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<taxon doi="10.1601/tx.36988" rank="species" xmlns="http://namesforlife.com/ns/taxon">
  <nomenclature xmlns="http://namesforlife.com/ns/common">
    <name-status-group>
      <identifier doi="10.1601/nm.36988" nomenclatural-type-exemplar="10.1601/ex.36988" rank="species" taxon-doi="10.1601/tx.36988">Riegeria santandreae</identifier>
      <authority>Jäckle et al. 2019</authority>
      <status candidatus="true" conserved="false" current-name="Riegeria santandreae" current-name-doi="10.1601/nm.36988" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
    </name-status-group>
  </nomenclature>
  <nomenclatural-type nomenclatural-type-exemplar="10.1601/ex.36988" xmlns="http://namesforlife.com/ns/common" />
  <taxonomic-equivalence />
  <ancestor doi="10.1601/tx.0" rank="root">
    <nomenclature xmlns="http://namesforlife.com/ns/common">
      <name-status-group>
        <identifier doi="10.1601/nm.0" rank="root" taxon-doi="10.1601/tx.0">Universal Root</identifier>
        <authority>Woese et al. 1990</authority>
        <status candidatus="false" conserved="false" current-name="Universal Root" current-name-doi="10.1601/nm.0" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
      </name-status-group>
    </nomenclature>
    <ancestor doi="10.1601/tx.419" rank="domain">
      <nomenclature xmlns="http://namesforlife.com/ns/common">
        <name-status-group>
          <identifier doi="10.1601/nm.419" rank="domain" taxon-doi="10.1601/tx.419">Bacteria</identifier>
          <authority>(None 2015) Woese et al. 1990</authority>
          <status candidatus="false" conserved="false" current-name="Bacteria" current-name-doi="10.1601/nm.419" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
        </name-status-group>
      </nomenclature>
      <ancestor doi="10.1601/tx.808" rank="phylum">
        <nomenclature xmlns="http://namesforlife.com/ns/common">
          <name-status-group>
            <identifier doi="10.1601/nm.808" nomenclatural-type="10.1601/tx.2552" nomenclatural-type-exemplar="10.1601/ex.2553" rank="phylum" taxon-doi="10.1601/tx.808">Proteobacteria</identifier>
            <authority>(sic) Garrity et al. 2021</authority>
            <status candidatus="false" conserved="false" current-name="Pseudomonadota" current-name-doi="10.1601/nm.40185" illegitimate="false" is-current="false" rejected="false" revived="false" status-code="NVP" />
          </name-status-group>
          <name-status-group>
            <identifier doi="10.1601/nm.40185" nomenclatural-type="10.1601/tx.2552" nomenclatural-type-exemplar="10.1601/ex.2553" rank="phylum" taxon-doi="10.1601/tx.808">Pseudomonadota</identifier>
            <authority>corrig. Garrity et al. 2021</authority>
            <status candidatus="false" conserved="false" current-name="Pseudomonadota" current-name-doi="10.1601/nm.40185" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="VP" />
          </name-status-group>
          <name-status-group>
            <identifier doi="10.1601/nm.31608" nomenclatural-type="10.1601/tx.2552" nomenclatural-type-exemplar="10.1601/ex.2553" rank="phylum" taxon-doi="10.1601/tx.808">Alphaproteobacteriota</identifier>
            <authority>(sic) Garrity et al. 2021</authority>
            <status candidatus="false" conserved="false" current-name="Pseudomonadota" current-name-doi="10.1601/nm.40185" illegitimate="false" is-current="false" rejected="false" revived="false" status-code="NVP" />
          </name-status-group>
        </nomenclature>
        <ancestor doi="10.1601/tx.809" rank="class">
          <nomenclature xmlns="http://namesforlife.com/ns/common">
            <name-status-group>
              <identifier doi="10.1601/nm.809" nomenclatural-type="10.1601/tx.1248" nomenclatural-type-exemplar="10.1601/ex.1251" rank="class" taxon-doi="10.1601/tx.809">Alphaproteobacteria</identifier>
              <authority>Garrity et al. 2006</authority>
              <status candidatus="false" conserved="false" current-name="Alphaproteobacteria" current-name-doi="10.1601/nm.809" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="VP" />
            </name-status-group>
          </nomenclature>
          <ancestor doi="10.1601/tx.810" rank="order">
            <nomenclature xmlns="http://namesforlife.com/ns/common">
              <name-status-group>
                <identifier doi="10.1601/nm.810" nomenclatural-type="10.1601/tx.812" nomenclatural-type-exemplar="10.1601/ex.813" rank="order" taxon-doi="10.1601/tx.810">Rhodospirillales</identifier>
                <authority>Pfennig and Trüper 1971 (Approved Lists 1980) emend. Hördt et al. 2020</authority>
                <status candidatus="false" conserved="false" current-name="Rhodospirillales" current-name-doi="10.1601/nm.810" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="VP" />
              </name-status-group>
            </nomenclature>
            <ancestor doi="10.1601/tx.32269" rank="family">
              <nomenclature xmlns="http://namesforlife.com/ns/common">
