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<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
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<md:author id="dataset.author608">
<md:lastName>Lyle</md:lastName>
<md:firstName>Mitchell W</md:firstName>
<md:eMail>mlyle@coas.oregonstate.edu</md:eMail>
<md:URI>http://ceoas.oregonstate.edu/profile/lyle/</md:URI>
<md:orcid>0000-0002-0861-0511</md:orcid>
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<md:author id="dataset.author761">
<md:lastName>Finney</md:lastName>
<md:firstName>Bruce P</md:firstName>
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<md:author id="dataset.author55517">
<md:lastName>Piper</md:lastName>
<md:firstName>David Z</md:firstName>
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<md:author id="dataset.author98856">
<md:lastName>Murphy</md:lastName>
<md:firstName>Kim</md:firstName>
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<md:author id="dataset.author49860">
<md:lastName>Conard</md:lastName>
<md:firstName>Roberta</md:firstName>
</md:author>
<md:author id="dataset.author313">
<md:lastName>Pisias</md:lastName>
<md:firstName>Nicklas G</md:firstName>
<md:eMail>pisias@oce.orst.edu</md:eMail>
<md:orcid>0009-0004-5378-5670</md:orcid>
</md:author>
<md:year>2023</md:year>
<md:title>MANOP Sites S and R manganese nodules chemical composition determined by atomic absorption spectrometry (AAS)</md:title>
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<md:URI>https://doi.org/10.1594/PANGAEA.961506</md:URI>
<md:dateTime>2023-08-16T12:37:04</md:dateTime>
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<md:abstract>Manganese nodules were sampled from box cores collected at the Manganese Nodule Program (MANOP) site S (Clarion-Clipperton Fracture Zone) and site R (Murray Fracture Zone) in the Central Pacific ocean. For these sites nodule tops are smoother than nodule bottoms, which commonly have a gritty texture. The top/bottom orientation of each manganese nodule was labeled during curation. Most of the nodutes studied were cut in haIf, and a 3-5 mm layer was scraped from nodule tops and bottoms. The chemical analysis was performed on both top and bottom sides as well as on the whole specimen. They were analysed at the U.S. Geological Survey, Menlo Park using instrumental neutron activation analysis with high-resolution lithium-drifted germanium detectors. This method involves the meeasurement of gamma-ray emission after proper irradiation of the samples.</md:abstract>
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<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
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<md:author id="ref119510.author608">
<md:lastName>Lyle</md:lastName>
<md:firstName>Mitchell W</md:firstName>
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<md:orcid>0000-0002-0861-0511</md:orcid>
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<md:author id="ref119510.author761">
<md:lastName>Finney</md:lastName>
<md:firstName>Bruce P</md:firstName>
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<md:author id="ref119510.author55517">
<md:lastName>Piper</md:lastName>
<md:firstName>David Z</md:firstName>
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<md:author id="ref119510.author98856">
<md:lastName>Murphy</md:lastName>
<md:firstName>Kim</md:firstName>
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<md:author id="ref119510.author49860">
<md:lastName>Conard</md:lastName>
<md:firstName>Roberta</md:firstName>
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<md:author id="ref119510.author313">
<md:lastName>Pisias</md:lastName>
<md:firstName>Nicklas G</md:firstName>
<md:eMail>pisias@oce.orst.edu</md:eMail>
<md:orcid>0009-0004-5378-5670</md:orcid>
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<md:year>1984</md:year>
<md:title>Ferromanganese nodules from MANOP Sites H, S, and R—Control of mineralogical and chemical composition by multiple accretionary processes</md:title>
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<md:source id="ref119510.journal6009" relatedTermIds="33971" type="journal">Geochimica et Cosmochimica Acta</md:source>
<md:volume>48(5)</md:volume>
<md:URI>https://doi.org/10.1016/0016-7037(84)90186-8</md:URI>
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<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
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<md:lastName>Lyle</md:lastName>
<md:firstName>Mitchell W</md:firstName>
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<md:orcid>0000-0002-0861-0511</md:orcid>
