<?xml version="1.0" encoding="UTF-8"?><md:MetaData xmlns:md="http://www.pangaea.de/MetaData" version="2024-07-19">
<md:citation id="dataset954967">
<md:author id="dataset.author97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:author>
<md:author id="dataset.author79546">
<md:lastName>Wolff</md:lastName>
<md:firstName>Reinhard</md:firstName>
<md:eMail>rwolff@uni-muenster.de</md:eMail>
<md:orcid>0000-0002-0294-4879</md:orcid>
</md:author>
<md:author id="dataset.author79545">
<md:lastName>Hampel</md:lastName>
<md:firstName>Andrea</md:firstName>
</md:author>
<md:author id="dataset.author59870">
<md:lastName>Hetzel</md:lastName>
<md:firstName>Ralf</md:firstName>
<md:orcid>0000-0002-3412-6344</md:orcid>
</md:author>
<md:author id="dataset.author97729">
<md:lastName>Dunkl</md:lastName>
<md:firstName>István</md:firstName>
<md:eMail>istvan.dunkl@geo.uni-goettingen.de</md:eMail>
<md:orcid>0000-0001-8438-2867</md:orcid>
</md:author>
<md:year>2023</md:year>
<md:title>Apatite fission track ages for samples in the Gurktal Alps (Austria)</md:title>
<md:type id="dataset.reftype10" includeInCitation="true">dataset</md:type>
<md:URI>https://doi.org/10.1594/PANGAEA.954967</md:URI>
<md:dateTime>2023-01-27T09:44:31</md:dateTime>
<md:parentURI>https://doi.org/10.1594/PANGAEA.954973</md:parentURI>
</md:citation>
<md:reference dataciteRelType="References" group="500" id="ref117068" relationType="References" relationTypeId="24">
<md:author id="ref117068.author33396">
<md:lastName>Farley</md:lastName>
<md:firstName>Kenneth A</md:firstName>
<md:orcid>0000-0002-7846-7546</md:orcid>
</md:author>
<md:author id="ref117068.author97733">
<md:lastName>Wolf</md:lastName>
<md:firstName>R A</md:firstName>
</md:author>
<md:author id="ref117068.author97735">
<md:lastName>Silver</md:lastName>
<md:firstName>L T</md:firstName>
</md:author>
<md:year>1996</md:year>
<md:title>The effects of long alpha-stopping distances on (U-Th)/He ages</md:title>
<md:type id="ref117068.reftype1">journal article</md:type>
<md:source id="ref117068.journal6009" relatedTermIds="33971" type="journal">Geochimica et Cosmochimica Acta</md:source>
<md:volume>60(21)</md:volume>
<md:URI>https://doi.org/10.1016/S0016-7037(96)00193-7</md:URI>
<md:pages>4223-4229</md:pages>
</md:reference>
<md:reference dataciteRelType="References" group="500" id="ref117069" relationType="References" relationTypeId="24">
<md:author id="ref117069.author97741">
<md:lastName>Hourigan</md:lastName>
<md:firstName>Jeremy K</md:firstName>
<md:orcid>0000-0002-9620-7967</md:orcid>
</md:author>
<md:author id="ref117069.author75917">
<md:lastName>Reiners</md:lastName>
<md:firstName>Peter W</md:firstName>
</md:author>
<md:author id="ref117069.author57091">
<md:lastName>Brandon</md:lastName>
<md:firstName>Mark</md:firstName>
</md:author>
<md:year>2005</md:year>
<md:title>U-Th zonation-dependent alpha-ejection in (U-Th)/He chronometry</md:title>
<md:type id="ref117069.reftype1">journal article</md:type>
<md:source id="ref117069.journal6009" relatedTermIds="33971" type="journal">Geochimica et Cosmochimica Acta</md:source>
<md:volume>69(13)</md:volume>
<md:URI>https://doi.org/10.1016/j.gca.2005.01.024</md:URI>
<md:pages>3349-3365</md:pages>
</md:reference>
<md:reference dataciteRelType="References" group="500" id="ref117071" relationType="References" relationTypeId="24">
<md:author id="ref117071.author34346">
<md:lastName>Hurford</md:lastName>
<md:firstName>Anthony J</md:firstName>
</md:author>
<md:author id="ref117071.author97744">
<md:lastName>Green</md:lastName>
<md:firstName>Paul F</md:firstName>
</md:author>
<md:year>1983</md:year>
<md:title>The zeta age calibration of fission-track dating</md:title>
<md:type id="ref117071.reftype1">journal article</md:type>
<md:source id="ref117071.journal3311" relatedTermIds="33971" type="journal">Chemical Geology</md:source>
<md:volume>41</md:volume>
<md:URI>https://doi.org/10.1016/S0009-2541(83)80026-6</md:URI>
<md:pages>285-317</md:pages>
</md:reference>
<md:extent>
<md:geographic>
<md:westBoundLongitude>13.5671</md:westBoundLongitude>
<md:eastBoundLongitude>14.1304</md:eastBoundLongitude>
<md:southBoundLatitude>46.0058</md:southBoundLatitude>
<md:northBoundLatitude>47.0506</md:northBoundLatitude>
<md:meanLongitude>13.742808</md:meanLongitude>
<md:meanLatitude>46.864447999999996</md:meanLatitude>
</md:geographic>
<md:elevation name="Elevation" unit="m">
<md:min>624.0</md:min>
<md:max>2211.0</md:max>
</md:elevation>
<md:topoType id="topotype2">point</md:topoType>
