w_10m_se5:units = "m/s" ;
	float w_25m_sw2(time, sample) ;
		w_25m_sw2:_FillValue = 9.99999993e+36 ;
		w_25m_sw2:long_name = "Wind W component, CSAT3A" ;
		w_25m_sw2:short_name = "w.25m.sw2" ;
		w_25m_sw2:units = "m/s" ;
	float w_2m_nw3(time, sample) ;
		w_2m_nw3:_FillValue = 9.99999993e+36 ;
		w_2m_nw3:long_name = "Wind W component, CSAT3A" ;
		w_2m_nw3:short_name = "w.2m.nw3" ;
		w_2m_nw3:units = "m/s" ;
	float w_30m_ne1(time, sample) ;
		w_30m_ne1:_FillValue = 9.99999993e+36 ;
		w_30m_ne1:long_name = "Wind W component, CSAT3A" ;
		w_30m_ne1:short_name = "w.30m.ne1" ;
		w_30m_ne1:units = "m/s" ;
	float w_30m_ne2(time, sample) ;
		w_30m_ne2:_FillValue = 9.99999993e+36 ;
		w_30m_ne2:long_name = "Wind W component, CSAT3A" ;
		w_30m_ne2:short_name = "w.30m.ne2" ;
		w_30m_ne2:units = "m/s" ;
	float w_30m_ne3(time, sample) ;
		w_30m_ne3:_FillValue = 9.99999993e+36 ;
		w_30m_ne3:long_name = "Wind W component, CSAT3A" ;
		w_30m_ne3:short_name = "w.30m.ne3" ;
		w_30m_ne3:units = "m/s" ;
	float w_30m_ne4(time, sample) ;
		w_30m_ne4:_FillValue = 9.99999993e+36 ;
		w_30m_ne4:long_name = "Wind W component, CSAT3A" ;
		w_30m_ne4:short_name = "w.30m.ne4" ;
		w_30m_ne4:units = "m/s" ;
	float w_30m_nw1(time, sample) ;
		w_30m_nw1:_FillValue = 9.99999993e+36 ;
		w_30m_nw1:long_name = "Wind W component, CSAT3A" ;
		w_30m_nw1:short_name = "w.30m.nw1" ;
		w_30m_nw1:units = "m/s" ;
	float w_30m_nw4(time, sample) ;
		w_30m_nw4:_FillValue = 9.99999993e+36 ;
		w_30m_nw4:long_name = "Wind W component, CSAT3A" ;
		w_30m_nw4:short_name = "w.30m.nw4" ;
		w_30m_nw4:units = "m/s" ;
	float w_30m_se2(time, sample) ;
		w_30m_se2:_FillValue = 9.99999993e+36 ;
		w_30m_se2:long_name = "Wind W component, CSAT3A" ;
		w_30m_se2:short_name = "w.30m.se2" ;
		w_30m_se2:units = "m/s" ;
	float w_30m_se3(time, sample) ;
		w_30m_se3:_FillValue = 9.99999993e+36 ;
		w_30m_se3:long_name = "Wind W component, CSAT3A" ;
		w_30m_se3:short_name = "w.30m.se3" ;
		w_30m_se3:units = "m/s" ;
	float w_30m_se6(time, sample) ;
		w_30m_se6:_FillValue = 9.99999993e+36 ;
		w_30m_se6:long_name = "Wind W component, CSAT3A" ;
		w_30m_se6:short_name = "w.30m.se6" ;
		w_30m_se6:units = "m/s" ;
	float w_30m_sw1(time, sample) ;
		w_30m_sw1:_FillValue = 9.99999993e+36 ;
		w_30m_sw1:long_name = "Wind W component, CSAT3A" ;
		w_30m_sw1:short_name = "w.30m.sw1" ;
		w_30m_sw1:units = "m/s" ;
	float w_30m_sw3(time, sample) ;
		w_30m_sw3:_FillValue = 9.99999993e+36 ;
		w_30m_sw3:long_name = "Wind W component, CSAT3A" ;
		w_30m_sw3:short_name = "w.30m.sw3" ;
		w_30m_sw3:units = "m/s" ;
	float w_30m_sw4(time, sample) ;
		w_30m_sw4:_FillValue = 9.99999993e+36 ;
		w_30m_sw4:long_name = "Wind W component, CSAT3A" ;
		w_30m_sw4:short_name = "w.30m.sw4" ;
		w_30m_sw4:units = "m/s" ;
	float w_3m_se4(time, sample) ;
		w_3m_se4:_FillValue = 9.99999993e+36 ;
		w_3m_se4:long_name = "Wind W component, CSAT3A" ;
		w_3m_se4:short_name = "w.3m.se4" ;
		w_3m_se4:units = "m/s" ;
	float P_30m_ne1(time) ;
		P_30m_ne1:_FillValue = 9.99999993e+36 ;
		P_30m_ne1:long_name = "Barometric Pressure, Vaisala PTB" ;
		P_30m_ne1:short_name = "P.30m.ne1" ;
		P_30m_ne1:units = "mb" ;
	float P_30m_ne2(time) ;
		P_30m_ne2:_FillValue = 9.99999993e+36 ;
