Revision 174
Added by Aaron Marcuse-Kubitza about 13 years ago
| scripts/test/accepted_output/SALVIAS_db.plots.VegBank.xml | ||
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<?xml version="1.0" ?> |
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<VegBank> |
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<observation id="0"> |
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<plot_ID> |
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<plot> |
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<area>0.06</area> |
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<elevation>2100.0</elevation> |
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<place> |
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<namedPlace_ID> |
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<namedPlace> |
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<placeSystem>area|country|territory</placeSystem> |
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<placeName>Ecuador</placeName> |
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</namedPlace> |
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</namedPlace_ID> |
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</place> |
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<place> |
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<namedPlace_ID> |
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<namedPlace> |
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<placeSystem>continent</placeSystem> |
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<placeName>South America</placeName> |
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</namedPlace> |
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</namedPlace_ID> |
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</place> |
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<realLatitude>-3.45</realLatitude> |
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<realLongitude>-78.3667</realLongitude> |
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<confidentialityStatus>0</confidentialityStatus> |
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<authorPlotCode>ACHUPALL</authorPlotCode> |
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</plot> |
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</plot_ID> |
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<project_ID> |
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<project> |
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<projectName>1</projectName> |
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</project> |
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</project_ID> |
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<commClass> |
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<commInterpretation> |
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<commConcept_ID> |
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<commConcept> |
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<commName_ID> |
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<commName> |
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<commName>T-LMw</commName> |
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</commName> |
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</commName_ID> |
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<commDescription>Tropical lower montane wet forest</commDescription> |
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</commConcept> |
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</commConcept_ID> |
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</commInterpretation> |
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</commClass> |
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<definedValue fkey="tableRecord_ID"> |
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<userDefined_ID> |
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<userDefined> |
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<tableName>observation</tableName> |
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<userDefinedName>precipitationMm</userDefinedName> |
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<userDefinedType>varchar</userDefinedType> |
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</userDefined> |
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</userDefined_ID> |
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<definedValue>2500.0</definedValue> |
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</definedValue> |
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<methodNarrative>0.1 ha transect, stems >= 2.5 cm dbh</methodNarrative> |
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<authorObsCode>ACHUPALL</authorObsCode> |
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</observation> |
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<observation id="1"> |
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<plot_ID> |
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<plot> |
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<area>0.1</area> |
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<elevation>530.0</elevation> |
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<place> |
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<namedPlace_ID> |
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<namedPlace> |
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<placeSystem>area|country|territory</placeSystem> |
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<placeName>Germany</placeName> |
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</namedPlace> |
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</namedPlace_ID> |
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</place> |
