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Moved examples to the Darwin Core Questions & Answers repository.

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downloads/SimpleDwCCSVheaderUTF8WithNamespaces.txt
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"dcterms:type","dcterms:modified","dcterms:language","dcterms:license","dcterms:rightsHolder","dcterms:accessRights","dcterms:bibliographicCitation","dcterms:references","dwc:institutionID","dwc:collectionID","dwc:datasetID","dwc:institutionCode","dwc:collectionCode","dwc:datasetName","dwc:ownerInstitutionCode","dwc:basisOfRecord","dwc:informationWithheld","dwc:dataGeneralizations","dwc:dynamicProperties","dwc:occurrenceID","dwc:catalogNumber","dwc:recordNumber","dwc:recordedBy","dwc:individualCount","dwc:organismQuantity","dwc:organismQuantityType","dwc:sex","dwc:lifeStage","dwc:reproductiveCondition","dwc:behavior","dwc:establishmentMeans","dwc:occurrenceStatus","dwc:preparations","dwc:disposition","dwc:associatedMedia","dwc:associatedReferences","dwc:associatedSequences","dwc:associatedTaxa","dwc:otherCatalogNumbers","dwc:occurrenceRemarks","dwc:organismID","dwc:organismName","dwc:organismScope","dwc:associatedOccurrences","dwc:associatedOrganisms","dwc:previousIdentifications","dwc:organismRemarks","dwc:materialSampleID","dwc:eventID","dwc:parentEventID","dwc:fieldNumber","dwc:eventDate","dwc:eventTime","dwc:startDayOfYear","dwc:endDayOfYear","dwc:year","dwc:month","dwc:day","dwc:verbatimEventDate","dwc:habitat","dwc:samplingProtocol","dwc:samplingEffort","dwc:sampleSizeValue","dwc:sampleSizeUnit","dwc:fieldNotes","dwc:eventRemarks","dwc:locationID","dwc:higherGeographyID","dwc:higherGeography","dwc:continent","dwc:waterBody","dwc:islandGroup","dwc:island","dwc:country","dwc:countryCode","dwc:stateProvince","dwc:county","dwc:municipality","dwc:locality","dwc:verbatimLocality","dwc:minimumElevationInMeters","dwc:maximumElevationInMeters","dwc:verbatimElevation","dwc:minimumDepthInMeters","dwc:maximumDepthInMeters","dwc:verbatimDepth","dwc:minimumDistanceAboveSurfaceInMeters","dwc:maximumDistanceAboveSurfaceInMeters","dwc:locationAccordingTo","dwc:locationRemarks","dwc:decimalLatitude","dwc:decimalLongitude","dwc:geodeticDatum","dwc:coordinateUncertaintyInMeters","dwc:coordinatePrecision","dwc:pointRadiusSpatialFit","dwc:verbatimCoordinates","dwc:verbatimLatitude","dwc:verbatimLongitude","dwc:verbatimCoordinateSystem","dwc:verbatimSRS","dwc:footprintWKT","dwc:footprintSRS","dwc:footprintSpatialFit","dwc:georeferencedBy","dwc:georeferencedDate","dwc:georeferenceProtocol","dwc:georeferenceSources","dwc:georeferenceVerificationStatus","dwc:georeferenceRemarks","dwc:geologicalContextID","dwc:earliestEonOrLowestEonothem","dwc:latestEonOrHighestEonothem","dwc:earliestEraOrLowestErathem","dwc:latestEraOrHighestErathem","dwc:earliestPeriodOrLowestSystem","dwc:latestPeriodOrHighestSystem","dwc:earliestEpochOrLowestSeries","dwc:latestEpochOrHighestSeries","dwc:earliestAgeOrLowestStage","dwc:latestAgeOrHighestStage","dwc:lowestBiostratigraphicZone","dwc:highestBiostratigraphicZone","dwc:lithostratigraphicTerms","dwc:group","dwc:formation","dwc:member","dwc:bed","dwc:identificationID","dwc:identificationQualifier","dwc:typeStatus","dwc:identifiedBy","dwc:dateIdentified","dwc:identificationReferences","dwc:identificationVerificationStatus","dwc:identificationRemarks","dwc:taxonID","dwc:scientificNameID","dwc:acceptedNameUsageID","dwc:parentNameUsageID","dwc:originalNameUsageID","dwc:nameAccordingToID","dwc:namePublishedInID","dwc:taxonConceptID","dwc:scientificName","dwc:acceptedNameUsage","dwc:parentNameUsage","dwc:originalNameUsage","dwc:nameAccordingTo","dwc:namePublishedIn","dwc:namePublishedInYear","dwc:higherClassification","dwc:kingdom","dwc:phylum","dwc:class","dwc:order","dwc:family","dwc:genus","dwc:subgenus","dwc:specificEpithet","dwc:infraspecificEpithet","dwc:taxonRank","dwc:verbatimTaxonRank","dwc:scientificNameAuthorship","dwc:vernacularName","dwc:nomenclaturalCode","dwc:taxonomicStatus","dwc:nomenclaturalStatus","dwc:taxonRemarks"

