<eml:eml xmlns:eml="eml://ecoinformatics.org/eml-2.1.1"
         xmlns:dc="http://purl.org/dc/terms/"
         xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
         xsi:schemaLocation="eml://ecoinformatics.org/eml-2.1.1 http://rs.gbif.org/schema/eml-gbif-profile/1.1/eml.xsd"
         packageId="http://ipt.taibif.tw/resource?id=amf/v1.5" system="http://gbif.org" scope="system"
         xml:lang="eng">

<dataset>
  <alternateIdentifier>http://ipt.taibif.tw/resource?r=amf</alternateIdentifier>
  <title xml:lang="eng">A dataset of arbuscular mycorrhizal fungi</title>
      <creator>
    <individualName>
        <givenName>TzuChao</givenName>
      <surName>Lin</surName>
    </individualName>
    <organizationName>EndemicSpciesResearchInstitute</organizationName>
    <positionName>Researcher</positionName>
    <address>
        <country>TW</country>
    </address>
      </creator>
      <metadataProvider>
    <individualName>
        <givenName>PiHan</givenName>
      <surName>Wang</surName>
    </individualName>
    <organizationName>Tunghai University</organizationName>
    <positionName>Professor</positionName>
    <address>
        <country>TW</country>
    </address>
    <electronicMailAddress>phwang@thu.edu.tw</electronicMailAddress>
      </metadataProvider>
      <associatedParty>
    <individualName>
        <givenName>PiHan</givenName>
      <surName>Wang</surName>
    </individualName>
    <organizationName>Tunghai University</organizationName>
    <positionName>Professor</positionName>
    <address>
        <country>TW</country>
    </address>
    <electronicMailAddress>phwang@thu.edu.tw</electronicMailAddress>
    <role>user</role>
      </associatedParty>
  <pubDate>
      2020-05-23
  </pubDate>
  <language>eng</language>
  <abstract>
    <para>The arbuscular mycorrhizal fungi data of Chamaecyparis formosensis forest in Taiwan.This study was conducted at C. formosensis forest sample sites at three altitudes including 1,500 m, 2,000 m and 2,500 m in Guanwu, Dasyueshan and Alishan.</para>
  </abstract>
      <keywordSet>
            <keyword>AMF</keyword>
            <keyword>Mycorrhizal fungi</keyword>
            <keyword>fungi</keyword>
        <keywordThesaurus>Arbuscular mycorrhizal fungi</keywordThesaurus>
      </keywordSet>
      <keywordSet>
            <keyword>Occurrence</keyword>
        <keywordThesaurus>GBIF Dataset Type Vocabulary: http://rs.gbif.org/vocabulary/gbif/dataset_type.xml</keywordThesaurus>
      </keywordSet>
  <intellectualRights>
    <para>This work is licensed under a <ulink url="http://creativecommons.org/licenses/by-nc/4.0/legalcode"><citetitle>Creative Commons Attribution Non Commercial (CC-BY-NC) 4.0 License</citetitle></ulink>.</para>
  </intellectualRights>
  <coverage>
      <geographicCoverage>
          <geographicDescription>This study was conducted at C. formosensis forest sample sites at three altitudes including 1,500 m, 2,000 m and 2,500 m in Guanwu, Dasyueshan and Alishan.</geographicDescription>
        <boundingCoordinates>
          <westBoundingCoordinate>120.212</westBoundingCoordinate>
          <eastBoundingCoordinate>121.948</eastBoundingCoordinate>
          <northBoundingCoordinate>24.857</northBoundingCoordinate>
          <southBoundingCoordinate>23.042</southBoundingCoordinate>
        </boundingCoordinates>
      </geographicCoverage>
          <temporalCoverage>
              <rangeOfDates>
                  <beginDate>
                    <calendarDate>2017-09-28</calendarDate>
                  </beginDate>
                <endDate>
                  <calendarDate>2017-09-28</calendarDate>
                </endDate>
              </rangeOfDates>
          </temporalCoverage>
          <temporalCoverage>
              <rangeOfDates>
                  <beginDate>
                    <calendarDate>2017-08-23</calendarDate>
                  </beginDate>
                <endDate>
                  <calendarDate>2017-08-23</calendarDate>
                </endDate>
              </rangeOfDates>
          </temporalCoverage>
          <temporalCoverage>
              <rangeOfDates>
                  <beginDate>
                    <calendarDate>2019-09-15</calendarDate>
                  </beginDate>
                <endDate>
                  <calendarDate>2019-09-15</calendarDate>
                </endDate>
              </rangeOfDates>
          </temporalCoverage>
          <taxonomicCoverage>
              <generalTaxonomicCoverage>All AMF were identified to genus or species</generalTaxonomicCoverage>
              <taxonomicClassification>
                  <taxonRankName>genus</taxonRankName>