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<place> |
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<namedPlace_ID> |
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<namedPlace> |
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<placeSystem>continent</placeSystem> |
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<placeName>Europe</placeName> |
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</namedPlace> |
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</namedPlace_ID> |
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</place> |
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<realLatitude>48.0667</realLatitude> |
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<realLongitude>11.5</realLongitude> |
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<confidentialityStatus>0</confidentialityStatus> |
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<authorPlotCode>ALLACHER</authorPlotCode> |
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</plot> |
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</plot_ID> |
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<project_ID> |
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<project> |
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<projectName>1</projectName> |
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</project> |
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</project_ID> |
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<commClass> |
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<commInterpretation> |
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<commConcept_ID> |
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<commConcept> |
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<commName_ID> |
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<commName> |
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<commName>cT-m</commName> |
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</commName> |
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</commName_ID> |
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<commDescription>Cool temperate moist forest</commDescription> |
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</commConcept> |
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</commConcept_ID> |
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</commInterpretation> |
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</commClass> |
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<definedValue fkey="tableRecord_ID"> |
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<userDefined_ID> |
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<userDefined> |
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<tableName>observation</tableName> |
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<userDefinedName>precipitationMm</userDefinedName> |
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<userDefinedType>varchar</userDefinedType> |
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</userDefined> |
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</userDefined_ID> |
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<definedValue>866.0</definedValue> |
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</definedValue> |
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<definedValue fkey="tableRecord_ID"> |
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<userDefined_ID> |
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<userDefined> |
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<tableName>observation</tableName> |
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<userDefinedName>temperatureC</userDefinedName> |
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<userDefinedType>varchar</userDefinedType> |
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</userDefined> |
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</userDefined_ID> |
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<definedValue>7.4</definedValue> |
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</definedValue> |
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<methodNarrative>0.1 ha transect, stems >= 2.5 cm dbh</methodNarrative> |
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<authorObsCode>ALLACHER</authorObsCode> |
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</observation> |
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</VegBank> |
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| scripts/test/accepted_output/SALVIAS_db.plots.VegX.xml | ||
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<?xml version="1.0" ?> |
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<VegX> |
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<plotObservations> |
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<plotObservation id="0"> |
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<projectID>0</projectID> |
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<plotUniqueIdentifierID>0</plotUniqueIdentifierID> |
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<simpleUserdefined> |
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<name>precipMm</name> |
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<value>2500.0</value> |
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</simpleUserdefined> |
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<simpleUserdefined> |
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<name>plotMethodology</name> |
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<value>0.1 ha transect, stems >= 2.5 cm dbh</value> |
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</simpleUserdefined> |
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</plotObservation> |