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downloads/SimpleDwCMSExcel.xls
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downloads/SimpleDwCTermsListWithNamespaces.txt
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dcterms:term
dcterms:type
dcterms:modified
dcterms:language
dcterms:license
dcterms:rightsHolder
dcterms:accessRights
dcterms:bibliographicCitation
dcterms:references
dwc:institutionID
dwc:collectionID
dwc:datasetID
dwc:institutionCode
dwc:collectionCode
dwc:datasetName
dwc:ownerInstitutionCode
dwc:basisOfRecord
dwc:informationWithheld
dwc:dataGeneralizations
dwc:dynamicProperties
dwc:occurrenceID
dwc:catalogNumber
dwc:recordNumber
dwc:recordedBy
dwc:individualCount
dwc:organismQuantity
dwc:organismQuantityType
dwc:sex
dwc:lifeStage
dwc:reproductiveCondition
dwc:behavior
dwc:establishmentMeans
dwc:occurrenceStatus
dwc:preparations
dwc:disposition
dwc:associatedMedia
dwc:associatedReferences
dwc:associatedSequences
dwc:associatedTaxa
dwc:otherCatalogNumbers
dwc:occurrenceRemarks
dwc:organismID
dwc:organismName
dwc:organismScope
dwc:associatedOccurrences
dwc:associatedOrganisms
dwc:previousIdentifications
dwc:organismRemarks
dwc:materialSampleID
dwc:eventID
dwc:parentEventID
dwc:fieldNumber
dwc:eventDate
dwc:eventTime
dwc:startDayOfYear
dwc:endDayOfYear
dwc:year
dwc:month
dwc:day
dwc:verbatimEventDate
dwc:habitat
dwc:samplingProtocol
dwc:samplingEffort
dwc:sampleSizeValue
dwc:sampleSizeUnit
dwc:fieldNotes
dwc:eventRemarks
dwc:locationID
dwc:higherGeographyID
dwc:higherGeography
dwc:continent
dwc:waterBody
dwc:islandGroup
dwc:island
dwc:country
dwc:countryCode
dwc:stateProvince
dwc:county
dwc:municipality
dwc:locality
dwc:verbatimLocality
dwc:minimumElevationInMeters
dwc:maximumElevationInMeters
dwc:verbatimElevation
dwc:minimumDepthInMeters
dwc:maximumDepthInMeters
dwc:verbatimDepth
dwc:minimumDistanceAboveSurfaceInMeters
dwc:maximumDistanceAboveSurfaceInMeters
dwc:locationAccordingTo
dwc:locationRemarks
dwc:decimalLatitude
dwc:decimalLongitude
dwc:geodeticDatum
dwc:coordinateUncertaintyInMeters
dwc:coordinatePrecision
dwc:pointRadiusSpatialFit
dwc:verbatimCoordinates
dwc:verbatimLatitude
dwc:verbatimLongitude
dwc:verbatimCoordinateSystem
dwc:verbatimSRS
dwc:footprintWKT
dwc:footprintSRS
dwc:footprintSpatialFit
dwc:georeferencedBy
dwc:georeferencedDate
dwc:georeferenceProtocol
dwc:georeferenceSources
dwc:georeferenceVerificationStatus
dwc:georeferenceRemarks
dwc:geologicalContextID
dwc:earliestEonOrLowestEonothem
dwc:latestEonOrHighestEonothem
dwc:earliestEraOrLowestErathem
dwc:latestEraOrHighestErathem
dwc:earliestPeriodOrLowestSystem
dwc:latestPeriodOrHighestSystem
dwc:earliestEpochOrLowestSeries
dwc:latestEpochOrHighestSeries
dwc:earliestAgeOrLowestStage
dwc:latestAgeOrHighestStage
dwc:lowestBiostratigraphicZone
dwc:highestBiostratigraphicZone
dwc:lithostratigraphicTerms
dwc:group
dwc:formation
dwc:member
dwc:bed
dwc:identificationID
dwc:identificationQualifier
dwc:typeStatus
dwc:identifiedBy
dwc:dateIdentified
dwc:identificationReferences
dwc:identificationVerificationStatus
dwc:identificationRemarks
dwc:taxonID
dwc:scientificNameID
dwc:acceptedNameUsageID
dwc:parentNameUsageID
dwc:originalNameUsageID
dwc:nameAccordingToID
dwc:namePublishedInID
