<?xml version="1.0" encoding="UTF-8"?><md:MetaData xmlns:md="http://www.pangaea.de/MetaData" version="2026-04-13">
<md:citation id="dataset779032">
<md:author id="dataset.author31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:author>
<md:author id="dataset.author41015">
<md:lastName>Sheppard</md:lastName>
<md:firstName>M F</md:firstName>
</md:author>
<md:year>1992</md:year>
<md:title>(Table 2) Water content and D/H analysis of pore waters of ODP Hole 129-800A</md:title>
<md:type id="dataset.reftype10" includeInCitation="true">dataset</md:type>
<md:URI>https://doi.org/10.1594/PANGAEA.779032</md:URI>
<md:parentURI>https://doi.org/10.1594/PANGAEA.779033</md:parentURI>
</md:citation>
<md:reference dataciteRelType="References" group="210" id="ref36021" relationType="Related to" relationTypeId="12">
<md:author id="ref36021.author31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:author>
<md:author id="ref36021.author41015">
<md:lastName>Sheppard</md:lastName>
<md:firstName>M F</md:firstName>
</md:author>
<md:year>1992</md:year>
<md:title>Hydrogen isotope composition of pore waters and interlayer water in sediments from the central western Pacific, Leg 129</md:title>
<md:type id="ref36021.reftype15">book chapter</md:type>
<md:source>In: Larson, RL; Lancelot, Y; et al. (eds.), Proceedings of the Ocean Drilling Program, Scientific Results, College Station, TX (Ocean Drilling Program)</md:source>
<md:volume>129</md:volume>
<md:URI>https://doi.org/10.2973/odp.proc.sr.129.126.1992</md:URI>
<md:pages>295-302</md:pages>
</md:reference>
<md:extent>
<md:geographic>
<md:westBoundLongitude>152.3229</md:westBoundLongitude>
<md:eastBoundLongitude>152.3229</md:eastBoundLongitude>
<md:southBoundLatitude>21.923</md:southBoundLatitude>
<md:northBoundLatitude>21.923</md:northBoundLatitude>
<md:meanLongitude>152.3229</md:meanLongitude>
<md:meanLatitude>21.923</md:meanLatitude>
</md:geographic>
<md:temporal>
<md:minDateTime>1989-11-26T02:45:00</md:minDateTime>
<md:maxDateTime>1989-12-05T20:27:00</md:maxDateTime>
</md:temporal>
<md:elevation name="Elevation" unit="m">
<md:min>-5697.0</md:min>
<md:max>-5697.0</md:max>
</md:elevation>
<md:topoType id="topotype3">vertical profile</md:topoType>
</md:extent>
<md:project id="project3" type="International">
<md:label>ODP</md:label>
<md:name>Ocean Drilling Program</md:name>
<md:URI>https://www-odp.tamu.edu:443/</md:URI>
<md:institution id="project3.inst34">
<md:name>Ocean Drilling Program, Texas A&amp;M University</md:name>
<md:optionalName>ODP</md:optionalName>
<md:URI>http://www-odp.tamu.edu/</md:URI>
<md:ROR>https://ror.org/01f5ytq51</md:ROR>
</md:institution>
</md:project>
<md:event displayTypeName="Event" id="event13652" typeName="Generic Event">
<md:label>129-800A</md:label>
<md:latitude>21.923</md:latitude>
<md:longitude>152.3229</md:longitude>
<md:location id="event13652.term23838">
<md:name>North Pacific Ocean</md:name>
</md:location>
<md:elevation>-5697.0</md:elevation>
<md:dateTime>1989-11-26T02:45:00</md:dateTime>
<md:dateTime2>1989-12-05T20:27:00</md:dateTime2>
<md:campaign displayTypeName="Campaign" id="event13652.campaign3393491" legacyId="event13652.campaign101" typeName="Generic Campaign">
<md:label>Leg129</md:label>
<md:name warning="deprecated">Leg129</md:name>
<md:dateTime>1989-11-20T00:00:00</md:dateTime>
<md:start warning="deprecated">1989-11-20</md:start>
<md:dateTime2>1990-01-18T00:00:00</md:dateTime2>
<md:end warning="deprecated">1990-01-18</md:end>
<md:basis id="event13652.campaign3393491.basis5">
<md:name>Joides Resolution</md:name>
<md:URI>https://www-odp.tamu.edu:443/resolutn.html</md:URI>
</md:basis>
<md:responsible>Larson, Roger L</md:responsible>
<md:chiefScientist warning="deprecated">Larson, Roger L</md:chiefScientist>
<md:attribute attid="76863" name="Report">doi:10.2973/odp.proc.ir.129.1990</md:attribute>
</md:campaign>
<md:basis id="event13652.basis5">
<md:name>Joides Resolution</md:name>
<md:URI>https://www-odp.tamu.edu:443/resolutn.html</md:URI>