		P_30m_ne2:long_name = "Barometric Pressure, Vaisala PTB" ;
		P_30m_ne2:short_name = "P.30m.ne2" ;
		P_30m_ne2:units = "mb" ;
	float P_30m_ne3(time) ;
		P_30m_ne3:_FillValue = 9.99999993e+36 ;
		P_30m_ne3:long_name = "Barometric Pressure, Vaisala PTB" ;
		P_30m_ne3:short_name = "P.30m.ne3" ;
		P_30m_ne3:units = "mb" ;
	float P_30m_ne4(time) ;
		P_30m_ne4:_FillValue = 9.99999993e+36 ;
		P_30m_ne4:long_name = "Barometric Pressure, Vaisala PTB" ;
		P_30m_ne4:short_name = "P.30m.ne4" ;
		P_30m_ne4:units = "mb" ;
	float P_30m_nw1(time) ;
		P_30m_nw1:_FillValue = 9.99999993e+36 ;
		P_30m_nw1:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_nw1:short_name = "P.30m.nw1" ;
		P_30m_nw1:units = "mb" ;
	float P_30m_nw4(time) ;
		P_30m_nw4:_FillValue = 9.99999993e+36 ;
		P_30m_nw4:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_nw4:short_name = "P.30m.nw4" ;
		P_30m_nw4:units = "mb" ;
	float P_30m_se2(time) ;
		P_30m_se2:_FillValue = 9.99999993e+36 ;
		P_30m_se2:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_se2:short_name = "P.30m.se2" ;
		P_30m_se2:units = "mb" ;
	float P_30m_se3(time) ;
		P_30m_se3:_FillValue = 9.99999993e+36 ;
		P_30m_se3:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_se3:short_name = "P.30m.se3" ;
		P_30m_se3:units = "mb" ;
	float P_30m_se6(time) ;
		P_30m_se6:_FillValue = 9.99999993e+36 ;
		P_30m_se6:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_se6:short_name = "P.30m.se6" ;
		P_30m_se6:units = "mb" ;
	float P_30m_sw1(time) ;
		P_30m_sw1:_FillValue = 9.99999993e+36 ;
		P_30m_sw1:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_sw1:short_name = "P.30m.sw1" ;
		P_30m_sw1:units = "mb" ;
	float P_30m_sw3(time) ;
		P_30m_sw3:_FillValue = 9.99999993e+36 ;
		P_30m_sw3:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_sw3:short_name = "P.30m.sw3" ;
		P_30m_sw3:units = "mb" ;
	float P_30m_sw4(time) ;
		P_30m_sw4:_FillValue = 9.99999993e+36 ;
		P_30m_sw4:long_name = "Barometric Pressure, Vaisala PTB 210" ;
		P_30m_sw4:short_name = "P.30m.sw4" ;
		P_30m_sw4:units = "mb" ;
	float RH_10m_ne1(time) ;
		RH_10m_ne1:_FillValue = 9.99999993e+36 ;
		RH_10m_ne1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_ne1:short_name = "RH.10m.ne1" ;
		RH_10m_ne1:units = "%" ;
	float RH_10m_ne2(time) ;
		RH_10m_ne2:_FillValue = 9.99999993e+36 ;
		RH_10m_ne2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_ne2:short_name = "RH.10m.ne2" ;
		RH_10m_ne2:units = "%" ;
	float RH_10m_ne3(time) ;
		RH_10m_ne3:_FillValue = 9.99999993e+36 ;
		RH_10m_ne3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_ne3:short_name = "RH.10m.ne3" ;
		RH_10m_ne3:units = "%" ;
	float RH_10m_ne4(time) ;
		RH_10m_ne4:_FillValue = 9.99999993e+36 ;
		RH_10m_ne4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_ne4:short_name = "RH.10m.ne4" ;
		RH_10m_ne4:units = "%" ;
	float RH_10m_nw1(time) ;
		RH_10m_nw1:_FillValue = 9.99999993e+36 ;
		RH_10m_nw1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_nw1:short_name = "RH.10m.nw1" ;
		RH_10m_nw1:units = "%" ;
	float RH_10m_nw2(time) ;
		RH_10m_nw2:_FillValue = 9.99999993e+36 ;
		RH_10m_nw2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_nw2:short_name = "RH.10m.nw2" ;
		RH_10m_nw2:units = "%" ;
	float RH_10m_nw4(time) ;