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<md:lastName>Finney</md:lastName>
<md:firstName>Bruce P</md:firstName>
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<md:lastName>Piper</md:lastName>
<md:firstName>David Z</md:firstName>
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<md:lastName>Murphy</md:lastName>
<md:firstName>Kim</md:firstName>
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<md:author id="refds961504.author49860">
<md:lastName>Conard</md:lastName>
<md:firstName>Roberta</md:firstName>
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<md:lastName>Pisias</md:lastName>
<md:firstName>Nicklas G</md:firstName>
<md:eMail>pisias@oce.orst.edu</md:eMail>
<md:orcid>0009-0004-5378-5670</md:orcid>
</md:author>
<md:year>2023</md:year>
<md:title>MANOP Site H manganese nodules and crusts chemical composition determined by atomic absorption spectrometry (AAS)</md:title>
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<md:year>2023</md:year>
<md:title>MANOP Site H manganese nodules and crusts chemical composition determined by instrumental neutron activation (INAA)</md:title>
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<md:lastName>Lane-Bostwick</md:lastName>
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<md:name>Thomas Washington</md:name>
</md:basis>
<md:method id="event3072305.method10832">
<md:name>Box corer</md:name>
<md:optionalName>BC</md:optionalName>
<md:URI>http://en.wikipedia.org/wiki/Box_corer</md:URI>
<md:term id="event3072305.method10832.term2299596" semanticURI="SDN:L05::51" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>unconsolidated sediment corers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/51/</md:URI>
</md:term>
</md:method>
<md:attribute attid="19163" name="Recovery">0.37 m</md:attribute>
</md:event>
<md:event displayTypeName="Event" id="event3072306" typeName="Generic Event">
<md:label>RAMA01WT-20BX</md:label>
<md:optionalLabel>RAMA (MANOP Site R)</md:optionalLabel>
<md:latitude>30.405</md:latitude>
<md:longitude>-157.692</md:longitude>
<md:location id="event3072306.loc1.term20898">
<md:name>Pacific Ocean</md:name>
</md:location>
<md:elevation>-5955.0</md:elevation>
<md:dateTime>1980-04-14T00:00:00</md:dateTime>
<md:campaign displayTypeName="Campaign" id="event3072306.campaign3375114" legacyId="event3072306.campaign49584" typeName="Generic Campaign">
<md:label>RAMA01WT</md:label>
<md:optionalLabel>RAMA</md:optionalLabel>
<md:URI>https://gdc.ucsd.edu/index.php/db/?cid=RAMA01WT</md:URI>
<md:location id="event3072306.campaign3375114.loc1.term77779">
<md:name>San Diego, United States</md:name>
</md:location>
<md:dateTime>1980-03-10T00:00:00</md:dateTime>
<md:location2 id="event3072306.campaign3375114.loc2.term77716">
<md:name>Honolulu, United States</md:name>
</md:location2>
<md:dateTime2>1980-04-17T00:00:00</md:dateTime2>
<md:basis id="event3072306.campaign3375114.basis70">
<md:name>Thomas Washington</md:name>
</md:basis>
<md:responsible>Spiess, Fred N</md:responsible>
</md:campaign>
<md:basis id="event3072306.basis70">
<md:name>Thomas Washington</md:name>
</md:basis>
<md:method id="event3072306.method10832">
<md:name>Box corer</md:name>
<md:optionalName>BC</md:optionalName>
<md:URI>http://en.wikipedia.org/wiki/Box_corer</md:URI>
<md:term id="event3072306.method10832.term2299596" semanticURI="SDN:L05::51" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>unconsolidated sediment corers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/51/</md:URI>
</md:term>
</md:method>
<md:attribute attid="19163" name="Recovery">0.41 m</md:attribute>
</md:event>
<md:size unit="data points">474</md:size>
<md:license id="license21">
<md:label>CC-BY-4.0</md:label>
<md:name>Creative Commons Attribution 4.0 International</md:name>
<md:URI>https://creativecommons.org/licenses/by/4.0/</md:URI>
</md:license>
<md:comment>From 1983 until 1989 NOAA-NCEI compiled the NOAA-MMS Marine Minerals Geochemical Database from journal articles, technical reports and unpublished sources from other institutions. At the time it was the most extended data compilation on ferromanganese deposits world wide. Initially published in a proprietary format incompatible with present day standards it was jointly decided by AWI and NOAA to transcribe this legacy data into PANGAEA. This transfer is augmented by a careful checking of the original sources when available and the encoding of ancillary information (sample description, method of analysis...) not present in the NOAA-MMS database.
