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	<dataset>

		<alternateIdentifier system="Desert Research Institute">McCall_Glacier_Upper_Cirque_water_isotopes_v041116</alternateIdentifier>

		<title>Water isotope measurements in the McCall Glacier Upper Cirque ice core</title>

		<creator>

			<individualName>

				<givenName>Joseph</givenName>

				<surName>McConnell</surName>

			</individualName>

			<organizationName>Desert Research Institute</organizationName>

			<address>

				<deliveryPoint>2215 Raggio Parkway</deliveryPoint>

				<city>Reno</city>

				<administrativeArea>Nevada</administrativeArea>

				<postalCode>89512</postalCode>

				<country>United States</country>

			</address>

			<phone>7756737348</phone>

			<electronicMailAddress>jmcconn@dri.edu</electronicMailAddress>

		</creator>

		<metadataProvider>

			<individualName>

				<givenName>Joseph</givenName>

				<surName>McConnell</surName>

			</individualName>

		</metadataProvider>

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			<individualName>

				<givenName>Joseph</givenName>

				<surName>McConnell</surName>

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		<pubDate>2016-04-11</pubDate>

		<abstract>

			<para>Continuous water isotope measurements in the top 37 m of the McCall Glacier Upper Cirque ice core, spanning the period ~1949 to 2008. As with all laboratory analyses, measurements should be considered preliminary until published in a peer-reviewed journal. Data included in Arienzo et al., submitted (as of March, 2016). Please contact J. McConnell (joe.mcconnell@dri.edu) for the latest data. Published in Klein et al., Quaternary Science Reviews, 2016. Please contact J. McConnell (joe.mcconnell@dri.edu) for the latest data.</para>

		</abstract>

		<keywordSet>

			<keyword>water isotopes, ice core, glacier, Alaska</keyword>

			<keywordThesaurus>None</keywordThesaurus>

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		<intellectualRights>

			<para>

This work is dedicated to the public domain under the Creative Commons Universal 1.0 Public Domain Dedication.

To view a copy of this dedication, visit https://creativecommons.org/publicdomain/zero/1.0/.

</para>

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		<coverage>

			<geographicCoverage>

				<geographicDescription>Upper cirque of the McCall Glacier, northern Brooks Range, Alaska</geographicDescription>

				<boundingCoordinates>

					<westBoundingCoordinate>-143.8</westBoundingCoordinate>

					<eastBoundingCoordinate>-143.8</eastBoundingCoordinate>

					<northBoundingCoordinate>68.3</northBoundingCoordinate>

					<southBoundingCoordinate>68.3</southBoundingCoordinate>

				</boundingCoordinates>

			</geographicCoverage>

			<temporalCoverage>

				<rangeOfDates>

					<beginDate>

						<calendarDate>1949-01-01</calendarDate>

					</beginDate>

					<endDate>

						<calendarDate>2008-06-01</calendarDate>

					</endDate>

				</rangeOfDates>

			</temporalCoverage>

		</coverage>

		<contact>

			<individualName>

				<givenName>Joseph</givenName>

				<surName>McConnell</surName>

			</individualName>

			<organizationName>Desert Research Institute</organizationName>

			<address>

				<deliveryPoint>2215 Raggio Parkway</deliveryPoint>

				<city>Reno</city>

				<administrativeArea>Nevada</administrativeArea>

				<postalCode>89512</postalCode>

				<country>United States</country>

			</address>

			<phone>7756737348</phone>

			<electronicMailAddress>jmcconn@dri.edu</electronicMailAddress>

		</contact>

		<methods>

			<methodStep>

				<description>

					<section>

						<title>DRI continuous water isotope measurement method</title>

						<para>The DRI continuous water isotopes method links a continuous ice core melter system with a Picarro wavelength-scanned cavity ring-down water isotope analyzer. The method is described in detail in Maselli et al., Isotopes in Environmental and Health Studies, 2013. </para>

					</section>

				</description>

			</methodStep>

			<sampling>

				<studyExtent>

					<description>

						<para>Continuous water isotopes were measured in the upper 37 m of the McCall Glacier Upper Cirque ice core collected in summer 2008.</para>

					</description>

				</studyExtent>

				<samplingDescription>

					<para>Continuous in depth. Resampled to 2 cm depth resolution.</para>

				</samplingDescription>

			</sampling>

		</methods>

		<dataTable>

			<entityName>McCallGlacierUpperCirqueWaterIsotopes_v041116.csv</entityName>

			<entityDescription>Isotope water measurements</entityDescription>

			<physical>

				<objectName>McCallGlacierUpperCirqueWaterIsotopes_v041116.csv</objectName>

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			<attributeList>

				<attribute>

					<attributeName>d18O</attributeName>

					<attributeDefinition>Oxygen 18 isotope concentration concentration (deltaD) measured in parts per thousand (permil). Measured using the DRI continuous method (Maselli et al., Isotopes in Environmental Health, 2013)</attributeDefinition>

					<storageType>integer</storageType>

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								<standardUnit>dimensionless</standardUnit>

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								<numberType>real</numberType>

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					</measurementScale>

				</attribute>

				<attribute>

					<attributeName>dD</attributeName>

					<attributeDefinition>Deuterium isotope concentration (deltaD) measured in parts per thousand (permil). Measured using the DRI continuous method (Maselli et al., Isotopes in Environmental Health, 2013)</attributeDefinition>

					<storageType>integer</storageType>

					<measurementScale>

						<ratio>

							<unit>

								<standardUnit>dimensionless</standardUnit>

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								<numberType>real</numberType>

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					</measurementScale>

				</attribute>

				<attribute>

					<attributeName>depth</attributeName>

					<attributeDefinition>Sample depth in meters</attributeDefinition>

					<storageType>integer</storageType>

					<measurementScale>

						<ratio>

							<unit>

								<standardUnit>meter</standardUnit>

							</unit>

							<numericDomain>

								<numberType>real</numberType>

							</numericDomain>

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					</measurementScale>

				</attribute>

				<attribute>

					<attributeName>estimatedYear</attributeName>

					<attributeDefinition>Estimated year of measurement. Age scale in deeper section revised since Klein et al., 2016.</attributeDefinition>

					<storageType>integer</storageType>

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							<unit>

								<standardUnit>nominalYear</standardUnit>

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								<numberType>whole</numberType>

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