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MATERHORN-X Data Submission Instructions

All MATERHORN-X datasets are located in the MATERHORN-X Data Archive which can be accessed via the Data Access section on the MATERHORN-X Home Page. The MATERHORN-X Data Archive contains both operational and research datasets that are grouped by platform and sorted by data type (i.e., aerosol, cloud properties, radar, satellite, etc.).

To submit data to the MATERHORN-X Data Archive, follow the FTP instructions below and then send an email to eol-archive at ucar.edu . In the email, please indicate the dataset title, file names, data contact information, data restrictions/password protection, metadata/readme file name, authorship information, and if you want NCAR/EOL to generate a DOI for the dataset. If the dataset will be password protected, you will receive a project-specific "user ID" and "password".

To transfer large volumns of data, please contact eol-archive at ucar.edu to make specific arrangements for your dataset. Digital file(s) can be sent on magnetic or optical media (with documentation) by conventional mail to the EOL shipping address below.

File Transfer Instructions:

  FTP:   ftp.eol.ucar.edu

    Login:    anonymous     (No password required.)

    cd /pub/data/incoming/materhorn  (NOTE: This command should be done all in one step.)

Thank you very much for your assistance in providing final data to the MATERHORN-X archive. Feel free to contact us should you encounter any problems or have any questions.

NCAR Earth Observing Laboratory (EOL) Data Management

eol-archive at ucar.edu

Mailing address:

NCAR/EOL Data Management

Attn: MATERHORN-X Data Archive

P.O. Box 3000

Boulder, Colorado, USA 80307

Shipping Address:

NCAR/EOL Data Management

Attn: MATERHORN-X Data Archive

3090 Center Green Drive

Boulder, Colorado, USA 80301

TCI Science Meeting - October 2016

NOTE: The presentations are password protected for TCI Investigators only. For access, please contact the Principal Investigators listed in the TCI Contacts Section below.

For a PDF of one of the following presentations, click on the corresponding title. In some cases a PowerPoint Slideshow is also available (for presentations that contained embedded video) as well as a PDF version. A PowerPoint viewer can be downloaded from Microsoft.

Tuesday, 18 October 2016
Session Chair: Jim Doyle
0830	Opening Remarks, Logistics, Workshop Goals - [PPSX]	Jim Doyle
0845	TCI Data Mangement Update	Scot Loehrer
0900	HIRAD Wind Speed Retrievals from TCI Flights	Dan Cecil
0920	Inner Core Structure of Hurricane Patricia (2015)	Michael Bell
0940	Impacts of Tropopause Height and Radiation on Idealized Tropical Cyclones	Bonnie Brown
1000	Convective Asymmetries Measured by eXpendable Digital Dropsondes (XDDs) in Tropical Cyclones	Connor Nelson
1020	Break
Session Chair: Will Komaromi
1040	Tropopause variations in tropical cyclones: TCI observations and modeling	Patrick Duran
1100	Ensemble-based Diagnostics of Tropical Cyclone Outflow - [PPSX]	Sharan Majumdar
1120	Secondary eyewall formation by jet-outflow-interaction	Yi Dai
1140	An Evaluation of AMV Characteristics Using HDSS Dropsondes - [PPSX]	Brian McNoldy
1200	Lunch
Session Chair: Dave Ryglicki
0120	Use of HDSS sondes to calculate Zero Wind Centers, Vortex Structure, and Storm-relative Winds	Russ Elsberry
0140	TCI Dropsonde Analysis of the Tropical Cyclone Warm Core Structure Compared to Satellite Observations	Derrick Herndon
0200	Environmental Effects Versus Internal Physical Processes During the Interrupted Rapid Decay of Hurricane Joaquin	Russ Elsberry
0220	A new dynamic initialization scheme utilizing TCI datasets and rapidscan atmospheric motion vectors - [PPSX]	Eric Hendricks
0240	The impact of assimilating TCI observations on the analysis and prediction of tropical cyclones - [PPSX]	Xuguang Wang
0300	Break
Session Chair: Dan Stern
0320	NRL TCI Research Overview, and Outflow and Predictability Studies	Jim Doyle
0340	Convective Envelopes in a Sheared, Rapidly Intensifying Tropical Cyclone	David Ryglicki
0400	Simulating TC-trough interaction in an idealized modeling framework - [PPSX]	Will Komaromi
0420	Understanding Atypical Mid-Level Wind Speed Maxima in Hurricane Eyewalls	Dan Stern
0440	A comparison of real-time COAMPS-TC forecasts with TCI dropsonde observations	Jon Moskaitis
0500	Discussion	Jim Doyle
0530	Adjourn
Wednesday, 19 October 2016
Session Chair: Patrick Duran
0800	Adjoint-derived initial-condition sensitivity and observation-impact on intensification of Hurricane Joaquin (2015) using the NAVGEM	Brett Hoover
0820	Numerical simulations of Hurricane Joaquin with assimilation of TCI observations and AMVs and sensitivity to cumulus parameterization schemes	Zhaoxia Pu
0840	Simulating Hurricane Joaquin (2015) with WRF-ARW: Challenges and current progress	Will Miller
0900	Evolution of outflow and inertial stability in Hurricanes Iselle and Julio	Brad Barrett
0920	Analysis of moist entropy production in the core and its impact on the dynamic and thermodynamic structure of outflow properties	Greg Tripoli
0940	Retrieval of Sea Surface Temperature from XDD dropsonde sounding data	Mark Beaubien
1000	Break
Session Chair: Jim Doyle
1010	Tropical cyclones-Pacific Asian Research Campaign for Improvement of Intensity estimations/forecasts (T-PARC II）	Munehiko Yamaguchi
1030	AMS TCI Journal Collection and BAMS Status	Jim Doyle
1045	Discussion: Joint Observational Analysis and Modeling Activities
	SHOUT 2016:Examples of Global Hawk Observations for Operational Impact	Peter Black
1130	Next Steps, Action Items, and Future TC DRI Ideas
1230	Meeting Adjourn

