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<TechnicalMetadata created="2007-12-31T16:13:37">
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<Dataset xml:lang="en">
<Representation>
<Label xml:lang="en">Descriptive data for specimens cited in Pyle, RL, Earle, JL, and Greene, BD (2008) Five new species of the damselfish genus Chromis (Perciformes: Labroidei: Pomacentridae) from deep coral reefs in the tropical western Pacific. Zootaxa, 1671:3-31.</Label>
<Label role="Token">Chromis</Label>
<Detail xml:lang="en">Five new species of the damselfish genus Chromis (Perciformes: Labroidei: Pomacentridae) are described from specimens collected from deep (&gt;60 m) coral-reef habitat in the western Pacific by divers using mixed-gas closed-circuit rebreather gear. Two of the five new species (C. abyssus and C. circumaurea) are each described from specimens taken at a single locality within the Caroline Islands (Palau and Yap, respectively); one (C. degruyi) is described from specimens collected or observed throughout the Caroline Islands, and two (C. brevirostris and C. earina) are described from specimens collected from several localities throughout the Caroline Islands, Fiji, and Vanuatu. All five species can easily be distinguished from other known Chromis, and from each other, on the basis of color and morphology. These new species represent the first five scientific names prospectively registered in the official ICZN ZooBank registry. Moreover, the electronic online edition of this document has been specially formatted with many embedded links to additional resources available online via the internet to enhance access to taxonomically-relevant information, and as a demonstration of the utility of international standards for biodiversity informatics.</Detail>
</Representation>
<RevisionData>
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</Creators>
<DateModified>2007-12-31T16:13:28</DateModified>
<Version major="2007" minor="12" revision="31"/>
</RevisionData>
<IPRStatements>
<IPRStatement role="Copyright">
<Label xml:lang="en">Copyright RL Pyle, JL Earle, and BD Greene (2008)</Label>
</IPRStatement>
<IPRStatement role="License">
<Detail>The data, as far as copyrightable, are licensed under the Creative Commons CC Attribution-ShareAlike license (http://creativecommons.org/licenses/by-sa/3.0/)</Detail>
</IPRStatement>
</IPRStatements>
<TaxonNames>
<TaxonName id="nf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="Pf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="qf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="Sf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="tf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="Vf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="wf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="Yf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="zf">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="BG">
<Representation>
<Label>Chromis "abyssus"</Label>
</Representation>
</TaxonName>
<TaxonName id="cG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="EG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="fG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="HG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="iG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="KG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="lG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="NG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="oG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="QG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="rG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="TG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="uG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="WG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="xG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="ZG">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="ag">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="Cg">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="dg">
<Representation>
<Label>Chromis "brevirostris"</Label>
</Representation>
</TaxonName>
<TaxonName id="Fg">
<Representation>
<Label>Chromis "circumaurea"</Label>
</Representation>
</TaxonName>
<TaxonName id="gg">
<Representation>
<Label>Chromis "circumaurea"</Label>
</Representation>
</TaxonName>
<TaxonName id="Ig">
<Representation>
<Label>Chromis "circumaurea"</Label>
</Representation>
</TaxonName>
<TaxonName id="jg">
<Representation>
<Label>Chromis "circumaurea"</Label>
</Representation>
</TaxonName>
<TaxonName id="Lg">
<Representation>
<Label>Chromis "circumaurea"</Label>
</Representation>
</TaxonName>
<TaxonName id="mg">
<Representation>
<Label>Chromis "circumaurea"</Label>
</Representation>
</TaxonName>
<TaxonName id="Og">
<Representation>
<Label>Chromis "degruyi"</Label>
</Representation>
</TaxonName>
<TaxonName id="pg">
<Representation>
<Label>Chromis "degruyi"</Label>
</Representation>
</TaxonName>
<TaxonName id="Rg">
<Representation>
<Label>Chromis "degruyi"</Label>
</Representation>
</TaxonName>
<TaxonName id="sg">
<Representation>
<Label>Chromis "degruyi"</Label>
</Representation>
</TaxonName>
<TaxonName id="Ug">
<Representation>
<Label>Chromis "degruyi"</Label>
</Representation>
</TaxonName>
<TaxonName id="vg">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="Xg">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="yg">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="AH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="bH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="DH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="eH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="GH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="hH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="JH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="kH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="MH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
<TaxonName id="nH">
<Representation>
<Label>Chromis "earina"</Label>
</Representation>
</TaxonName>
</TaxonNames>
<Specimens>
<Specimen id="Of">
<Representation>
<Label>BPBM 40861</Label>
</Representation>
</Specimen>
<Specimen id="pf">
<Representation>
<Label>BMNH 2007.10.31.1</Label>
</Representation>
</Specimen>
<Specimen id="Rf">
<Representation>
<Label>BPBM 40855-1</Label>
</Representation>
</Specimen>
<Specimen id="sf">
<Representation>
<Label>BPBM 40855-2</Label>
</Representation>
</Specimen>
<Specimen id="Uf">
<Representation>
<Label>BPBM 40855-3</Label>
</Representation>
</Specimen>
<Specimen id="vf">
<Representation>
<Label>CAS 225755</Label>
</Representation>
</Specimen>
<Specimen id="Xf">
<Representation>
<Label>MNHN 2007-1922</Label>
</Representation>
</Specimen>
<Specimen id="yf">
<Representation>
<Label>USNM 391136-1</Label>
</Representation>
</Specimen>
<Specimen id="AG">
<Representation>
<Label>USNM 391136-2</Label>
</Representation>
</Specimen>
<Specimen id="bG">
<Representation>
<Label>WAM P.32898-001</Label>
</Representation>
</Specimen>
<Specimen id="DG">
<Representation>
<Label>BPBM 40804</Label>
</Representation>
</Specimen>
<Specimen id="eG">
<Representation>
<Label>BMNH 2007.10.31.2</Label>
</Representation>
</Specimen>
<Specimen id="GG">
<Representation>
<Label>BPBM 37671</Label>
</Representation>
</Specimen>
<Specimen id="hG">
<Representation>
<Label>BPBM 37713</Label>
</Representation>
</Specimen>
<Specimen id="JG">
<Representation>
<Label>BPBM 39993</Label>
</Representation>
</Specimen>
<Specimen id="kG">
<Representation>
<Label>BPBM 40422-1</Label>
</Representation>
</Specimen>
<Specimen id="MG">
<Representation>
<Label>BPBM 40422-2</Label>
</Representation>
</Specimen>
<Specimen id="nG">
<Representation>
<Label>BPBM 40422-3</Label>
</Representation>
</Specimen>
<Specimen id="PG">
<Representation>
<Label>BPBM 40703-1</Label>
</Representation>
</Specimen>
<Specimen id="qG">
<Representation>
<Label>BPBM 40703-2</Label>
</Representation>
</Specimen>
<Specimen id="SG">
<Representation>
<Label>CAS 225756-1</Label>
</Representation>
</Specimen>
<Specimen id="tG">
<Representation>
<Label>CAS 225756-2</Label>
</Representation>
</Specimen>
<Specimen id="VG">
<Representation>
<Label>MNHN 2007-1923</Label>
</Representation>
</Specimen>
<Specimen id="wG">
<Representation>
<Label>USNM 391137-1</Label>
</Representation>
</Specimen>
<Specimen id="YG">
<Representation>
<Label>USNM 391137-2</Label>
</Representation>
</Specimen>
<Specimen id="zG">
<Representation>
<Label>USNM 391137-3</Label>
</Representation>
</Specimen>
<Specimen id="Bg">
<Representation>
<Label>USNM 391137-4</Label>
</Representation>
</Specimen>
<Specimen id="cg">
<Representation>
<Label>WAM P.32899-001-1</Label>
</Representation>
</Specimen>
<Specimen id="Eg">
<Representation>
<Label>WAM P.32899-001-2</Label>
</Representation>
</Specimen>
<Specimen id="fg">
<Representation>
<Label>BPBM 40836</Label>
</Representation>
</Specimen>
<Specimen id="Hg">
<Representation>
<Label>BMNH 2007.10.31.3</Label>
</Representation>
</Specimen>
<Specimen id="ig">
<Representation>
<Label>CAS 225757</Label>
</Representation>
</Specimen>
<Specimen id="Kg">
<Representation>
<Label>MNHN 2007-1924</Label>
</Representation>
</Specimen>
<Specimen id="lg">
<Representation>
<Label>USNM 391138</Label>
</Representation>
</Specimen>
<Specimen id="Ng">
<Representation>
<Label>WAM P.32900-001</Label>
</Representation>
</Specimen>
<Specimen id="og">
<Representation>
<Label>BPBM 40842</Label>
</Representation>
</Specimen>
<Specimen id="Qg">
<Representation>
<Label>BMNH 2007.10.31.4</Label>
</Representation>
</Specimen>
<Specimen id="rg">
<Representation>
<Label>CAS 225758</Label>
</Representation>
</Specimen>
<Specimen id="Tg">
<Representation>
<Label>USNM 391139</Label>
</Representation>
</Specimen>
<Specimen id="ug">
<Representation>
<Label>WAM P.32901-001</Label>
</Representation>
</Specimen>
<Specimen id="Wg">
<Representation>
<Label>MNHN 2007-1921</Label>
</Representation>
</Specimen>
<Specimen id="xg">
<Representation>
<Label>BMNH 2007.10.31.5</Label>
</Representation>
</Specimen>
<Specimen id="Zg">
<Representation>
<Label>BPBM 37674</Label>
</Representation>
</Specimen>
<Specimen id="aH">
<Representation>
<Label>BPBM 37714-1</Label>
</Representation>
</Specimen>
<Specimen id="CH">
<Representation>
<Label>BPBM 37714-2</Label>
</Representation>
</Specimen>
<Specimen id="dH">
<Representation>
<Label>BPBM 37714-3</Label>
</Representation>
</Specimen>
<Specimen id="FH">
<Representation>
<Label>BPBM 37714-4</Label>
</Representation>
</Specimen>
<Specimen id="gH">
<Representation>
<Label>BPBM 40720-1</Label>
</Representation>
</Specimen>
<Specimen id="IH">
<Representation>
<Label>BPBM 40720-2</Label>
</Representation>
</Specimen>
<Specimen id="jH">
<Representation>
<Label>CAS 225759</Label>
</Representation>
</Specimen>
<Specimen id="LH">
<Representation>
<Label>MNHN 2007-1926</Label>
</Representation>
</Specimen>
<Specimen id="mH">
<Representation>
<Label>USNM 391140</Label>
</Representation>
</Specimen>
<Specimen id="OH">
<Representation>
<Label>WAM P.32902-001</Label>
</Representation>
</Specimen>
</Specimens>
<Characters><!--Note: the following sequence of characters should not be considered informative; only hierarchy and order or characters in CharacterTrees should be displayed.-->
<QuantitativeCharacter id="B">
<Representation>
<Label>standard length (SL) - From XRay</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="b">
<Representation>
<Label>standard length (SL) - From XRay (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="C">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="c">
<Representation>
<Label>standard length (SL) - From Specimen</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="D">
<Representation>
<Label>standard length (SL) - From Specimen (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="d">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="E">
<Representation>
<Label>total length (TL)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="e">
<Representation>
<Label>total length (TL) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="F">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="f">
<Representation>
<Label>body depth</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="G">
<Representation>
<Label>body depth (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="g">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="H">
<Representation>
<Label>body width</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="h">
<Representation>
<Label>body width (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="I">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="i">
<Representation>
<Label>head length (HL)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="J">
<Representation>
<Label>head length (HL) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="j">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="K">
<Representation>
<Label>snout length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="k">
<Representation>
<Label>snout length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="L">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="l">
<Representation>
<Label>upper jaw length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="M">
<Representation>
<Label>upper jaw length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="m">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="N">
<Representation>
<Label>orbit diameter</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="n">
<Representation>
<Label>orbit diameter (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="O">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="o">
<Representation>
<Label>bony interorbital width</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="P">
<Representation>
<Label>bony interorbital width (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="p">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Q">
<Representation>
<Label>caudal-peduncle depth</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="q">
<Representation>
<Label>caudal-peduncle depth (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="R">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="r">
<Representation>
<Label>caudal-peduncle length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="S">
<Representation>
<Label>caudal-peduncle length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="s">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="T">
<Representation>
<Label>predorsal length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="t">
<Representation>
<Label>predorsal length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="U">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="u">
<Representation>
<Label>prepelvic length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="V">
<Representation>
<Label>prepelvic length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="v">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="W">
<Representation>
<Label>preanal length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="w">
<Representation>
<Label>preanal length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="X">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="x">
<Representation>
<Label>pectoral-fin length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Y">
<Representation>
<Label>pectoral-fin length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="y">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Z">
