Index of /arm-iop-file/2022/hou/tracer-uas/de.boer-fwuas

Name	Last modified	Size

Parent Directory		-
TRACER_UAS_RAAVEN/	2023-08-02 13:20	-

TRACER UAS CU RAAVEN Flight Data

Overview:

This dataset includes observations collected using the University of Colorado RAAVEN small Uncrewed Aircraft System (sUAS) during the TRACER Intensive Operations Period. These observations include flights conducted at two primary locations, including an area near the Brazoria National Wildlife Refuge and the University of Houston Coastal Center. Flights were conducted for approximately two weeks per month between June and the end of September, and include two primary flight modes. The first mode is a spiraling profile between the surface and 600 m above ground level, and the second mode includes flight conducted in a series of stepped altitudes between 600 and 20 m above ground level.

Metadata Creator:

Name: Gijs de Boer
Email: gijs.deboer@colorado.edu	Phone: (303)497-6648
Street: R PSD3, 325 Broadway	City: Boulder
State: CO	Postal: 80305

Contact Info:

Name: Gijs de Boer
Email: gijs.deboer@colorado.edu	Phone: (303) 497-6648
Street: R PSD3, 325 Broadway	City: Boulder
State: CO	Postal: 80305

Investigator(s):

Gijs deBoer (deboer@colorado.edu) 0000-0003-4652-7150
Jonathan Hamilton (hamilton@colorado.edu)
Radiance Calmer (Calmer@colorado.edu)
Michael Rhodes (rhodes@colorado.edu)
Brian Butterworth (butterworth@colorado.edu)
Justin Buchli (buchli@colorado.edu)
Madison Ritsch (ritsch@colorado.edu)
Angelina Miller (miller@colorado.edu)
Ceu Gomez-Faulk (faulk@colorado.edu)
Steven Borenstein (borenstein@colorado.edu)
Elizabeth Asher (asher@noaa.gov)
Troy Thornberry (thornberry@noaa.gov)
Brian Argrow (argrow@colorado.edu)

Data Citation:

https://doi.org/10.5439/1985470

Data Format:

NetCDF

File Naming Convention:

loc_platform_YYYYMMDD_hhmmss_level.nc, where "loc" is location (brz for Brazoria, uhh for University of Houston Coastal Center), "platform" is the aircraft (CU-RAAVEN), and "level" is the processing level (B1=quality controlled and derived products)

Abstract:

Purpose:

These data were collected to provide new perspectives on the structure of the lower atmosphere in the Greater Houston area to improve weather and climate models and the fundamental understanding of drivers of convection in the greater Houston, Texas area.

Data Usage:

Data can be used to gain fundamental understanding on the structure of the lower atmosphere over coastal Texas, including to answer questions on boundary layer development, turbulence, convection initiation, and sea breeze properties. Data were collected from a moving platform and geospatial coordinates are provided.

Arm Sites:

hou

Content Time Range:

Begin: 2022-06-22 End: 2022-09-30

Data Type:

research data - ASR funded

Scientific Measurements(s):

Measurement name	Variables
Time	time base_time time_offset_10hz time_10hz
Flight State	Flight_Flag Flight_State
Altitude above ground level	alt
Position	lat lon
Aircraft Attitude	yaw pitch roll
Air temperature	air_temperature air_temperature_flag air_temperature_fast air_temperature_fast_flag
Ambient air relative humidity	relative_humidity relative_humidity_flag
Air pressure	air_pressure air_pressure_flag
Air flow angles	alpha beta
Wind	eastward_wind northward_wind vertical_wind wind_speed wind_direction wind_flag
Aircraft True Airspeed	TAS
Aircraft ground velocity	VE VN VD
Brightness Temperature	brightness_temperature_sky brightness_temperature_surface
Aerosol Size Distribution	POPS_STD POPS_Pressure POPS_Temperature POPS_Flow POPS_LDM POPS_LDtemp POPS_bin0 POPS_bin1 POPS_bin2 POPS_bin3 POPS_bin4 POPS_bin5 POPS_bin6 POPS_bin7 POPS_bin8 POPS_bin9 POPS_bin10 POPS_bin11 POPS_bin12 POPS_bin13 POPS_bin14 POPS_bin15 POPS_bin16 POPS_bin17 POPS_bin18 POPS_bin19 POPS_bin20 POPS_bin21 POPS_bin22 POPS_bin23 POPS_HistSum POPS_useman POPS_partconc POPS_bin0_partconc POPS_bin1_partconc POPS_bin2_partconc POPS_bin3_partconc POPS_bin4_partconc POPS_bin5_partconc POPS_bin6_partconc POPS_bin7_partconc POPS_bin8_partconc POPS_bin9_partconc POPS_bin10_partconc POPS_bin11_partconc POPS_bin12_partconc POPS_bin13_partconc POPS_bin14_partconc POPS_bin15_partconc POPS_bin16_partconc POPS_bin17_partconc POPS_bin18_partconc POPS_bin19_partconc POPS_bin20_partconc POPS_bin21_partconc POPS_bin22_partconc POPS_bin23_partconc POPS_Bin_Edges pops_flag

Stratum Keyword(s):

Atmosphere: Boundary Layer, Troposphere

Data Quality:

Attribute Accuracy:	No formal uncertainty assessments were conducted and no estimates of uncertainty are reported.
Positional Accuracy:	No formal positional accuracy tests were conducted
Consistency and Completeness Report:	Data set is considered complete for the information presented, as described in the abstract. Users are advised to read the rest of the metadata record carefully for additional details.
Factor Affecting the Research:	Some dates featured localized smoke plumes that were sampled by the POPS sensor. Additionally, there was significant spatial heterogeneity in surface properties at the BRZ site, including flooded rice paddies and a river.

Use Restrictions:

Users of the data are requested to appropriately cite the dataset and are STRONGLY ENCOURAGED to reach out to the project team for guidance on proper usage of the data. Additionally, users of the data should include a statement that acknowledges support from the US Department of Energy Atmospheric System Research (ASR) program for collecting the data, under project DE-SC0021381.

Distribution Info:

Organization Name:	ARM Archive User Services
Email: armarchive[at]ornl.gov	Phone: 1-888-ARM-DATA
Street: Oak Ridge National Laboratory	City: Oak Ridge
State: Tennessee	Postal: 37831-6290

Additional Missing Info:

A data paper describing the collection of TRACER UAS data from both the RAAVEN and the CopterSonde is in production and will be submitted to Earth System Science Data later in 2023. Please contact the PI (Gijs de Boer, gijs.deboer@colorado.edu) for more details on this publication and its status.