<?xml version="1.0" encoding="UTF-8"?>
<metadata creationDate="Thu, 24 Mar 2022"
	xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
	<PID>de.koeln.rrzk/amd.de.hope/kic.mets00.l1.any</PID>
	<standard>SAMD v.1.0</standard>
	<language>en</language>
	<project>HD(CP)2</project>
	<dsName version="00">hope_kic_mets00_l1_any</dsName>
	<dsTitle>HD(CP)2 short term observations, data of Meteorological data
		(near surface) (no. 00), HOPE campaign by Supersite KITcube, data
		version 00</dsTitle>
	<subtitle>Daily files of meteorological near surface measurements</subtitle>
	<dsAuthor>Norbert Kalthoff, norbert.kalthoff@kit.edu</dsAuthor>
	<institution>Karlsruhe Institute of Technology, Institute for
		Meteorology and Climate Research</institution>
	<processingDate>22-May-2014 16:19:34</processingDate>
	<conventions>CF-1.6</conventions>
	<dependencies>external</dependencies>
	<versionHistory>initial version</versionHistory>
	<fileFormat>NETCDF3_CLASSIC</fileFormat>
	<fileAverageSize unit="[MB]">0.017</fileAverageSize>
	<datatype>daily</datatype>
	<level>1</level>
	<licence>For non-commercial use only. This data is subject to the
		HD(CP)2/SAMD data policy to be found at https://doi.org/10.25592/uhhfdm.9823 and in the HD(CP)2/SAMD
		Observation Data Product Standard https://doi.org/10.5281/zenodo.1741363.</licence>
	<provenance>IMK-TRO, Karlsruhe Institute of Technology</provenance>
	<contactPersons>
		<contactPerson number="1">
			<institute>Institute for Meteorology and Climate Research, KIT</institute>
			<forename>Norbert</forename>
			<surname>Kalthoff</surname>
			<code>+49</code>
			<phone>721 6082 3995</phone>
			<email>norbert.kalthoff@kit.edu</email>
		</contactPerson>
		<contactPerson number="2">
			<institute>Institute for Meteorology and Climate Research, KIT</institute>
			<forename>Martin</forename>
			<surname>Kohler</surname>
			<code>+49</code>
			<phone>721 6082 3995</phone>
			<email>martin.kohler@kit.edu</email>
		</contactPerson>
	</contactPersons>
	<temporalExtent>
		<startDate>2013-04-01</startDate>
		<endDate>2013-05-31</endDate>
	</temporalExtent>
	<temporalResoultion unit="[s]">600</temporalResoultion>
	<horizontalResoultion unit="[m]">none</horizontalResoultion>
	<verticalResoultion unit="[m]">none</verticalResoultion>
	<location>Located with energy balance station 1 (sebs00) at Hambach
		during the HOPE campaign.</location>
	<productDescription>none</productDescription>
	<limitations>none</limitations>
	<comments>none</comments>
	<instruments>
		<instrument number="1">
			<source>KITcube, flux station</source>
			<latitude unit="[°]">50.89708</latitude>
			<longitude unit="[°]">6.463903</longitude>
			<altitude unit="[m]">113</altitude>
			<height unit="[m]">variable</height>
			<specification>instruments from different manufacturers</specification>
		</instrument>
	</instruments>
	<references>
		<reference number="1">
			<form>paper</form>
			<publicationDate>2014</publicationDate>
			<author>N. Kalthoff et al.</author>
			<title>KITcube - a mobile observation platform for convection studies
				deployed during HyMeX</title>
			<abstract>With the increase of spatial resolution of weather forecast
				models to order O(1 km), the need for adequate observations for
				model validation becomes evident. Therefore, we designed and
				constructed the "KITcube", a mobile observation platform for
				convection studies of processes on the meso-γ scale. The KITcube
				consists of in-situ and remote sensing systems which allow measuring
				the energy balance components of the Earth's surface at different
				sites; the mean atmospheric conditions by radiosondes, GPS station,
				and a microwave radiometer; the turbulent characteristics by a sodar
				and wind lidars; and cloud and precipitation properties by use of a
				cloud radar, a micro rain radar, disdrometers, rain gauges, and an
				X-band rain radar. The KITcube was deployed fully for the first time
				on the French island of Corsica during the HyMeX (Hydrological cycle
				in the Mediterranean eXperiment) field campaign in 2012. In this
				article, the components of KITcube and its implementation on the
				island are described [...]</abstract>
			<publish>Meteorologische Zeitschrift, 2013, 22, p. 633-647.</publish>
		</reference>
	</references>
	<keywordLists>
		<keywordList number="1">
			<experimentType>Short term observations</experimentType>
			<measurementType>HOPE</measurementType>
			<mainGroup>Supersites</mainGroup>
			<variableGroup>KITCube</variableGroup>
		</keywordList>
		<keywordList number="2">
			<experimentType>Short term observations</experimentType>
			<measurementType>HOPE</measurementType>
			<mainGroup>Variable groups</mainGroup>
			<variableGroup>Surface meteorology</variableGroup>
		</keywordList>
		<keywordList number="3">
			<experimentType>Short term observations</experimentType>
			<measurementType>HOPE</measurementType>
			<mainGroup>Instrument groups</mainGroup>
			<variableGroup>Tower &amp; Sondes</variableGroup>
		</keywordList>
	</keywordLists>
	<dimensions>
		<time>144</time>
		<nv>2</nv>
		<lon>1</lon>
		<lat>1</lat>
		<zag>3</zag>
	</dimensions>
	<variables>
		<variable>
			<name>lat</name>
			<dimension>lat</dimension>
			<standard_name>latitude</standard_name>
			<long_name>Latitude of the flux station</long_name>
			<units>degrees_north</units>
		</variable>
		<variable>
			<name>lon</name>
			<dimension>lon</dimension>
			<standard_name>longitude</standard_name>
			<long_name>Longitude of the flux station</long_name>
			<units>degrees_east</units>
		</variable>
		<variable>
			<name>zag</name>
			<dimension>zag</dimension>
			<standard_name>height</standard_name>
			<long_name>height above ground</long_name>
			<units>m</units>
		</variable>
		<variable>
			<name>time</name>
			<dimension>time</dimension>
			<standard_name>time</standard_name>
			<long_name />
			<units>seconds since 1970-01-01 00:00:00</units>
		</variable>
		<variable>
			<name>time_bnds</name>
			<dimension>time, nv</dimension>
			<standard_name />
			<long_name />
			<units>seconds since 1970-01-01 00:00:00</units>
		</variable>
		<variable>
			<name>ta</name>
			<dimension>time, zag</dimension>
			<standard_name>air_temperature</standard_name>
			<long_name />
			<units>K</units>
		</variable>
		<variable>
			<name>hur</name>
			<dimension>time, zag</dimension>
			<standard_name>relative_humidity</standard_name>
			<long_name />
			<units>1</units>
		</variable>
		<variable>
			<name>pa</name>
			<dimension>time</dimension>
			<standard_name>air_pressure</standard_name>
			<long_name />
			<units>Pa</units>
		</variable>
		<variable>
			<name>wspeed</name>
			<dimension>time</dimension>
			<standard_name>wind_speed</standard_name>
			<long_name>horizontal wind speed</long_name>
			<units>m s-1</units>
		</variable>
		<variable>
			<name>wdir</name>
			<dimension>time</dimension>
			<standard_name>wind_from_direction</standard_name>
			<long_name>wind direction</long_name>
			<units>degree</units>
		</variable>
	</variables>
</metadata>