                <name-status-group>
                  <identifier doi="10.1601/nm.32269" nomenclatural-type="10.1601/tx.32459" nomenclatural-type-exemplar="10.1601/ex.32460" rank="family" taxon-doi="10.1601/tx.32269">Incertae sedis 288</identifier>
                  <authority>Gruber-Vodicka et al. 2011</authority>
                  <status candidatus="false" conserved="false" current-name="Incertae sedis 288" current-name-doi="10.1601/nm.32269" illegitimate="true" is-current="true" rejected="false" revived="false" status-code="NVP" />
                </name-status-group>
              </nomenclature>
              <ancestor doi="10.1601/tx.32459" rank="genus">
                <nomenclature xmlns="http://namesforlife.com/ns/common">
                  <name-status-group>
                    <identifier doi="10.1601/nm.32459" nomenclatural-type="10.1601/tx.32460" nomenclatural-type-exemplar="10.1601/ex.32460" rank="genus" taxon-doi="10.1601/tx.32459">Riegeria</identifier>
                    <authority>Gruber-Vodicka et al. 2011</authority>
                    <status candidatus="true" conserved="false" current-name="Riegeria" current-name-doi="10.1601/nm.32459" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
                  </name-status-group>
                </nomenclature>
                <ancestor doi="10.1601/tx.36988" rank="species">
                  <nomenclature xmlns="http://namesforlife.com/ns/common">
                    <name-status-group>
                      <identifier doi="10.1601/nm.36988" nomenclatural-type-exemplar="10.1601/ex.36988" rank="species" taxon-doi="10.1601/tx.36988">Riegeria santandreae</identifier>
                      <authority>Jäckle et al. 2019</authority>
                      <status candidatus="true" conserved="false" current-name="Riegeria santandreae" current-name-doi="10.1601/nm.36988" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
                    </name-status-group>
                  </nomenclature>
                </ancestor>
              </ancestor>
            </ancestor>
          </ancestor>
        </ancestor>
      </ancestor>
    </ancestor>
  </ancestor>
  <parent doi="10.1601/tx.32459" rank="genus">
    <nomenclature xmlns="http://namesforlife.com/ns/common">
      <name-status-group>
        <identifier doi="10.1601/nm.32459" nomenclatural-type="10.1601/tx.32460" nomenclatural-type-exemplar="10.1601/ex.32460" rank="genus" taxon-doi="10.1601/tx.32459">Riegeria</identifier>
        <authority>Gruber-Vodicka et al. 2011</authority>
        <status candidatus="true" conserved="false" current-name="Riegeria" current-name-doi="10.1601/nm.32459" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
      </name-status-group>
    </nomenclature>
  </parent>
  <sibling doi="10.1601/tx.32460" rank="species">
    <nomenclature xmlns="http://namesforlife.com/ns/common">
      <name-status-group>
        <identifier doi="10.1601/nm.35377" nomenclatural-type-exemplar="10.1601/ex.32460" rank="species" taxon-doi="10.1601/tx.32460">Riegeria paracatenulae</identifier>
        <authority>corrig. Gruber-Vodicka et al. 2011</authority>
        <status candidatus="true" conserved="false" current-name="Riegeria paracatenulae" current-name-doi="10.1601/nm.35377" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
      </name-status-group>
      <name-status-group>
        <identifier doi="10.1601/nm.32460" nomenclatural-type-exemplar="10.1601/ex.32460" rank="species" taxon-doi="10.1601/tx.32460">Riegeria galateiae</identifier>
        <authority>(sic) Gruber-Vodicka et al. 2011</authority>
        <status candidatus="true" conserved="false" current-name="Riegeria paracatenulae" current-name-doi="10.1601/nm.35377" illegitimate="false" is-current="false" rejected="false" revived="false" status-code="NVP" />
      </name-status-group>
    </nomenclature>
  </sibling>
  <exemplars xmlns="http://namesforlife.com/ns/exemplar">
    <exemplar doi="10.1601/ex.36988" is-uncultivated="true">
      <identifiers>
        <identifier is-laboratory-identifier="true" is-mixed-culture="false" is-non-viable="false" is-patent="false" is-symbiont="false" is-unavailable="false" is-variant="false" label="812A" reference="rid.21955" source="reference" />
      </identifiers>
      <features>
        <feature code="10.1601.fr.chromosome" description="Chromosome" id="LR026963" reference="rid.21955" source="reference" />
      </features>
      <nomenclature xmlns="http://namesforlife.com/ns/common">
        <name-status-group>
          <identifier doi="10.1601/nm.36988" nomenclatural-type-exemplar="10.1601/ex.36988" rank="species" taxon-doi="10.1601/tx.36988">Riegeria santandreae</identifier>
          <authority>Jäckle et al. 2019</authority>
          <status candidatus="true" conserved="false" current-name="Riegeria santandreae" current-name-doi="10.1601/nm.36988" illegitimate="false" is-current="true" rejected="false" revived="false" status-code="NVP" />
        </name-status-group>