</md:extent>
<md:event id="event3036382">
<md:label>Gurktal_14NO1</md:label>
<md:latitude>46.9622</md:latitude>
<md:longitude>13.7278</md:longitude>
<md:elevation>1572.0</md:elevation>
<md:location id="event3036382.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036382.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036383">
<md:label>Gurktal_14NO2</md:label>
<md:latitude>46.8836</md:latitude>
<md:longitude>13.7564</md:longitude>
<md:elevation>2050.0</md:elevation>
<md:location id="event3036383.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036383.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036384">
<md:label>Gurktal_14NO7</md:label>
<md:latitude>46.8375</md:latitude>
<md:longitude>13.7369</md:longitude>
<md:elevation>1881.0</md:elevation>
<md:location id="event3036384.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036384.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036385">
<md:label>Gurktal_14NO9</md:label>
<md:latitude>46.8183</md:latitude>
<md:longitude>13.7036</md:longitude>
<md:elevation>859.0</md:elevation>
<md:location id="event3036385.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036385.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036361">
<md:label>Gurktal_14NO13</md:label>
<md:latitude>46.9717</md:latitude>
<md:longitude>13.7436</md:longitude>
<md:elevation>1531.0</md:elevation>
<md:location id="event3036361.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036361.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036362">
<md:label>Gurktal_19NO14</md:label>
<md:latitude>46.8258</md:latitude>
<md:longitude>13.6383</md:longitude>
<md:elevation>2042.0</md:elevation>
<md:location id="event3036362.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036362.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036363">
<md:label>Gurktal_19NO15</md:label>
<md:latitude>46.8215</md:latitude>
<md:longitude>13.635</md:longitude>
<md:elevation>1945.0</md:elevation>
<md:location id="event3036363.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036363.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036364">
<md:label>Gurktal_19NO16</md:label>
<md:latitude>46.8181</md:latitude>
<md:longitude>13.6322</md:longitude>
<md:elevation>1828.0</md:elevation>
<md:location id="event3036364.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036364.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036365">
<md:label>Gurktal_19NO17</md:label>
<md:latitude>46.8129</md:latitude>
<md:longitude>13.6238</md:longitude>
<md:elevation>1540.0</md:elevation>
<md:location id="event3036365.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036365.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036366">
<md:label>Gurktal_19NO18</md:label>
<md:latitude>46.8063</md:latitude>
<md:longitude>13.6171</md:longitude>
<md:elevation>1232.0</md:elevation>
<md:location id="event3036366.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036366.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036367">
<md:label>Gurktal_19NO19</md:label>
<md:latitude>46.8036</md:latitude>
<md:longitude>13.6147</md:longitude>
<md:elevation>1061.0</md:elevation>
<md:location id="event3036367.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036367.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036368">
<md:label>Gurktal_19NO20</md:label>
<md:latitude>46.8036</md:latitude>
<md:longitude>13.6042</md:longitude>
<md:elevation>880.0</md:elevation>
<md:location id="event3036368.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036368.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036369">
<md:label>Gurktal_19NO21</md:label>
<md:latitude>46.807</md:latitude>
<md:longitude>13.574</md:longitude>
<md:elevation>696.0</md:elevation>
<md:location id="event3036369.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036369.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036370">
<md:label>Gurktal_19NO22</md:label>
<md:latitude>46.805</md:latitude>
<md:longitude>13.5671</md:longitude>
<md:elevation>624.0</md:elevation>
<md:location id="event3036370.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036370.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036371">
<md:label>Gurktal_19NO23</md:label>
<md:latitude>46.0058</md:latitude>
<md:longitude>13.6942</md:longitude>
<md:elevation>2211.0</md:elevation>
<md:location id="event3036371.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036371.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036372">
<md:label>Gurktal_19NO24</md:label>