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<plotObservation id="1"> |
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<projectID>1</projectID> |
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<plotUniqueIdentifierID>1</plotUniqueIdentifierID> |
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<simpleUserdefined> |
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<name>precipMm</name> |
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<value>866.0</value> |
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</simpleUserdefined> |
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<temperature>7.4</temperature> |
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<simpleUserdefined> |
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<name>plotMethodology</name> |
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<value>0.1 ha transect, stems >= 2.5 cm dbh</value> |
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</simpleUserdefined> |
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</plotObservation> |
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</plotObservations> |
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<projects> |
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<project id="0"> |
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<title>1</title> |
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</project> |
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<project id="1"> |
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<title>1</title> |
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</project> |
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</projects> |
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<plots> |
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<plot id="0"> |
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<plotUniqueIdentifier>ACHUPALL</plotUniqueIdentifier> |
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<simpleUserdefined> |
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<name>majorGeo</name> |
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<value>South America</value> |
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</simpleUserdefined> |
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<country>Ecuador</country> |
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<geospatial> |
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<DecimalLatitude>-3.45</DecimalLatitude> |
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<DecimalLongitude>-78.3667</DecimalLongitude> |
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<verbatimElevation>2100.0</verbatimElevation> |
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</geospatial> |
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<area>0.06</area> |
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</plot> |
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<plot id="1"> |
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<plotUniqueIdentifier>ALLACHER</plotUniqueIdentifier> |
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<simpleUserdefined> |
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<name>majorGeo</name> |
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<value>Europe</value> |
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</simpleUserdefined> |
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<country>Germany</country> |
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<geospatial> |
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<DecimalLatitude>48.0667</DecimalLatitude> |
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<DecimalLongitude>11.5</DecimalLongitude> |
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<verbatimElevation>530.0</verbatimElevation> |
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</geospatial> |
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<area>0.1</area> |
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</plot> |
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</plots> |
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<communityDeterminations> |
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<communityDetermination> |
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<plotObservationID>0</plotObservationID> |
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<communityConcepts> |
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<communityConcept> |
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<commonName>T-LMw</commonName> |
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<name>Tropical lower montane wet forest</name> |
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</communityConcept> |
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</communityConcepts> |
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</communityDetermination> |
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<communityDetermination> |
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<plotObservationID>1</plotObservationID> |
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<communityConcepts> |
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<communityConcept> |
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<commonName>cT-m</commonName> |
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<name>Cool temperate moist forest</name> |
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</communityConcept> |
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</communityConcepts> |
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</communityDetermination> |
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</communityDeterminations> |
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</VegX> |