<Representation>
<Label>caudal-fin length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="z">
<Representation>
<Label>caudal-fin length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Aa">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="aa">
<Representation>
<Label>caudal concavity</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Ba">
<Representation>
<Label>caudal concavity (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ba">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Ca">
<Representation>
<Label>dorsal-fin base</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="ca">
<Representation>
<Label>dorsal-fin base (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Da">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="da">
<Representation>
<Label>spinous dorsal-fin base</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Ea">
<Representation>
<Label>spinous dorsal-fin base (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ea">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Fa">
<Representation>
<Label>soft dorsal-fin base</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="fa">
<Representation>
<Label>soft dorsal-fin base (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ga">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ga">
<Representation>
<Label>pelvic-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Ha">
<Representation>
<Label>pelvic-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ha">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Ia">
<Representation>
<Label>pelvic fin length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="ia">
<Representation>
<Label>pelvic fin length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ja">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ja">
<Representation>
<Label>first dorsal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Ka">
<Representation>
<Label>first dorsal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ka">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="La">
<Representation>
<Label>second dorsal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="la">
<Representation>
<Label>second dorsal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ma">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ma">
<Representation>
<Label>third dorsal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Na">
<Representation>
<Label>third dorsal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="na">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Oa">
<Representation>
<Label>fourth dorsal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="oa">
<Representation>
<Label>fourth dorsal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Pa">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="pa">
<Representation>
<Label>fifth dorsal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Qa">
<Representation>
<Label>fifth dorsal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="qa">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Ra">
<Representation>
<Label>sixth dorsal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="ra">
<Representation>
<Label>sixth dorsal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Sa">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="sa">
<Representation>
<Label>last dorsal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Ta">
<Representation>
<Label>last dorsal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ta">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Ua">
<Representation>
<Label>longest dorsal-fin soft ray</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="ua">
<Representation>
<Label>longest dorsal-fin soft ray (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Va">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="va">
<Representation>
<Label>anal-fin base</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Wa">
<Representation>
<Label>anal-fin base (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="wa">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Xa">
<Representation>
<Label>first anal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="xa">
<Representation>
<Label>first anal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ya">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ya">
<Representation>
<Label>second anal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="Za">
<Representation>
<Label>second anal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="za">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="AB">
<Representation>
<Label>third anal-fin spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="aB">
<Representation>
<Label>third anal-fin spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="BB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="bB">
<Representation>
<Label>longest anal-fin ray length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="CB">
<Representation>
<Label>longest anal-fin ray length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="cB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="DB">
<Representation>
<Label>longest preopercle spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="dB">
<Representation>
<Label>longest preopercle spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="EB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="eB">
<Representation>
<Label>second longest preopercle spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="FB">
<Representation>
<Label>second longest preopercle spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="fB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="GB">
<Representation>
<Label>shortest prepercle spine length</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
<MeasurementUnit>
<Label>mm</Label>
</MeasurementUnit>
</QuantitativeCharacter>
<CategoricalCharacter id="gB">
<Representation>
<Label>shortest prepercle spine length (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="HB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="hB">
<Representation>
<Label>preopercle spine</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>false</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="IB">
<Representation>
<Label>preopercle spine (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="iB">
<Representation>
<Label>absent</Label>
</Representation>
</StateDefinition>
<StateDefinition id="JB">
<Representation>
<Label>two &lt;present&gt;</Label>
</Representation>
</StateDefinition>
<StateDefinition id="jB">
<Representation>
<Label>multiple &lt;present&gt;</Label>
</Representation>
</StateDefinition>
<StateDefinition id="KB">
<Representation>
<Label>single &lt;present&gt;</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="kB">
<Representation>
<Label>dorsal-fin spines</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="LB">
<Representation>
<Label>dorsal-fin spines (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="lB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="MB">
<Representation>
<Label>dorsal-fin rays</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="mB">
<Representation>
<Label>dorsal-fin rays (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="NB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="nB">
<Representation>
<Label>anal-fin spines</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="OB">
<Representation>
<Label>anal-fin spines (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="oB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="PB">
<Representation>
<Label>anal-fin rays</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="pB">
<Representation>
<Label>anal-fin rays (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="QB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="qB">
<Representation>
<Label>pelvic-fin spines (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="RB">
<Representation>
<Label>pelvic-fin spines (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="rB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="SB">
<Representation>
<Label>pelvic-fin rays (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="sB">
<Representation>
<Label>pelvic-fin rays (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="TB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="tB">
<Representation>
<Label>pelvic-fin spines (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="UB">
<Representation>
<Label>pelvic-fin spines (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="uB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="VB">
<Representation>
<Label>pelvic-fin rays (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="vB">
<Representation>
<Label>pelvic-fin rays (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="WB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="wB">
<Representation>
<Label>pelvic-fin spines (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="XB">
<Representation>
<Label>pelvic-fin spines (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="xB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="YB">
<Representation>
<Label>pelvic-fin rays (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="yB">
<Representation>
<Label>pelvic-fin rays (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ZB">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="zB">
<Representation>
<Label>pectoral-fin rays (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Ab">
<Representation>
<Label>pectoral-fin rays (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ab">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Bb">
<Representation>
<Label>pectoral-fin rays (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="bb">
<Representation>
<Label>pectoral-fin rays (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Cb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="cb">
<Representation>
<Label>pectoral-fin rays (unspecified)</Label>
<Detail>Number of pectoral-fin rays.</Detail>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Db">
<Representation>
<Label>pectoral-fin rays (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="db">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Eb">
<Representation>
<Label>caudal-fin principal rays (dorsal)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="eb">
<Representation>
<Label>caudal-fin principal rays (dorsal) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Fb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="fb">
<Representation>
<Label>caudal-fin rudimentary rays (dorsal)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Gb">
<Representation>
<Label>caudal-fin rudimentary rays (dorsal) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="gb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Hb">
<Representation>
<Label>caudal-fin spiniferous rays (dorsal)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="hb">
<Representation>
<Label>caudal-fin spiniferous rays (dorsal) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ib">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ib">
<Representation>
<Label>caudal-fin principal rays (ventral)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Jb">
<Representation>
<Label>caudal-fin principal rays (ventral) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="jb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Kb">
<Representation>
<Label>caudal-fin rudimentary rays (ventral)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="kb">
<Representation>
<Label>caudal-fin rudimentary rays (ventral) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Lb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="lb">
<Representation>
<Label>caudal-fin spiniferous rays (ventral)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Mb">
<Representation>
<Label>caudal-fin spiniferous rays (ventral) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="mb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Nb">
<Representation>
<Label>caudal-fin principal rays (total)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="nb">
<Representation>
<Label>caudal-fin principal rays (total) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ob">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ob">
<Representation>
<Label>caudal-fin rudimentary rays (total)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Pb">
<Representation>
<Label>caudal-fin rudimentary rays (total) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="pb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Qb">
<Representation>
<Label>caudal-fin spiniferous rays (total)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="qb">
<Representation>
<Label>caudal-fin spiniferous rays (total) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Rb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="rb">
<Representation>
<Label>preorbital margin spines</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Sb">
<Representation>
<Label>preorbital margin spines (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="sb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Tb">
<Representation>
<Label>tubed lateral-line scales (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="tb">
<Representation>
<Label>tubed lateral-line scales (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ub">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ub">
<Representation>
<Label>tubed lateral-line scales (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Vb">
<Representation>
<Label>tubed lateral-line scales (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="vb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Wb">
<Representation>
<Label>tubed lateral-line scales (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="wb">
<Representation>
<Label>tubed lateral-line scales (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Xb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="xb">
<Representation>
<Label>pored scales midline on caudal peduncle (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Yb">
<Representation>
<Label>pored scales midline on caudal peduncle (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="yb">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Zb">
<Representation>
<Label>pored scales midline on caudal peduncle (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="zb">
<Representation>
<Label>pored scales midline on caudal peduncle (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="AC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="aC">
<Representation>
<Label>pored scales midline on caudal peduncle (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="BC">
<Representation>
<Label>pored scales midline on caudal peduncle (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="bC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="CC">
<Representation>
<Label>vertical scale rows (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="cC">
<Representation>
<Label>vertical scale rows (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="DC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="dC">
<Representation>
<Label>vertical scale rows (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="EC">
<Representation>
<Label>vertical scale rows (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="eC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="FC">
<Representation>