<md:latitude>46.9982</md:latitude>
<md:longitude>13.6962</md:longitude>
<md:elevation>2030.0</md:elevation>
<md:location id="event3036372.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036372.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036373">
<md:label>Gurktal_19NO25</md:label>
<md:latitude>46.9892</md:latitude>
<md:longitude>13.6966</md:longitude>
<md:elevation>1800.0</md:elevation>
<md:location id="event3036373.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036373.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036374">
<md:label>Gurktal_19NO26</md:label>
<md:latitude>46.9827</md:latitude>
<md:longitude>13.6943</md:longitude>
<md:elevation>1563.0</md:elevation>
<md:location id="event3036374.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036374.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036375">
<md:label>Gurktal_19NO27</md:label>
<md:latitude>46.9809</md:latitude>
<md:longitude>13.6903</md:longitude>
<md:elevation>1421.0</md:elevation>
<md:location id="event3036375.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036375.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036376">
<md:label>Gurktal_19NO28</md:label>
<md:latitude>46.9782</md:latitude>
<md:longitude>13.6814</md:longitude>
<md:elevation>1294.0</md:elevation>
<md:location id="event3036376.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036376.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036377">
<md:label>Gurktal_19NO29</md:label>
<md:latitude>47.0289</md:latitude>
<md:longitude>14.0101</md:longitude>
<md:elevation>1161.0</md:elevation>
<md:location id="event3036377.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036377.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036378">
<md:label>Gurktal_19NO30</md:label>
<md:latitude>47.0321</md:latitude>
<md:longitude>14.0198</md:longitude>
<md:elevation>1451.0</md:elevation>
<md:location id="event3036378.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036378.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036379">
<md:label>Gurktal_19NO31</md:label>
<md:latitude>47.0506</md:latitude>
<md:longitude>14.0505</md:longitude>
<md:elevation>2118.0</md:elevation>
<md:location id="event3036379.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036379.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036380">
<md:label>Gurktal_19NO32</md:label>
<md:latitude>47.0281</md:latitude>
<md:longitude>14.0317</md:longitude>
<md:elevation>1683.0</md:elevation>
<md:location id="event3036380.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036380.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:event id="event3036381">
<md:label>Gurktal_19NO33</md:label>
<md:latitude>46.7594</md:latitude>
<md:longitude>14.1304</md:longitude>
<md:elevation>710.0</md:elevation>
<md:location id="event3036381.term71986">
<md:name>Gurktal Alps, Austria</md:name>
</md:location>
<md:method id="event3036381.method11069">
<md:name>Geological sample</md:name>
<md:optionalName>GEOS</md:optionalName>
</md:method>
</md:event>
<md:size unit="data points">375</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>The data set includes the geographic position and elevation of the analyzed samples and the obtained apatite fission track ages. ρs (ρi) is the spontaneous (induced) track density (105 tracks/cm2); Ns (Ni) is the number of counted spontaneous (induced) tracks; ρd is the dosimeter track density (105 tracks/cm2); Nd is the number of tracks counted on the dosimeter; P(χ2) is the probability of obtaining Chi-square value (χ2) for n degrees of freedom (where n is the number of crystals minus 1); ages were calculated using the zeta calibration method (Hurford and Green, 1983), glass dosimeter IRMM540, and zeta values of 226±13 a/cm2 determined with the Durango apatite standard.</md:comment>
<md:matrixColumn behaviour="7" col="0" id="col0.ds14819967" source="event" type="string">
<md:parameter>
<md:name>Event label</md:name>
<md:shortName>Event</md:shortName>
</md:parameter>
<md:PI id="col0.ds14819967.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Event</md:caption>
</md:matrixColumn>
<md:matrixColumn behaviour="2" col="1" format="##0.0000" id="col1.ds14819967" source="event" type="numeric">
<md:parameter id="col1.ds14819967.geocode1600">
<md:name>Latitude of event</md:name>
<md:shortName>Latitude</md:shortName>
</md:parameter>
<md:PI id="col1.ds14819967.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Latitude</md:caption>
</md:matrixColumn>