Sample LRT Header NetCDF format

netcdf RF01.19821218.120158_130545 {
dimensions:
	Time = 3828 ;
variables:
	int Time(Time) ;
		Time:long_name = "time of measurement" ;
		Time:units = "seconds since 1982-12-18 00:00:00 +0000" ;
		Time:strptime_format = "seconds since %F %T %z" ;
		Time:standard_name = "time" ;
	float TPTIME(Time) ;
		TPTIME:long_name = "UNALTERED TAPE TIME (SEC) AFTER MIDNIGHT" ;
		TPTIME:units = "s" ;
		TPTIME:actual_range = 43318.f, 47145.f ;
		TPTIME:SampledRate = 1 ;
		TPTIME:_FillValue = -32767.f ;
	float TMLAG(Time) ;
		TMLAG:long_name = "LTN-51 ARINC TIME LAG (SEC)" ;
		TMLAG:units = "s" ;
		TMLAG:actual_range = -0.6600037f, -0.6200027f ;
		TMLAG:SampledRate = 1 ;
		TMLAG:_FillValue = -32767.f ;
	float LAT(Time) ;
		LAT:long_name = "RAW INS LATITUDE (DEG)" ;
		LAT:units = "degree_N" ;
		LAT:Category = "Position" ;
		LAT:standard_name = "latitude" ;
		LAT:valid_range = -90.f, 90.f ;
		LAT:actual_range = 39.909f, 40.909f ;
		LAT:SampledRate = 1 ;
		LAT:_FillValue = -32767.f ;
	float LON(Time) ;
		LON:long_name = "RAW INS LONGITUDE (DEG)" ;
		LON:units = "degree_E" ;
		LON:Category = "Position" ;
		LON:standard_name = "longitude" ;
		LON:valid_range = -180.f, 180.f ;
		LON:actual_range = -105.134f, -104.013f ;
		LON:SampledRate = 1 ;
		LON:_FillValue = -32767.f ;
	float THI(Time) ;
		THI:long_name = "AIRCRAFT TRUE HEADING (ARINC) (DEG)" ;
		THI:units = "degree" ;
		THI:actual_range = 0.1819992f, 359.913f ;
		THI:SampledRate = 1 ;
		THI:_FillValue = -32767.f ;
	float ALPHA(Time) ;
		ALPHA:long_name = "INS WANDER ANGLE (DEG)" ;
		ALPHA:units = "degree" ;
		ALPHA:actual_range = 179.301f, 180.028f ;
		ALPHA:SampledRate = 1 ;
		ALPHA:_FillValue = -32767.f ;
	float XVI(Time) ;
		XVI:long_name = "RAW INS GROUND SPD X COMPONENT (M/S)" ;
		XVI:units = "m/s" ;
		XVI:actual_range = -151.927f, 162.291f ;
		XVI:SampledRate = 1 ;
		XVI:_FillValue = -32767.f ;
	float YVI(Time) ;
		YVI:long_name = "RAW INS GROUND SPD Y COMPONENT (M/S)" ;
		YVI:units = "m/s" ;
		YVI:actual_range = -145.525f, 168.173f ;
		YVI:SampledRate = 1 ;
		YVI:_FillValue = -32767.f ;
	float GSF(Time) ;
		GSF:long_name = "AIRCRAFT GROUND SPEED   (M/S)" ;
		GSF:units = "m/s" ;
		GSF:actual_range = 31.302f, 183.456f ;
		GSF:SampledRate = 1 ;
		GSF:_FillValue = -32767.f ;
	float PITCH(Time) ;
		PITCH:long_name = "AIRCRAFT PITCH ATTITUDE ANGLE (DEG)" ;
		PITCH:units = "degree" ;
		PITCH:actual_range = -7.565002f, 17.006f ;
		PITCH:SampledRate = 1 ;
		PITCH:_FillValue = -32767.f ;
	float ROLL(Time) ;
		ROLL:long_name = "AIRCRAFT ROLL ATTITUDE ANGLE (DEG)" ;
		ROLL:units = "degree" ;
		ROLL:actual_range = -46.059f, 47.23801f ;
		ROLL:SampledRate = 1 ;
		ROLL:_FillValue = -32767.f ;
	float THF(Time) ;
		THF:long_name = "AIRCRAFT TRUE HEADING (YAW) (DEG)" ;
		THF:units = "degree" ;
		THF:actual_range = 0.08499908f, 359.854f ;
		THF:SampledRate = 1 ;
		THF:_FillValue = -32767.f ;
	float VZI(Time) ;
		VZI:long_name = "RAW INS VERTICAL VELOCITY (M/S)" ;
		VZI:units = "m/s" ;
		VZI:actual_range = 88.44f, 167.519f ;
		VZI:SampledRate = 1 ;
		VZI:_FillValue = -32767.f ;
	float QCF(Time) ;
		QCF:long_name = "RAW DYNAMIC PRESSURE (FUSL) (MB)" ;
		QCF:units = "hPa" ;
		QCF:actual_range = 10.26f, 153.933f ;
		QCF:SampledRate = 1 ;
		QCF:_FillValue = -32767.f ;
	float QCB(Time) ;
		QCB:long_name = "RAW DYNAMIC PRESSURE (BOOM)      (MB)" ;
		QCB:units = "hPa" ;
		QCB:actual_range = 9.283997f, 140.961f ;
		QCB:SampledRate = 1 ;
		QCB:_FillValue = -32767.f ;
	float QCFC(Time) ;
		QCFC:long_name = "CORRECTED DYNAMIC PRESR (FUSL)  (MB)" ;
		QCFC:units = "hPa" ;
		QCFC:actual_range = 10.735f, 145.968f ;
		QCFC:SampledRate = 1 ;
		QCFC:_FillValue = -32767.f ;
	float QCBC(Time) ;
		QCBC:long_name = "CORRECTED DYNAMIC PRESR (BOOM)      (MB)" ;
		QCBC:units = "hPa" ;
		QCBC:actual_range = 9.653999f, 146.472f ;
		QCBC:SampledRate = 1 ;
		QCBC:_FillValue = -32767.f ;
	float PSF(Time) ;
		PSF:long_name = "RAW STATIC PRESSURE (FUSL) (MB)" ;
		PSF:units = "hPa" ;
		PSF:actual_range = 526.141f, 829.141f ;
		PSF:SampledRate = 1 ;
		PSF:_FillValue = -32767.f ;
	float PSB(Time) ;
		PSB:long_name = "RAW STATIC PRESSURE (BOOM) (MB)" ;
		PSB:units = "hPa" ;
		PSB:actual_range = 534.019f, 830.559f ;
		PSB:SampledRate = 1 ;
		PSB:_FillValue = -32767.f ;
	float PSFC(Time) ;
		PSFC:long_name = "CORRECTED STATIC PRESR (FUSELAGE) (MB)" ;
		PSFC:units = "hPa" ;
		PSFC:actual_range = 529.537f, 828.667f ;
		PSFC:SampledRate = 1 ;
		PSFC:_FillValue = -32767.f ;
	float PSBC(Time) ;
		PSBC:long_name = "CORRECTED STATIC PRESSURE (BOOM) (MB)" ;
		PSBC:units = "hPa" ;
		PSBC:actual_range = 531.814f, 830.559f ;
		PSBC:SampledRate = 1 ;
		PSBC:_FillValue = -32767.f ;
	float HP(Time) ;
		HP:long_name = "NACA PRESSURE ALTITUDE (M)" ;
		HP:units = "m" ;
		HP:actual_range = 1644.9f, 5114.8f ;
		HP:SampledRate = 1 ;
		HP:_FillValue = -32767.f ;
	float TTF(Time) ;
		TTF:long_name = "TOTAL TEMPERATURE (FUSL) (C)" ;
		TTF:units = "deg_C" ;
		TTF:actual_range = -22.745f, 7.836998f ;
		TTF:SampledRate = 1 ;
		TTF:_FillValue = -32767.f ;
	float TTFH(Time) ;
		TTFH:long_name = "TOTAL TEMP.  (DEICED ROSE) (C)" ;
		TTFH:units = "deg_C" ;
		TTFH:actual_range = -22.873f, 7.509003f ;
		TTFH:SampledRate = 1 ;
		TTFH:_FillValue = -32767.f ;
	float ATF(Time) ;
		ATF:long_name = "AMBIENT TEMPERATURE (FUSL) (C)" ;
		ATF:units = "deg_C" ;
		ATF:actual_range = -29.522f, 4.083f ;
		ATF:SampledRate = 1 ;
		ATF:_FillValue = -32767.f ;
	float ATFH(Time) ;
		ATFH:long_name = "AMBIENT TEMPERATURE(DEIC ROSE)(C)" ;
		ATFH:units = "deg_C" ;
		ATFH:actual_range = -30.34f, 2.720001f ;
		ATFH:SampledRate = 1 ;
		ATFH:_FillValue = -32767.f ;
	float DP(Time) ;
		DP:long_name = "DEW/FROST POINT TEMPERATURE  (C)" ;
		DP:units = "deg_C" ;
		DP:actual_range = -39.416f, -15.037f ;
		DP:SampledRate = 1 ;
		DP:_FillValue = -32767.f ;
	float DPC(Time) ;
		DPC:long_name = "DEW POINT TEMPERATURE(C)" ;
		DPC:units = "deg_C" ;
		DPC:actual_range = -43.078f, -16.809f ;
		DPC:SampledRate = 1 ;
		DPC:_FillValue = -32767.f ;
	float DPGE(Time) ;
		DPGE:long_name = "DEW/FROST POINT TEMP. GE (C)" ;
		DPGE:units = "deg_C" ;
		DPGE:actual_range = -20.538f, -3.530998f ;
		DPGE:SampledRate = 1 ;
		DPGE:_FillValue = -32767.f ;
	float DPGEC(Time) ;
		DPGEC:long_name = "DEWPOINT TEMPERATURE(GE)(C)" ;
		DPGEC:units = "deg_C" ;
		DPGEC:actual_range = -22.844f, -3.982002f ;
		DPGEC:SampledRate = 1 ;
		DPGEC:_FillValue = -32767.f ;
	float DPGEV(Time) ;
		DPGEV:long_name = "DEW PT GE. CONTROL VOLTAGE (C)" ;
		DPGEV:units = "deg_C" ;
		DPGEV:actual_range = -10.29f, -2.503998f ;
		DPGEV:SampledRate = 1 ;
		DPGEV:_FillValue = -32767.f ;
	float RHOTD(Time) ;
		RHOTD:long_name = "ABSOLUTE HUMIDITY   (G/M3)" ;
		RHOTD:units = "gram/m3" ;
		RHOTD:actual_range = 0.1210022f, 1.308998f ;
		RHOTD:SampledRate = 1 ;
		RHOTD:_FillValue = -32767.f ;
	float TASF(Time) ;
		TASF:long_name = "AIRCRAFT TRUE AIRSPEED (FUSL) (M/S)" ;
		TASF:units = "m/s" ;
		TASF:actual_range = 45.194f, 186.67f ;
		TASF:SampledRate = 1 ;
		TASF:_FillValue = -32767.f ;
	float TASB(Time) ;
		TASB:long_name = "AIRCRAFT TRUE AIRSPEED (BOOM) (M/S)" ;
		TASB:units = "m/s" ;
		TASB:actual_range = 42.827f, 186.889f ;
		TASB:SampledRate = 1 ;
		TASB:_FillValue = -32767.f ;
	float ADIF(Time) ;
		ADIF:long_name = "VERTICAL DIFFERENTIAL PRESSURE (MB)" ;
		ADIF:units = "hPa" ;
		ADIF:actual_range = -0.2109985f, 36.48399f ;
		ADIF:SampledRate = 1 ;
		ADIF:_FillValue = -32767.f ;
	float ATTACK(Time) ;
		ATTACK:long_name = "ATTACK ANGLE ROSEMOUNT   (DEG)" ;
		ATTACK:units = "degree" ;
		ATTACK:actual_range = -0.3239975f, 9.702003f ;
		ATTACK:SampledRate = 1 ;
		ATTACK:_FillValue = -32767.f ;
	float BDIF(Time) ;
		BDIF:long_name = "HORIZONTAL DIFF PRESSURE (MB)" ;
		BDIF:units = "hPa" ;
		BDIF:actual_range = -35.882f, 37.302f ;
		BDIF:SampledRate = 1 ;
		BDIF:_FillValue = -32767.f ;
	float SSLIP(Time) ;
		SSLIP:long_name = "SIDESLIP ANGLE (ROSEMOUNT)  (DEG)" ;
		SSLIP:units = "degree" ;
		SSLIP:actual_range = -6.275002f, 5.084f ;
		SSLIP:SampledRate = 1 ;
		SSLIP:_FillValue = -32767.f ;
	float UI(Time) ;
		UI:long_name = "WIND VECTOR EAST GUST COMPONENT (M/S)" ;
		UI:units = "m/s" ;
		UI:actual_range = 5.709f, 23.298f ;
		UI:SampledRate = 1 ;
		UI:_FillValue = -32767.f ;
	float VI(Time) ;
		VI:long_name = "WIND VECTOR NORTH GUST COMPONENT (M/S)" ;
		VI:units = "m/s" ;
		VI:actual_range = -21.752f, 0.279007f ;
		VI:SampledRate = 1 ;
		VI:_FillValue = -32767.f ;
	float WI(Time) ;
		WI:long_name = "WIND VECTOR VERTICAL GUST COMP (M/S)" ;
		WI:units = "m/s" ;
		WI:actual_range = -5.494003f, 6.199997f ;
		WI:SampledRate = 1 ;
		WI:_FillValue = -32767.f ;
	float UX(Time) ;
		UX:long_name = "WIND VECTOR LNGTDNL GUST COMP. (M/S)" ;
		UX:units = "m/s" ;
		UX:actual_range = -24.992f, 27.875f ;
		UX:SampledRate = 1 ;
		UX:_FillValue = -32767.f ;
	float VY(Time) ;
		VY:long_name = "WIND VECTOR LATERAL GUST COMP. (M/S)" ;
		VY:units = "m/s" ;
		VY:actual_range = -28.733f, 28.94701f ;
		VY:SampledRate = 1 ;
		VY:_FillValue = -32767.f ;
	float WDRCTN(Time) ;
		WDRCTN:long_name = "HORIZONTAL WIND DIRECTION (DEG)" ;
		WDRCTN:units = "degree" ;
		WDRCTN:actual_range = 267.634f, 338.159f ;
		WDRCTN:SampledRate = 1 ;
		WDRCTN:_FillValue = -32767.f ;
	float WSPD(Time) ;
		WSPD:long_name = "HORIZONTAL WIND SPEED (M/S)" ;
		WSPD:units = "m/s" ;
		WSPD:actual_range = 6.32f, 29.51401f ;
		WSPD:SampledRate = 1 ;
		WSPD:_FillValue = -32767.f ;
	float VEW(Time) ;
		VEW:long_name = "RAW INS GROUND SPD EAST COMP (M/S)" ;
		VEW:units = "m/s" ;
		VEW:actual_range = -145.248f, 168.174f ;
		VEW:SampledRate = 1 ;
		VEW:_FillValue = -32767.f ;
	float VNS(Time) ;
		VNS:long_name = "RAW INS GROUND SPD NORTH COMP (M/S)" ;
		VNS:units = "m/s" ;
		VNS:actual_range = -162.166f, 151.919f ;
		VNS:SampledRate = 1 ;
		VNS:_FillValue = -32767.f ;
	float DEI(Time) ;
		DEI:long_name = "DIST EAST OF START (KM)" ;
		DEI:units = "km" ;
		DEI:actual_range = -1.280029f, 93.98999f ;
		DEI:SampledRate = 1 ;
		DEI:_FillValue = -32767.f ;
	float DNI(Time) ;
		DNI:long_name = "DIST NORTH OF START (KM)" ;
		DNI:units = "km" ;
		DNI:actual_range = -0.8800049f, 110.41f ;
		DNI:SampledRate = 1 ;
		DNI:_FillValue = -32767.f ;
	float CGAC(Time) ;
		CGAC:long_name = "AIRCRAFT C.G. ACCELERATION (M/S2)" ;
		CGAC:units = "m/s2" ;
		CGAC:actual_range = -3.297997f, 4.060997f ;
		CGAC:SampledRate = 1 ;
		CGAC:_FillValue = -32767.f ;
	float WP3(Time) ;
		WP3:long_name = "DAMPED AIRCRAFT VERT VELOCITY (M/S)" ;
		WP3:units = "m/s" ;
		WP3:actual_range = -20.452f, 26.263f ;
		WP3:SampledRate = 1 ;
		WP3:_FillValue = -32767.f ;
	float HI3(Time) ;
		HI3:long_name = "PRESSURE-DAMPED INERTIAL ALTITUDE (M)" ;
		HI3:units = "m" ;
		HI3:actual_range = 1644.1f, 5110.8f ;
		HI3:SampledRate = 1 ;
		HI3:_FillValue = -32767.f ;
	float FZV(Time) ;
		FZV:long_name = "FIXED ZERO VOLTAGE    (VDC)" ;
		FZV:units = "Vdc" ;
		FZV:actual_range = 0.0009994507f, 0.007003784f ;
		FZV:SampledRate = 1 ;
		FZV:_FillValue = -32767.f ;
	float RA(Time) ;
		RA:long_name = "REFERENCE AMPLITUDE       (VDC)" ;
		RA:units = "Vdc" ;
		RA:actual_range = -0.007003784f, 0.5220032f ;
		RA:SampledRate = 1 ;
		RA:_FillValue = -32767.f ;
	float RFMF(Time) ;
		RFMF:long_name = "REFERENCE FM FUNDAMENTAL  (VDC)" ;
		RFMF:units = "Vdc" ;
		RFMF:actual_range = -0.2450027f, 0.9759979f ;
		RFMF:SampledRate = 1 ;
		RFMF:_FillValue = -32767.f ;
	float RFMH(Time) ;
		RFMH:long_name = "REFERENCE FM HARMONIC     (VDC)" ;
		RFMH:units = "Vdc" ;
		RFMH:actual_range = -0.009002686f, 0.461998f ;
		RFMH:SampledRate = 1 ;
		RFMH:_FillValue = -32767.f ;
	float SA(Time) ;
		SA:long_name = "SAMPLE AMPLITUDE          (VDC)" ;
		SA:units = "Vdc" ;
		SA:actual_range = -0.001998901f, 1.602997f ;
		SA:SampledRate = 1 ;
		SA:_FillValue = -32767.f ;
	float SFH(Time) ;
		SFH:long_name = "SAMPLE FM HARMONIC        (VDC)" ;
		SFH:units = "Vdc" ;
		SFH:actual_range = -0.03199768f, 10.143f ;
		SFH:SampledRate = 1 ;
		SFH:_FillValue = -32767.f ;
	float RR(Time) ;
		RR:long_name = "REFERENCE RATIO           (VDC)" ;
		RR:units = "Vdc" ;
		RR:actual_range = -3.861f, 10.452f ;
		RR:SampledRate = 1 ;
		RR:_FillValue = -32767.f ;
	float SR(Time) ;
		SR:long_name = "SAMPLE RATIO              (VDC)" ;
		SR:units = "Vdc" ;
		SR:actual_range = -0.02300262f, 0.007003784f ;
		SR:SampledRate = 1 ;
		SR:_FillValue = -32767.f ;
	float XLAST(Time) ;
		XLAST:long_name = "LASER TEMPERATURE         (VDC)" ;
		XLAST:units = "Vdc" ;
		XLAST:actual_range = -0.01399994f, 0.08999634f ;
		XLAST:SampledRate = 1 ;
		XLAST:_FillValue = -32767.f ;
	float XLASC(Time) ;
		XLASC:long_name = "LASER CURRENT             (VDC)" ;
		XLASC:units = "Vdc" ;
		XLASC:actual_range = -1.773003f, 0.01699829f ;
		XLASC:SampledRate = 1 ;
		XLASC:_FillValue = -32767.f ;
	float SCPR(Time) ;
		SCPR:long_name = "SAMPLE CELL PRESSURE      (VDC)" ;
		SCPR:units = "Vdc" ;
		SCPR:actual_range = -0.7269974f, 9.120003f ;
		SCPR:SampledRate = 1 ;
		SCPR:_FillValue = -32767.f ;
	float SCFR(Time) ;
		SCFR:long_name = "SAMPLE CELL FLOW RATE     (VDC)" ;
		SCFR:units = "Vdc" ;
		SCFR:actual_range = -0.1989975f, 10.212f ;
		SCFR:SampledRate = 1 ;
		SCFR:_FillValue = -32767.f ;
	float O3CON(Time) ;
		O3CON:long_name = "OZONE CONCENTRATION       (VDC)" ;
		O3CON:units = "Vdc" ;
		O3CON:actual_range = -0.1900024f, 3.997002f ;
		O3CON:SampledRate = 1 ;
		O3CON:_FillValue = -32767.f ;
	float SPARE2(Time) ;
		SPARE2:long_name = "SPARE2           (VDC)" ;
		SPARE2:units = "Vdc" ;
		SPARE2:actual_range = 0.06199646f, 0.07800293f ;
		SPARE2:SampledRate = 1 ;
		SPARE2:_FillValue = -32767.f ;
	float RFMHRA(Time) ;
		RFMHRA:long_name = "REFERENCE FM HARMONIC/REF AMP  (RATIO)" ;
		RFMHRA:units = "RATIO" ;
		RFMHRA:actual_range = -65.662f, 948.575f ;
		RFMHRA:SampledRate = 1 ;
		RFMHRA:_FillValue = -32767.f ;
	float SFHSA(Time) ;
		SFHSA:long_name = "SAMPLE FM HARMONIC/SAMPLE AMP  (RATIO)" ;
		SFHSA:units = "RATIO" ;
		SFHSA:actual_range = -12.791f, 483.845f ;
		SFHSA:SampledRate = 1 ;
		SFHSA:_FillValue = -32767.f ;
	float RSRAT(Time) ;
		RSRAT:long_name = "SFHSA/RFMHRA         (RATIO)" ;
		RSRAT:units = "RATIO" ;
		RSRAT:actual_range = -44.32f, 461.746f ;
		RSRAT:SampledRate = 1 ;
		RSRAT:_FillValue = -32767.f ;
	float EVMRK(Time) ;
		EVMRK:long_name = "EVENT MARKER (VDC)" ;
		EVMRK:units = "Vdc" ;
		EVMRK:actual_range = 0.f, 0.f ;
		EVMRK:SampledRate = 1 ;
		EVMRK:_FillValue = -32767.f ;
	float RHUM(Time) ;
		RHUM:long_name = "RELATIVE HUMIDITY (PER CENT)" ;
		RHUM:units = "%" ;
		RHUM:actual_range = 15.675f, 68.554f ;
		RHUM:SampledRate = 1 ;
		RHUM:_FillValue = -32767.f ;
	float RM(Time) ;
		RM:long_name = "MIXING RATIO      (G/KG)" ;
		RM:units = "g/kg" ;
		RM:actual_range = 0.1589966f, 1.307999f ;
		RM:SampledRate = 1 ;
		RM:_FillValue = -32767.f ;
	float ETHETA(Time) ;
		ETHETA:long_name = "EQUIVALENT POTENTIAL TEMP (K)" ;
		ETHETA:units = "deg_K" ;
		ETHETA:actual_range = 291.452f, 295.666f ;
		ETHETA:SampledRate = 1 ;
		ETHETA:_FillValue = -32767.f ;
	float THETA(Time) ;
		THETA:long_name = "POTENTIAL TEMPERATURE   (K)" ;
		THETA:units = "deg_K" ;
		THETA:actual_range = 289.774f, 293.491f ;
		THETA:SampledRate = 1 ;
		THETA:_FillValue = -32767.f ;
	float SPHUM(Time) ;
		SPHUM:long_name = "SPECIFIC HUMIDITY (G/KG)" ;
		SPHUM:units = "g/kg" ;
		SPHUM:actual_range = 0.1589966f, 1.306f ;
		SPHUM:SampledRate = 1 ;
		SPHUM:_FillValue = -32767.f ;
	float VTHETA(Time) ;
		VTHETA:long_name = "VIRTUAL POTENTIAL TEMP (K)" ;
		VTHETA:units = "deg_K" ;
		VTHETA:actual_range = 289.955f, 293.544f ;
		VTHETA:SampledRate = 1 ;
		VTHETA:_FillValue = -32767.f ;