<Label>vertical scale rows (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="fC">
<Representation>
<Label>vertical scale rows (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="GC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="gC">
<Representation>
<Label>scale rows above lateral line to first dorsal-fin spine (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="HC">
<Representation>
<Label>scale rows above lateral line to first dorsal-fin spine (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="hC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="IC">
<Representation>
<Label>scale rows above lateral line to first dorsal-fin spine (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="iC">
<Representation>
<Label>scale rows above lateral line to first dorsal-fin spine (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="JC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="jC">
<Representation>
<Label>scale rows above lateral line to first dorsal-fin spine (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="KC">
<Representation>
<Label>scale rows above lateral line to first dorsal-fin spine (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="kC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="LC">
<Representation>
<Label>scale rows below lateral line to first anal-fin spine (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="lC">
<Representation>
<Label>scale rows below lateral line to first anal-fin spine (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="MC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="mC">
<Representation>
<Label>scale rows below lateral line to first anal-fin spine (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="NC">
<Representation>
<Label>scale rows below lateral line to first anal-fin spine (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="nC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="OC">
<Representation>
<Label>scale rows below lateral line to first anal-fin spine (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="oC">
<Representation>
<Label>scale rows below lateral line to first anal-fin spine (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="PC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="pC">
<Representation>
<Label>circumpeduncular scales</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="QC">
<Representation>
<Label>circumpeduncular scales (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="qC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="RC">
<Representation>
<Label>dorsal-arch gill rakers (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="rC">
<Representation>
<Label>dorsal-arch gill rakers (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="SC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="sC">
<Representation>
<Label>dorsal-arch gill rakers (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="TC">
<Representation>
<Label>dorsal-arch gill rakers (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="tC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="UC">
<Representation>
<Label>dorsal-arch gill rakers (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="uC">
<Representation>
<Label>dorsal-arch gill rakers (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="VC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="vC">
<Representation>
<Label>ventral-arch gill rakers (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="WC">
<Representation>
<Label>ventral-arch gill rakers (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="wC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="XC">
<Representation>
<Label>ventral-arch gill rakers (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="xC">
<Representation>
<Label>ventral-arch gill rakers (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="YC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="yC">
<Representation>
<Label>ventral-arch gill rakers (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="ZC">
<Representation>
<Label>ventral-arch gill rakers (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="zC">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Ac">
<Representation>
<Label>gill rakers (left)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="ac">
<Representation>
<Label>gill rakers (left) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Bc">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="bc">
<Representation>
<Label>gill rakers (right)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Cc">
<Representation>
<Label>gill rakers (right) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="cc">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Dc">
<Representation>
<Label>gill rakers (unspecified)</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="dc">
<Representation>
<Label>gill rakers (unspecified) (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Ec">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="ec">
<Representation>
<Label>predorsal bones</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Fc">
<Representation>
<Label>predorsal bones (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="fc">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Gc">
<Representation>
<Label>pre-anal vertebrae</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="gc">
<Representation>
<Label>pre-anal vertebrae (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Hc">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="hc">
<Representation>
<Label>post-anal vertebrae</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="Ic">
<Representation>
<Label>post-anal vertebrae (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="ic">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
<QuantitativeCharacter id="Jc">
<Representation>
<Label>total vertebrae</Label>
</Representation>
<Assumptions>
<MeasurementScale>Ratio</MeasurementScale>
<ValuesAreInteger>true</ValuesAreInteger>
</Assumptions>
</QuantitativeCharacter>
<CategoricalCharacter id="jc">
<Representation>
<Label>total vertebrae (auto-generated character for categorical data of quantitative character)</Label>
</Representation>
<States>
<StateDefinition id="Kc">
<Representation>
<Label>Single value (i.e. sample size N=1)</Label>
</Representation>
</StateDefinition>
</States>
</CategoricalCharacter>
</Characters>
<CharacterTrees>
<CharacterTree>
<Representation>
<Label>Main character list</Label>
<Detail>Default arrangement of characters; used for editing and identification purposes. Each character occurs only a single time and all characters should be present.</Detail>
</Representation>
<DesignedFor>
<Role>DescriptionEditing</Role>
<Role>InteractiveIdentification</Role>
<Role>TerminologyReporting</Role>
</DesignedFor>
<ShouldContainAllCharacters>true</ShouldContainAllCharacters>
<Nodes>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="B"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="c"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="E"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="f"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="H"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="i"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="K"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="l"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="N"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="o"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Q"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="r"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="T"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="u"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="W"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="x"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Z"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="aa"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Ca"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="da"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Fa"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ga"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Ia"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ja"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="La"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ma"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Oa"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="pa"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Ra"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="sa"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Ua"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="va"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Xa"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ya"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="AB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="bB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="DB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="eB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="GB"/>
</CharNode>
<CharNode>
<Character ref="hB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="kB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="MB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="nB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="PB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="qB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="SB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="tB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="VB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="wB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="YB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="zB"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Bb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="cb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Eb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="fb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Hb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ib"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Kb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="lb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Nb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ob"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Qb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="rb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Tb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ub"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Wb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="xb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Zb"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="aC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="CC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="dC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="FC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="gC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="IC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="jC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="LC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="mC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="OC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="pC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="RC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="sC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="UC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="vC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="XC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="yC"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Ac"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="bc"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Dc"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="ec"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Gc"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="hc"/>
</CharNode>
<CharNode>
<RecommendedMeasures>
<StatisticalMeasure>
<Representation>
<Label>Upper value of unspecified range (could be µ+s.d., but not known)</Label>
</Representation>
<Measure type="UMethUpper"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Lower value of unspecified range (could be µ-s.d., but not known)</Label>
</Representation>
<Measure type="UMethLower"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Maximum value</Label>
</Representation>
<Measure type="Max"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Mean (= average)</Label>
</Representation>
<Measure type="Mean"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>Minimum value</Label>
</Representation>
<Measure type="Min"/>
</StatisticalMeasure>
<StatisticalMeasure>
<Representation>
<Label>sample size, number of measurements used to calculate statistics</Label>
</Representation>
<Measure type="N"/>
</StatisticalMeasure>
</RecommendedMeasures>
<Character ref="Jc"/>
</CharNode>
</Nodes>
</CharacterTree>
<CharacterTree>
<Representation>
<Label>Definitions for natural language descriptions</Label>
<Detail>Definitions (headings, character sequence, punctuation, etc.) for the creation of natural language descriptions based on coded descriptions.</Detail>
</Representation>
<DesignedFor>
<Role>NaturalLanguageReporting</Role>
</DesignedFor>
<Nodes>
<CharNode>
<NaturalLanguage>
<Phrase>standard length (SL) - From XRay</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="B"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>standard length (SL) - From Specimen</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="c"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>total length (TL)</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="E"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>body depth</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="f"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>body width</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="H"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>head length (HL)</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="i"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>snout length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="K"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>upper jaw length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="l"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>orbit diameter</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="N"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>bony interorbital width</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="o"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>caudal-peduncle depth</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="Q"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>caudal-peduncle length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="r"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>predorsal length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="T"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>prepelvic length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="u"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>preanal length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="W"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>pectoral-fin length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="x"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>caudal-fin length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="Z"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>caudal concavity</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="aa"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>dorsal-fin base</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="Ca"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>spinous dorsal-fin base</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="da"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>soft dorsal-fin base</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="Fa"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>pelvic-fin spine length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="ga"/>