</md:basis>
<md:method id="event13652.method10974">
<md:name>Drilling/drill rig</md:name>
<md:optionalName>DRILL</md:optionalName>
</md:method>
<md:attribute attid="19162" name="Penetration">544.4 m</md:attribute>
<md:attribute attid="19163" name="Recovery">150.73 m</md:attribute>
<md:comment>61 core; 544.4 m cored; 0 m drilled; 27.7 % recovery</md:comment>
</md:event>
<md:size unit="data points">41</md:size>
<md:license id="license101">
<md:label>CC-BY-3.0</md:label>
<md:name>Creative Commons Attribution 3.0 Unported</md:name>
<md:URI>https://creativecommons.org/licenses/by/3.0/</md:URI>
</md:license>
<md:comment>Estimations bsed on interlayer pore-watere content i = 15 dry wt% or 20 dry wt%.</md:comment>
<md:matrixColumn col="0" id="col0.ds11657170" source="data" type="string">
<md:parameter id="col0.ds11657170.param790">
<md:name>Sample code/label</md:name>
<md:shortName>Sample label</md:shortName>
</md:parameter>
<md:method id="col0.ds11657170.method5059">
<md:name>DSDP/ODP/IODP sample designation</md:name>
<md:URI>hdl:10013/epic.27914.d001</md:URI>
</md:method>
<md:PI id="col0.ds11657170.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:caption>Sample label (DSDP/ODP/IODP sample designation)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="1" format="#0.0" id="col1.ds11657171" source="data" type="numeric">
<md:parameter id="col1.ds11657171.param1537">
<md:name>δ Deuterium</md:name>
<md:shortName>δD</md:shortName>
<md:unit>‰ SMOW</md:unit>
<md:URI>https://en.wikipedia.org/wiki/Deuterium</md:URI>
</md:parameter>
<md:method id="col1.ds11657171.method420">
<md:name>Measured</md:name>
</md:method>
<md:PI id="col1.ds11657171.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>pore-water</md:comment>
<md:caption>δD [‰ SMOW] (pore-water, Measured)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="2" format="##0" id="col2.ds11657172" source="data" type="numeric">
<md:parameter id="col2.ds11657172.param19">
<md:name>Water content, wet mass</md:name>
<md:shortName>Water wm</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="13" fragment="1" id="col2.ds11657172.param19.term40555" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>water content</md:name>
</md:term>
<md:term endOffset="23" fragment="2" id="col2.ds11657172.param19.term38563" startOffset="15" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>wet mass</md:name>
</md:term>
<md:term id="col2.ds11657172.param19.term43794" semanticURI="http://qudt.org/1.1/vocab/quantity#DimensionlessRatio" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Dimensionless Ratio</md:name>
<md:optionalName>ψ</md:optionalName>
</md:term>
</md:parameter>
<md:method id="col2.ds11657172.method420">
<md:name>Measured</md:name>
</md:method>
<md:PI id="col2.ds11657172.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>adjacent level, # = 20-24%</md:comment>
<md:caption>Water wm [%] (adjacent level, # = 20-24%, M...)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="3" format="##0.0" id="col3.ds11657173" source="data" type="numeric">
<md:parameter id="col3.ds11657173.param1537">
<md:name>δ Deuterium</md:name>
<md:shortName>δD</md:shortName>
<md:unit>‰ SMOW</md:unit>
<md:URI>https://en.wikipedia.org/wiki/Deuterium</md:URI>
</md:parameter>
<md:method id="col3.ds11657173.method420">
<md:name>Measured</md:name>
</md:method>
<md:PI id="col3.ds11657173.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>total water</md:comment>
<md:caption>δD [‰ SMOW] (total water, Measured)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="4" format="#0.0" id="col4.ds11657174" source="data" type="numeric">
<md:parameter id="col4.ds11657174.param19">
<md:name>Water content, wet mass</md:name>
<md:shortName>Water wm</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="13" fragment="1" id="col4.ds11657174.param19.term40555" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>water content</md:name>
</md:term>