// global attributes:
		:institution = "NCAR Research Aviation Facility" ;
		:Address = "P.O. Box 3000, Boulder, CO 80307-3000" ;
		:creator_url = "http://www.eol.ucar.edu" ;
		:Conventions = "NCAR-RAF/nimbus" ;
		:ConventionsURL = "http://www.eol.ucar.edu/raf/Software/netCDF.html" ;
		:ConventionsVersion = "1.3" ;
		:Metadata_Conventions = "Unidata Dataset Discovery v1.0" ;
		:standard_name_vocabulary = "CF-1.0" ;
		:time_coordinate = "Time" ;
		:Phone = "(303) 497-1030" ;
		:ProcessorURL = "https://github.com/ncareol/GENPRO" ;
		:ProcessorRevision = "8ff1ae2e-dirty" ;
		:Categories = "Position,Thermodynamic,Aircraft State,Atmos. State" ;
		:geospatial_vertical_positive = "up" ;
		:date_created = "2016-08-09T18:24:14 +0000" ;
		:Platform = "N307D" ;
		:wind_field = "WSPD WDRCTN WI" ;
		:time_coverage_start = "1982-12-18T12:01:58 +0000" ;
		:time_coverage_end = "1982-12-18T13:05:45 +0000" ;
		:TimeInterval = "12:01:58-13:05:45" ;
		:FlightDate = "12/18/1982" ;
		:geospatial_lat_min = 39.909f ;
		:geospatial_lat_max = 40.909f ;
		:latitude_coordinate = "LAT" ;
		:geospatial_lon_min = -105.134f ;
		:geospatial_lon_max = -104.013f ;
		:longitude_coordinate = "LON" ;
		:zaxis_coordinate = "HP" ;
		:geospatial_vertical_units = "m" ;
		:geospatial_vertical_min = 1644.9f ;
		:geospatial_vertical_max = 5114.8f ;
		:DESCRIPTION = "736-01  ATLAS 18DEC82" ;
		:CYCLE_TIME = 1.f ;
		:FlightNumber = "RF01" ;
		:ProjectName = "ATLAS (Atmospheric Tunable Laser Absorption Spectroscopy)" ;
		:converted_from = "G52307" ;
}