</CharNode>
<CharNode>
<NaturalLanguage>
<Phrase>pelvic fin length</Phrase>
<Phrase role="Delim">, </Phrase>
<Phrase role="LastDelim">,  or  </Phrase>
</NaturalLanguage>
<Character ref="Ia"/>
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<Quantitative ref="ga">
<Measure type="Mean" value="11.9"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="21.2"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="6.37"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="10.78"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="13.26"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="13.86"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="14.25"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="13.92"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="10.06"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="12.6"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="15.81"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="6.24"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="15.13"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="14.39"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="19"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="19"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="LC">
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</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Measure type="Mean" value="9"/>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
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</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
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<CodedDescription id="xf">
<Representation>
<Label>Chromis "abyssus" (PARATYPE, USNM 391136-1)</Label>
</Representation>
<Scope>
<TaxonName ref="Yf"/>
<Specimen ref="yf"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="44.15"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="44.4"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="56.6"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="27.3"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="7.9"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="15.9"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="4.6"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
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</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
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<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="6.5"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="3.8"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Status code="DataUnavailable"><Note>unmeasurable -- first D spine missing</Note></Status>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="19.59"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="31.31"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
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</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="12.2"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="Ca">
<Status code="DataUnavailable"><Note>unmeasurable -- first D spine missing</Note></Status>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Status code="DataUnavailable"><Note>unmeasurable -- first D spine missing</Note></Status>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
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</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
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</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="ja">
<Status code="DataUnavailable"><Note>unmeasurable -- first D spine missing</Note></Status>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="7.87"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
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<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
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<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
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<Categorical ref="Qa">
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<Quantitative ref="Ra">
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<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
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<Categorical ref="Ta">
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<Quantitative ref="va">
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<Categorical ref="Wa">
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<Quantitative ref="Xa">
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<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
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</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="kB">
<Note>first spine missing; only XIII actual D spines on specimen</Note>
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</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
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<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
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<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
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<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
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<Categorical ref="sB">
</Categorical>
<Quantitative ref="zB">
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<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
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<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
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<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
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<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
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<Categorical ref="hb">
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<Quantitative ref="ib">
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<Categorical ref="Jb">
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<Quantitative ref="Kb">
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<Categorical ref="kb">
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<Quantitative ref="lb">
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<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Nb">
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<Categorical ref="nb">
</Categorical>
<Quantitative ref="Tb">
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<Categorical ref="tb">
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<Quantitative ref="ub">
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<Categorical ref="Vb">
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<Quantitative ref="xb">
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<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
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<Categorical ref="zb">
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<Quantitative ref="gC">
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<Categorical ref="HC">
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<Quantitative ref="IC">
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<Categorical ref="iC">
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<Quantitative ref="LC">
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<Categorical ref="lC">
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<Quantitative ref="mC">
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<Categorical ref="NC">
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<Quantitative ref="pC">
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<Categorical ref="QC">
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<Quantitative ref="sC">
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<Categorical ref="TC">
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<Quantitative ref="XC">
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<Categorical ref="xC">
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<Quantitative ref="ec">
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<Categorical ref="Fc">
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<Quantitative ref="Gc">
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<Categorical ref="gc">
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<Quantitative ref="hc">
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<Categorical ref="Ic">
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<Quantitative ref="Jc">
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<Categorical ref="jc">
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<Representation>
<Label>Chromis "abyssus" (PARATYPE, USNM 391136-2)</Label>
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<Scope>
<TaxonName ref="zf"/>
<Specimen ref="AG"/>
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<Categorical ref="b">
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<Quantitative ref="c">
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<Categorical ref="D">
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<Quantitative ref="E">
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<Categorical ref="e">
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<Quantitative ref="f">
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<Categorical ref="h">
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<Categorical ref="J">
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<Quantitative ref="K">
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<Categorical ref="k">
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<Quantitative ref="l">
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<Categorical ref="M">
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<Quantitative ref="N">
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<Categorical ref="n">
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<Quantitative ref="o">
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<Categorical ref="P">
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<Quantitative ref="Q">
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<Categorical ref="q">
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<Quantitative ref="r">
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<Categorical ref="S">
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<Quantitative ref="T">
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<Categorical ref="t">
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<Quantitative ref="u">
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<Categorical ref="V">
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<Quantitative ref="W">
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<Categorical ref="w">
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<Quantitative ref="x">
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<Categorical ref="Y">
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<Quantitative ref="Z">
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<Categorical ref="z">
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<Quantitative ref="aa">
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<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="57.66"/>
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<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="40.78"/>
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<Categorical ref="Ea">
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<Quantitative ref="Fa">
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<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="15.9"/>
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<Categorical ref="Ha">
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<Quantitative ref="Ia">
<Measure type="Mean" value="22.4"/>
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<Categorical ref="ia">
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<Quantitative ref="ja">
<Measure type="Mean" value="8.19"/>
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<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="12.64"/>
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<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="16.64"/>
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<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="17.77"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="17.87"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="18.09"/>
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<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="13.48"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="19.7"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="22.58"/>
</Quantitative>
<Categorical ref="Wa">
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<Quantitative ref="Xa">
<Measure type="Mean" value="8.21"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="22.03"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="19.52"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="14"/>
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<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
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<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
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<Categorical ref="RB">
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<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
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<Categorical ref="sB">
</Categorical>
<Quantitative ref="zB">
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<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
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<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3"/>
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<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="3"/>
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<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Measure type="Mean" value="9"/>
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<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Measure type="Mean" value="10"/>
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<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
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<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
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<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="17"/>
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<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
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<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