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| mappings/for_review/SALVIAS_db-VegX.plots.csv | ||
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| 1 |
SALVIAS:plotMetadata,VegX:/*s/plotObservation,Comments |
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PlotID,,"Brad: This is artificial internal database ID; a unique identifier within SALVIAS DB to each plot, within the table plotMetadata." |
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orig_filename,, |
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AccessCode,, |
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project_id,//project/title, |
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PrimOwnerID,, |
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SiteCode,//plot/plotUniqueIdentifier,Brad: plotCode is as-assigned by data provider; guranteed to be unique only within dataset (=project) |
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SiteName,, |
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new_world,, |
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MajorGeo,//plot/simpleUserdefined[name=majorGeo]/value, |
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Country,//plot/country, |
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PolDiv1,//plot/state,Brad: No; pol1=stateProvince |
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pol1_type,, |
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pol2,//plot/county,Brad: No pol2=countyParish |
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pol2_type,, |
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lat_string,, |
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long_string,, |
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LatDec,//geospatial/DecimalLatitude, |
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LongDec,//geospatial/DecimalLongitude, |
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lat_long_accuracy,, |
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Elev,//geospatial/verbatimElevation,Brad: Mean elevation in meters. This is a constrained decimal value; is there no place for this in VegX other than verbatimElevation? Check with Nick. |
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elev_max_m,//geospatial/maximumElevationInMeters, |
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elev_min_m,//geospatial/minimumElevationInMeters, |
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Precip,/simpleUserdefined[name=precipMm]/value, |
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ElevSource,, |
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Temp,/temperature, |
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PrecipSource,, |
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TempSource,, |
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bearing,, |
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slope_aspect,//plot/slopeAspect, |
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| 31 |
slope_gradient,//plot/slopeGradient, |
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| 32 |
clay_percent,//*s/abioticObservation/simpleUserdefined[name=clayPercent]/value, |
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| 33 |
silt_percent,//*s/abioticObservation/simpleUserdefined[name=siltPercent]/value, |
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sand_percent,//*s/abioticObservation/simpleUserdefined[name=sandPercent]/value, |
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| 35 |
pH,//*s/abioticObservation/ph,"Brad: For all these soil variables, how do we store information on method, units. Seems like an ontological structure would be more appropriate (measurementName, measurementValue, measurementUnits, measurementMethod). Same as BIEN traits table. Something to discuss." |
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soil_N,//*s/abioticObservation/nitrogen, |
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soil_P,//*s/abioticObservation/phosphorus, |
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soil_C,//*s/abioticObservation/simpleUserdefined[name=carbon]/value, |
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soil_K,//*s/abioticObservation/pottasium, |
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soil_Mg,//*s/abioticObservation/magnesium, |
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soil_Ca,//*s/abioticObservation/simpleUserdefined[name=calcium]/value, |
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soil_Na,//*s/abioticObservation/simpleUserdefined[name=sodium]/value, |
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soil_acidity,//*s/abioticObservation/simpleUserdefined[name=acidity]/value, |
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soil_base,//*s/abioticObservation/simpleUserdefined[name=base]/value, |
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soil_cation_cap,//*s/abioticObservation/simpleUserdefined[name=cationCap]/value, |
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| 46 |
soil_conductivity,//*s/abioticObservation/simpleUserdefined[name=conductivity]/value, |
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organic_percent,//*s/abioticObservation/simpleUserdefined[name=organicPercent]/value, |
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| 48 |
soil_texture,//*s/abioticObservation/simpleUserdefined[name=texture]/value, |
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RevisionComments,, |
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| 50 |
Locality_Description,//plot/simpleUserdefined[name=localityDescription]/value,"Brad: No; this is free text description of locality where plot was situated, same as for DwC. Not a description of vegetation. Most likely='namedPlace.placeDescription' in VB; not sure about VX, again need to ask Nick where locality descriptions live in VX" |