Sample LRT Header NetCDF format

netcdf RF01.19810518.153802_172452 {
dimensions:
	Time = 6411 ;
variables:
	int Time(Time) ;
		Time:long_name = "time of measurement" ;
		Time:units = "seconds since 1981-05-18 00:00:00 +0000" ;
		Time:strptime_format = "seconds since %F %T %z" ;
		Time:standard_name = "time" ;
	float TPTIME(Time) ;
		TPTIME:long_name = "UNALTERED TAPE TIME (SEC) AFTER MIDNIGHT" ;
		TPTIME:units = "s" ;
		TPTIME:actual_range = 56282.f, 62692.f ;
		TPTIME:SampledRate = 1 ;
		TPTIME:_FillValue = -32767.f ;
	float TMLAG(Time) ;
		TMLAG:long_name = "LTN-51 ARINC TIME LAG (SEC)" ;
		TMLAG:units = "s" ;
		TMLAG:actual_range = 0.1399994f, 0.2200012f ;
		TMLAG:SampledRate = 1 ;
		TMLAG:_FillValue = -32767.f ;
	float EVMRKS(Time) ;
		EVMRKS:long_name = "EVENT MARKER WORD" ;
		EVMRKS:units = "unk" ;
		EVMRKS:actual_range = 0.f, 1.f ;
		EVMRKS:SampledRate = 1 ;
		EVMRKS:_FillValue = -32767.f ;
	float FZV(Time) ;
		FZV:long_name = "FIXED ZERO VOLTAGE (VDC)" ;
		FZV:units = "Vdc" ;
		FZV:actual_range = -0.001998901f, 0.f ;
		FZV:SampledRate = 1 ;
		FZV:_FillValue = -32767.f ;
	float LAT(Time) ;
		LAT:long_name = "RAW INS LATITUDE (DEG)" ;
		LAT:units = "degree_N" ;
		LAT:Category = "Position" ;
		LAT:standard_name = "latitude" ;
		LAT:valid_range = -90.f, 90.f ;
		LAT:actual_range = 46.40601f, 47.10001f ;
		LAT:SampledRate = 1 ;
		LAT:_FillValue = -32767.f ;
	float LON(Time) ;
		LON:long_name = "RAW INS LONGITUDE (DEG)" ;
		LON:units = "degree_E" ;
		LON:Category = "Position" ;
		LON:standard_name = "longitude" ;
		LON:valid_range = -180.f, 180.f ;
		LON:actual_range = -105.9f, -104.751f ;
		LON:SampledRate = 1 ;
		LON:_FillValue = -32767.f ;
	float THI(Time) ;
		THI:long_name = "AIRCRAFT TRUE HEADING (ARINC) (DEG)" ;
		THI:units = "degree" ;
		THI:actual_range = 0.151001f, 359.863f ;
		THI:SampledRate = 1 ;
		THI:_FillValue = -32767.f ;
	float ALPHA(Time) ;
		ALPHA:long_name = "INS WANDER ANGLE (DEG)" ;
		ALPHA:units = "degree" ;
		ALPHA:actual_range = 188.868f, 189.704f ;
		ALPHA:SampledRate = 1 ;
		ALPHA:_FillValue = -32767.f ;
	float XVI(Time) ;
		XVI:long_name = "RAW INS GROUND SPD X COMPONENT (M/S)" ;
		XVI:units = "m/s" ;
		XVI:actual_range = -99.85999f, 85.39398f ;
		XVI:SampledRate = 1 ;
		XVI:_FillValue = -32767.f ;
	float YVI(Time) ;
		YVI:long_name = "RAW INS GROUND SPD Y COMPONENT (M/S)" ;
		YVI:units = "m/s" ;
		YVI:actual_range = -92.72601f, 91.31799f ;
		YVI:SampledRate = 1 ;
		YVI:_FillValue = -32767.f ;
	float GSF(Time) ;
		GSF:long_name = "RAW INS GROUND SPEED (M/S)" ;
		GSF:units = "m/s" ;
		GSF:actual_range = 34.091f, 100.004f ;
		GSF:SampledRate = 1 ;
		GSF:_FillValue = -32767.f ;
	float PITCH(Time) ;
		PITCH:long_name = "AIRCRAFT PITCH ATTITUDE ANGLE (DEG)" ;
		PITCH:units = "degree" ;
		PITCH:actual_range = -6.362f, 12.143f ;
		PITCH:SampledRate = 1 ;
		PITCH:_FillValue = -32767.f ;
	float ROLL(Time) ;
		ROLL:long_name = "AIRCRAFT ROLL ATTITUDE ANGLE (DEG)" ;
		ROLL:units = "degree" ;
		ROLL:actual_range = -49.295f, 33.42101f ;
		ROLL:SampledRate = 1 ;
		ROLL:_FillValue = -32767.f ;
	float THF(Time) ;
		THF:long_name = "AIRCRAFT TRUE HEADING (YAW) (DEG)" ;
		THF:units = "degree" ;
		THF:actual_range = 0.1299973f, 359.753f ;
		THF:SampledRate = 1 ;
		THF:_FillValue = -32767.f ;
	float VZI(Time) ;
		VZI:long_name = "RAW INS VERTICAL VELOCITY (M/S)" ;
		VZI:units = "m/s" ;
		VZI:actual_range = -11.86499f, 18.50702f ;
		VZI:SampledRate = 1 ;
		VZI:_FillValue = -32767.f ;
	float QCW(Time) ;
		QCW:long_name = "RAW DYNAMIC PRESSURE (WING) (MB)" ;
		QCW:units = "hPa" ;
		QCW:actual_range = 10.034f, 44.082f ;
		QCW:SampledRate = 1 ;
		QCW:_FillValue = -32767.f ;
	float QCG(Time) ;
		QCG:long_name = "RAW DYNAMIC PRESSURE (GUST)      (MB)" ;
		QCG:units = "hPa" ;
		QCG:actual_range = 9.946999f, 41.15601f ;
		QCG:SampledRate = 1 ;
		QCG:_FillValue = -32767.f ;
	float QCWC(Time) ;
		QCWC:long_name = "CORRECTED DYNAMIC PRESR (WING)  (MB)" ;
		QCWC:units = "hPa" ;
		QCWC:actual_range = 11.184f, 44.40199f ;
		QCWC:SampledRate = 1 ;
		QCWC:_FillValue = -32767.f ;
	float QCGC(Time) ;
		QCGC:long_name = "CORRECTED DYNAMIC PRESR (GUST)      (MB)" ;
		QCGC:units = "hPa" ;
		QCGC:actual_range = 10.669f, 44.839f ;
		QCGC:SampledRate = 1 ;
		QCGC:_FillValue = -32767.f ;
	float PSF(Time) ;
		PSF:long_name = "RAW STATIC PRESSURE (FUSELAGE) (MB)" ;
		PSF:units = "hPa" ;
		PSF:actual_range = 609.537f, 927.681f ;
		PSF:SampledRate = 1 ;
		PSF:_FillValue = -32767.f ;
	float PSB(Time) ;
		PSB:long_name = "RAW STATIC PRESSURE (BOOM) (MB)" ;
		PSB:units = "hPa" ;
		PSB:actual_range = 609.825f, 929.489f ;
		PSB:SampledRate = 1 ;
		PSB:_FillValue = -32767.f ;
	float PSFC(Time) ;
		PSFC:long_name = "CORRECTED STATIC PRESR (FUSELAGE) (MB)" ;
		PSFC:units = "hPa" ;
		PSFC:actual_range = 608.838f, 927.287f ;
		PSFC:SampledRate = 1 ;
		PSFC:_FillValue = -32767.f ;
	float PSBC(Time) ;
		PSBC:long_name = "CORRECTED STATIC PRESSURE (BOOM) (MB)" ;
		PSBC:units = "hPa" ;
		PSBC:actual_range = 607.431f, 926.76f ;
		PSBC:SampledRate = 1 ;
		PSBC:_FillValue = -32767.f ;
	float HP(Time) ;
		HP:long_name = "NACA PRESSURE ALTITUDE (M)" ;
		HP:units = "m" ;
		HP:actual_range = 741.2f, 4092.9f ;
		HP:SampledRate = 1 ;
		HP:_FillValue = -32767.f ;
	float HGM(Time) ;
		HGM:long_name = "GEOMETRIC (RADIO) ALTITUDE (M)" ;
		HGM:units = "m" ;
		HGM:actual_range = -1.783997f, 767.218f ;
		HGM:SampledRate = 1 ;
		HGM:_FillValue = -32767.f ;
	float TTB(Time) ;
		TTB:long_name = "TOTAL TEMPERATURE (BOOM ROSEMOUNT) (C)" ;
		TTB:units = "deg_C" ;
		TTB:actual_range = -0.6240005f, 20.969f ;
		TTB:SampledRate = 1 ;
		TTB:_FillValue = -32767.f ;
	float TTRF(Time) ;
		TTRF:long_name = "TOTAL TEMPERATURE(REVERSE FLOW) (C)" ;
		TTRF:units = "deg_C" ;
		TTRF:actual_range = -2.091003f, 19.943f ;
		TTRF:SampledRate = 1 ;
		TTRF:_FillValue = -32767.f ;
	float TTKP(Time) ;
		TTKP:long_name = "TOTAL TEMPERATURE (FAST RESPONSE) (C)" ;
		TTKP:units = "deg_C" ;
		TTKP:actual_range = 4.511002f, 7.420998f ;
		TTKP:SampledRate = 1 ;
		TTKP:_FillValue = -32767.f ;
	float ATB(Time) ;
		ATB:long_name = "AMBIENT TEMP.(BOOM ROSEMOUNT)(C)" ;
		ATB:units = "deg_C" ;
		ATB:actual_range = -3.440002f, 19.35f ;
		ATB:SampledRate = 1 ;
		ATB:_FillValue = -32767.f ;
	float ATRF(Time) ;
		ATRF:long_name = "AMBIENT TEMPERATURE (REVERSE-FLOW) (C)" ;
		ATRF:units = "deg_C" ;
		ATRF:actual_range = -4.014f, 19.141f ;
		ATRF:SampledRate = 1 ;
		ATRF:_FillValue = -32767.f ;
	float ATKP(Time) ;
		ATKP:long_name = "AMBIENT TEMP (FAST RESPONSE)  (C)" ;
		ATKP:units = "deg_C" ;
		ATKP:actual_range = 1.583f, 6.664001f ;
		ATKP:SampledRate = 1 ;
		ATKP:_FillValue = -32767.f ;
	float PRT5(Time) ;
		PRT5:long_name = "RADIOMETRIC SURFACE TEMP (PRT-5)  (C)" ;
		PRT5:units = "deg_C" ;
		PRT5:actual_range = 10.823f, 67.536f ;
		PRT5:SampledRate = 1 ;
		PRT5:_FillValue = -32767.f ;
	float DPRB(Time) ;
		DPRB:long_name = "DEW/FROST POINT TEMP ( E-G+G)(RT-BOT)(C)" ;
		DPRB:units = "deg_C" ;
		DPRB:actual_range = -28.333f, 7.321999f ;
		DPRB:SampledRate = 1 ;
		DPRB:_FillValue = -32767.f ;
	float DPRT(Time) ;
		DPRT:long_name = "DEW/FROST POINT TEMP(GN EAST)(RT-TOP)(C)" ;
		DPRT:units = "deg_C" ;
		DPRT:actual_range = -30.685f, 3.727997f ;
		DPRT:SampledRate = 1 ;
		DPRT:_FillValue = -32767.f ;
	float DPRBC(Time) ;
		DPRBC:long_name = "DEWPOINT TEMPERATURE ( E-G+G)(RT-BOT)(C)" ;
		DPRBC:units = "deg_C" ;
		DPRBC:actual_range = -31.289f, 7.321999f ;
		DPRBC:SampledRate = 1 ;
		DPRBC:_FillValue = -32767.f ;
	float DPRTC(Time) ;
		DPRTC:long_name = "DEWPOINT TEMPERATURE(GN EAST)(RT-TOP)(C)" ;
		DPRTC:units = "deg_C" ;
		DPRTC:actual_range = -33.812f, 3.727997f ;
		DPRTC:SampledRate = 1 ;
		DPRTC:_FillValue = -32767.f ;
	float RHOTDB(Time) ;
		RHOTDB:long_name = "ABSOLUTE HUMIDITY ( E-G+G)(RT-BOT)(G/M3)" ;
		RHOTDB:units = "gram/m3" ;
		RHOTDB:actual_range = 0.3590012f, 8.013f ;
		RHOTDB:SampledRate = 1 ;
		RHOTDB:_FillValue = -32767.f ;
	float RHOTDT(Time) ;
		RHOTDT:long_name = "ABSOLUTE HUMIDITY(GN EAST)(RT-TOP)(G/M3)" ;
		RHOTDT:units = "gram/m3" ;
		RHOTDT:actual_range = 0.2809982f, 5.931f ;
		RHOTDT:SampledRate = 1 ;
		RHOTDT:_FillValue = -32767.f ;
	float VLA(Time) ;
		VLA:long_name = "RAW LYMAN ALPHA HYGROMETER OUTPUT (VDC)" ;
		VLA:units = "Vdc" ;
		VLA:actual_range = -4.556f, 0.3069992f ;
		VLA:SampledRate = 1 ;
		VLA:_FillValue = -32767.f ;
	float TASW(Time) ;
		TASW:long_name = "AIRCRAFT TRUE AIRSPEED (WING) (M/S)" ;
		TASW:units = "m/s" ;
		TASW:actual_range = 44.936f, 96.435f ;
		TASW:SampledRate = 1 ;
		TASW:_FillValue = -32767.f ;
	float TASG(Time) ;
		TASG:long_name = "AIRCRAFT TRUE AIRSPEED (GUST) (M/S)" ;
		TASG:units = "m/s" ;
		TASG:actual_range = 43.90401f, 97.00999f ;
		TASG:SampledRate = 1 ;
		TASG:_FillValue = -32767.f ;
	float LWC(Time) ;
		LWC:long_name = "RAW J-W LIQUID WATER CONTENT (G/M3)" ;
		LWC:units = "gram/m3" ;
		LWC:actual_range = -0.8669968f, 1.064003f ;
		LWC:SampledRate = 1 ;
		LWC:_FillValue = -32767.f ;
	float LWCC(Time) ;
		LWCC:long_name = "CORRCTD J-W LIQUID WATER CONTENT (G/M3)" ;
		LWCC:units = "gram/m3" ;
		LWCC:actual_range = -0.939003f, 1.487999f ;
		LWCC:SampledRate = 1 ;
		LWCC:_FillValue = -32767.f ;
	float AFIXL(Time) ;
		AFIXL:long_name = "ATTACK ANGLE ( LEFT FIXED VANE) (DEG)" ;
		AFIXL:units = "degree" ;
		AFIXL:actual_range = -0.8379974f, 5.407997f ;
		AFIXL:SampledRate = 1 ;
		AFIXL:_FillValue = -32767.f ;
	float AFIXR(Time) ;
		AFIXR:long_name = "ATTACK ANGLE (RIGHT FIXED VANE) (DEG)" ;
		AFIXR:units = "degree" ;
		AFIXR:actual_range = -0.4810028f, 5.636002f ;
		AFIXR:SampledRate = 1 ;
		AFIXR:_FillValue = -32767.f ;
	float BFIXT(Time) ;
		BFIXT:long_name = "SIDESLIP ANGLE (TOP FIXED VANE)  (DEG)" ;
		BFIXT:units = "degree" ;
		BFIXT:actual_range = -2.434998f, 7.010002f ;
		BFIXT:SampledRate = 1 ;
		BFIXT:_FillValue = -32767.f ;
	float BFIXB(Time) ;
		BFIXB:long_name = "SIDESLIP ANGLE (BOTTOM FIXED VANE) (DEG)" ;
		BFIXB:units = "degree" ;
		BFIXB:actual_range = -0.2249985f, -0.007003784f ;
		BFIXB:SampledRate = 1 ;
		BFIXB:_FillValue = -32767.f ;
	float UI1(Time) ;
		UI1:long_name = "WIND VECTOR EAST GUST COMPONENT (M/S)" ;
		UI1:units = "m/s" ;
		UI1:actual_range = -9.020004f, 2.919006f ;
		UI1:SampledRate = 1 ;
		UI1:_FillValue = -32767.f ;
	float VI1(Time) ;
		VI1:long_name = "WIND VECTOR NORTH GUST COMPONENT (M/S)" ;
		VI1:units = "m/s" ;
		VI1:actual_range = 5.145004f, 18.86301f ;
		VI1:SampledRate = 1 ;
		VI1:_FillValue = -32767.f ;
	float WI1(Time) ;
		WI1:long_name = "WIND VECTOR VERTICAL GUST COMP (M/S)" ;
		WI1:units = "m/s" ;
		WI1:actual_range = -3.058998f, 6.855003f ;
		WI1:SampledRate = 1 ;
		WI1:_FillValue = -32767.f ;
	float UX1(Time) ;
		UX1:long_name = "WIND VECTOR LNGTDNL GUST COMP. (M/S)" ;
		UX1:units = "m/s" ;
		UX1:actual_range = -17.617f, 16.85201f ;
		UX1:SampledRate = 1 ;
		UX1:_FillValue = -32767.f ;
	float VY1(Time) ;
		VY1:long_name = "WIND VECTOR LATERAL GUST COMP. (M/S)" ;
		VY1:units = "m/s" ;
		VY1:actual_range = -17.009f, 17.754f ;
		VY1:SampledRate = 1 ;
		VY1:_FillValue = -32767.f ;
	float WDRCTN(Time) ;
		WDRCTN:long_name = "HORIZONTAL WIND DIRECTION (DEG)" ;
		WDRCTN:units = "degree" ;
		WDRCTN:actual_range = 142.28f, 200.703f ;
		WDRCTN:SampledRate = 1 ;
		WDRCTN:_FillValue = -32767.f ;
	float WSPD(Time) ;
		WSPD:long_name = "HORIZONTAL WIND SPEED (M/S)" ;
		WSPD:units = "m/s" ;
		WSPD:actual_range = 5.200996f, 19.196f ;
		WSPD:SampledRate = 1 ;
		WSPD:_FillValue = -32767.f ;
	float VEW(Time) ;
		VEW:long_name = "RAW INS GROUND SPD EAST COMP (M/S)" ;
		VEW:units = "m/s" ;
		VEW:actual_range = -94.91901f, 92.93103f ;
		VEW:SampledRate = 1 ;
		VEW:_FillValue = -32767.f ;
	float VNS(Time) ;
		VNS:long_name = "RAW INS GROUND SPD NORTH COMP (M/S)" ;
		VNS:units = "m/s" ;
		VNS:actual_range = -84.76999f, 98.823f ;
		VNS:SampledRate = 1 ;
		VNS:_FillValue = -32767.f ;
	float DEI(Time) ;
		DEI:long_name = "DISTANCE EAST OF SUNDAY CREEK (KM)" ;
		DEI:units = "km" ;
		DEI:actual_range = 2.830017f, 90.46997f ;
		DEI:SampledRate = 1 ;
		DEI:_FillValue = -32767.f ;
	float DNI(Time) ;
		DNI:long_name = "DISTANCE NORTH OF SUNDAY CREEK (KM)" ;
		DNI:units = "km" ;
		DNI:actual_range = -2.950012f, 74.35999f ;
		DNI:SampledRate = 1 ;
		DNI:_FillValue = -32767.f ;
	float CGAC(Time) ;
		CGAC:long_name = "AIRCRAFT C.G. ACCELERATION (M/S2)" ;
		CGAC:units = "m/s2" ;
		CGAC:actual_range = -4.711998f, 5.862f ;
		CGAC:SampledRate = 1 ;
		CGAC:_FillValue = -32767.f ;
	float WP3(Time) ;
		WP3:long_name = "DAMPED AIRCRAFT VERT VELOCITY (M/S)" ;
		WP3:units = "m/s" ;
		WP3:actual_range = -10.567f, 11.507f ;
		WP3:SampledRate = 1 ;
		WP3:_FillValue = -32767.f ;
	float HI3(Time) ;
		HI3:long_name = "PRESSURE-DAMPED INERTIAL ALTITUDE (M)" ;
		HI3:units = "m" ;
		HI3:actual_range = 743.9f, 4092.2f ;
		HI3:SampledRate = 1 ;
		HI3:_FillValue = -32767.f ;
	float RHUM(Time) ;
		RHUM:long_name = "RELATIVE HUMIDITY (PER CENT)" ;
		RHUM:units = "%" ;
		RHUM:actual_range = 5.943001f, 103.375f ;
		RHUM:SampledRate = 1 ;
		RHUM:_FillValue = -32767.f ;
	float TLCL(Time) ;
		TLCL:long_name = "TEMPETATURE AT LCL(C)" ;
		TLCL:units = "deg_C" ;
		TLCL:actual_range = -38.632f, 0.8450012f ;
		TLCL:SampledRate = 1 ;
		TLCL:_FillValue = -32767.f ;
	float PLCL(Time) ;
		PLCL:long_name = "PRESSURE AT LCL   (MB)" ;
		PLCL:units = "hPa" ;
		PLCL:actual_range = 368.086f, 755.127f ;
		PLCL:SampledRate = 1 ;
		PLCL:_FillValue = -32767.f ;
	float RM(Time) ;
		RM:long_name = "MIXING RATIO      (G/KG)" ;
		RM:units = "g/kg" ;
		RM:actual_range = 0.3450012f, 5.403999f ;
		RM:SampledRate = 1 ;
		RM:_FillValue = -32767.f ;
	float ETHETA(Time) ;
		ETHETA:long_name = "EQUIVALENT POTENTIAL TEMPERATURE (K)" ;
		ETHETA:units = "deg_K" ;
		ETHETA:actual_range = 301.725f, 314.654f ;
		ETHETA:SampledRate = 1 ;
		ETHETA:_FillValue = -32767.f ;
	float THETA(Time) ;
		THETA:long_name = "POTENTIAL TEMPERATURE (K)" ;
		THETA:units = "deg_K" ;
		THETA:actual_range = 295.941f, 312.123f ;
		THETA:SampledRate = 1 ;
		THETA:_FillValue = -32767.f ;
	float SPHUM(Time) ;
		SPHUM:long_name = "SPECIFIC HUMIDITY (G/KG)" ;
		SPHUM:units = "g/kg" ;
		SPHUM:actual_range = 0.3450012f, 5.375f ;
		SPHUM:SampledRate = 1 ;
		SPHUM:_FillValue = -32767.f ;
	float VTHETA(Time) ;
		VTHETA:long_name = "VIRTUAL POTENTIAL TEMPERATURE (K)" ;
		VTHETA:units = "deg_K" ;
		VTHETA:actual_range = 296.826f, 312.192f ;
		VTHETA:SampledRate = 1 ;
		VTHETA:_FillValue = -32767.f ;
	float \200Y(Time) ;
		\200Y:long_name = "PMS PROBE 200Y" ;
		\200Y:units = "IDWD" ;
		\200Y:actual_range = 0.f, 2.f ;
		\200Y:SampledRate = 1 ;
		\200Y:_FillValue = -32767.f ;
	float SUM1_1(Time) ;
		SUM1_1:long_name = "PROBE 1/CELL 1 ACCMULATION(COUNTS)" ;
		SUM1_1:units = "COUNTS" ;
		SUM1_1:actual_range = 0.f, 9.f ;
		SUM1_1:SampledRate = 1 ;
		SUM1_1:_FillValue = -32767.f ;
	float SUM1_2(Time) ;
		SUM1_2:long_name = "PROBE 1/CELL 2 ACCMULATION(COUNTS)" ;
		SUM1_2:units = "COUNTS" ;
		SUM1_2:actual_range = 0.f, 1.f ;
		SUM1_2:SampledRate = 1 ;
		SUM1_2:_FillValue = -32767.f ;
	float SUM1_3(Time) ;
		SUM1_3:long_name = "PROBE 1/CELL 3 ACCMULATION(COUNTS)" ;
		SUM1_3:units = "COUNTS" ;
		SUM1_3:actual_range = 0.f, 1.f ;
		SUM1_3:SampledRate = 1 ;
		SUM1_3:_FillValue = -32767.f ;
	float SUM1_4(Time) ;
		SUM1_4:long_name = "PROBE 1/CELL 4 ACCMULATION(COUNTS)" ;
		SUM1_4:units = "COUNTS" ;
		SUM1_4:actual_range = 0.f, 0.f ;
		SUM1_4:SampledRate = 1 ;
		SUM1_4:_FillValue = -32767.f ;
	float SUM1_5(Time) ;
		SUM1_5:long_name = "PROBE 1/CELL 5 ACCMULATION(COUNTS)" ;
		SUM1_5:units = "COUNTS" ;
		SUM1_5:actual_range = 0.f, 1.f ;
		SUM1_5:SampledRate = 1 ;
		SUM1_5:_FillValue = -32767.f ;
	float SUM1_6(Time) ;
		SUM1_6:long_name = "PROBE 1/CELL 6 ACCMULATION(COUNTS)" ;
		SUM1_6:units = "COUNTS" ;
		SUM1_6:actual_range = 0.f, 1.f ;
		SUM1_6:SampledRate = 1 ;
		SUM1_6:_FillValue = -32767.f ;
	float SUM1_7(Time) ;
		SUM1_7:long_name = "PROBE 1/CELL 7 ACCMULATION(COUNTS)" ;
		SUM1_7:units = "COUNTS" ;
		SUM1_7:actual_range = 0.f, 0.f ;
		SUM1_7:SampledRate = 1 ;
		SUM1_7:_FillValue = -32767.f ;
	float SUM1_8(Time) ;
		SUM1_8:long_name = "PROBE 1/CELL 8 ACCMULATION(COUNTS)" ;
		SUM1_8:units = "COUNTS" ;
		SUM1_8:actual_range = 0.f, 0.f ;
		SUM1_8:SampledRate = 1 ;
		SUM1_8:_FillValue = -32767.f ;
	float SUM1_9(Time) ;
		SUM1_9:long_name = "PROBE 1/CELL 9 ACCMULATION(COUNTS)" ;
		SUM1_9:units = "COUNTS" ;
		SUM1_9:actual_range = 0.f, 0.f ;
		SUM1_9:SampledRate = 1 ;
		SUM1_9:_FillValue = -32767.f ;
	float SUM1_10(Time) ;
		SUM1_10:long_name = "PROBE 1/CELL10 ACCMULATION(COUNTS)" ;
		SUM1_10:units = "COUNTS" ;
		SUM1_10:actual_range = 0.f, 0.f ;
		SUM1_10:SampledRate = 1 ;
		SUM1_10:_FillValue = -32767.f ;
	float SUM1_11(Time) ;
		SUM1_11:long_name = "PROBE 1/CELL11 ACCMULATION(COUNTS)" ;
		SUM1_11:units = "COUNTS" ;
		SUM1_11:actual_range = 0.f, 0.f ;
		SUM1_11:SampledRate = 1 ;
		SUM1_11:_FillValue = -32767.f ;
	float SUM1_12(Time) ;
		SUM1_12:long_name = "PROBE 1/CELL12 ACCMULATION(COUNTS)" ;
		SUM1_12:units = "COUNTS" ;
		SUM1_12:actual_range = 0.f, 0.f ;
		SUM1_12:SampledRate = 1 ;
		SUM1_12:_FillValue = -32767.f ;
	float SUM1_13(Time) ;
		SUM1_13:long_name = "PROBE 1/CELL13 ACCMULATION(COUNTS)" ;
		SUM1_13:units = "COUNTS" ;
		SUM1_13:actual_range = 0.f, 0.f ;
		SUM1_13:SampledRate = 1 ;
		SUM1_13:_FillValue = -32767.f ;
	float SUM1_14(Time) ;
		SUM1_14:long_name = "PROBE 1/CELL14 ACCMULATION(COUNTS)" ;
		SUM1_14:units = "COUNTS" ;
		SUM1_14:actual_range = 0.f, 0.f ;
		SUM1_14:SampledRate = 1 ;
		SUM1_14:_FillValue = -32767.f ;
	float SUM1_15(Time) ;
		SUM1_15:long_name = "PROBE 1/CELL15 ACCMULATION(COUNTS)" ;
		SUM1_15:units = "COUNTS" ;
		SUM1_15:actual_range = 0.f, 0.f ;
		SUM1_15:SampledRate = 1 ;
		SUM1_15:_FillValue = -32767.f ;
	float YCN_01(Time) ;
		YCN_01:long_name = "PROBE 2/CELL 1 CONCENTRATION (CTS/LITER)" ;
		YCN_01:units = "N/LTR" ;
		YCN_01:actual_range = 0.f, 322.356f ;
		YCN_01:SampledRate = 1 ;
		YCN_01:_FillValue = -32767.f ;
	float YCN_02(Time) ;
		YCN_02:long_name = "PROBE 2/CELL 2 CONCENTRATION (CTS/LITER)" ;
		YCN_02:units = "N/LTR" ;
		YCN_02:actual_range = 0.f, 13.495f ;
		YCN_02:SampledRate = 1 ;
		YCN_02:_FillValue = -32767.f ;
	float YCN_03(Time) ;
		YCN_03:long_name = "PROBE 2/CELL 3 CONCENTRATION (CTS/LITER)" ;
		YCN_03:units = "N/LTR" ;
		YCN_03:actual_range = 0.f, 9.724998f ;
		YCN_03:SampledRate = 1 ;
		YCN_03:_FillValue = -32767.f ;
	float YCN_04(Time) ;
		YCN_04:long_name = "PROBE 2/CELL 4 CONCENTRATION (CTS/LITER)" ;
		YCN_04:units = "N/LTR" ;
		YCN_04:actual_range = 0.f, 0.f ;
		YCN_04:SampledRate = 1 ;
		YCN_04:_FillValue = -32767.f ;
	float YCN_05(Time) ;
		YCN_05:long_name = "PROBE 2/CELL 5 CONCENTRATION (CTS/LITER)" ;
		YCN_05:units = "N/LTR" ;
		YCN_05:actual_range = 0.f, 9.620003f ;
		YCN_05:SampledRate = 1 ;
		YCN_05:_FillValue = -32767.f ;
	float YCN_06(Time) ;
		YCN_06:long_name = "PROBE 2/CELL 6 CONCENTRATION (CTS/LITER)" ;
		YCN_06:units = "N/LTR" ;
		YCN_06:actual_range = 0.f, 10.336f ;
		YCN_06:SampledRate = 1 ;
		YCN_06:_FillValue = -32767.f ;
	float YCN_07(Time) ;
		YCN_07:long_name = "PROBE 2/CELL 7 CONCENTRATION (CTS/LITER)" ;
		YCN_07:units = "N/LTR" ;
		YCN_07:actual_range = 0.f, 0.f ;
		YCN_07:SampledRate = 1 ;
		YCN_07:_FillValue = -32767.f ;
	float YCN_08(Time) ;
		YCN_08:long_name = "PROBE 2/CELL 8 CONCENTRATION (CTS/LITER)" ;
		YCN_08:units = "N/LTR" ;
		YCN_08:actual_range = 0.f, 0.f ;
		YCN_08:SampledRate = 1 ;
		YCN_08:_FillValue = -32767.f ;
	float YCN_09(Time) ;
		YCN_09:long_name = "PROBE 2/CELL 9 CONCENTRATION (CTS/LITER)" ;
		YCN_09:units = "N/LTR" ;
		YCN_09:actual_range = 0.f, 0.f ;
		YCN_09:SampledRate = 1 ;
		YCN_09:_FillValue = -32767.f ;
	float YCN_10(Time) ;
		YCN_10:long_name = "PROBE 2/CELL10 CONCENTRATION (CTS/LITER)" ;
		YCN_10:units = "N/LTR" ;
		YCN_10:actual_range = 0.f, 0.f ;
		YCN_10:SampledRate = 1 ;
		YCN_10:_FillValue = -32767.f ;
	float YCN_11(Time) ;
		YCN_11:long_name = "PROBE 2/CELL11 CONCENTRATION (CTS/LITER)" ;
		YCN_11:units = "N/LTR" ;
		YCN_11:actual_range = 0.f, 0.f ;
		YCN_11:SampledRate = 1 ;
		YCN_11:_FillValue = -32767.f ;
	float YCN_12(Time) ;
		YCN_12:long_name = "PROBE 2/CELL12 CONCENTRATION (CTS/LITER)" ;
		YCN_12:units = "N/LTR" ;
		YCN_12:actual_range = 0.f, 0.f ;
		YCN_12:SampledRate = 1 ;
		YCN_12:_FillValue = -32767.f ;
	float YCN_13(Time) ;
		YCN_13:long_name = "PROBE 2/CELL13 CONCENTRATION (CTS/LITER)" ;
		YCN_13:units = "N/LTR" ;
		YCN_13:actual_range = 0.f, 0.f ;
		YCN_13:SampledRate = 1 ;
		YCN_13:_FillValue = -32767.f ;
	float YCN_14(Time) ;
		YCN_14:long_name = "PROBE 2/CELL14 CONCENTRATION (CTS/LITER)" ;
		YCN_14:units = "N/LTR" ;
		YCN_14:actual_range = 0.f, 0.f ;
		YCN_14:SampledRate = 1 ;
		YCN_14:_FillValue = -32767.f ;
	float YCN_15(Time) ;
		YCN_15:long_name = "PROBE 2/CELL15 CONCENTRATION (CTS/LITER)" ;
		YCN_15:units = "N/LTR" ;
		YCN_15:actual_range = 0.f, 0.f ;
		YCN_15:SampledRate = 1 ;
		YCN_15:_FillValue = -32767.f ;