<md:matrixColumn behaviour="3" col="2" format="##0.0000" id="col2.ds14819967" source="event" type="numeric">
<md:parameter id="col2.ds14819967.geocode1601">
<md:name>Longitude of event</md:name>
<md:shortName>Longitude</md:shortName>
</md:parameter>
<md:PI id="col2.ds14819967.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Longitude</md:caption>
</md:matrixColumn>
<md:matrixColumn behaviour="1" col="3" format="####0" id="col3.ds14819967" source="event" type="numeric">
<md:parameter id="col3.ds14819967.geocode8128">
<md:name>Elevation of event</md:name>
<md:shortName>Elevation</md:shortName>
<md:unit>m</md:unit>
</md:parameter>
<md:PI id="col3.ds14819967.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Elevation [m]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="4" format="####0" id="col4.ds14819968" source="data" type="numeric">
<md:parameter id="col4.ds14819968.param800">
<md:name>Grains, counted/analyzed</md:name>
<md:shortName>Grains</md:shortName>
<md:unit>#</md:unit>
<md:term id="col4.ds14819968.param800.term44025" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Abundance or Count</md:name>
</md:term>
</md:parameter>
<md:method id="col4.ds14819968.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col4.ds14819968.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Grains [#]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="5" format="##0.0000" id="col5.ds14819969" source="data" type="numeric">
<md:parameter id="col5.ds14819969.param14538">
<md:name>Fission-tracks, spontaneous, density</md:name>
<md:shortName>p s</md:shortName>
<md:unit>10**6 #/cm**2</md:unit>
<md:term endOffset="36" fragment="3" id="col5.ds14819969.param14538.term43792" semanticURI="http://qudt.org/1.1/vocab/quantity#Density" startOffset="29" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Density</md:name>
<md:URI>http://dbpedia.org/resource/Density</md:URI>
</md:term>
</md:parameter>
<md:method id="col5.ds14819969.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col5.ds14819969.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>p s [10**6 #/cm**2]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="6" format="###0" id="col6.ds14819970" source="data" type="numeric">
<md:parameter id="col6.ds14819970.param155655">
<md:name>Fission-tracks, spontaneous</md:name>
<md:shortName>N s</md:shortName>
<md:unit>#</md:unit>
<md:term id="col6.ds14819970.param155655.term44025" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Abundance or Count</md:name>
</md:term>
</md:parameter>
<md:method id="col6.ds14819970.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col6.ds14819970.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>N s [#]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="7" format="##0.0000" id="col7.ds14819971" source="data" type="numeric">
<md:parameter id="col7.ds14819971.param14540">
<md:name>Fission-tracks, induced, density</md:name>
<md:shortName>p i</md:shortName>
<md:unit>10**6 #/cm**2</md:unit>
<md:term endOffset="32" fragment="3" id="col7.ds14819971.param14540.term43792" semanticURI="http://qudt.org/1.1/vocab/quantity#Density" startOffset="25" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Density</md:name>
<md:URI>http://dbpedia.org/resource/Density</md:URI>
</md:term>
</md:parameter>
<md:method id="col7.ds14819971.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col7.ds14819971.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>p i [10**6 #/cm**2]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="8" format="###0" id="col8.ds14819972" source="data" type="numeric">
<md:parameter id="col8.ds14819972.param155656">
<md:name>Fission-tracks, induced</md:name>
<md:shortName>N i</md:shortName>
<md:unit>#</md:unit>
<md:term id="col8.ds14819972.param155656.term44025" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Abundance or Count</md:name>
</md:term>
</md:parameter>
<md:method id="col8.ds14819972.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col8.ds14819972.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>N i [#]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="9" format="##0.0000" id="col9.ds14819973" source="data" type="numeric">
<md:parameter id="col9.ds14819973.param179399">
<md:name>Fission-tracks, dosimeter, density</md:name>
<md:shortName>p d</md:shortName>
<md:unit>10**6 #/cm**2</md:unit>
<md:term endOffset="34" fragment="3" id="col9.ds14819973.param179399.term43792" semanticURI="http://qudt.org/1.1/vocab/quantity#Density" startOffset="27" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Density</md:name>