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<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
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<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="aG">
<Representation>
<Label>Chromis "abyssus" (PARATYPE, WAM P.32898-001)</Label>
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<Scope>
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<Categorical ref="b">
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<Quantitative ref="c">
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<Categorical ref="D">
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<Quantitative ref="E">
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<Categorical ref="e">
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<Quantitative ref="f">
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<Categorical ref="G">
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<Quantitative ref="H">
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<Categorical ref="h">
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<Quantitative ref="i">
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<Categorical ref="J">
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<Status code="DataUnavailable"><Note>some scales missing</Note></Status>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3.5"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="3.5"/>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="20"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="FG">
<Representation>
<Label>Chromis "brevirostris" (PARATYPE, BPBM 37671)</Label>
</Representation>
<Scope>
<TaxonName ref="fG"/>
<Specimen ref="GG"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="55.93"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="55.37"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="33.89"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="9.9"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="18.27"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="4.63"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="5.9"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="7.4"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="6.41"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="9.13"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="4.95"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="22.86"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="22.98"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="34.74"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="38.88"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="27.11"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="10.98"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="11.07"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="5.45"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="8.18"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="9.76"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="10.31"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="9.69"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="10.27"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="10.48"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="21.37"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="6.08"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="12.13"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="4"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="4"/>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="20"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="gG">
<Representation>
<Label>Chromis "brevirostris" (PARATYPE, BPBM 37713)</Label>
</Representation>
<Scope>
<TaxonName ref="HG"/>
<Specimen ref="hG"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="58.88"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="59.64"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="96.47"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="37.08"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="11.8"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="18.31"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="5.01"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="6.01"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="7.56"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="7.16"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="9.82"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="5.37"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="24.01"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="24.2"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="36.34"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="23.26"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="36.83"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="26.45"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="40.84"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="28.08"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="12.36"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="11.48"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="22.58"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="6.26"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="8.79"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="10.35"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="11.09"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="11.11"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="11.34"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="11.03"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="16.84"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="22.45"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="6.01"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="11.65"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="15.66"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3.5"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="3.5"/>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Status code="DataUnavailable"><Note>some scales missing</Note></Status>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="19"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="IG">
<Representation>
<Label>Chromis "brevirostris" (PARATYPE, BPBM 39993)</Label>
</Representation>
<Scope>
<TaxonName ref="iG"/>
<Specimen ref="JG"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="61.89"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="62.51"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="102.02"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="37.86"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="12.44"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="19.39"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="4.71"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="5.88"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="8.7"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="7.49"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="10.03"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="6.09"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="22.66"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="29.21"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="40.84"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
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</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="39.51"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="28.99"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="41.75"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="27.83"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="13.04"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="11.32"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="16.64"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="6.55"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="9.08"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="10.43"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="10.99"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="11.48"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="11.65"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="10.19"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="16.51"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="23.19"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="6.54"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="12.79"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="16.38"/>
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</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="11.88"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="12.97"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="17.97"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="11.16"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="19.21"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="10.65"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="18.88"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="12.74"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="5.65"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="7.25"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
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</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="3.68"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
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</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="5.85"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="5.91"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="6.47"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="6.19"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="5.49"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="9.13"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="10.82"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
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</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
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</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
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</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
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</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="0"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
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</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
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</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Status code="DataUnavailable"><Note>some scales missing</Note></Status>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
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</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="20"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="OG">
<Representation>
<Label>Chromis "brevirostris" (PARATYPE, BPBM 40703-1)</Label>
</Representation>
<Scope>
<TaxonName ref="oG"/>
<Specimen ref="PG"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="50.83"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="50.88"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="78.42"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="31.14"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="9.39"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="17.06"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="4.1"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="5.42"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="7.71"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="5.96"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="7.92"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="3.81"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="21.52"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="20.79"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="31.49"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="22.1"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="27.54"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="18.13"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="35.2"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="23.9"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="10.35"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="10.86"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="18.66"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="5.67"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="7.6"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="8.79"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="9.44"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="9.59"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="9.53"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="9.53"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="15.12"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="19.13"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="5.44"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="11.05"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="12.87"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Note>anteriormost separated from next by one scale</Note>
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3.5"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="3.5"/>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="19"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="pG">
<Representation>
<Label>Chromis "brevirostris" (PARATYPE, BPBM 40703-2)</Label>
</Representation>
<Scope>
<TaxonName ref="QG"/>
<Specimen ref="qG"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="60.07"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="59.48"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="83.91"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="35.78"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="11.3"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="20.06"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="5.83"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="6.2"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="9.11"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="6.89"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="8.98"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="4.92"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="24.53"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="28.74"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="39.86"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="25.19"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="24.43"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="14.21"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="39.1"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="26.76"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="11.64"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="12.26"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="19.45"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="5.51"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="7.74"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="9.16"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="9.96"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="10.19"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="10.35"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="11"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="16.18"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="22.26"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="5.94"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="12.46"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="13.6"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Note>anteriormost scale separated from next scale by 2 scale rows</Note>