// global attributes:
		:institution = "NCAR Research Aviation Facility" ;
		:Address = "P.O. Box 3000, Boulder, CO 80307-3000" ;
		:creator_url = "http://www.eol.ucar.edu" ;
		:Conventions = "NCAR-RAF/nimbus" ;
		:ConventionsURL = "http://www.eol.ucar.edu/raf/Software/netCDF.html" ;
		:ConventionsVersion = "1.3" ;
		:Metadata_Conventions = "Unidata Dataset Discovery v1.0" ;
		:standard_name_vocabulary = "CF-1.0" ;
		:time_coordinate = "Time" ;
		:Phone = "(303) 497-1030" ;
		:ProcessorURL = "https://github.com/ncareol/GENPRO" ;
		:ProcessorRevision = "8ff1ae2e-dirty" ;
		:Categories = "Position,Thermodynamic,Aircraft State,Atmos. State" ;
		:geospatial_vertical_positive = "up" ;
		:date_created = "2016-08-09T18:27:29 +0000" ;
		:Platform = "N306D" ;
		:wind_field = "WSPD WDRCTN" ;
		:time_coverage_start = "1981-05-18T15:38:02 +0000" ;
		:time_coverage_end = "1981-05-18T17:24:52 +0000" ;
		:TimeInterval = "15:38:02-17:24:52" ;
		:FlightDate = "05/18/1981" ;
		:geospatial_lat_min = 46.40601f ;
		:geospatial_lat_max = 47.10001f ;
		:latitude_coordinate = "LAT" ;
		:geospatial_lon_min = -105.9f ;
		:geospatial_lon_max = -104.751f ;
		:longitude_coordinate = "LON" ;
		:zaxis_coordinate = "HP" ;
		:geospatial_vertical_units = "m" ;
		:geospatial_vertical_min = 741.2f ;
		:geospatial_vertical_max = 4092.9f ;
		:DESCRIPTION = "  691-01   CCOPE    18 MAY 81  15/29/00" ;
		:CYCLE_TIME = 1.f ;
		:FlightNumber = "RF01" ;
		:ProjectName = "CCOPE (Cooperative COnvective Precipitation Experiment)" ;
		:converted_from = "G51334" ;
}