<md:term endOffset="23" fragment="2" id="col4.ds11657174.param19.term38563" startOffset="15" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>wet mass</md:name>
</md:term>
<md:term id="col4.ds11657174.param19.term43794" semanticURI="http://qudt.org/1.1/vocab/quantity#DimensionlessRatio" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Dimensionless Ratio</md:name>
<md:optionalName>ψ</md:optionalName>
</md:term>
</md:parameter>
<md:method id="col4.ds11657174.method420">
<md:name>Measured</md:name>
</md:method>
<md:PI id="col4.ds11657174.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>total water</md:comment>
<md:caption>Water wm [%] (total water, Measured)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="5" format="##0.0" id="col5.ds11657175" source="data" type="numeric">
<md:parameter id="col5.ds11657175.param1537">
<md:name>δ Deuterium</md:name>
<md:shortName>δD</md:shortName>
<md:unit>‰ SMOW</md:unit>
<md:URI>https://en.wikipedia.org/wiki/Deuterium</md:URI>
</md:parameter>
<md:method id="col5.ds11657175.method420">
<md:name>Measured</md:name>
</md:method>
<md:PI id="col5.ds11657175.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>hydroxyl</md:comment>
<md:caption>δD [‰ SMOW] (hydroxyl, Measured)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="6" format="#0.0" id="col6.ds11657176" source="data" type="numeric">
<md:parameter id="col6.ds11657176.param19">
<md:name>Water content, wet mass</md:name>
<md:shortName>Water wm</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="13" fragment="1" id="col6.ds11657176.param19.term40555" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>water content</md:name>
</md:term>
<md:term endOffset="23" fragment="2" id="col6.ds11657176.param19.term38563" startOffset="15" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>wet mass</md:name>
</md:term>
<md:term id="col6.ds11657176.param19.term43794" semanticURI="http://qudt.org/1.1/vocab/quantity#DimensionlessRatio" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Dimensionless Ratio</md:name>
<md:optionalName>ψ</md:optionalName>
</md:term>
</md:parameter>
<md:method id="col6.ds11657176.method420">
<md:name>Measured</md:name>
</md:method>
<md:PI id="col6.ds11657176.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>hydroxyl</md:comment>
<md:caption>Water wm [%] (hydroxyl, Measured)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="7" format="#0" id="col7.ds11657177" source="data" type="numeric">
<md:parameter id="col7.ds11657177.param295">
<md:name>Smectite</md:name>
<md:shortName>Sme</md:shortName>
<md:unit>%</md:unit>
<md:URI>http://www.mindat.org/min-11116.html</md:URI>
<md:term id="col7.ds11657177.param295.term43794" semanticURI="http://qudt.org/1.1/vocab/quantity#DimensionlessRatio" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Dimensionless Ratio</md:name>
<md:optionalName>ψ</md:optionalName>
</md:term>
</md:parameter>
<md:method id="col7.ds11657177.method420">
<md:name>Measured</md:name>
</md:method>
<md:PI id="col7.ds11657177.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:caption>Sme [%] (Measured)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="8" format="#0" id="col8.ds11657178" source="data" type="numeric">
<md:parameter id="col8.ds11657178.param19">
<md:name>Water content, wet mass</md:name>
<md:shortName>Water wm</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="13" fragment="1" id="col8.ds11657178.param19.term40555" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>water content</md:name>
</md:term>
<md:term endOffset="23" fragment="2" id="col8.ds11657178.param19.term38563" startOffset="15" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>wet mass</md:name>
</md:term>
<md:term id="col8.ds11657178.param19.term43794" semanticURI="http://qudt.org/1.1/vocab/quantity#DimensionlessRatio" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Dimensionless Ratio</md:name>
<md:optionalName>ψ</md:optionalName>
</md:term>
</md:parameter>
<md:method id="col8.ds11657178.method50">
<md:name>Calculated</md:name>
</md:method>