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topography_desc,, |
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vegetation_1,, |
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vegetation_2,, |
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Habitat,, |
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life_zone_code,//*s/communityDetermination/communityConcepts/communityConcept/commonName, |
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life_zone,//*s/communityDetermination/communityConcepts/communityConcept/name, |
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PlotMethod,/simpleUserdefined[name=plotMethodology]/value, |
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MethodCode,, |
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plot_area_ha,//plot/area,"Brad: Area in hectares. Is there any way to store units?; Aaron: VegX plot area annotation says ""Total area of the plot in square meters."" so units are fixed" |
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| 60 |
recensused,,"Brad: This is a 0/1 value, internal to SALVIAS. 1 indicates that a plot has >1 set of values, from different census events.; Aaron: Different censuses are distinguished in organisms data by different census_no values" |
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date_start,/obsStartDate/_date/year, |
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date_finish,/obsEndDate/_date/year, |
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| 63 |
plot_administrator,, |
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| 64 |
plot_notes,, |
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tmp_del,, |
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| mappings/for_review/SALVIAS_db-VegBank.plots.csv | ||
|---|---|---|
| 1 |
SALVIAS:plotMetadata,VegBank:/observation,Comments |
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| 2 |
plot_area_ha,//plot/area,"Brad: Area in hectares. Is there any way to store units?; Aaron: VegX plot area annotation says ""Total area of the plot in square meters."" so units are fixed" |
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| 3 |
Elev,//plot/elevation,Brad: Mean elevation in meters. This is a constrained decimal value; is there no place for this in VegX other than verbatimElevation? Check with Nick. |
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| 4 |
Country,"//*_ID/namedPlace[placeSystem=""area|country|territory""]/placeName", |
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| 5 |
PolDiv1,"//*_ID/namedPlace[placeSystem=""region|state|province""]/placeName",Brad: No; pol1=stateProvince |
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| 6 |
MajorGeo,//*_ID/namedPlace[placeSystem=continent]/placeName, |
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| 7 |
pol2,//*_ID/namedPlace[placeSystem=county]/placeName,Brad: No pol2=countyParish |
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| 8 |
Locality_Description,//namedPlace/placeDescription,"Brad: No; this is free text description of locality where plot was situated, same as for DwC. Not a description of vegetation. Most likely='namedPlace.placeDescription' in VB; not sure about VX, again need to ask Nick where locality descriptions live in VX" |
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| 9 |
LatDec,//plot/realLatitude, |
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| 10 |
LongDec,//plot/realLongitude, |
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| 11 |
slope_aspect,//plot/slopeAspect, |
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| 12 |
slope_gradient,//plot/slopeGradient, |
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| 13 |
elev_max_m,"/*_ID/plot/{elevation/_avg/max,elevationRange/_range/to}",
|
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| 14 |
elev_min_m,"/*_ID/plot/{elevation/_avg/min,elevationRange/_range/from}",
|
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| 15 |
project_id,//project/projectName, |
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| 16 |
life_zone_code,//*/commName, |
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| 17 |
life_zone,//commConcept/commDescription, |
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| 18 |
Precip,"/definedValue[*_ID/userDefined[tableName=observation,userDefinedName=precipitationMm]]/definedValue", |
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| 19 |
Temp,"/definedValue[*_ID/userDefined[tableName=observation,userDefinedName=temperatureC]]/definedValue", |
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| 20 |
PlotMethod,/methodNarrative, |
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| 21 |
date_finish,/obsEndDate/_date/year, |
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| 22 |
date_start,/obsStartDate/_date/year, |
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| 23 |
soil_acidity,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilAcidity]]/definedValue", |
|
| 24 |
soil_base,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilBase]]/definedValue", |
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| 25 |
soil_Ca,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilCalcium]]/definedValue", |
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| 26 |
soil_C,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilCarbon]]/definedValue", |
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| 27 |
soil_cation_cap,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilCationCap]]/definedValue", |
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| 28 |
soil_conductivity,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilConductivity]]/definedValue", |
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| 29 |
soil_Mg,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilMagnesium]]/definedValue", |