N306D Sample LRT NetCDF header

netcdf RF01.19810518.153802_172452 {
dimensions:
	Time = 6411 ;
variables:
	int Time(Time) ;
		Time:long_name = "time of measurement" ;
		Time:units = "seconds since 1981-05-18 00:00:00 +0000" ;
		Time:strptime_format = "seconds since %F %T %z" ;
		Time:standard_name = "time" ;
	float TPTIME(Time) ;
		TPTIME:long_name = "UNALTERED TAPE TIME (SEC) AFTER MIDNIGHT" ;
		TPTIME:units = "s" ;
		TPTIME:actual_range = 56282.f, 62692.f ;
		TPTIME:SampledRate = 1 ;
		TPTIME:_FillValue = -32767.f ;
	float TMLAG(Time) ;
		TMLAG:long_name = "LTN-51 ARINC TIME LAG (SEC)" ;
		TMLAG:units = "s" ;
		TMLAG:actual_range = 0.1399994f, 0.2200012f ;
		TMLAG:SampledRate = 1 ;
		TMLAG:_FillValue = -32767.f ;
	float EVMRKS(Time) ;
		EVMRKS:long_name = "EVENT MARKER WORD" ;
		EVMRKS:units = "unk" ;
		EVMRKS:actual_range = 0.f, 1.f ;
		EVMRKS:SampledRate = 1 ;
		EVMRKS:_FillValue = -32767.f ;
	float FZV(Time) ;
		FZV:long_name = "FIXED ZERO VOLTAGE (VDC)" ;
		FZV:units = "Vdc" ;
		FZV:actual_range = -0.001998901f, 0.f ;
		FZV:SampledRate = 1 ;
		FZV:_FillValue = -32767.f ;
	float LAT(Time) ;
		LAT:long_name = "RAW INS LATITUDE (DEG)" ;
		LAT:units = "degree_N" ;
		LAT:Category = "Position" ;
		LAT:standard_name = "latitude" ;
		LAT:valid_range = -90.f, 90.f ;
		LAT:actual_range = 46.40601f, 47.10001f ;
		LAT:SampledRate = 1 ;
		LAT:_FillValue = -32767.f ;
	float LON(Time) ;
		LON:long_name = "RAW INS LONGITUDE (DEG)" ;
		LON:units = "degree_E" ;
		LON:Category = "Position" ;
		LON:standard_name = "longitude" ;
		LON:valid_range = -180.f, 180.f ;
		LON:actual_range = -105.9f, -104.751f ;
		LON:SampledRate = 1 ;
		LON:_FillValue = -32767.f ;
	float THI(Time) ;
		THI:long_name = "AIRCRAFT TRUE HEADING (ARINC) (DEG)" ;
		THI:units = "degree" ;
		THI:actual_range = 0.151001f, 359.863f ;
		THI:SampledRate = 1 ;
		THI:_FillValue = -32767.f ;
	float ALPHA(Time) ;
		ALPHA:long_name = "INS WANDER ANGLE (DEG)" ;
		ALPHA:units = "degree" ;
		ALPHA:actual_range = 188.868f, 189.704f ;
		ALPHA:SampledRate = 1 ;
		ALPHA:_FillValue = -32767.f ;
	float XVI(Time) ;
		XVI:long_name = "RAW INS GROUND SPD X COMPONENT (M/S)" ;
		XVI:units = "m/s" ;
		XVI:actual_range = -99.85999f, 85.39398f ;
		XVI:SampledRate = 1 ;
		XVI:_FillValue = -32767.f ;
	float YVI(Time) ;
		YVI:long_name = "RAW INS GROUND SPD Y COMPONENT (M/S)" ;
		YVI:units = "m/s" ;
		YVI:actual_range = -92.72601f, 91.31799f ;
		YVI:SampledRate = 1 ;
		YVI:_FillValue = -32767.f ;
	float GSF(Time) ;
		GSF:long_name = "RAW INS GROUND SPEED (M/S)" ;
		GSF:units = "m/s" ;
		GSF:actual_range = 34.091f, 100.004f ;
		GSF:SampledRate = 1 ;
		GSF:_FillValue = -32767.f ;
	float PITCH(Time) ;
		PITCH:long_name = "AIRCRAFT PITCH ATTITUDE ANGLE (DEG)" ;
		PITCH:units = "degree" ;
		PITCH:actual_range = -6.362f, 12.143f ;
		PITCH:SampledRate = 1 ;
		PITCH:_FillValue = -32767.f ;
	float ROLL(Time) ;
		ROLL:long_name = "AIRCRAFT ROLL ATTITUDE ANGLE (DEG)" ;
		ROLL:units = "degree" ;
		ROLL:actual_range = -49.295f, 33.42101f ;
		ROLL:SampledRate = 1 ;
		ROLL:_FillValue = -32767.f ;
	float THF(Time) ;
		THF:long_name = "AIRCRAFT TRUE HEADING (YAW) (DEG)" ;
		THF:units = "degree" ;
		THF:actual_range = 0.1299973f, 359.753f ;
		THF:SampledRate = 1 ;
		THF:_FillValue = -32767.f ;
	float VZI(Time) ;
		VZI:long_name = "RAW INS VERTICAL VELOCITY (M/S)" ;
		VZI:units = "m/s" ;
		VZI:actual_range = -11.86499f, 18.50702f ;
		VZI:SampledRate = 1 ;
		VZI:_FillValue = -32767.f ;
	float QCW(Time) ;
		QCW:long_name = "RAW DYNAMIC PRESSURE (WING) (MB)" ;
		QCW:units = "hPa" ;
		QCW:actual_range = 10.034f, 44.082f ;
		QCW:SampledRate = 1 ;
		QCW:_FillValue = -32767.f ;
	float QCG(Time) ;
		QCG:long_name = "RAW DYNAMIC PRESSURE (GUST)      (MB)" ;
		QCG:units = "hPa" ;
		QCG:actual_range = 9.946999f, 41.15601f ;
		QCG:SampledRate = 1 ;
		QCG:_FillValue = -32767.f ;
	float QCWC(Time) ;
		QCWC:long_name = "CORRECTED DYNAMIC PRESR (WING)  (MB)" ;
		QCWC:units = "hPa" ;
		QCWC:actual_range = 11.184f, 44.40199f ;
		QCWC:SampledRate = 1 ;
		QCWC:_FillValue = -32767.f ;
	float QCGC(Time) ;
		QCGC:long_name = "CORRECTED DYNAMIC PRESR (GUST)      (MB)" ;
		QCGC:units = "hPa" ;
		QCGC:actual_range = 10.669f, 44.839f ;
		QCGC:SampledRate = 1 ;
		QCGC:_FillValue = -32767.f ;
	float PSF(Time) ;
		PSF:long_name = "RAW STATIC PRESSURE (FUSELAGE) (MB)" ;
		PSF:units = "hPa" ;
		PSF:actual_range = 609.537f, 927.681f ;
		PSF:SampledRate = 1 ;
		PSF:_FillValue = -32767.f ;
	float PSB(Time) ;
		PSB:long_name = "RAW STATIC PRESSURE (BOOM) (MB)" ;
		PSB:units = "hPa" ;
		PSB:actual_range = 609.825f, 929.489f ;
		PSB:SampledRate = 1 ;
		PSB:_FillValue = -32767.f ;
	float PSFC(Time) ;
		PSFC:long_name = "CORRECTED STATIC PRESR (FUSELAGE) (MB)" ;
		PSFC:units = "hPa" ;
		PSFC:actual_range = 608.838f, 927.287f ;
		PSFC:SampledRate = 1 ;
		PSFC:_FillValue = -32767.f ;
	float PSBC(Time) ;
		PSBC:long_name = "CORRECTED STATIC PRESSURE (BOOM) (MB)" ;
		PSBC:units = "hPa" ;
		PSBC:actual_range = 607.431f, 926.76f ;
		PSBC:SampledRate = 1 ;
		PSBC:_FillValue = -32767.f ;
	float HP(Time) ;
		HP:long_name = "NACA PRESSURE ALTITUDE (M)" ;
		HP:units = "m" ;
		HP:actual_range = 741.2f, 4092.9f ;
		HP:SampledRate = 1 ;
		HP:_FillValue = -32767.f ;
	float HGM(Time) ;
		HGM:long_name = "GEOMETRIC (RADIO) ALTITUDE (M)" ;
		HGM:units = "m" ;
		HGM:actual_range = -1.783997f, 767.218f ;
		HGM:SampledRate = 1 ;
		HGM:_FillValue = -32767.f ;
	float TTB(Time) ;
		TTB:long_name = "TOTAL TEMPERATURE (BOOM ROSEMOUNT) (C)" ;
		TTB:units = "deg_C" ;
		TTB:actual_range = -0.6240005f, 20.969f ;
		TTB:SampledRate = 1 ;
		TTB:_FillValue = -32767.f ;
	float TTRF(Time) ;
		TTRF:long_name = "TOTAL TEMPERATURE(REVERSE FLOW) (C)" ;
		TTRF:units = "deg_C" ;
		TTRF:actual_range = -2.091003f, 19.943f ;
		TTRF:SampledRate = 1 ;
		TTRF:_FillValue = -32767.f ;
	float TTKP(Time) ;
		TTKP:long_name = "TOTAL TEMPERATURE (FAST RESPONSE) (C)" ;
		TTKP:units = "deg_C" ;
		TTKP:actual_range = 4.511002f, 7.420998f ;
		TTKP:SampledRate = 1 ;
		TTKP:_FillValue = -32767.f ;
	float ATB(Time) ;
		ATB:long_name = "AMBIENT TEMP.(BOOM ROSEMOUNT)(C)" ;
		ATB:units = "deg_C" ;
		ATB:actual_range = -3.440002f, 19.35f ;
		ATB:SampledRate = 1 ;
		ATB:_FillValue = -32767.f ;
	float ATRF(Time) ;
		ATRF:long_name = "AMBIENT TEMPERATURE (REVERSE-FLOW) (C)" ;
		ATRF:units = "deg_C" ;
		ATRF:actual_range = -4.014f, 19.141f ;
		ATRF:SampledRate = 1 ;
		ATRF:_FillValue = -32767.f ;
	float ATKP(Time) ;
		ATKP:long_name = "AMBIENT TEMP (FAST RESPONSE)  (C)" ;
		ATKP:units = "deg_C" ;
		ATKP:actual_range = 1.583f, 6.664001f ;
		ATKP:SampledRate = 1 ;
		ATKP:_FillValue = -32767.f ;
	float PRT5(Time) ;
		PRT5:long_name = "RADIOMETRIC SURFACE TEMP (PRT-5)  (C)" ;
		PRT5:units = "deg_C" ;
		PRT5:actual_range = 10.823f, 67.536f ;
		PRT5:SampledRate = 1 ;
		PRT5:_FillValue = -32767.f ;
	float DPRB(Time) ;
		DPRB:long_name = "DEW/FROST POINT TEMP ( E-G+G)(RT-BOT)(C)" ;
		DPRB:units = "deg_C" ;
		DPRB:actual_range = -28.333f, 7.321999f ;
		DPRB:SampledRate = 1 ;
		DPRB:_FillValue = -32767.f ;
	float DPRT(Time) ;
		DPRT:long_name = "DEW/FROST POINT TEMP(GN EAST)(RT-TOP)(C)" ;
		DPRT:units = "deg_C" ;
		DPRT:actual_range = -30.685f, 3.727997f ;
		DPRT:SampledRate = 1 ;
		DPRT:_FillValue = -32767.f ;
	float DPRBC(Time) ;
		DPRBC:long_name = "DEWPOINT TEMPERATURE ( E-G+G)(RT-BOT)(C)" ;
		DPRBC:units = "deg_C" ;
		DPRBC:actual_range = -31.289f, 7.321999f ;
		DPRBC:SampledRate = 1 ;
		DPRBC:_FillValue = -32767.f ;
	float DPRTC(Time) ;
		DPRTC:long_name = "DEWPOINT TEMPERATURE(GN EAST)(RT-TOP)(C)" ;
		DPRTC:units = "deg_C" ;
		DPRTC:actual_range = -33.812f, 3.727997f ;
		DPRTC:SampledRate = 1 ;
		DPRTC:_FillValue = -32767.f ;
	float RHOTDB(Time) ;
		RHOTDB:long_name = "ABSOLUTE HUMIDITY ( E-G+G)(RT-BOT)(G/M3)" ;
		RHOTDB:units = "gram/m3" ;
		RHOTDB:actual_range = 0.3590012f, 8.013f ;
		RHOTDB:SampledRate = 1 ;
		RHOTDB:_FillValue = -32767.f ;
	float RHOTDT(Time) ;
		RHOTDT:long_name = "ABSOLUTE HUMIDITY(GN EAST)(RT-TOP)(G/M3)" ;
		RHOTDT:units = "gram/m3" ;
		RHOTDT:actual_range = 0.2809982f, 5.931f ;
		RHOTDT:SampledRate = 1 ;
		RHOTDT:_FillValue = -32767.f ;
	float VLA(Time) ;
		VLA:long_name = "RAW LYMAN ALPHA HYGROMETER OUTPUT (VDC)" ;
		VLA:units = "Vdc" ;
		VLA:actual_range = -4.556f, 0.3069992f ;
		VLA:SampledRate = 1 ;
		VLA:_FillValue = -32767.f ;
	float TASW(Time) ;
		TASW:long_name = "AIRCRAFT TRUE AIRSPEED (WING) (M/S)" ;
		TASW:units = "m/s" ;
		TASW:actual_range = 44.936f, 96.435f ;
		TASW:SampledRate = 1 ;
		TASW:_FillValue = -32767.f ;
	float TASG(Time) ;
		TASG:long_name = "AIRCRAFT TRUE AIRSPEED (GUST) (M/S)" ;
		TASG:units = "m/s" ;
		TASG:actual_range = 43.90401f, 97.00999f ;
		TASG:SampledRate = 1 ;
		TASG:_FillValue = -32767.f ;
	float LWC(Time) ;
		LWC:long_name = "RAW J-W LIQUID WATER CONTENT (G/M3)" ;
		LWC:units = "gram/m3" ;
		LWC:actual_range = -0.8669968f, 1.064003f ;
		LWC:SampledRate = 1 ;
		LWC:_FillValue = -32767.f ;
	float LWCC(Time) ;
		LWCC:long_name = "CORRCTD J-W LIQUID WATER CONTENT (G/M3)" ;
		LWCC:units = "gram/m3" ;
		LWCC:actual_range = -0.939003f, 1.487999f ;
		LWCC:SampledRate = 1 ;
		LWCC:_FillValue = -32767.f ;
	float AFIXL(Time) ;
		AFIXL:long_name = "ATTACK ANGLE ( LEFT FIXED VANE) (DEG)" ;
		AFIXL:units = "degree" ;
		AFIXL:actual_range = -0.8379974f, 5.407997f ;
		AFIXL:SampledRate = 1 ;
		AFIXL:_FillValue = -32767.f ;
	float AFIXR(Time) ;
		AFIXR:long_name = "ATTACK ANGLE (RIGHT FIXED VANE) (DEG)" ;
		AFIXR:units = "degree" ;
		AFIXR:actual_range = -0.4810028f, 5.636002f ;
		AFIXR:SampledRate = 1 ;
		AFIXR:_FillValue = -32767.f ;
	float BFIXT(Time) ;
		BFIXT:long_name = "SIDESLIP ANGLE (TOP FIXED VANE)  (DEG)" ;
		BFIXT:units = "degree" ;
		BFIXT:actual_range = -2.434998f, 7.010002f ;
		BFIXT:SampledRate = 1 ;
		BFIXT:_FillValue = -32767.f ;
	float BFIXB(Time) ;
		BFIXB:long_name = "SIDESLIP ANGLE (BOTTOM FIXED VANE) (DEG)" ;
		BFIXB:units = "degree" ;
		BFIXB:actual_range = -0.2249985f, -0.007003784f ;
		BFIXB:SampledRate = 1 ;
		BFIXB:_FillValue = -32767.f ;
	float UI1(Time) ;
		UI1:long_name = "WIND VECTOR EAST GUST COMPONENT (M/S)" ;
		UI1:units = "m/s" ;
		UI1:actual_range = -9.020004f, 2.919006f ;
		UI1:SampledRate = 1 ;
		UI1:_FillValue = -32767.f ;
	float VI1(Time) ;
		VI1:long_name = "WIND VECTOR NORTH GUST COMPONENT (M/S)" ;
		VI1:units = "m/s" ;
		VI1:actual_range = 5.145004f, 18.86301f ;
		VI1:SampledRate = 1 ;
		VI1:_FillValue = -32767.f ;