<md:URI>http://dbpedia.org/resource/Density</md:URI>
</md:term>
</md:parameter>
<md:method id="col9.ds14819973.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col9.ds14819973.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>p d [10**6 #/cm**2]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="10" format="###0" id="col10.ds14819974" source="data" type="numeric">
<md:parameter id="col10.ds14819974.param179398">
<md:name>Fission-tracks, dosimeter</md:name>
<md:shortName>N d</md:shortName>
<md:unit>#</md:unit>
<md:term id="col10.ds14819974.param179398.term44025" terminologyId="13" terminologyLabel="PAN-Quantity">
<md:name>Abundance or Count</md:name>
</md:term>
</md:parameter>
<md:method id="col10.ds14819974.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col10.ds14819974.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>N d [#]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="11" format="##0.00" id="col11.ds14819975" source="data" type="numeric">
<md:parameter id="col11.ds14819975.param517659">
<md:name>Probability, chi-square test</md:name>
<md:shortName>Chi-sqr</md:shortName>
<md:unit>%</md:unit>
<md:term id="col11.ds14819975.param517659.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.ds14819975.method50">
<md:name>Calculated</md:name>
</md:method>
<md:PI id="col11.ds14819975.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Chi-sqr [%]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="12" format="##0.00" id="col12.ds14819976" source="data" type="numeric">
<md:parameter id="col12.ds14819976.param102659">
<md:name>Age, mineral</md:name>
<md:shortName>Age mineral</md:shortName>
<md:unit>Ma</md:unit>
<md:term endOffset="3" fragment="1" id="col12.ds14819976.param102659.term1073135" semanticURI="urn:obo:pato:term:0000011" startOffset="0" terminologyId="14" terminologyLabel="PATO">
<md:name>age</md:name>
<md:URI>http://purl.obolibrary.org/obo/PATO_0000011</md:URI>
</md:term>
<md:term endOffset="12" fragment="2" id="col12.ds14819976.param102659.term1073322" semanticURI="http://purl.obolibrary.org/obo/CHEBI_46662" startOffset="5" terminologyId="16" terminologyLabel="ChEBI">
<md:name>mineral</md:name>
<md:URI>http://purl.obolibrary.org/obo/CHEBI_46662</md:URI>
</md:term>
</md:parameter>
<md:method id="col12.ds14819976.method575">
<md:name>Age, fission-track</md:name>
</md:method>
<md:PI id="col12.ds14819976.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:comment>central age</md:comment>
<md:caption>Age mineral [Ma]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="13" format="##0.0" id="col13.ds14819977" source="data" type="numeric">
<md:parameter id="col13.ds14819977.param517660">
<md:name>Age, mineral, standard deviation</md:name>
<md:shortName>Age mineral std dev</md:shortName>
<md:unit>±</md:unit>
<md:term endOffset="3" fragment="1" id="col13.ds14819977.param517660.term1073135" semanticURI="urn:obo:pato:term:0000011" startOffset="0" terminologyId="14" terminologyLabel="PATO">
<md:name>age</md:name>
<md:URI>http://purl.obolibrary.org/obo/PATO_0000011</md:URI>
</md:term>
<md:term endOffset="12" fragment="2" id="col13.ds14819977.param517660.term1073322" semanticURI="http://purl.obolibrary.org/obo/CHEBI_46662" startOffset="5" terminologyId="16" terminologyLabel="ChEBI">
<md:name>mineral</md:name>
<md:URI>http://purl.obolibrary.org/obo/CHEBI_46662</md:URI>
</md:term>
<md:term endOffset="32" fragment="3" id="col13.ds14819977.param517660.term37764" startOffset="14" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>standard deviation</md:name>
<md:optionalName>std dev</md:optionalName>
<md:URI>https://en.wikipedia.org/wiki/Standard_deviation</md:URI>
</md:term>
</md:parameter>
<md:method id="col13.ds14819977.method13010">
<md:name>calculated, 1 sigma</md:name>
</md:method>
<md:PI id="col13.ds14819977.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Age mineral std dev [±]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="14" format="##0" id="col14.ds14819978" source="data" type="numeric">
<md:parameter id="col14.ds14819978.param701">
<md:name>Uranium</md:name>
<md:shortName>U</md:shortName>
<md:unit>mg/kg</md:unit>
<md:term endOffset="7" fragment="1" id="col14.ds14819978.param701.term40550" startOffset="0" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>uranium</md:name>
</md:term>
</md:parameter>
