<?xml version="1.0" encoding="UTF-8"?>
<metadata creationDate="Mon, 14 Aug 2022"
	xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
	<PID>de.hamburg.icdc/amd.de.fval/dlr.uav13.l1.any</PID>
	<language>en</language>
	<standard>SAMD v2.2, https://doi.org/10.25592/uhhfdm.9902</standard>
	<project>FESSTVAL</project>
	<dsName version="00">fval_dlr_uav13_l1_any</dsName>
	<dsTitle>SWUF-3D, quadrotor data, UAV 13, Multicopter UAS measurements
		at GM Falkenberg during FESSTVaL 2021</dsTitle>
	<subtitle>DOI:10.25592/uhhfdm.10148</subtitle>
	<dsAuthor>Norman Wildmann</dsAuthor>
	<institution>DLR e.V., Institute of Atmospheric Physics,
		Oberpfaffenhofen</institution>
	<conventions>CF-1.7 where applicable</conventions>
	<dependencies>external</dependencies>
	<versionHistory></versionHistory>
	<fileFormat>NETCDF4</fileFormat>
	<region>de</region>
	<fileAverageSize unit="[MB]">
	</fileAverageSize>
	<datatype>cotipe</datatype>
	<level>1</level>
	<licence>This data is subject to the FESSTVaL data policy to be found
		at https://doi.org/10.25592/uhhfdm.9890 and in the SAMD Observation
		Data Product Standard https://doi.org/10.25592/uhhfdm.9902.</licence>
	<provenance>none</provenance>
	<contactPersons>
		<contactPerson number="1">
			<institute>German Aerospace Center/Deutsches Zentrum für Luft und
				Raumfahrt</institute>
			<forename>Norman</forename>
			<surname>Wildmann</surname>
			<code></code>
			<phone></phone>
			<email>norman.wildmann@dlr.de</email>
		</contactPerson>
	</contactPersons>
	<temporalExtent>
		<startDate>2021-06-21</startDate>
		<endDate>2021-07-02</endDate>
	</temporalExtent>
	<temporalResoultion unit="[s]">0.2</temporalResoultion>
	<horizontalResoultion unit="[m]">none</horizontalResoultion>
	<verticalResoultion unit="[m]">none</verticalResoultion>
	<location>GM Falkenberg</location>
	<productDescription> This data set contains aggregated measurements
		from a fleet of multicopter UAS. The data was measured during the
		period 21 June 2021 through 02 July 2021 at the GM Falkenberg with the
		SWUF-3D fleet. The data was collected in association to the FESSTVaL
		field campaign. The data is structured as one file per UAS (level 1)
		as well as aggregated data from all UAS operating simultaneously in
		specific flights (level 2).  For level-2 data, time synchronization
		between individual UAS was done through interpolation. The different
		flight pattern are named after this convention: - horizontal pattern:
		'swuf3dhori' - vertival (tower) pattern: 'swuf3dvt' - calibration
		pattern: 'swuf3dcalib' - VAD validation pattern: 'swuf3dvad' -
		vertical profiles: 'swuf3dvpro' 
	</productDescription>
	<limitations>Quality: Uncertainty of wind measurement was validated to
		below 0.3 m/s. Temperature measurement radiation error was corrected
		with data from the radiation sensor sups_rao_rad02_l1.</limitations>
	<comments></comments>
	<instruments>
		<instrument number="1">
			<source>SWUF-3D, quadrotor data, hover data</source>
			<latitude unit="[°]">52.16726</latitude>
			<longitude unit="[°]">14.12115</longitude>
			<altitude unit="[m]">none</altitude>
			<height unit="[m]">283 - 284</height>
			<specification>DLR e.V., Institute of Atmospheric Physics,
				Oberpfaffenhofen</specification>
		</instrument>
	</instruments>
	<keywordLists>
		<keywordList number="1">
			<experimentType>Short term observations</experimentType>
			<measurementType>Local observations</measurementType>
			<mainGroup>Variable groups</mainGroup>
			<variableGroup>Atmospheric state</variableGroup>
		</keywordList>
	</keywordLists>
	<dimensions>
		<time> 3568 
		</time>
	</dimensions>
	<variables>
		<variable>
			<name>time</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>system time</long_name>
			<units>seconds</units>
		</variable>
		<variable>
			<name>time_utc</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>seconds since 1970-01-01 00:00:00</long_name>
			<units>seconds</units>
		</variable>
		<variable>
			<name>u</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>zonal_wind</long_name>
			<units>m s-1</units>
		</variable>
		<variable>
			<name>v</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>meridional_wind</long_name>
			<units>m s-1</units>
		</variable>
		<variable>
			<name>w</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>upward_air_velocity</long_name>
			<units>m s-1</units>
		</variable>
		<variable>
			<name>wspeed</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>wind_speed</long_name>
			<units>m s-1</units>
		</variable>
		<variable>
			<name>wdir</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>wind_from_direction</long_name>
			<units>degree</units>
		</variable>
		<variable>
			<name>pa</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>air_pressure</long_name>
			<units>Pa</units>
		</variable>
		<variable>
			<name>ta</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>air_temperature</long_name>
			<units>K</units>
		</variable>
		<variable>
			<name>t_pot</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>potential_temperature</long_name>
			<units>K</units>
		</variable>
		<variable>
			<name>zsl</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>altitude</long_name>
			<units>m</units>
		</variable>
		<variable>
			<name>lat</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>latitude</long_name>
			<units>degree_north</units>
		</variable>
		<variable>
			<name>lon</name>
			<dimension> ('time',) 
			</dimension>
			<standard_name></standard_name>
			<long_name>longitude</long_name>
			<units>degree_east</units>
		</variable>
	</variables>
</metadata>