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
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<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
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</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
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</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Status code="DataUnavailable"><Note>some scales missing</Note></Status>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
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</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
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</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
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</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
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</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
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<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
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<Categorical ref="Ic">
</Categorical>
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<Representation>
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<Specimen ref="SG"/>
</Scope>
<SummaryData>
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<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
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<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
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<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
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<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
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<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
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</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
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</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="4.86"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
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</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
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</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="7.23"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="4.32"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="18.18"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="21.38"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="30.55"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="18.67"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="24.13"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="16.13"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="31"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="21.43"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="8.9"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="8.75"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="14.73"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
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</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
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</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
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</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
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</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="8.51"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="8.67"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="8.09"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="14.27"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="17.48"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="4.77"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="9.69"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="11.59"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="20"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="sG">
<Representation>
<Label>Chromis "brevirostris" (PARATYPE, CAS 225756-2)</Label>
</Representation>
<Scope>
<TaxonName ref="TG"/>
<Specimen ref="tG"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="50.35"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="50.75"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="29.3"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="8.18"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="16.03"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="3.82"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="4.86"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="7.47"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="5.89"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="7.95"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="5.07"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="19.71"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
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</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="33.75"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="21.74"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Ca">
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</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="22.28"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="9.46"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
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</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
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</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
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</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
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</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
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</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
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</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
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</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
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</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="15.77"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="18.78"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="5.43"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="10.59"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="12.47"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
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</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
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</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="16"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3.5"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="mC">
<Measure type="Mean" value="10"/>
</Quantitative>
<Categorical ref="NC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="22"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="UG">
<Representation>
<Label>Chromis "brevirostris" (PARATYPE, MNHN 2007-1923)</Label>
</Representation>
<Scope>
<TaxonName ref="uG"/>
<Specimen ref="VG"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="59.69"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="57.86"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="92.66"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="35.14"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="11.17"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
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</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
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</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
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</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="8.39"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
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</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
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</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
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<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
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<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
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<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
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</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
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<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
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<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
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<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
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</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
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</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
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</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
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</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="21"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
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</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
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</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="10.65"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
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</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
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</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
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</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
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</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
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</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
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</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
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</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="13.1"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
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<Categorical ref="oa">
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<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
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<Categorical ref="xa">
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<Categorical ref="CB">
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<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
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<Categorical ref="mB">
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<Quantitative ref="nB">
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<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
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<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
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<Categorical ref="RB">
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<Quantitative ref="SB">
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<Categorical ref="sB">
</Categorical>
<Quantitative ref="zB">
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</Categorical>
<Quantitative ref="Bb">
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</Categorical>
<Quantitative ref="Eb">
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<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
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<Categorical ref="Gb">
</Categorical>
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<Categorical ref="n">
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<Categorical ref="q">
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<Quantitative ref="r">
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<Categorical ref="S">
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<Quantitative ref="u">
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<Categorical ref="V">
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<Quantitative ref="W">
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</Categorical>
<Quantitative ref="tB">
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</Categorical>
<Quantitative ref="VB">
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</Quantitative>
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<Categorical ref="hb">
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<Quantitative ref="ib">
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<Categorical ref="Jb">
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<Quantitative ref="Kb">
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<Quantitative ref="IC">
<Note>value uncertain</Note>
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<Categorical ref="Ic">
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<Quantitative ref="Ia">
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<Quantitative ref="Ua">
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<Categorical ref="Wa">
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<Quantitative ref="Xa">
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<Categorical ref="xa">
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<Quantitative ref="ya">
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<Categorical ref="Za">
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<Quantitative ref="MB">
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<Quantitative ref="nB">
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<Categorical ref="OB">
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<Categorical ref="pB">
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<Quantitative ref="qB">
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<Categorical ref="RB">
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<Quantitative ref="SB">
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<Categorical ref="sB">
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<Quantitative ref="tB">
<Status code="DataUnavailable"><Note>right pelvic fin removed for DNA sequencing</Note></Status>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Status code="DataUnavailable"><Note>right pelvic fin removed for DNA sequencing</Note></Status>
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</Categorical>
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</Categorical>