<md:PI id="col14.ds14819978.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>U [mg/kg]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="15" format="##0.00" id="col15.ds14819979" source="data" type="numeric">
<md:parameter id="col15.ds14819979.param14543">
<md:name>Fission-track length, mean</md:name>
<md:shortName>MTL</md:shortName>
<md:unit>µm</md:unit>
<md:term endOffset="26" fragment="2" id="col15.ds14819979.param14543.term40958" startOffset="22" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>mean</md:name>
</md:term>
<md:term id="col15.ds14819979.param14543.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:method id="col15.ds14819979.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col15.ds14819979.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>MTL [µm]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="16" format="##0.00" id="col16.ds14819980" source="data" type="numeric">
<md:parameter id="col16.ds14819980.param14545">
<md:name>Fission-track length, mean, standard deviation</md:name>
<md:shortName>MTL std dev</md:shortName>
<md:unit>±</md:unit>
<md:term endOffset="26" fragment="2" id="col16.ds14819980.param14545.term40958" startOffset="22" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>mean</md:name>
</md:term>
<md:term endOffset="46" fragment="3" id="col16.ds14819980.param14545.term37764" startOffset="28" terminologyId="18" terminologyLabel="PAN-MicroBio">
<md:name>standard deviation</md:name>
<md:optionalName>std dev</md:optionalName>
<md:URI>https://en.wikipedia.org/wiki/Standard_deviation</md:URI>
</md:term>
</md:parameter>
<md:method id="col16.ds14819980.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col16.ds14819980.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>MTL std dev [±]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="17" format="##0" id="col17.ds14819981" source="data" type="numeric">
<md:parameter id="col17.ds14819981.param155658">
<md:name>Fission-track length</md:name>
<md:shortName>FT l</md:shortName>
<md:unit>µm</md:unit>
</md:parameter>
<md:method id="col17.ds14819981.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col17.ds14819981.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>FT l [µm]</md:caption>
</md:matrixColumn>
<md:matrixColumn col="18" format="##0.00" id="col18.ds14819982" source="data" type="numeric">
<md:parameter id="col18.ds14819982.param155681">
<md:name>Fission-track, Dpar</md:name>
<md:shortName>Dpar</md:shortName>
<md:unit>µm</md:unit>
</md:parameter>
<md:method id="col18.ds14819982.method10263">
<md:name>Apatite fission-track analysis</md:name>
<md:URI>https://wiki.aapg.org/Apatite_fission_track_analysis</md:URI>
</md:method>
<md:PI id="col18.ds14819982.pi97728">
<md:lastName>Wölfler</md:lastName>
<md:firstName>Andreas</md:firstName>
<md:eMail>woelfler@geowi.uni-hannover.de</md:eMail>
<md:orcid>0000-0001-8083-8695</md:orcid>
</md:PI>
<md:caption>Dpar [µm]</md:caption>
</md:matrixColumn>
<md:status>
<md:curationLevel id="curlevel30">
<md:label>CurationLevelC</md:label>
<md:name>Enhanced curation</md:name>
<md:URI>https://wiki.pangaea.de/wiki/Curation_levels</md:URI>
</md:curationLevel>
</md:status>
<md:keywords>
<md:techKeyword type="autoGenerated">citable</md:techKeyword>
<md:techKeyword type="autoGenerated">author33396</md:techKeyword>
<md:techKeyword type="autoGenerated">author34346</md:techKeyword>
<md:techKeyword type="autoGenerated">author57091</md:techKeyword>
<md:techKeyword type="autoGenerated">author59870</md:techKeyword>
<md:techKeyword type="autoGenerated">author75917</md:techKeyword>
<md:techKeyword type="autoGenerated">author79545</md:techKeyword>
<md:techKeyword type="autoGenerated">author79546</md:techKeyword>
<md:techKeyword type="autoGenerated">author97728</md:techKeyword>
<md:techKeyword type="autoGenerated">author97729</md:techKeyword>
<md:techKeyword type="autoGenerated">author97733</md:techKeyword>
<md:techKeyword type="autoGenerated">author97735</md:techKeyword>
<md:techKeyword type="autoGenerated">author97741</md:techKeyword>
<md:techKeyword type="autoGenerated">author97744</md:techKeyword>