		RH_10m_nw4:_FillValue = 9.99999993e+36 ;
		RH_10m_nw4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_nw4:short_name = "RH.10m.nw4" ;
		RH_10m_nw4:units = "%" ;
	float RH_10m_se2(time) ;
		RH_10m_se2:_FillValue = 9.99999993e+36 ;
		RH_10m_se2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_se2:short_name = "RH.10m.se2" ;
		RH_10m_se2:units = "%" ;
	float RH_10m_se3(time) ;
		RH_10m_se3:_FillValue = 9.99999993e+36 ;
		RH_10m_se3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_se3:short_name = "RH.10m.se3" ;
		RH_10m_se3:units = "%" ;
	float RH_10m_se5(time) ;
		RH_10m_se5:_FillValue = 9.99999993e+36 ;
		RH_10m_se5:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_se5:short_name = "RH.10m.se5" ;
		RH_10m_se5:units = "%" ;
	float RH_10m_se6(time) ;
		RH_10m_se6:_FillValue = 9.99999993e+36 ;
		RH_10m_se6:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_se6:short_name = "RH.10m.se6" ;
		RH_10m_se6:units = "%" ;
	float RH_10m_sw1(time) ;
		RH_10m_sw1:_FillValue = 9.99999993e+36 ;
		RH_10m_sw1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_sw1:short_name = "RH.10m.sw1" ;
		RH_10m_sw1:units = "%" ;
	float RH_10m_sw2(time) ;
		RH_10m_sw2:_FillValue = 9.99999993e+36 ;
		RH_10m_sw2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_sw2:short_name = "RH.10m.sw2" ;
		RH_10m_sw2:units = "%" ;
	float RH_10m_sw3(time) ;
		RH_10m_sw3:_FillValue = 9.99999993e+36 ;
		RH_10m_sw3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_sw3:short_name = "RH.10m.sw3" ;
		RH_10m_sw3:units = "%" ;
	float RH_10m_sw4(time) ;
		RH_10m_sw4:_FillValue = 9.99999993e+36 ;
		RH_10m_sw4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_10m_sw4:short_name = "RH.10m.sw4" ;
		RH_10m_sw4:units = "%" ;
	float RH_25m_sw2(time) ;
		RH_25m_sw2:_FillValue = 9.99999993e+36 ;
		RH_25m_sw2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_25m_sw2:short_name = "RH.25m.sw2" ;
		RH_25m_sw2:units = "%" ;
	float RH_2m_ne1(time) ;
		RH_2m_ne1:_FillValue = 9.99999993e+36 ;
		RH_2m_ne1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_ne1:short_name = "RH.2m.ne1" ;
		RH_2m_ne1:units = "%" ;
	float RH_2m_ne2(time) ;
		RH_2m_ne2:_FillValue = 9.99999993e+36 ;
		RH_2m_ne2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_ne2:short_name = "RH.2m.ne2" ;
		RH_2m_ne2:units = "%" ;
	float RH_2m_ne3(time) ;
		RH_2m_ne3:_FillValue = 9.99999993e+36 ;
		RH_2m_ne3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_ne3:short_name = "RH.2m.ne3" ;
		RH_2m_ne3:units = "%" ;
	float RH_2m_ne4(time) ;
		RH_2m_ne4:_FillValue = 9.99999993e+36 ;
		RH_2m_ne4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_ne4:short_name = "RH.2m.ne4" ;
		RH_2m_ne4:units = "%" ;
	float RH_2m_nw1(time) ;
		RH_2m_nw1:_FillValue = 9.99999993e+36 ;
		RH_2m_nw1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_nw1:short_name = "RH.2m.nw1" ;
		RH_2m_nw1:units = "%" ;
	float RH_2m_nw2(time) ;
		RH_2m_nw2:_FillValue = 9.99999993e+36 ;
		RH_2m_nw2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_nw2:short_name = "RH.2m.nw2" ;
		RH_2m_nw2:units = "%" ;
	float RH_2m_nw3(time) ;
		RH_2m_nw3:_FillValue = 9.99999993e+36 ;
		RH_2m_nw3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_nw3:short_name = "RH.2m.nw3" ;