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</Categorical>
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</Categorical>
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<Categorical ref="Gb">
</Categorical>
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<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
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<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
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</Categorical>
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</Categorical>
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</Categorical>
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<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
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</Categorical>
<Quantitative ref="Zb">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
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</Categorical>
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<Categorical ref="HC">
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</Categorical>
<Quantitative ref="pC">
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</Categorical>
<Quantitative ref="sC">
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</Categorical>
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</Categorical>
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</Categorical>
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<Categorical ref="gc">
</Categorical>
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<Categorical ref="Ic">
</Categorical>
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<Representation>
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</Categorical>
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</Categorical>
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<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
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<Categorical ref="k">
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<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
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<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
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<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
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<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
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<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
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<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
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<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
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</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
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<Categorical ref="Y">
</Categorical>
<Quantitative ref="Ca">
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</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
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<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
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<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
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<Categorical ref="Ha">
</Categorical>
<Quantitative ref="ja">
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</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
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</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
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</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
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</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
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<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
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<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
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<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
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<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
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<Categorical ref="Wa">
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<Quantitative ref="Xa">
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<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
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<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
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<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
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<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
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</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
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<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
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</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
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<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
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</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
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<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
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</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
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<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
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<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
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<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
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<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
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</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
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<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
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<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
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</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
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<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
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<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
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</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
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<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
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</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Note>value uncertain</Note>
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</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Note>value uncertain</Note>
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</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="pC">
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<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
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</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
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</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
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<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
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<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
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</Quantitative>
<Categorical ref="Ic">
</Categorical>
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</CodedDescription>
<CodedDescription id="zg">
<Representation>
<Label>Chromis "earina" (PARATYPE, BPBM 37714-1)</Label>
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<Scope>
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<Specimen ref="aH"/>
</Scope>
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<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
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<Categorical ref="D">
</Categorical>
<Quantitative ref="f">
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<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
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</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
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<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
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<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
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<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
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<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
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</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="7.25"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="5.2"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="20.45"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="23.98"/>
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<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
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<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
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<Categorical ref="Y">
</Categorical>
<Quantitative ref="Ca">
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<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
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<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
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<Categorical ref="fa">
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<Quantitative ref="ga">
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<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
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<Categorical ref="ia">
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<Quantitative ref="ja">
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<Categorical ref="Ka">
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<Quantitative ref="La">
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<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
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<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
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<Categorical ref="oa">
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<Categorical ref="Qa">
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<Categorical ref="Ta">
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<Categorical ref="ua">
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<Quantitative ref="va">
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<Categorical ref="Wa">
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<Categorical ref="xa">
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<Quantitative ref="ya">
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<Categorical ref="Za">
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<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
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<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
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</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
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<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
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<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
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<Categorical ref="RB">
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<Quantitative ref="SB">
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<Categorical ref="sB">
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<Quantitative ref="tB">
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<Categorical ref="UB">
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<Quantitative ref="VB">
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<Categorical ref="vB">
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<Quantitative ref="zB">
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<Quantitative ref="Bb">
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<Categorical ref="bb">
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<Quantitative ref="Eb">
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<Categorical ref="eb">
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<Quantitative ref="fb">
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<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
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<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
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<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
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<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
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<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Note>estimate - scales missing</Note>
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<Categorical ref="tb">
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<Quantitative ref="ub">
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<Categorical ref="Vb">
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<Quantitative ref="xb">
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<Categorical ref="zb">
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<Categorical ref="HC">
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<Quantitative ref="IC">
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<Categorical ref="iC">
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<Quantitative ref="LC">
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<Categorical ref="lC">
</Categorical>
<Quantitative ref="pC">
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<Categorical ref="xC">
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<Quantitative ref="ec">
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<Categorical ref="Fc">
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<Categorical ref="gc">
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<Quantitative ref="hc">
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<Categorical ref="Ic">
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<Categorical ref="b">
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<Quantitative ref="f">
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<Categorical ref="G">
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<Categorical ref="h">
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<Quantitative ref="i">
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<Categorical ref="J">
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<Quantitative ref="K">
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<Categorical ref="k">
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<Quantitative ref="l">