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| 30 |
soil_N,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilNitrogen]]/definedValue", |
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| 31 |
soil_P,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilPhosphorus]]/definedValue", |
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| 32 |
soil_K,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilPotassium]]/definedValue", |
|
| 33 |
soil_Na,"//soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilSodium]]/definedValue", |
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| 34 |
clay_percent,//soilObs/soilClay, |
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| 35 |
organic_percent,//soilObs/soilOrganic, |
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| 36 |
pH,//soilObs/soilPH,"Brad: For all these soil variables, how do we store information on method, units. Seems like an ontological structure would be more appropriate (measurementName, measurementValue, measurementUnits, measurementMethod). Same as BIEN traits table. Something to discuss." |
|
| 37 |
sand_percent,//soilObs/soilSand, |
|
| 38 |
silt_percent,//soilObs/soilSilt, |
|
| 39 |
soil_texture,//soilObs/soilTexture, |
|
| 40 |
SiteCode,"/{*_ID/plot/authorPlotCode/_alt/2,authorObsCode}",Brad: plotCode is as-assigned by data provider; guranteed to be unique only within dataset (=project)
|
|
| mappings/SALVIAS_db-VegX.plots.csv | ||
|---|---|---|
| 1 |
"SALVIAS:plotMetadata","VegX:/*s/plotObservation","Comments" |
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| 2 |
"PlotID",,"Brad: This is artificial internal database ID; a unique identifier within SALVIAS DB to each plot, within the table plotMetadata." |
|
| 3 |
"orig_filename",, |
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| 4 |
"AccessCode",, |
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| 5 |
"project_id","/*ID->/*s/project/title", |
|
| 6 |
"PrimOwnerID",, |
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| 7 |
"SiteCode","/*UniqueIdentifierID->/*s/plot/plotUniqueIdentifier","Brad: plotCode is as-assigned by data provider; guranteed to be unique only within dataset (=project)" |
|
| 8 |
"SiteName",, |
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| 9 |
"new_world",, |
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| 10 |
"MajorGeo","/*UniqueIdentifierID->/*s/plot/simpleUserdefined[name=majorGeo]/value", |
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| 11 |
"Country","/*UniqueIdentifierID->/*s/plot/country", |
|
| 12 |
"PolDiv1","/*UniqueIdentifierID->/*s/plot/state","Brad: No; pol1=stateProvince" |
|
| 13 |
"pol1_type",, |
|
| 14 |
"pol2","/*UniqueIdentifierID->/*s/plot/county","Brad: No pol2=countyParish" |
|
| 15 |
"pol2_type",, |
|
| 16 |
"lat_string",, |
|
| 17 |
"long_string",, |
|
| 18 |
"LatDec","/*UniqueIdentifierID->/*s/plot/geospatial/DecimalLatitude", |
|
| 19 |
"LongDec","/*UniqueIdentifierID->/*s/plot/geospatial/DecimalLongitude", |
|
| 20 |
"lat_long_accuracy",, |
|
| 21 |
"Elev","/*UniqueIdentifierID->/*s/plot/geospatial/verbatimElevation","Brad: Mean elevation in meters. This is a constrained decimal value; is there no place for this in VegX other than verbatimElevation? Check with Nick." |
|
| 22 |
"elev_max_m","/*UniqueIdentifierID->/*s/plot/geospatial/maximumElevationInMeters", |
|
| 23 |
"elev_min_m","/*UniqueIdentifierID->/*s/plot/geospatial/minimumElevationInMeters", |
|
| 24 |
"Precip","/simpleUserdefined[name=precipMm]/value", |
|
| 25 |
"ElevSource",, |
|
| 26 |
"Temp","/temperature", |
|
| 27 |
"PrecipSource",, |
|
| 28 |
"TempSource",, |
|
| 29 |
"bearing",, |
|
| 30 |
"slope_aspect","/*UniqueIdentifierID->/*s/plot/slopeAspect", |
|
| 31 |
"slope_gradient","/*UniqueIdentifierID->/*s/plot/slopeGradient", |
|
| 32 |
"clay_percent","->/*s/abioticObservation[*ID]/simpleUserdefined[name=clayPercent]/value", |
|
| 33 |
"silt_percent","->/*s/abioticObservation[*ID]/simpleUserdefined[name=siltPercent]/value", |
|
| 34 |
"sand_percent","->/*s/abioticObservation[*ID]/simpleUserdefined[name=sandPercent]/value", |
|
| 35 |
"pH","->/*s/abioticObservation[*ID]/ph","Brad: For all these soil variables, how do we store information on method, units. Seems like an ontological structure would be more appropriate (measurementName, measurementValue, measurementUnits, measurementMethod). Same as BIEN traits table. Something to discuss." |
|
| 36 |
"soil_N","->/*s/abioticObservation[*ID]/nitrogen", |
|
| 37 |
"soil_P","->/*s/abioticObservation[*ID]/phosphorus", |
|
| 38 |
"soil_C","->/*s/abioticObservation[*ID]/simpleUserdefined[name=carbon]/value", |
|
| 39 |
"soil_K","->/*s/abioticObservation[*ID]/pottasium", |
|
| 40 |
"soil_Mg","->/*s/abioticObservation[*ID]/magnesium", |
|
| 41 |
"soil_Ca","->/*s/abioticObservation[*ID]/simpleUserdefined[name=calcium]/value", |
|
| 42 |
"soil_Na","->/*s/abioticObservation[*ID]/simpleUserdefined[name=sodium]/value", |
|
| 43 |
"soil_acidity","->/*s/abioticObservation[*ID]/simpleUserdefined[name=acidity]/value", |
|
| 44 |
"soil_base","->/*s/abioticObservation[*ID]/simpleUserdefined[name=base]/value", |
|
| 45 |
"soil_cation_cap","->/*s/abioticObservation[*ID]/simpleUserdefined[name=cationCap]/value", |
|
| 46 |
"soil_conductivity","->/*s/abioticObservation[*ID]/simpleUserdefined[name=conductivity]/value", |
|
| 47 |
"organic_percent","->/*s/abioticObservation[*ID]/simpleUserdefined[name=organicPercent]/value", |
|
| 48 |
"soil_texture","->/*s/abioticObservation[*ID]/simpleUserdefined[name=texture]/value", |
|
| 49 |
"RevisionComments",, |
|
| 50 |
"Locality_Description","/*UniqueIdentifierID->/*s/plot/simpleUserdefined[name=localityDescription]/value","Brad: No; this is free text description of locality where plot was situated, same as for DwC. Not a description of vegetation. Most likely='namedPlace.placeDescription' in VB; not sure about VX, again need to ask Nick where locality descriptions live in VX" |