<md:PI id="col8.ds11657178.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>15 dry wt%, pore-water</md:comment>
<md:caption>Water wm [%] (15 dry wt%, pore-water, Calcu...)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="9" format="##0" id="col9.ds11657179" source="data" type="numeric">
<md:parameter id="col9.ds11657179.param1537">
<md:name>δ Deuterium</md:name>
<md:shortName>δD</md:shortName>
<md:unit>‰ SMOW</md:unit>
<md:URI>https://en.wikipedia.org/wiki/Deuterium</md:URI>
</md:parameter>
<md:method id="col9.ds11657179.method50">
<md:name>Calculated</md:name>
</md:method>
<md:PI id="col9.ds11657179.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>15 dry wt%, interlayer pore-water</md:comment>
<md:caption>δD [‰ SMOW] (15 dry wt%, interlayer pore-w...)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="10" format="#0" id="col10.ds11657180" source="data" type="numeric">
<md:parameter id="col10.ds11657180.param16432">
<md:name>-</md:name>
<md:shortName>-</md:shortName>
<md:term id="col10.ds11657180.param16432.term44030" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Molar Concentration</md:name>
</md:term>
</md:parameter>
<md:method id="col10.ds11657180.method50">
<md:name>Calculated</md:name>
</md:method>
<md:PI id="col10.ds11657180.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>15 dry wt%, 1000/na pore-interlayer</md:comment>
<md:caption>- (15 dry wt%, 1000/na pore-inte...)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="11" format="#0" id="col11.ds11657181" source="data" type="numeric">
<md:parameter id="col11.ds11657181.param19">
<md:name>Water content, wet mass</md:name>
<md:shortName>Water wm</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="13" fragment="1" id="col11.ds11657181.param19.term40555" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>water content</md:name>
</md:term>
<md:term endOffset="23" fragment="2" id="col11.ds11657181.param19.term38563" startOffset="15" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>wet mass</md:name>
</md:term>
<md:term id="col11.ds11657181.param19.term43794" semanticURI="http://qudt.org/1.1/vocab/quantity#DimensionlessRatio" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Dimensionless Ratio</md:name>
<md:optionalName>ψ</md:optionalName>
</md:term>
</md:parameter>
<md:method id="col11.ds11657181.method50">
<md:name>Calculated</md:name>
</md:method>
<md:PI id="col11.ds11657181.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>20 dry wt%, pore-water</md:comment>
<md:caption>Water wm [%] (20 dry wt%, pore-water, Calcu...)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="12" format="##0" id="col12.ds11657182" source="data" type="numeric">
<md:parameter id="col12.ds11657182.param1537">
<md:name>δ Deuterium</md:name>
<md:shortName>δD</md:shortName>
<md:unit>‰ SMOW</md:unit>
<md:URI>https://en.wikipedia.org/wiki/Deuterium</md:URI>
</md:parameter>
<md:method id="col12.ds11657182.method50">
<md:name>Calculated</md:name>
</md:method>
<md:PI id="col12.ds11657182.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>20 dry wt%, interlayer pore-water</md:comment>
<md:caption>δD [‰ SMOW] (20 dry wt%, interlayer pore-w...)</md:caption>
</md:matrixColumn>
<md:matrixColumn col="13" format="#0" id="col13.ds11657183" source="data" type="numeric">
<md:parameter id="col13.ds11657183.param16432">
<md:name>-</md:name>
<md:shortName>-</md:shortName>
<md:term id="col13.ds11657183.param16432.term44030" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Molar Concentration</md:name>
</md:term>
</md:parameter>
<md:method id="col13.ds11657183.method50">
<md:name>Calculated</md:name>
</md:method>
<md:PI id="col13.ds11657183.pi31615">
<md:lastName>France-Lanord</md:lastName>
<md:firstName>Christian</md:firstName>
<md:orcid>0000-0002-4873-5546</md:orcid>
</md:PI>
<md:comment>20 dry wt%, 1000/na pore-interlayer</md:comment>
<md:caption>- (20 dry wt%, 1000/na pore-inte...)</md:caption>
</md:matrixColumn>
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