                <taxonRankValue>Glomus sp.</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora alpina</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora brasiliensis</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora delicata</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora koskei</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora laevis</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora mellea</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora morrowiae</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora polonica</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora scrobiculata</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Acaulospora tuberculata</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Claroideoglomus claroideum</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Claroideoglomus etunicatum</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Diversispora spurca</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Funneliformis mosseae</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Gigaspora albida</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Glomus ambisporum</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Pacispora scintillans</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Paraglomus occultum</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Rhizophagus fasciculatus</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Sclerocystis rubiformis</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Scutellospora calospora</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Scutellospora pellucida</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Septoglomus constrictum</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>species</taxonRankName>
                <taxonRankValue>Septoglomus  deserticola</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>genus</taxonRankName>
                <taxonRankValue>Archaeospora sp.</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>genus</taxonRankName>
                <taxonRankValue>Claroideoglomus sp.</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>genus</taxonRankName>
                <taxonRankValue>Diversispora sp.</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>genus</taxonRankName>
                <taxonRankValue>Gigaspora sp.</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>genus</taxonRankName>
                <taxonRankValue>Ambispora  sp.</taxonRankValue>
              </taxonomicClassification>
              <taxonomicClassification>
                  <taxonRankName>genus</taxonRankName>
                <taxonRankValue>Scutellospora sp.</taxonRankValue>
              </taxonomicClassification>
          </taxonomicCoverage>
  </coverage>
  <maintenance>
    <description>
      <para></para>
    </description>
    <maintenanceUpdateFrequency>unkown</maintenanceUpdateFrequency>
  </maintenance>

      <contact>
    <individualName>
        <givenName>PiHan</givenName>
      <surName>Wang</surName>
    </individualName>
    <organizationName>Tunghai University</organizationName>
    <positionName>Professor</positionName>
    <address>
        <country>TW</country>
    </address>
      </contact>
  <methods>
        <methodStep>
          <description>
            <para>fine roots from the 10-20 cm layer of the soil were collected by tracing them from the stem of the plant.</para>
          </description>
        </methodStep>
        <methodStep>
          <description>
            <para>Samples were placed in polyethylene bags to the laboratory.</para>
          </description>
        </methodStep>
        <methodStep>
          <description>
            <para>Brushed the soil from the fine roots as rhizosphere soil sample.</para>
          </description>
        </methodStep>
      <sampling>
        <studyExtent>
          <description>
            <para>Alishan, Dasyueshan and Guanwu</para>
          </description>
        </studyExtent>
        <samplingDescription>
          <para>token the roots and rhizosphere soil in 4 directions from 6 randomly choosed 6 Chamaecyparis formosensis which at least 3 meters intervals.</para>
        </samplingDescription>
      </sampling>
  </methods>
  <project id="106-2621-B-029-005-106WFD0150095">
    <title>The diversity and distribution pattern of arbuscular mycorrhizal fungi in Taiwan conifer ecosystem</title>
      <personnel>
        <individualName>
            <givenName>PiHan</givenName>
          <surName>Wang</surName>
        </individualName>
        <role></role>
      </personnel>
  </project>
</dataset>
  <additionalMetadata>
    <metadata>
      <gbif>
          <dateStamp>2018-10-31T02:35:10.281+08:00</dateStamp>
          <hierarchyLevel>dataset</hierarchyLevel>
            <citation>Lin T (2018): A dataset of arbuscular mycorrhizal fungi. v1.5. Ministry of Science and Techonology. Dataset/Occurrence. http://ipt.taibif.tw/resource?r=amf&amp;v=1.5</citation>
              <collection>
                <collectionName>Tzy-Chau Lin</collectionName>
              </collection>
              <collection>
                <collectionName>Hsuan-min Cheng</collectionName>
              </collection>
          <dc:replaces>http://ipt.taibif.tw/resource?id=amf/v1.5.xml</dc:replaces>
      </gbif>
    </metadata>
  </additionalMetadata>
</eml:eml>