		RH_2m_nw3:units = "%" ;
	float RH_2m_nw4(time) ;
		RH_2m_nw4:_FillValue = 9.99999993e+36 ;
		RH_2m_nw4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_nw4:short_name = "RH.2m.nw4" ;
		RH_2m_nw4:units = "%" ;
	float RH_2m_se2(time) ;
		RH_2m_se2:_FillValue = 9.99999993e+36 ;
		RH_2m_se2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_se2:short_name = "RH.2m.se2" ;
		RH_2m_se2:units = "%" ;
	float RH_2m_se3(time) ;
		RH_2m_se3:_FillValue = 9.99999993e+36 ;
		RH_2m_se3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_se3:short_name = "RH.2m.se3" ;
		RH_2m_se3:units = "%" ;
	float RH_2m_se4(time) ;
		RH_2m_se4:_FillValue = 9.99999993e+36 ;
		RH_2m_se4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_se4:short_name = "RH.2m.se4" ;
		RH_2m_se4:units = "%" ;
	float RH_2m_se5(time) ;
		RH_2m_se5:_FillValue = 9.99999993e+36 ;
		RH_2m_se5:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_se5:short_name = "RH.2m.se5" ;
		RH_2m_se5:units = "%" ;
	float RH_2m_se6(time) ;
		RH_2m_se6:_FillValue = 9.99999993e+36 ;
		RH_2m_se6:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_se6:short_name = "RH.2m.se6" ;
		RH_2m_se6:units = "%" ;
	float RH_2m_sw1(time) ;
		RH_2m_sw1:_FillValue = 9.99999993e+36 ;
		RH_2m_sw1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_sw1:short_name = "RH.2m.sw1" ;
		RH_2m_sw1:units = "%" ;
	float RH_2m_sw2(time) ;
		RH_2m_sw2:_FillValue = 9.99999993e+36 ;
		RH_2m_sw2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_sw2:short_name = "RH.2m.sw2" ;
		RH_2m_sw2:units = "%" ;
	float RH_2m_sw3(time) ;
		RH_2m_sw3:_FillValue = 9.99999993e+36 ;
		RH_2m_sw3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_sw3:short_name = "RH.2m.sw3" ;
		RH_2m_sw3:units = "%" ;
	float RH_2m_sw4(time) ;
		RH_2m_sw4:_FillValue = 9.99999993e+36 ;
		RH_2m_sw4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_2m_sw4:short_name = "RH.2m.sw4" ;
		RH_2m_sw4:units = "%" ;
	float RH_30m_ne1(time) ;
		RH_30m_ne1:_FillValue = 9.99999993e+36 ;
		RH_30m_ne1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_ne1:short_name = "RH.30m.ne1" ;
		RH_30m_ne1:units = "%" ;
	float RH_30m_ne2(time) ;
		RH_30m_ne2:_FillValue = 9.99999993e+36 ;
		RH_30m_ne2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_ne2:short_name = "RH.30m.ne2" ;
		RH_30m_ne2:units = "%" ;
	float RH_30m_ne3(time) ;
		RH_30m_ne3:_FillValue = 9.99999993e+36 ;
		RH_30m_ne3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_ne3:short_name = "RH.30m.ne3" ;
		RH_30m_ne3:units = "%" ;
	float RH_30m_ne4(time) ;
		RH_30m_ne4:_FillValue = 9.99999993e+36 ;
		RH_30m_ne4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_ne4:short_name = "RH.30m.ne4" ;
		RH_30m_ne4:units = "%" ;
	float RH_30m_nw1(time) ;
		RH_30m_nw1:_FillValue = 9.99999993e+36 ;
		RH_30m_nw1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_nw1:short_name = "RH.30m.nw1" ;
		RH_30m_nw1:units = "%" ;
	float RH_30m_nw4(time) ;
		RH_30m_nw4:_FillValue = 9.99999993e+36 ;
		RH_30m_nw4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_nw4:short_name = "RH.30m.nw4" ;
		RH_30m_nw4:units = "%" ;
	float RH_30m_se2(time) ;
		RH_30m_se2:_FillValue = 9.99999993e+36 ;
		RH_30m_se2:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_se2:short_name = "RH.30m.se2" ;