dwc:taxonConceptID
dwc:scientificName
dwc:acceptedNameUsage
dwc:parentNameUsage
dwc:originalNameUsage
dwc:nameAccordingTo
dwc:namePublishedIn
dwc:namePublishedInYear
dwc:higherClassification
dwc:kingdom
dwc:phylum
dwc:class
dwc:order
dwc:family
dwc:genus
dwc:subgenus
dwc:specificEpithet
dwc:infraspecificEpithet
dwc:taxonRank
dwc:verbatimTaxonRank
dwc:scientificNameAuthorship
dwc:vernacularName
dwc:nomenclaturalCode
dwc:taxonomicStatus
dwc:nomenclaturalStatus
dwc:taxonRemarks

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examples/examples_material_sample.md
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## Examples - Material Samples
This page shows examples of how to populate Darwin Core terms for Material Sample records.
##### Material Sample
Model: Organism sampled (e.g., biopsy) in the wild.
Model: Material sample from an organism in the wild and sample put into a collection (blood sample, biopsy).
Model: Material sample from an organism in captivity and sample put into a collection (blood sample, biopsy)
Model: Repeated instances of material sample for the same organism over time.
Model: Repeated instances of material sample from the same captive organism over time.

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examples/examples_observation.md
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## Examples - Observations
This page shows examples of how to populate Darwin Core terms for Observation records.
##### Human Observation
Model: Organism observed in the wild and written in field notes.
Model: Pair of living organisms observed in the wild and documented in field notes.
```
Record = HumanObservation
type = Event
occurrenceID = urn:catalog:AUDCLO:EBIRD:OBS64515288
modified = 2009-02-17T07:33:04Z
institutionCode = AUDCLO
collectionCode = EBIRD
individualCount = 2
eventID = http://guid.mvz.org/events/2006/11/26/17
samplingProtocol = area count
eventDate = 2006-11-26
locationID = http://guid.mvz.org/sites/arg/127
country = Argentina
countryCode = AR
stateProvince = Neuquén
locality = Valle Limay, Estancia Rincon Grande, 48 ha area with centroid at this point
decimalLatitude = -40.97467
decimalLongitude = -71.0734
geodeticDatum = WGS84
coordinateUncertaintyInMeters = 200
scientificName = Anthus hellmayri
class = Aves
genus = Anthus
specificEpithet = hellmayri
```
Model: Organism photographed in the wild.
Model: Organism measured in a study and published in journal article.
Model: Taxon said to occur in a protected area in 2009.
##### Machine Observation

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## Examples - RDFa
### Tagging content in HTML with Darwin Core terms
[RDFa](http://www.w3.org/TR/rdfa-syntax/) provides a mechanism for expressing
semantic markup within HTML documents using RDF constructs.
Resources:
* An [RDFa parser](http://www.siatec.net/rdfaparser/) is available to convert RDFa to RDF. Note that this parser seems to drop the rdf typeof property.
* A [simple standalone RDFa to RDF converter](http://code.google.com/p/darwincore/source/browse/trunk/examples/rdfa_content/rdfa2rdf.py) in python.
* The [W3C RDF validator](http://www.w3.org/RDF/Validator/) provides a convenient tool for quickly visualizing an RDF structure.
#### Example 1: Name without context
Indicating that a string within a document is semantically equivalent
to a scientific name as defined in the Darwin Core.
There is no additional information about the scientific name, only an indication that the character string represents a scientific name, and so parsers that are able to interpret RDFa are able to identify that value in the document, though no additional context is explicitly stated.