<md:techKeyword type="autoGenerated">curlevel30</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036361</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036362</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036363</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036364</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036365</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036366</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036367</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036368</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036369</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036370</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036371</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036372</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036373</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036374</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036375</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036376</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036377</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036378</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036379</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036380</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036381</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036382</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036383</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036384</md:techKeyword>
<md:techKeyword type="autoGenerated">event3036385</md:techKeyword>
<md:techKeyword type="autoGenerated">geocode1600</md:techKeyword>
<md:techKeyword type="autoGenerated">geocode1601</md:techKeyword>
<md:techKeyword type="autoGenerated">geocode8128</md:techKeyword>
<md:techKeyword type="autoGenerated">journal3311</md:techKeyword>
<md:techKeyword type="autoGenerated">journal6009</md:techKeyword>
<md:techKeyword type="autoGenerated">license21</md:techKeyword>
<md:techKeyword type="autoGenerated">method10263</md:techKeyword>
<md:techKeyword type="autoGenerated">method11069</md:techKeyword>
<md:techKeyword type="autoGenerated">method13010</md:techKeyword>
<md:techKeyword type="autoGenerated">method50</md:techKeyword>
<md:techKeyword type="autoGenerated">method575</md:techKeyword>
<md:techKeyword type="autoGenerated">param102659</md:techKeyword>
<md:techKeyword type="autoGenerated">param14538</md:techKeyword>
<md:techKeyword type="autoGenerated">param14540</md:techKeyword>
<md:techKeyword type="autoGenerated">param14543</md:techKeyword>
<md:techKeyword type="autoGenerated">param14545</md:techKeyword>
<md:techKeyword type="autoGenerated">param155655</md:techKeyword>
<md:techKeyword type="autoGenerated">param155656</md:techKeyword>
<md:techKeyword type="autoGenerated">param155658</md:techKeyword>
<md:techKeyword type="autoGenerated">param155681</md:techKeyword>
<md:techKeyword type="autoGenerated">param179398</md:techKeyword>
<md:techKeyword type="autoGenerated">param179399</md:techKeyword>
<md:techKeyword type="autoGenerated">param517659</md:techKeyword>
<md:techKeyword type="autoGenerated">param517660</md:techKeyword>
<md:techKeyword type="autoGenerated">param701</md:techKeyword>
<md:techKeyword type="autoGenerated">param800</md:techKeyword>
<md:techKeyword type="autoGenerated">pi97728</md:techKeyword>
<md:techKeyword type="autoGenerated">ref117068</md:techKeyword>
<md:techKeyword type="autoGenerated">ref117069</md:techKeyword>
<md:techKeyword type="autoGenerated">ref117071</md:techKeyword>
<md:techKeyword type="autoGenerated">term1073135</md:techKeyword>
<md:techKeyword type="autoGenerated">term1073322</md:techKeyword>
<md:techKeyword type="autoGenerated">term37764</md:techKeyword>
<md:techKeyword type="autoGenerated">term40550</md:techKeyword>
<md:techKeyword type="autoGenerated">term40958</md:techKeyword>
<md:techKeyword type="autoGenerated">term43792</md:techKeyword>
<md:techKeyword type="autoGenerated">term43794</md:techKeyword>
<md:techKeyword type="autoGenerated">term43863</md:techKeyword>
<md:techKeyword type="autoGenerated">term44025</md:techKeyword>
<md:techKeyword type="autoGenerated">term71986</md:techKeyword>
<md:techKeyword type="autoGenerated">topotype2</md:techKeyword>
</md:keywords>
<md:technicalInfo>
<md:entry key="xmlLastModified" value="2025-12-08T15:27:13Z"/>
<md:entry key="lastModified" value="2023-08-28T09:53:43"/>
<md:entry key="filename" value="Gurktal2_apatite_FT_age"/>
<md:entry key="mimeType" value="text/tab-separated-values"/>
<md:entry key="status" value="published"/>
<md:entry key="status_num" value="4"/>
<md:entry key="DOIRegistryStatus" value="registered"/>
<md:entry key="DOIRegistryStatus_num" value="4"/>
<md:entry key="DOIRegistrationDate" value="2023-09-26T01:34:43"/>
<md:entry key="hierarchyLevel" value="child"/>
<md:entry key="loginOption" value="unrestricted"/>
<md:entry key="loginOption_num" value="1"/>
</md:technicalInfo>
</md:MetaData>