|
| 51 |
"topography_desc",, |
|
| 52 |
"vegetation_1",, |
|
| 53 |
"vegetation_2",, |
|
| 54 |
"Habitat",, |
|
| 55 |
"life_zone_code","->/*s/communityDetermination[*ID]/communityConcepts/communityConcept/commonName", |
|
| 56 |
"life_zone","->/*s/communityDetermination[*ID]/communityConcepts/communityConcept/name", |
|
| 57 |
"PlotMethod","/simpleUserdefined[name=plotMethodology]/value", |
|
| 58 |
"MethodCode",, |
|
| 59 |
"plot_area_ha","/*UniqueIdentifierID->/*s/plot/area","Brad: Area in hectares. Is there any way to store units?; Aaron: VegX plot area annotation says ""Total area of the plot in square meters."" so units are fixed" |
|
| 60 |
"recensused",,"Brad: This is a 0/1 value, internal to SALVIAS. 1 indicates that a plot has >1 set of values, from different census events.; Aaron: Different censuses are distinguished in organisms data by different census_no values" |
|
| 61 |
"date_start","/obsStartDate/_date/year", |
|
| 62 |
"date_finish","/obsEndDate/_date/year", |
|
| 63 |
"plot_administrator",, |
|
| 64 |
"plot_notes",, |
|
| 65 |
"tmp_del",, |
|
| mappings/SALVIAS_db-VegBank.plots.csv | ||
|---|---|---|
| 1 |
SALVIAS:plotMetadata,VegBank:/observation,Comments |
|
| 2 |
plot_area_ha,/*_ID/plot/area,"Brad: Area in hectares. Is there any way to store units?; Aaron: VegX plot area annotation says ""Total area of the plot in square meters."" so units are fixed" |
|
| 3 |
Elev,/*_ID/plot/elevation,Brad: Mean elevation in meters. This is a constrained decimal value; is there no place for this in VegX other than verbatimElevation? Check with Nick. |
|
| 4 |
Country,"/*_ID/plot/place(/*_ID/namedPlace[placeSystem=""area|country|territory""])/placeName", |
|
| 5 |
PolDiv1,"/*_ID/plot/place(/*_ID/namedPlace[placeSystem=""region|state|province""])/placeName",Brad: No; pol1=stateProvince |
|
| 6 |
MajorGeo,/*_ID/plot/place(/*_ID/namedPlace[placeSystem=continent])/placeName, |
|
| 7 |
pol2,/*_ID/plot/place(/*_ID/namedPlace[placeSystem=county])/placeName,Brad: No pol2=countyParish |
|
| 8 |
Locality_Description,/*_ID/plot/place/*_ID/namedPlace/placeDescription,"Brad: No; this is free text description of locality where plot was situated, same as for DwC. Not a description of vegetation. Most likely='namedPlace.placeDescription' in VB; not sure about VX, again need to ask Nick where locality descriptions live in VX" |
|
| 9 |
LatDec,/*_ID/plot/realLatitude, |
|
| 10 |
LongDec,/*_ID/plot/realLongitude, |
|
| 11 |
slope_aspect,/*_ID/plot/slopeAspect, |
|
| 12 |
slope_gradient,/*_ID/plot/slopeGradient, |
|
| 13 |
elev_max_m,"/*_ID/plot/{elevation/_avg/max,elevationRange/_range/to}",
|
|
| 14 |
elev_min_m,"/*_ID/plot/{elevation/_avg/min,elevationRange/_range/from}",
|
|
| 15 |
project_id,/*_ID/project/projectName, |
|
| 16 |
life_zone_code,/commClass/commInterpretation/*_ID/commConcept/*_ID/*/commName, |
|
| 17 |
life_zone,/commClass/commInterpretation/*_ID/commConcept/commDescription, |
|
| 18 |
Precip,"/definedValue[*_ID/userDefined[tableName=observation,userDefinedName=precipitationMm]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 19 |
Temp,"/definedValue[*_ID/userDefined[tableName=observation,userDefinedName=temperatureC]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 20 |
PlotMethod,/methodNarrative, |
|
| 21 |
date_finish,/obsEndDate/_date/year, |
|
| 22 |
date_start,/obsStartDate/_date/year, |
|
| 23 |
soil_acidity,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilAcidity]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 24 |
soil_base,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilBase]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 25 |
soil_Ca,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilCalcium]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 26 |
soil_C,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilCarbon]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 27 |
soil_cation_cap,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilCationCap]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 28 |
soil_conductivity,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilConductivity]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 29 |
soil_Mg,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilMagnesium]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 30 |
soil_N,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilNitrogen]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 31 |
soil_P,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilPhosphorus]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 32 |
soil_K,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilPotassium]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 33 |
soil_Na,"/soilObs/definedValue[*_ID/userDefined[tableName=soilObs,userDefinedName=soilSodium]:[userDefinedType=varchar]]:[@fkey=tableRecord_ID]/definedValue", |
|
| 34 |
clay_percent,/soilObs/soilClay, |
|
| 35 |
organic_percent,/soilObs/soilOrganic, |
|
| 36 |
pH,/soilObs/soilPH,"Brad: For all these soil variables, how do we store information on method, units. Seems like an ontological structure would be more appropriate (measurementName, measurementValue, measurementUnits, measurementMethod). Same as BIEN traits table. Something to discuss." |
|
| 37 |
sand_percent,/soilObs/soilSand, |
|
| 38 |
silt_percent,/soilObs/soilSilt, |
|
| 39 |
soil_texture,/soilObs/soilTexture, |
|
| 40 |
SiteCode,"/{*_ID/plot:[confidentialityStatus=0]/authorPlotCode/_alt/2,authorObsCode}",Brad: plotCode is as-assigned by data provider; guranteed to be unique only within dataset (=project)
|
|
Also available in: Unified diff
Added SALVIAS DB mapping for plots data