      </nomenclature>
      <bibliography xmlns="http://namesforlife.com/ns/reference">
        <reference id="rid.21955">
          <citation citation-type="journal">
            <authors>
              <person-name>
                <surname>Jäckle</surname>
                <given-names>O.</given-names>
              </person-name>
              <person-name>
                <surname>Seah</surname>
                <given-names>B.K.B.</given-names>
              </person-name>
              <person-name>
                <surname>Tietjen</surname>
                <given-names>M.</given-names>
              </person-name>
              <person-name>
                <surname>Leisch</surname>
                <given-names>N.</given-names>
              </person-name>
              <person-name>
                <surname>Liebeke</surname>
                <given-names>M.</given-names>
              </person-name>
              <person-name>
                <surname>Kleiner</surname>
                <given-names>M.</given-names>
              </person-name>
              <person-name>
                <surname>Berg</surname>
                <given-names>J.S.</given-names>
              </person-name>
              <person-name>
                <surname>Gruber-Vodicka</surname>
                <given-names>H.R.</given-names>
              </person-name>
            </authors>
            <article-title>Chemosynthetic symbiont with a drastically reduced genome serves as primary energy storage in the marine flatworm Paracatenula.</article-title>
            <year>2019</year>
            <volume>116</volume>
            <issue>17</issue>
            <fpage>8505</fpage>
            <lpage>8514</lpage>
            <source id="382">Proceedings of the National Academy of Sciences of the United States of America</source>
            <abbrev>Proc Natl Acad Sci U S A</abbrev>
            <issn>0027-8424</issn>
            <essn>1091-6490</essn>
            <pub-id pub-id-type="doi">10.1073/pnas.1818995116</pub-id>
            <pub-id pub-id-type="pmid">30962361</pub-id>
          </citation>
        </reference>
      </bibliography>
      <annotation xmlns="http://namesforlife.com/ns/common">
        <snapshot date="2024-04-22" date-formatted="April 22, 2024" time="23:03:47" time-formatted="23:03 PM" />
        <modified curator="Charles Parker" date="2020-04-13" date-formatted="April 13, 2020" time="17:52:05" time-formatted="17:52 PM" />
        <created curator="Charles Parker" date="2020-04-13" date-formatted="April 13, 2020" time="17:51:27" time-formatted="17:51 PM" />
      </annotation>
    </exemplar>
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  <bibliography xmlns="http://namesforlife.com/ns/reference">
    <reference id="rid.21955">
      <citation citation-type="journal">
        <authors>
          <person-name>
            <surname>Jäckle</surname>
            <given-names>O.</given-names>
          </person-name>
          <person-name>
            <surname>Seah</surname>
            <given-names>B.K.B.</given-names>
          </person-name>
          <person-name>
            <surname>Tietjen</surname>
            <given-names>M.</given-names>
          </person-name>
          <person-name>
            <surname>Leisch</surname>
            <given-names>N.</given-names>
          </person-name>
          <person-name>
            <surname>Liebeke</surname>
            <given-names>M.</given-names>
          </person-name>
          <person-name>
            <surname>Kleiner</surname>
            <given-names>M.</given-names>
          </person-name>
          <person-name>
            <surname>Berg</surname>
            <given-names>J.S.</given-names>
          </person-name>
          <person-name>
            <surname>Gruber-Vodicka</surname>
            <given-names>H.R.</given-names>
          </person-name>
        </authors>
        <article-title>Chemosynthetic symbiont with a drastically reduced genome serves as primary energy storage in the marine flatworm Paracatenula.</article-title>
        <year>2019</year>
        <volume>116</volume>
        <issue>17</issue>
        <fpage>8505</fpage>
        <lpage>8514</lpage>
        <source id="382">Proceedings of the National Academy of Sciences of the United States of America</source>
        <abbrev>Proc Natl Acad Sci U S A</abbrev>
        <issn>0027-8424</issn>
        <essn>1091-6490</essn>
        <pub-id pub-id-type="doi">10.1073/pnas.1818995116</pub-id>
        <pub-id pub-id-type="pmid">30962361</pub-id>
      </citation>
    </reference>
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    <snapshot date="2024-04-22" date-formatted="April 22, 2024" time="23:03:47" time-formatted="23:03 PM" />
    <modified curator="Charles Parker" date="2020-04-13" date-formatted="April 13, 2020" time="17:51:13" time-formatted="17:51 PM" />
    <created curator="Charles Parker" date="2020-04-13" date-formatted="April 13, 2020" time="17:51:13" time-formatted="17:51 PM" />
  </annotation>
</taxon>