		RH_30m_se2:units = "%" ;
	float RH_30m_se3(time) ;
		RH_30m_se3:_FillValue = 9.99999993e+36 ;
		RH_30m_se3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_se3:short_name = "RH.30m.se3" ;
		RH_30m_se3:units = "%" ;
	float RH_30m_se6(time) ;
		RH_30m_se6:_FillValue = 9.99999993e+36 ;
		RH_30m_se6:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_se6:short_name = "RH.30m.se6" ;
		RH_30m_se6:units = "%" ;
	float RH_30m_sw1(time) ;
		RH_30m_sw1:_FillValue = 9.99999993e+36 ;
		RH_30m_sw1:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_sw1:short_name = "RH.30m.sw1" ;
		RH_30m_sw1:units = "%" ;
	float RH_30m_sw3(time) ;
		RH_30m_sw3:_FillValue = 9.99999993e+36 ;
		RH_30m_sw3:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_sw3:short_name = "RH.30m.sw3" ;
		RH_30m_sw3:units = "%" ;
	float RH_30m_sw4(time) ;
		RH_30m_sw4:_FillValue = 9.99999993e+36 ;
		RH_30m_sw4:long_name = "Relative Humidity, NCAR hygrothermometer" ;
		RH_30m_sw4:short_name = "RH.30m.sw4" ;
		RH_30m_sw4:units = "%" ;
	float T_10m_ne1(time) ;
		T_10m_ne1:_FillValue = 9.99999993e+36 ;
		T_10m_ne1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_ne1:short_name = "T.10m.ne1" ;
		T_10m_ne1:units = "degC" ;
	float T_10m_ne2(time) ;
		T_10m_ne2:_FillValue = 9.99999993e+36 ;
		T_10m_ne2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_ne2:short_name = "T.10m.ne2" ;
		T_10m_ne2:units = "degC" ;
	float T_10m_ne3(time) ;
		T_10m_ne3:_FillValue = 9.99999993e+36 ;
		T_10m_ne3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_ne3:short_name = "T.10m.ne3" ;
		T_10m_ne3:units = "degC" ;
	float T_10m_ne4(time) ;
		T_10m_ne4:_FillValue = 9.99999993e+36 ;
		T_10m_ne4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_ne4:short_name = "T.10m.ne4" ;
		T_10m_ne4:units = "degC" ;
	float T_10m_nw1(time) ;
		T_10m_nw1:_FillValue = 9.99999993e+36 ;
		T_10m_nw1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_nw1:short_name = "T.10m.nw1" ;
		T_10m_nw1:units = "degC" ;
	float T_10m_nw2(time) ;
		T_10m_nw2:_FillValue = 9.99999993e+36 ;
		T_10m_nw2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_nw2:short_name = "T.10m.nw2" ;
		T_10m_nw2:units = "degC" ;
	float T_10m_nw4(time) ;
		T_10m_nw4:_FillValue = 9.99999993e+36 ;
		T_10m_nw4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_nw4:short_name = "T.10m.nw4" ;
		T_10m_nw4:units = "degC" ;
	float T_10m_se2(time) ;
		T_10m_se2:_FillValue = 9.99999993e+36 ;
		T_10m_se2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_se2:short_name = "T.10m.se2" ;
		T_10m_se2:units = "degC" ;
	float T_10m_se3(time) ;
		T_10m_se3:_FillValue = 9.99999993e+36 ;
		T_10m_se3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_se3:short_name = "T.10m.se3" ;
		T_10m_se3:units = "degC" ;
	float T_10m_se5(time) ;
		T_10m_se5:_FillValue = 9.99999993e+36 ;
		T_10m_se5:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_se5:short_name = "T.10m.se5" ;
		T_10m_se5:units = "degC" ;
	float T_10m_se6(time) ;
		T_10m_se6:_FillValue = 9.99999993e+36 ;
		T_10m_se6:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_se6:short_name = "T.10m.se6" ;
		T_10m_se6:units = "degC" ;
	float T_10m_sw1(time) ;
		T_10m_sw1:_FillValue = 9.99999993e+36 ;