This dataset represents the digitized Table 3, pp. 935 of the related publication.</md:comment>
<md:matrixColumn behaviour="7" col="0" id="col0.ds14946566" source="event" type="string">
<md:parameter>
<md:name>Event label</md:name>
<md:shortName>Event</md:shortName>
</md:parameter>
<md:caption>Event</md:caption>
</md:matrixColumn>
<md:matrixColumn behaviour="2" col="1" format="##0.0000" id="col1.ds14946566" source="event" type="numeric">
<md:parameter id="col1.ds14946566.geocode1600">
<md:name>Latitude of event</md:name>
<md:shortName>Latitude</md:shortName>
</md:parameter>
<md:caption>Latitude</md:caption>
</md:matrixColumn>
<md:matrixColumn behaviour="3" col="2" format="##0.0000" id="col2.ds14946566" source="event" type="numeric">
<md:parameter id="col2.ds14946566.geocode1601">
<md:name>Longitude of event</md:name>
<md:shortName>Longitude</md:shortName>
</md:parameter>
<md:caption>Longitude</md:caption>
</md:matrixColumn>
<md:matrixColumn behaviour="1" col="3" format="##0" id="col3.ds14946566" source="event" type="numeric">
<md:parameter id="col3.ds14946566.geocode8128">
<md:name>Elevation of event</md:name>
<md:shortName>Elevation</md:shortName>
<md:unit>m</md:unit>
</md:parameter>
<md:caption>Elevation [m]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="4" id="col4.ds14946567" source="data" type="string">
<md:parameter id="col4.ds14946567.param7056">
<md:name>Identification</md:name>
<md:shortName>ID</md:shortName>
</md:parameter>
<md:PI id="col4.ds14946567.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>ID</md:caption>
</md:matrixColumn>
<md:matrixColumn col="5" id="col5.ds14946568" source="data" type="string">
<md:parameter id="col5.ds14946568.param790">
<md:name>Sample code/label</md:name>
<md:shortName>Sample label</md:shortName>
</md:parameter>
<md:PI id="col5.ds14946568.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Sample label</md:caption>
</md:matrixColumn>
<md:matrixColumn col="6" id="col6.ds14946569" source="data" type="string">
<md:parameter id="col6.ds14946569.param144749">
<md:name>Deposit type</md:name>
<md:shortName>Deposit type</md:shortName>
</md:parameter>
<md:PI id="col6.ds14946569.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Deposit type</md:caption>
</md:matrixColumn>
<md:matrixColumn behaviour="1" col="7" format="0" id="col7.ds14946570" source="geocode" type="numeric">
<md:parameter id="col7.ds14946570.geocode1">
<md:name>DEPTH, sediment/rock</md:name>
<md:shortName>Depth sed</md:shortName>
<md:unit>m</md:unit>
<md:term endOffset="5" fragment="1" id="col7.ds14946570.geocode1.term1073131" semanticURI="urn:obo:pato:term:0001595" startOffset="0" terminologyId="14" terminologyLabel="PATO">
<md:name>depth</md:name>
<md:URI>http://purl.obolibrary.org/obo/PATO_0001595</md:URI>
</md:term>
<md:term endOffset="15" fragment="2" id="col7.ds14946570.geocode1.term38263" startOffset="7" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>sediment</md:name>
<md:URI>http://purl.obolibrary.org/obo/ENVO_00002007</md:URI>
</md:term>
<md:term endOffset="20" fragment="3" id="col7.ds14946570.geocode1.term41056" startOffset="16" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>rock</md:name>
</md:term>
<md:term id="col7.ds14946570.geocode1.term43863" semanticURI="http://qudt.org/1.1/vocab/quantity#Length" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Length</md:name>
<md:optionalName>L</md:optionalName>
<md:URI>http://dbpedia.org/resource/Length</md:URI>
</md:term>
</md:parameter>
<md:PI id="col7.ds14946570.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Depth sed [m]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="8" format="0.00" id="col8.ds14946571" source="data" type="numeric">
<md:parameter id="col8.ds14946571.param18478">
<md:name>Sodium</md:name>
<md:shortName>Na</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="6" fragment="1" id="col8.ds14946571.param18478.term41048" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>sodium</md:name>
</md:term>
<md:term id="col8.ds14946571.param18478.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.ds14946571.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col8.ds14946571.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col8.ds14946571.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col8.ds14946571.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Na [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="9" format="0.00" id="col9.ds14946572" source="data" type="numeric">
<md:parameter id="col9.ds14946572.param80">
<md:name>Magnesium</md:name>
<md:shortName>Mg</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="9" fragment="1" id="col9.ds14946572.param80.term40665" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>magnesium</md:name>
</md:term>
<md:term id="col9.ds14946572.param80.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="col9.ds14946572.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col9.ds14946572.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col9.ds14946572.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col9.ds14946572.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Mg [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="10" format="0.000" id="col10.ds14946573" source="data" type="numeric">
<md:parameter id="col10.ds14946573.param75">
<md:name>Aluminium</md:name>
<md:shortName>Al</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="9" fragment="1" id="col10.ds14946573.param75.term40136" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>aluminium</md:name>
<md:optionalName>Al</md:optionalName>
</md:term>