	float WI1(Time) ;
		WI1:long_name = "WIND VECTOR VERTICAL GUST COMP (M/S)" ;
		WI1:units = "m/s" ;
		WI1:actual_range = -3.058998f, 6.855003f ;
		WI1:SampledRate = 1 ;
		WI1:_FillValue = -32767.f ;
	float UX1(Time) ;
		UX1:long_name = "WIND VECTOR LNGTDNL GUST COMP. (M/S)" ;
		UX1:units = "m/s" ;
		UX1:actual_range = -17.617f, 16.85201f ;
		UX1:SampledRate = 1 ;
		UX1:_FillValue = -32767.f ;
	float VY1(Time) ;
		VY1:long_name = "WIND VECTOR LATERAL GUST COMP. (M/S)" ;
		VY1:units = "m/s" ;
		VY1:actual_range = -17.009f, 17.754f ;
		VY1:SampledRate = 1 ;
		VY1:_FillValue = -32767.f ;
	float WDRCTN(Time) ;
		WDRCTN:long_name = "HORIZONTAL WIND DIRECTION (DEG)" ;
		WDRCTN:units = "degree" ;
		WDRCTN:actual_range = 142.28f, 200.703f ;
		WDRCTN:SampledRate = 1 ;
		WDRCTN:_FillValue = -32767.f ;
	float WSPD(Time) ;
		WSPD:long_name = "HORIZONTAL WIND SPEED (M/S)" ;
		WSPD:units = "m/s" ;
		WSPD:actual_range = 5.200996f, 19.196f ;
		WSPD:SampledRate = 1 ;
		WSPD:_FillValue = -32767.f ;
	float VEW(Time) ;
		VEW:long_name = "RAW INS GROUND SPD EAST COMP (M/S)" ;
		VEW:units = "m/s" ;
		VEW:actual_range = -94.91901f, 92.93103f ;
		VEW:SampledRate = 1 ;
		VEW:_FillValue = -32767.f ;
	float VNS(Time) ;
		VNS:long_name = "RAW INS GROUND SPD NORTH COMP (M/S)" ;
		VNS:units = "m/s" ;
		VNS:actual_range = -84.76999f, 98.823f ;
		VNS:SampledRate = 1 ;
		VNS:_FillValue = -32767.f ;
	float DEI(Time) ;
		DEI:long_name = "DISTANCE EAST OF SUNDAY CREEK (KM)" ;
		DEI:units = "km" ;
		DEI:actual_range = 2.830017f, 90.46997f ;
		DEI:SampledRate = 1 ;
		DEI:_FillValue = -32767.f ;
	float DNI(Time) ;
		DNI:long_name = "DISTANCE NORTH OF SUNDAY CREEK (KM)" ;
		DNI:units = "km" ;
		DNI:actual_range = -2.950012f, 74.35999f ;
		DNI:SampledRate = 1 ;
		DNI:_FillValue = -32767.f ;
	float CGAC(Time) ;
		CGAC:long_name = "AIRCRAFT C.G. ACCELERATION (M/S2)" ;
		CGAC:units = "m/s2" ;
		CGAC:actual_range = -4.711998f, 5.862f ;
		CGAC:SampledRate = 1 ;
		CGAC:_FillValue = -32767.f ;
	float WP3(Time) ;
		WP3:long_name = "DAMPED AIRCRAFT VERT VELOCITY (M/S)" ;
		WP3:units = "m/s" ;
		WP3:actual_range = -10.567f, 11.507f ;
		WP3:SampledRate = 1 ;
		WP3:_FillValue = -32767.f ;
	float HI3(Time) ;
		HI3:long_name = "PRESSURE-DAMPED INERTIAL ALTITUDE (M)" ;
		HI3:units = "m" ;
		HI3:actual_range = 743.9f, 4092.2f ;
		HI3:SampledRate = 1 ;
		HI3:_FillValue = -32767.f ;
	float RHUM(Time) ;
		RHUM:long_name = "RELATIVE HUMIDITY (PER CENT)" ;
		RHUM:units = "%" ;
		RHUM:actual_range = 5.943001f, 103.375f ;
		RHUM:SampledRate = 1 ;
		RHUM:_FillValue = -32767.f ;
	float TLCL(Time) ;
		TLCL:long_name = "TEMPETATURE AT LCL(C)" ;
		TLCL:units = "deg_C" ;
		TLCL:actual_range = -38.632f, 0.8450012f ;
		TLCL:SampledRate = 1 ;
		TLCL:_FillValue = -32767.f ;
	float PLCL(Time) ;
		PLCL:long_name = "PRESSURE AT LCL   (MB)" ;
		PLCL:units = "hPa" ;
		PLCL:actual_range = 368.086f, 755.127f ;
		PLCL:SampledRate = 1 ;
		PLCL:_FillValue = -32767.f ;
	float RM(Time) ;
		RM:long_name = "MIXING RATIO      (G/KG)" ;
		RM:units = "g/kg" ;
		RM:actual_range = 0.3450012f, 5.403999f ;
		RM:SampledRate = 1 ;
		RM:_FillValue = -32767.f ;
	float ETHETA(Time) ;
		ETHETA:long_name = "EQUIVALENT POTENTIAL TEMPERATURE (K)" ;
		ETHETA:units = "deg_K" ;
		ETHETA:actual_range = 301.725f, 314.654f ;
		ETHETA:SampledRate = 1 ;
		ETHETA:_FillValue = -32767.f ;
	float THETA(Time) ;
		THETA:long_name = "POTENTIAL TEMPERATURE (K)" ;
		THETA:units = "deg_K" ;
		THETA:actual_range = 295.941f, 312.123f ;
		THETA:SampledRate = 1 ;
		THETA:_FillValue = -32767.f ;
	float SPHUM(Time) ;
		SPHUM:long_name = "SPECIFIC HUMIDITY (G/KG)" ;
		SPHUM:units = "g/kg" ;
		SPHUM:actual_range = 0.3450012f, 5.375f ;
		SPHUM:SampledRate = 1 ;
		SPHUM:_FillValue = -32767.f ;
	float VTHETA(Time) ;
		VTHETA:long_name = "VIRTUAL POTENTIAL TEMPERATURE (K)" ;
		VTHETA:units = "deg_K" ;
		VTHETA:actual_range = 296.826f, 312.192f ;
		VTHETA:SampledRate = 1 ;
		VTHETA:_FillValue = -32767.f ;
	float \200Y(Time) ;
		\200Y:long_name = "PMS PROBE 200Y" ;
		\200Y:units = "IDWD" ;
		\200Y:actual_range = 0.f, 2.f ;
		\200Y:SampledRate = 1 ;
		\200Y:_FillValue = -32767.f ;
	float SUM1_1(Time) ;
		SUM1_1:long_name = "PROBE 1/CELL 1 ACCMULATION(COUNTS)" ;
		SUM1_1:units = "COUNTS" ;
		SUM1_1:actual_range = 0.f, 9.f ;
		SUM1_1:SampledRate = 1 ;
		SUM1_1:_FillValue = -32767.f ;
	float SUM1_2(Time) ;
		SUM1_2:long_name = "PROBE 1/CELL 2 ACCMULATION(COUNTS)" ;
		SUM1_2:units = "COUNTS" ;
		SUM1_2:actual_range = 0.f, 1.f ;
		SUM1_2:SampledRate = 1 ;
		SUM1_2:_FillValue = -32767.f ;
	float SUM1_3(Time) ;
		SUM1_3:long_name = "PROBE 1/CELL 3 ACCMULATION(COUNTS)" ;
		SUM1_3:units = "COUNTS" ;
		SUM1_3:actual_range = 0.f, 1.f ;
		SUM1_3:SampledRate = 1 ;
		SUM1_3:_FillValue = -32767.f ;
	float SUM1_4(Time) ;
		SUM1_4:long_name = "PROBE 1/CELL 4 ACCMULATION(COUNTS)" ;
		SUM1_4:units = "COUNTS" ;
		SUM1_4:actual_range = 0.f, 0.f ;
		SUM1_4:SampledRate = 1 ;
		SUM1_4:_FillValue = -32767.f ;
	float SUM1_5(Time) ;
		SUM1_5:long_name = "PROBE 1/CELL 5 ACCMULATION(COUNTS)" ;
		SUM1_5:units = "COUNTS" ;
		SUM1_5:actual_range = 0.f, 1.f ;
		SUM1_5:SampledRate = 1 ;
		SUM1_5:_FillValue = -32767.f ;
	float SUM1_6(Time) ;
		SUM1_6:long_name = "PROBE 1/CELL 6 ACCMULATION(COUNTS)" ;
		SUM1_6:units = "COUNTS" ;
		SUM1_6:actual_range = 0.f, 1.f ;
		SUM1_6:SampledRate = 1 ;
		SUM1_6:_FillValue = -32767.f ;
	float SUM1_7(Time) ;
		SUM1_7:long_name = "PROBE 1/CELL 7 ACCMULATION(COUNTS)" ;
		SUM1_7:units = "COUNTS" ;
		SUM1_7:actual_range = 0.f, 0.f ;
		SUM1_7:SampledRate = 1 ;
		SUM1_7:_FillValue = -32767.f ;
	float SUM1_8(Time) ;
		SUM1_8:long_name = "PROBE 1/CELL 8 ACCMULATION(COUNTS)" ;
		SUM1_8:units = "COUNTS" ;
		SUM1_8:actual_range = 0.f, 0.f ;
		SUM1_8:SampledRate = 1 ;
		SUM1_8:_FillValue = -32767.f ;
	float SUM1_9(Time) ;
		SUM1_9:long_name = "PROBE 1/CELL 9 ACCMULATION(COUNTS)" ;
		SUM1_9:units = "COUNTS" ;
		SUM1_9:actual_range = 0.f, 0.f ;
		SUM1_9:SampledRate = 1 ;
		SUM1_9:_FillValue = -32767.f ;
	float SUM1_10(Time) ;
		SUM1_10:long_name = "PROBE 1/CELL10 ACCMULATION(COUNTS)" ;
		SUM1_10:units = "COUNTS" ;
		SUM1_10:actual_range = 0.f, 0.f ;
		SUM1_10:SampledRate = 1 ;
		SUM1_10:_FillValue = -32767.f ;
	float SUM1_11(Time) ;
		SUM1_11:long_name = "PROBE 1/CELL11 ACCMULATION(COUNTS)" ;
		SUM1_11:units = "COUNTS" ;
		SUM1_11:actual_range = 0.f, 0.f ;
		SUM1_11:SampledRate = 1 ;
		SUM1_11:_FillValue = -32767.f ;
	float SUM1_12(Time) ;
		SUM1_12:long_name = "PROBE 1/CELL12 ACCMULATION(COUNTS)" ;
		SUM1_12:units = "COUNTS" ;
		SUM1_12:actual_range = 0.f, 0.f ;
		SUM1_12:SampledRate = 1 ;
		SUM1_12:_FillValue = -32767.f ;
	float SUM1_13(Time) ;
		SUM1_13:long_name = "PROBE 1/CELL13 ACCMULATION(COUNTS)" ;
		SUM1_13:units = "COUNTS" ;
		SUM1_13:actual_range = 0.f, 0.f ;
		SUM1_13:SampledRate = 1 ;
		SUM1_13:_FillValue = -32767.f ;
	float SUM1_14(Time) ;
		SUM1_14:long_name = "PROBE 1/CELL14 ACCMULATION(COUNTS)" ;
		SUM1_14:units = "COUNTS" ;
		SUM1_14:actual_range = 0.f, 0.f ;
		SUM1_14:SampledRate = 1 ;
		SUM1_14:_FillValue = -32767.f ;
	float SUM1_15(Time) ;
		SUM1_15:long_name = "PROBE 1/CELL15 ACCMULATION(COUNTS)" ;
		SUM1_15:units = "COUNTS" ;
		SUM1_15:actual_range = 0.f, 0.f ;
		SUM1_15:SampledRate = 1 ;
		SUM1_15:_FillValue = -32767.f ;
	float YCN_01(Time) ;
		YCN_01:long_name = "PROBE 2/CELL 1 CONCENTRATION (CTS/LITER)" ;
		YCN_01:units = "N/LTR" ;
		YCN_01:actual_range = 0.f, 322.356f ;
		YCN_01:SampledRate = 1 ;
		YCN_01:_FillValue = -32767.f ;
	float YCN_02(Time) ;
		YCN_02:long_name = "PROBE 2/CELL 2 CONCENTRATION (CTS/LITER)" ;
		YCN_02:units = "N/LTR" ;
		YCN_02:actual_range = 0.f, 13.495f ;
		YCN_02:SampledRate = 1 ;
		YCN_02:_FillValue = -32767.f ;
	float YCN_03(Time) ;
		YCN_03:long_name = "PROBE 2/CELL 3 CONCENTRATION (CTS/LITER)" ;
		YCN_03:units = "N/LTR" ;
		YCN_03:actual_range = 0.f, 9.724998f ;
		YCN_03:SampledRate = 1 ;
		YCN_03:_FillValue = -32767.f ;
	float YCN_04(Time) ;
		YCN_04:long_name = "PROBE 2/CELL 4 CONCENTRATION (CTS/LITER)" ;
		YCN_04:units = "N/LTR" ;
		YCN_04:actual_range = 0.f, 0.f ;
		YCN_04:SampledRate = 1 ;
		YCN_04:_FillValue = -32767.f ;
	float YCN_05(Time) ;
		YCN_05:long_name = "PROBE 2/CELL 5 CONCENTRATION (CTS/LITER)" ;
		YCN_05:units = "N/LTR" ;
		YCN_05:actual_range = 0.f, 9.620003f ;
		YCN_05:SampledRate = 1 ;
		YCN_05:_FillValue = -32767.f ;
	float YCN_06(Time) ;
		YCN_06:long_name = "PROBE 2/CELL 6 CONCENTRATION (CTS/LITER)" ;
		YCN_06:units = "N/LTR" ;
		YCN_06:actual_range = 0.f, 10.336f ;
		YCN_06:SampledRate = 1 ;
		YCN_06:_FillValue = -32767.f ;
	float YCN_07(Time) ;
		YCN_07:long_name = "PROBE 2/CELL 7 CONCENTRATION (CTS/LITER)" ;
		YCN_07:units = "N/LTR" ;
		YCN_07:actual_range = 0.f, 0.f ;
		YCN_07:SampledRate = 1 ;
		YCN_07:_FillValue = -32767.f ;
	float YCN_08(Time) ;
		YCN_08:long_name = "PROBE 2/CELL 8 CONCENTRATION (CTS/LITER)" ;
		YCN_08:units = "N/LTR" ;
		YCN_08:actual_range = 0.f, 0.f ;
		YCN_08:SampledRate = 1 ;
		YCN_08:_FillValue = -32767.f ;
	float YCN_09(Time) ;
		YCN_09:long_name = "PROBE 2/CELL 9 CONCENTRATION (CTS/LITER)" ;
		YCN_09:units = "N/LTR" ;
		YCN_09:actual_range = 0.f, 0.f ;
		YCN_09:SampledRate = 1 ;
		YCN_09:_FillValue = -32767.f ;
	float YCN_10(Time) ;
		YCN_10:long_name = "PROBE 2/CELL10 CONCENTRATION (CTS/LITER)" ;
		YCN_10:units = "N/LTR" ;
		YCN_10:actual_range = 0.f, 0.f ;
		YCN_10:SampledRate = 1 ;
		YCN_10:_FillValue = -32767.f ;
	float YCN_11(Time) ;
		YCN_11:long_name = "PROBE 2/CELL11 CONCENTRATION (CTS/LITER)" ;
		YCN_11:units = "N/LTR" ;
		YCN_11:actual_range = 0.f, 0.f ;
		YCN_11:SampledRate = 1 ;
		YCN_11:_FillValue = -32767.f ;
	float YCN_12(Time) ;
		YCN_12:long_name = "PROBE 2/CELL12 CONCENTRATION (CTS/LITER)" ;
		YCN_12:units = "N/LTR" ;
		YCN_12:actual_range = 0.f, 0.f ;
		YCN_12:SampledRate = 1 ;
		YCN_12:_FillValue = -32767.f ;
	float YCN_13(Time) ;
		YCN_13:long_name = "PROBE 2/CELL13 CONCENTRATION (CTS/LITER)" ;
		YCN_13:units = "N/LTR" ;
		YCN_13:actual_range = 0.f, 0.f ;
		YCN_13:SampledRate = 1 ;
		YCN_13:_FillValue = -32767.f ;
	float YCN_14(Time) ;
		YCN_14:long_name = "PROBE 2/CELL14 CONCENTRATION (CTS/LITER)" ;
		YCN_14:units = "N/LTR" ;
		YCN_14:actual_range = 0.f, 0.f ;
		YCN_14:SampledRate = 1 ;
		YCN_14:_FillValue = -32767.f ;
	float YCN_15(Time) ;
		YCN_15:long_name = "PROBE 2/CELL15 CONCENTRATION (CTS/LITER)" ;
		YCN_15:units = "N/LTR" ;
		YCN_15:actual_range = 0.f, 0.f ;
		YCN_15:SampledRate = 1 ;
		YCN_15:_FillValue = -32767.f ;