		T_10m_sw1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_sw1:short_name = "T.10m.sw1" ;
		T_10m_sw1:units = "degC" ;
	float T_10m_sw2(time) ;
		T_10m_sw2:_FillValue = 9.99999993e+36 ;
		T_10m_sw2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_sw2:short_name = "T.10m.sw2" ;
		T_10m_sw2:units = "degC" ;
	float T_10m_sw3(time) ;
		T_10m_sw3:_FillValue = 9.99999993e+36 ;
		T_10m_sw3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_sw3:short_name = "T.10m.sw3" ;
		T_10m_sw3:units = "degC" ;
	float T_10m_sw4(time) ;
		T_10m_sw4:_FillValue = 9.99999993e+36 ;
		T_10m_sw4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_10m_sw4:short_name = "T.10m.sw4" ;
		T_10m_sw4:units = "degC" ;
	float T_25m_sw2(time) ;
		T_25m_sw2:_FillValue = 9.99999993e+36 ;
		T_25m_sw2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_25m_sw2:short_name = "T.25m.sw2" ;
		T_25m_sw2:units = "degC" ;
	float T_2m_ne1(time) ;
		T_2m_ne1:_FillValue = 9.99999993e+36 ;
		T_2m_ne1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_ne1:short_name = "T.2m.ne1" ;
		T_2m_ne1:units = "degC" ;
	float T_2m_ne2(time) ;
		T_2m_ne2:_FillValue = 9.99999993e+36 ;
		T_2m_ne2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_ne2:short_name = "T.2m.ne2" ;
		T_2m_ne2:units = "degC" ;
	float T_2m_ne3(time) ;
		T_2m_ne3:_FillValue = 9.99999993e+36 ;
		T_2m_ne3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_ne3:short_name = "T.2m.ne3" ;
		T_2m_ne3:units = "degC" ;
	float T_2m_ne4(time) ;
		T_2m_ne4:_FillValue = 9.99999993e+36 ;
		T_2m_ne4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_ne4:short_name = "T.2m.ne4" ;
		T_2m_ne4:units = "degC" ;
	float T_2m_nw1(time) ;
		T_2m_nw1:_FillValue = 9.99999993e+36 ;
		T_2m_nw1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_nw1:short_name = "T.2m.nw1" ;
		T_2m_nw1:units = "degC" ;
	float T_2m_nw2(time) ;
		T_2m_nw2:_FillValue = 9.99999993e+36 ;
		T_2m_nw2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_nw2:short_name = "T.2m.nw2" ;
		T_2m_nw2:units = "degC" ;
	float T_2m_nw3(time) ;
		T_2m_nw3:_FillValue = 9.99999993e+36 ;
		T_2m_nw3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_nw3:short_name = "T.2m.nw3" ;
		T_2m_nw3:units = "degC" ;
	float T_2m_nw4(time) ;
		T_2m_nw4:_FillValue = 9.99999993e+36 ;
		T_2m_nw4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_nw4:short_name = "T.2m.nw4" ;
		T_2m_nw4:units = "degC" ;
	float T_2m_se2(time) ;
		T_2m_se2:_FillValue = 9.99999993e+36 ;
		T_2m_se2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_se2:short_name = "T.2m.se2" ;
		T_2m_se2:units = "degC" ;
	float T_2m_se3(time) ;
		T_2m_se3:_FillValue = 9.99999993e+36 ;
		T_2m_se3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_se3:short_name = "T.2m.se3" ;
		T_2m_se3:units = "degC" ;
	float T_2m_se4(time) ;
		T_2m_se4:_FillValue = 9.99999993e+36 ;
		T_2m_se4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_se4:short_name = "T.2m.se4" ;
		T_2m_se4:units = "degC" ;
	float T_2m_se5(time) ;
		T_2m_se5:_FillValue = 9.99999993e+36 ;
		T_2m_se5:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_se5:short_name = "T.2m.se5" ;
		T_2m_se5:units = "degC" ;
	float T_2m_se6(time) ;
		T_2m_se6:_FillValue = 9.99999993e+36 ;