<md:term id="col10.ds14946573.param75.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="col10.ds14946573.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col10.ds14946573.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col10.ds14946573.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col10.ds14946573.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Al [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="11" format="0.00" id="col11.ds14946574" source="data" type="numeric">
<md:parameter id="col11.ds14946574.param74">
<md:name>Silicon</md:name>
<md:shortName>Si</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="7" fragment="1" id="col11.ds14946574.param74.term38478" semanticURI="http://purl.obolibrary.org/obo/CHEBI_27573" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>silicon</md:name>
<md:optionalName>Si</md:optionalName>
<md:URI>https://www.ebi.ac.uk/chebi/searchId.do?chebiId=CHEBI:27573</md:URI>
</md:term>
<md:term id="col11.ds14946574.param74.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.ds14946574.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col11.ds14946574.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col11.ds14946574.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col11.ds14946574.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Si [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="12" format="0.000" id="col12.ds14946575" source="data" type="numeric">
<md:parameter id="col12.ds14946575.param90">
<md:name>Potassium</md:name>
<md:shortName>K</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="9" fragment="1" id="col12.ds14946575.param90.term40134" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>potassium</md:name>
<md:optionalName>K</md:optionalName>
</md:term>
<md:term id="col12.ds14946575.param90.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="col12.ds14946575.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col12.ds14946575.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col12.ds14946575.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col12.ds14946575.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>K [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="13" format="0.00" id="col13.ds14946576" source="data" type="numeric">
<md:parameter id="col13.ds14946576.param79">
<md:name>Calcium</md:name>
<md:shortName>Ca</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="7" fragment="1" id="col13.ds14946576.param79.term38520" semanticURI="http://purl.obolibrary.org/obo/CHEBI_22984" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>calcium</md:name>
<md:optionalName>Ca</md:optionalName>
<md:URI>https://www.ebi.ac.uk/chebi/searchId.do?chebiId=CHEBI:22984</md:URI>
</md:term>
<md:term id="col13.ds14946576.param79.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="col13.ds14946576.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col13.ds14946576.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col13.ds14946576.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col13.ds14946576.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Ca [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="14" format="0.000" id="col14.ds14946577" source="data" type="numeric">
<md:parameter id="col14.ds14946577.param76">
<md:name>Titanium</md:name>
<md:shortName>Ti</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="8" fragment="1" id="col14.ds14946577.param76.term38522" semanticURI="http://purl.obolibrary.org/obo/CHEBI_33341" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>titanium</md:name>
<md:optionalName>Ti</md:optionalName>
<md:URI>https://www.ebi.ac.uk/chebi/searchId.do?chebiId=CHEBI:33341</md:URI>
</md:term>
<md:term id="col14.ds14946577.param76.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="col14.ds14946577.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col14.ds14946577.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col14.ds14946577.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col14.ds14946577.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Ti [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="15" format="0.0" id="col15.ds14946578" source="data" type="numeric">
<md:parameter id="col15.ds14946578.param78">
<md:name>Manganese</md:name>
<md:shortName>Mn</md:shortName>
<md:unit>%</md:unit>
<md:term endOffset="9" fragment="1" id="col15.ds14946578.param78.term38521" semanticURI="http://purl.obolibrary.org/obo/CHEBI_18291" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>manganese</md:name>
<md:optionalName>Mn</md:optionalName>
<md:URI>https://www.ebi.ac.uk/chebi/searchId.do?chebiId=CHEBI:18291</md:URI>
</md:term>
<md:term id="col15.ds14946578.param78.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="col15.ds14946578.method10">
<md:name>Atomic absorption spectrometry (AAS)</md:name>
<md:term id="col15.ds14946578.method10.term2299432" semanticURI="SDN:L05::LAB10" terminologyId="21" terminologyLabel="NERC-L05-L22">
<md:name>atomic absorption spectrometers</md:name>
<md:URI>http://vocab.nerc.ac.uk/collection/L05/current/LAB10/</md:URI>
</md:term>
<md:term id="col15.ds14946578.method10.term68027" terminologyId="3" terminologyLabel="PAN-M&amp;D">
<md:name>Chromatographs &amp; spectrometers</md:name>
</md:term>
</md:method>
<md:PI id="col15.ds14946578.pi10663">
<md:lastName>Dymond</md:lastName>
<md:firstName>Jack R</md:firstName>
</md:PI>
<md:caption>Mn [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="16" format="0.00" id="col16.ds14946579" source="data" type="numeric">
<md:parameter id="col16.ds14946579.param77">
<md:name>Iron</md:name>
<md:shortName>Fe</md:shortName>
<md:unit>%</md:unit>
<md:term id="col16.ds14946579.param77.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="col16.ds14946579.method10">
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