// global attributes:
		:institution = "NCAR Research Aviation Facility" ;
		:Address = "P.O. Box 3000, Boulder, CO 80307-3000" ;
		:creator_url = "http://www.eol.ucar.edu" ;
		:Conventions = "NCAR-RAF/nimbus" ;
		:ConventionsURL = "http://www.eol.ucar.edu/raf/Software/netCDF.html" ;
		:ConventionsVersion = "1.3" ;
		:Metadata_Conventions = "Unidata Dataset Discovery v1.0" ;
		:standard_name_vocabulary = "CF-1.0" ;
		:time_coordinate = "Time" ;
		:Phone = "(303) 497-1030" ;
		:ProcessorURL = "https://github.com/ncareol/GENPRO" ;
		:ProcessorRevision = "8ff1ae2e-dirty" ;
		:Categories = "Position,Thermodynamic,Aircraft State,Atmos. State" ;
		:geospatial_vertical_positive = "up" ;
		:date_created = "2016-08-09T18:27:29 +0000" ;
		:Platform = "N306D" ;
		:wind_field = "WSPD WDRCTN" ;
		:time_coverage_start = "1981-05-18T15:38:02 +0000" ;
		:time_coverage_end = "1981-05-18T17:24:52 +0000" ;
		:TimeInterval = "15:38:02-17:24:52" ;
		:FlightDate = "05/18/1981" ;
		:geospatial_lat_min = 46.40601f ;
		:geospatial_lat_max = 47.10001f ;
		:latitude_coordinate = "LAT" ;
		:geospatial_lon_min = -105.9f ;
		:geospatial_lon_max = -104.751f ;
		:longitude_coordinate = "LON" ;
		:zaxis_coordinate = "HP" ;
		:geospatial_vertical_units = "m" ;
		:geospatial_vertical_min = 741.2f ;
		:geospatial_vertical_max = 4092.9f ;
		:DESCRIPTION = "  691-01   CCOPE    18 MAY 81  15/29/00" ;
		:CYCLE_TIME = 1.f ;
		:FlightNumber = "RF01" ;
		:ProjectName = "CCOPE (Cooperative COnvective Precipitation Experiment)" ;
		:converted_from = "G51334" ;
}

Publication or Paper Measurements near the Atmospheric Surface Flux Group tower at SHEBA: Near-surface conditions and surface energy budget

Publication or Paper Onset and end of the summer melt season over sea ice: thermal structure and surface energy perspective from SHEBA

Foothills Weather

NCAR Foothills Lab Weather Station Information

Station Location

The NCAR Foothills Lab weather station is located on a 6 meter tower which is on the roof of a 2 story building. The building is due east of a large highway overpass and near several other large buildings. Our wind speed readings tend to be lower than those from other nearby weather stations during heavy Westerly wind events. Weather is a very local phenomenon and we have our own micro-climate. Due to rooftop heating, temperature readings may read a few degrees high in low wind conditions.

Station Geographical Information

Latitude: 40 degrees 2 minutes 6 seconds
Longitude 105 degrees 14 minutes 35 seconds
Elevation 1625 Meters (5332 Feet)

NCAR Weather Station Contact

If you would like to get archived weather data from the NCAR weather stations, visit one of the links below and look for Data Availability near the bottom of the page, access to the data is explained there:

Foothills Lab Weather Station Info
Mesa Lab Weather Station Info

NCAR does not maintain data archives for any sites other than the two Boulder, CO. stations, if you need this kind of information, we suggest contacting the local newspaper office, the local airport, or the National Weather Service. The following link may also have pointers to sites that you may find to be useful:

Weather Links and Cameras

If you have problems with the weather plots not updating on your web browser, try using the Reload button or even Shift + Reload, that usually solves the problem.

Before you send us email, be sure to read the Weather Station Info pages above, a lot of questions will be answered there.
Lastly, if the NCAR weather station data goes away, please don't send email, we're probably working on the problem already. We appreciate your concern nonetheless.

NCAR Foothills and Mesa Lab Weather Station Contact: wwweather@eol.ucar.edu

Weather Station Hardware

A Vaisala WXT510 weather transmitter is being used to collect all of the meteorological information. The WXT510 is a self contained weather station which provides an RS-232 data stream containing temperature, humidity, pressure, rain accumulation, wind speed, direction and peak gust speed.

Here is an overview of the WXT510 sensor specifications.

Data Transmission Hardware

Weather Station Picture The RS-232 data from the weather station is run through a 1 meter fiber optic lightning isolation link then converted to RS-422 which is used to run the signal from the roof of the building into one of the offices below. There, it is converted to RS-232 again for connection to a Sun Microsystems Sparc 5 computer where it is ingested and made available to our web server machine on the net. The data transmission and isolation hardware was designed and built at NCAR.

Data Ingest Software

Weather Station Picture The weather station's data stream is collected by a C program called weatherd (the weather daemon), stored in netCDF format files, then plotted using gnuplot which is run from a Perl script called cdf2gplot. Honorable mention should be given to the Zebra program, a very powerful multi-platform data ingest and display system which was used to get the original system up and running.

Data Filters

Wind Direction

The wind direction signal is not valid for zero wind speed and the data is removed from the plots in that situation to reduce the number of spikes.

Peak Gust

Here is a description of the Peak Gust calculation performed inside of the Coastal weather station.

Rain Accumulation

The rain accumulation data is a plot of "rain events" which are periods where the rain is actually falling. After an hour of no rainfall, the chart resets to zero. The total rainfall over a period of time is a sum of the individual rain events. The textual rain accumulation info at the top of the page represents total rainfall since midnight.

Derived Fields

Dewpoint

If the air were cooled down, the dewpoint would be the temperature where the moisture in the air would condense and form dew.
Here is formula for the derivation of dewpoint.

Aeronautical Pressure Correction

Pressure varies with altitude, as you move towards outer space, the pressure moves towards zero. Aeronautical pressure correction is used to remove the altitude information from pressure readings so that comparisons can be made between weather stations at different heights.
Here is formula for the derivation of corrected pressure.

Wind Chill

An NCAR meteorologist, Bob Rilling has put together this information on Wind Chill. We are currently using the Court method for calculating wind chill. Note that the wind chill is undefined for wind speeds below 1.9 meters per second and for temperatures above 33 ºC.

Data Availability

The NCAR weather station data is now available at our FTP archive We cannot offer any support for use of the data, please see the README file for details and caveats.

Reloading of Plots

If you bring this page up multiple times using most web browsers, you will probably have to select Reload Images from the File menu to get updated plots. If you are using Netscape, try using the "reload" button or "shift-reload" to get the latest images. Netscape has a reload bug that is related to daylight savings time, if you still can't reload, try going into the "Options" pulldown under "Network Preferences" and push "Clear Disk Cache Now", then press "reload.

A service of the NCAR Earth Observing Laboratory, brought to you by Gary Granger, Chris Burghart, Bob Rilling with help from John Militzer and Steve Oncley. The photography is by Forrest Cook.

Go back to the Foothills Lab weather page.

DISCLAIMER

The weather station is located on the roof of the NCAR Foothills Laboratory in North East Boulder, Colorado. The data is accurate for that location but the location is not perfect for meteorological data gathering. Wind speeds at this elevation may be higher than at ground level and there may be some wind shading due to other tall buildings in the vicinity. On days with no wind, the temperature may be artificially high due to heating of the roof. Finally, the RAINCAP sensor measures the momentum of precipitation, which is reliable for rain and to some extent hail, but not for snow, fog, dew, etc. This data is provided for non-scientific use as a public service to the community. NCAR and UCAR hold no responsibility for the accuracy of the data and bear no liability for the use of the data presented on these web pages.

Images

Search

MATERHORN-X Data Submission Instructions

TCI Science Meeting - October 2016

Sample LRT Header NetCDF format

Sample LRT Header NetCDF format

N306D Sample LRT NetCDF header

Publication or Paper Measurements near the Atmospheric Surface Flux Group tower at SHEBA: Near-surface conditions and surface energy budget

Publication or Paper Onset and end of the summer melt season over sea ice: thermal structure and surface energy perspective from SHEBA

Foothills Weather

NCAR Foothills Lab Weather Station Information

Station Location

NCAR Weather Station Contact

Weather Station Hardware

Data Transmission Hardware

Data Ingest Software

Data Filters

Derived Fields

Data Availability

Reloading of Plots

DISCLAIMER

Publication or Paper The MATERHORN: Unraveling the Intricacies of Mountain Weather

NSF NCAR

UCAR