		T_2m_se6:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_se6:short_name = "T.2m.se6" ;
		T_2m_se6:units = "degC" ;
	float T_2m_sw1(time) ;
		T_2m_sw1:_FillValue = 9.99999993e+36 ;
		T_2m_sw1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_sw1:short_name = "T.2m.sw1" ;
		T_2m_sw1:units = "degC" ;
	float T_2m_sw2(time) ;
		T_2m_sw2:_FillValue = 9.99999993e+36 ;
		T_2m_sw2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_sw2:short_name = "T.2m.sw2" ;
		T_2m_sw2:units = "degC" ;
	float T_2m_sw3(time) ;
		T_2m_sw3:_FillValue = 9.99999993e+36 ;
		T_2m_sw3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_sw3:short_name = "T.2m.sw3" ;
		T_2m_sw3:units = "degC" ;
	float T_2m_sw4(time) ;
		T_2m_sw4:_FillValue = 9.99999993e+36 ;
		T_2m_sw4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_2m_sw4:short_name = "T.2m.sw4" ;
		T_2m_sw4:units = "degC" ;
	float T_30m_ne1(time) ;
		T_30m_ne1:_FillValue = 9.99999993e+36 ;
		T_30m_ne1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_ne1:short_name = "T.30m.ne1" ;
		T_30m_ne1:units = "degC" ;
	float T_30m_ne2(time) ;
		T_30m_ne2:_FillValue = 9.99999993e+36 ;
		T_30m_ne2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_ne2:short_name = "T.30m.ne2" ;
		T_30m_ne2:units = "degC" ;
	float T_30m_ne3(time) ;
		T_30m_ne3:_FillValue = 9.99999993e+36 ;
		T_30m_ne3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_ne3:short_name = "T.30m.ne3" ;
		T_30m_ne3:units = "degC" ;
	float T_30m_ne4(time) ;
		T_30m_ne4:_FillValue = 9.99999993e+36 ;
		T_30m_ne4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_ne4:short_name = "T.30m.ne4" ;
		T_30m_ne4:units = "degC" ;
	float T_30m_nw1(time) ;
		T_30m_nw1:_FillValue = 9.99999993e+36 ;
		T_30m_nw1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_nw1:short_name = "T.30m.nw1" ;
		T_30m_nw1:units = "degC" ;
	float T_30m_nw4(time) ;
		T_30m_nw4:_FillValue = 9.99999993e+36 ;
		T_30m_nw4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_nw4:short_name = "T.30m.nw4" ;
		T_30m_nw4:units = "degC" ;
	float T_30m_se2(time) ;
		T_30m_se2:_FillValue = 9.99999993e+36 ;
		T_30m_se2:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_se2:short_name = "T.30m.se2" ;
		T_30m_se2:units = "degC" ;
	float T_30m_se3(time) ;
		T_30m_se3:_FillValue = 9.99999993e+36 ;
		T_30m_se3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_se3:short_name = "T.30m.se3" ;
		T_30m_se3:units = "degC" ;
	float T_30m_se6(time) ;
		T_30m_se6:_FillValue = 9.99999993e+36 ;
		T_30m_se6:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_se6:short_name = "T.30m.se6" ;
		T_30m_se6:units = "degC" ;
	float T_30m_sw1(time) ;
		T_30m_sw1:_FillValue = 9.99999993e+36 ;
		T_30m_sw1:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_sw1:short_name = "T.30m.sw1" ;
		T_30m_sw1:units = "degC" ;
	float T_30m_sw3(time) ;
		T_30m_sw3:_FillValue = 9.99999993e+36 ;
		T_30m_sw3:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_sw3:short_name = "T.30m.sw3" ;
		T_30m_sw3:units = "degC" ;
	float T_30m_sw4(time) ;
		T_30m_sw4:_FillValue = 9.99999993e+36 ;
		T_30m_sw4:long_name = "Air Temperature, NCAR hygrothermometer" ;
		T_30m_sw4:short_name = "T.30m.sw4" ;
		T_30m_sw4:units = "degC" ;
// time: first 0.5, last 3599.5, count 3600
}