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<Categorical ref="M">
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<Quantitative ref="N">
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<Categorical ref="n">
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<Quantitative ref="o">
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<Quantitative ref="Q">
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<Categorical ref="q">
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<Quantitative ref="r">
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<Categorical ref="S">
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<Quantitative ref="u">
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<Quantitative ref="W">
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<Categorical ref="w">
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<Quantitative ref="x">
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<Categorical ref="Y">
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<Quantitative ref="Z">
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<Categorical ref="z">
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<Quantitative ref="aa">
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<Categorical ref="Ba">
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<Quantitative ref="Ca">
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<Categorical ref="ca">
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<Quantitative ref="da">
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<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
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</Quantitative>
<Categorical ref="fa">
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<Quantitative ref="ga">
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<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
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<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
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<Categorical ref="Ka">
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<Quantitative ref="La">
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<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
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<Categorical ref="Na">
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<Quantitative ref="Oa">
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<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
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<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
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<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
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</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="20"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="KH">
<Representation>
<Label>Chromis "earina" (PARATYPE, MNHN 2007-1926)</Label>
</Representation>
<Scope>
<TaxonName ref="kH"/>
<Specimen ref="LH"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="35.4"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="35.68"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="49.62"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="19.65"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="5.33"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="12.65"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="2.94"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="4.21"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="6.02"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="4.55"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="5.44"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="4.32"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="15.5"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="16.48"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="25.46"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="13.83"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="13.94"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="8.47"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="20.47"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="14.19"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="5.3"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="7.5"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="11.61"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="3.88"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="6.04"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="6.97"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="7.34"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="7.28"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="7.21"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="4.95"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="9.03"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="8.46"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="3.17"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="8.76"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="8.17"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="11"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="18"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Note>estimate - scales missing</Note>
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Status code="DataUnavailable"><Note>scales missing</Note></Status>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="4"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="LC">
<Note>value uncertain</Note>
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="lC">
</Categorical>
<Quantitative ref="pC">
<Note>value uncertain</Note>
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="19"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="lH">
<Representation>
<Label>Chromis "earina" (PARATYPE, USNM 391140)</Label>
</Representation>
<Scope>
<TaxonName ref="MH"/>
<Specimen ref="mH"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="67.11"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="66.27"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="93.32"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="35.05"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="12.94"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="21.12"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="7.35"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="9.4"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="8.12"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="9.72"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="6.28"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="28.89"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="28.39"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="47.39"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="25.02"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="27.05"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="19.89"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="41.36"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="30.06"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="10.18"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="13.57"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="22.65"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="6.65"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="10.41"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="12.38"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="13.15"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="13.09"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="13.4"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="10.39"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="16.26"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="15.99"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="6.16"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="16.82"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
<Measure type="Mean" value="14.47"/>
</Quantitative>
<Categorical ref="CB">
</Categorical>
<Quantitative ref="kB">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="LB">
</Categorical>
<Quantitative ref="MB">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="mB">
</Categorical>
<Quantitative ref="nB">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="OB">
</Categorical>
<Quantitative ref="PB">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="pB">
</Categorical>
<Quantitative ref="qB">
<Measure type="Mean" value="1"/>
</Quantitative>
<Categorical ref="RB">
</Categorical>
<Quantitative ref="SB">
<Measure type="Mean" value="5"/>
</Quantitative>
<Categorical ref="sB">
</Categorical>
<Quantitative ref="tB">
<Status code="DataUnavailable"><Note>right pelvic fin removed for DNA sequencing</Note></Status>
</Quantitative>
<Categorical ref="UB">
</Categorical>
<Quantitative ref="VB">
<Status code="DataUnavailable"><Note>right pelvic fin removed for DNA sequencing</Note></Status>
</Quantitative>
<Categorical ref="vB">
</Categorical>
<Quantitative ref="zB">
<Measure type="Mean" value="17"/>
</Quantitative>
<Categorical ref="Ab">
</Categorical>
<Quantitative ref="Bb">
<Measure type="Mean" value="17"/>
</Quantitative>
<Categorical ref="bb">
</Categorical>
<Quantitative ref="Eb">
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="eb">
</Categorical>
<Quantitative ref="fb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="Gb">
</Categorical>
<Quantitative ref="Hb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="hb">
</Categorical>
<Quantitative ref="ib">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="Jb">
</Categorical>
<Quantitative ref="Kb">
<Measure type="Mean" value="2"/>
</Quantitative>
<Categorical ref="kb">
</Categorical>
<Quantitative ref="lb">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Mb">
</Categorical>
<Quantitative ref="Tb">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="tb">
</Categorical>
<Quantitative ref="ub">
<Measure type="Mean" value="15"/>
</Quantitative>
<Categorical ref="Vb">
</Categorical>
<Quantitative ref="xb">
<Note>recorded as '7+1'</Note>
<Measure type="Mean" value="8"/>
</Quantitative>
<Categorical ref="Yb">
</Categorical>
<Quantitative ref="Zb">
<Measure type="Mean" value="7"/>
</Quantitative>
<Categorical ref="zb">
</Categorical>
<Quantitative ref="gC">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="HC">
</Categorical>
<Quantitative ref="IC">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="iC">
</Categorical>
<Quantitative ref="pC">
<Measure type="Mean" value="14"/>
</Quantitative>
<Categorical ref="QC">
</Categorical>
<Quantitative ref="sC">
<Measure type="Mean" value="6"/>
</Quantitative>
<Categorical ref="TC">
</Categorical>
<Quantitative ref="XC">
<Measure type="Mean" value="20"/>
</Quantitative>
<Categorical ref="xC">
</Categorical>
<Quantitative ref="ec">
<Measure type="Mean" value="3"/>
</Quantitative>
<Categorical ref="Fc">
</Categorical>
<Quantitative ref="Gc">
<Measure type="Mean" value="12"/>
</Quantitative>
<Categorical ref="gc">
</Categorical>
<Quantitative ref="hc">
<Measure type="Mean" value="13"/>
</Quantitative>
<Categorical ref="Ic">
</Categorical>
</SummaryData>
</CodedDescription>
<CodedDescription id="NH">
<Representation>
<Label>Chromis "earina" (PARATYPE, WAM P.32902-001)</Label>
</Representation>
<Scope>
<TaxonName ref="nH"/>
<Specimen ref="OH"/>
</Scope>
<SummaryData>
<Quantitative ref="B">
<Measure type="Mean" value="52.16"/>
</Quantitative>
<Categorical ref="b">
</Categorical>
<Quantitative ref="c">
<Measure type="Mean" value="53.92"/>
</Quantitative>
<Categorical ref="D">
</Categorical>
<Quantitative ref="E">
<Measure type="Mean" value="75.65"/>
</Quantitative>
<Categorical ref="e">
</Categorical>
<Quantitative ref="f">
<Measure type="Mean" value="29.51"/>
</Quantitative>
<Categorical ref="G">
</Categorical>
<Quantitative ref="H">
<Measure type="Mean" value="9.02"/>
</Quantitative>
<Categorical ref="h">
</Categorical>
<Quantitative ref="i">
<Measure type="Mean" value="17.71"/>
</Quantitative>
<Categorical ref="J">
</Categorical>
<Quantitative ref="K">
<Measure type="Mean" value="4.42"/>
</Quantitative>
<Categorical ref="k">
</Categorical>
<Quantitative ref="l">
<Measure type="Mean" value="5.6"/>
</Quantitative>
<Categorical ref="M">
</Categorical>
<Quantitative ref="N">
<Measure type="Mean" value="7.54"/>
</Quantitative>
<Categorical ref="n">
</Categorical>
<Quantitative ref="o">
<Measure type="Mean" value="5.5"/>
</Quantitative>
<Categorical ref="P">
</Categorical>
<Quantitative ref="Q">
<Measure type="Mean" value="8.24"/>
</Quantitative>
<Categorical ref="q">
</Categorical>
<Quantitative ref="r">
<Measure type="Mean" value="5.81"/>
</Quantitative>
<Categorical ref="S">
</Categorical>
<Quantitative ref="T">
<Measure type="Mean" value="22.48"/>
</Quantitative>
<Categorical ref="t">
</Categorical>
<Quantitative ref="u">
<Measure type="Mean" value="25.64"/>
</Quantitative>
<Categorical ref="V">
</Categorical>
<Quantitative ref="W">
<Measure type="Mean" value="39.58"/>
</Quantitative>
<Categorical ref="w">
</Categorical>
<Quantitative ref="x">
<Measure type="Mean" value="19.08"/>
</Quantitative>
<Categorical ref="Y">
</Categorical>
<Quantitative ref="Z">
<Measure type="Mean" value="21.73"/>
</Quantitative>
<Categorical ref="z">
</Categorical>
<Quantitative ref="aa">
<Measure type="Mean" value="13.78"/>
</Quantitative>
<Categorical ref="Ba">
</Categorical>
<Quantitative ref="Ca">
<Measure type="Mean" value="30.86"/>
</Quantitative>
<Categorical ref="ca">
</Categorical>
<Quantitative ref="da">
<Measure type="Mean" value="22.85"/>
</Quantitative>
<Categorical ref="Ea">
</Categorical>
<Quantitative ref="Fa">
<Measure type="Mean" value="7.13"/>
</Quantitative>
<Categorical ref="fa">
</Categorical>
<Quantitative ref="ga">
<Measure type="Mean" value="10.4"/>
</Quantitative>
<Categorical ref="Ha">
</Categorical>
<Quantitative ref="Ia">
<Measure type="Mean" value="19.17"/>
</Quantitative>
<Categorical ref="ia">
</Categorical>
<Quantitative ref="ja">
<Measure type="Mean" value="4.65"/>
</Quantitative>
<Categorical ref="Ka">
</Categorical>
<Quantitative ref="La">
<Measure type="Mean" value="7.76"/>
</Quantitative>
<Categorical ref="la">
</Categorical>
<Quantitative ref="ma">
<Measure type="Mean" value="9.6"/>
</Quantitative>
<Categorical ref="Na">
</Categorical>
<Quantitative ref="Oa">
<Measure type="Mean" value="10.42"/>
</Quantitative>
<Categorical ref="oa">
</Categorical>
<Quantitative ref="pa">
<Measure type="Mean" value="10.18"/>
</Quantitative>
<Categorical ref="Qa">
</Categorical>
<Quantitative ref="Ra">
<Measure type="Mean" value="10.43"/>
</Quantitative>
<Categorical ref="ra">
</Categorical>
<Quantitative ref="sa">
<Measure type="Mean" value="8.29"/>
</Quantitative>
<Categorical ref="Ta">
</Categorical>
<Quantitative ref="Ua">
<Measure type="Mean" value="14.91"/>
</Quantitative>
<Categorical ref="ua">
</Categorical>
<Quantitative ref="va">
<Measure type="Mean" value="12.12"/>
</Quantitative>
<Categorical ref="Wa">
</Categorical>
<Quantitative ref="Xa">
<Measure type="Mean" value="4.89"/>
</Quantitative>
<Categorical ref="xa">
</Categorical>
<Quantitative ref="ya">
<Measure type="Mean" value="13.28"/>
</Quantitative>
<Categorical ref="Za">
</Categorical>
<Quantitative ref="bB">
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</Datasets>