* [Source](http://darwincore.googlecode.com/svn/trunk/examples/rdfa_content/sciname_1.html)
* [RDF](http://www.siatec.net/rdfaparser/index.php?xml=http%3A%2F%2Fdarwincore.googlecode.com%2Fsvn%2Ftrunk%2Fexamples%2Frdfa_content%2Fsciname_1.html)
* [RDF Visualized](http://www.w3.org/RDF/Validator/ARPServlet?URI=http%3A%2F%2Fwww.siatec.net%2Frdfaparser%2Findex.php%3Fxml%3Dhttp%253A%252F%252Fdarwincore.googlecode.com%252Fsvn%252Ftrunk%252Fexamples%252Frdfa_content%252Fsciname_1.html&PARSE=Parse+URI%3A+&TRIPLES_AND_GRAPH=PRINT_BOTH&FORMAT=PNG_EMBED)
```HTML
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML+RDFa 1.0//EN" "http://www.w3.org/MarkUp/DTD/xhtml-rdfa-1.dtd">
<html xmlns="http://www.w3.org/1999/xhtml"
xmlns:dc="http://purl.org/dc/terms/"
xmlns:dwc="http://rs.tdwg.org/dwc/terms/">
<head >
<title>Scientific Name in RDFa</title>
<meta about='taxonname_1.html' property='dc:creator' content="Dave Vieglais"/>
<meta about='taxonname_1.html' property='dc:date' content="2008-11-14T09:52:00+00:00" />
<meta about='taxonname_1.html' property='dc:description' content="Demonstrates how to
tag a scientific name with RDFa markup so that a parser can recognize that a string
value represents a scientific name." />
</head>
<body>
<p>This example shows how to tag a scientific name with RDFa markup so that a
parser can recognize that the string
<span property='dwc:scientificName' style='font-style: italic;'>Bufo marinus</span>
as a scientific name, and the string &quot;<span property='dwc:family'>Bufonidae</span>
is a family name, but there is no statement that the B. marinus is a
member of the family Bufonidae.</p>
</body>
</html>
```
#### Example 2: Name with simple context
This example wraps the scientific name and family within a named node, implying that the two are properties about the node rather than the whole document. This in turn infers that the scientific name is a member of the family, although this information is only contained in the human readable descriptions of the Darwin Core terms and can not be directly inferred from the RDF.
* [Source](http://darwincore.googlecode.com/svn/trunk/examples/rdfa_content/sciname_2.html)
* [RDF](http://www.siatec.net/rdfaparser/index.php?xml=http%3A%2F%2Fdarwincore.googlecode.com%2Fsvn%2Ftrunk%2Fexamples%2Frdfa_content%2Fsciname_2.html)
* [RDF Visualized](http://www.w3.org/RDF/Validator/ARPServlet?URI=http%3A%2F%2Fwww.siatec.net%2Frdfaparser%2Findex.php%3Fxml%3Dhttp%253A%252F%252Fdarwincore.googlecode.com%252Fsvn%252Ftrunk%252Fexamples%252Frdfa_content%252Fsciname_2.html&PARSE=Parse+URI%3A+&TRIPLES_AND_GRAPH=PRINT_BOTH&FORMAT=PNG_EMBED)
```HTML
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML+RDFa 1.0//EN" "http://www.w3.org/MarkUp/DTD/xhtml-rdfa-1.dtd">
<html xmlns="http://www.w3.org/1999/xhtml"
xmlns:dc="http://purl.org/dc/terms/"
xmlns:dwc="http://rs.tdwg.org/dwc/terms/">
<head>
<title>Scientific Name in RDFa</title>
<meta about='taxonname_2.html' property='dc:creator' content="Dave Vieglais"/>
<meta about='taxonname_2.html' property='dc:date' content="2008-11-14T09:52:00+00:00" />
<meta about='taxonname_2.html' property='dc:description' content="Demonstrates how to
tag a scientific name with RDFa markup so that a parser can recognize that a string
value represents a scientific name." />
</head>
<body>
<p>This example shows how to tag a scientific name with RDFa markup so that a
parser can recognize that the string
<span about='#name1' typeof='dwct:Record'>
<span property='dwc:scientificName' style='font-style: italic;'>Bufo marinus</span>
as a scientific name, and the string &quot;<span property='dwc:family'>Bufonidae</span>
is a family name</span>, and since both terms form part of a Darwin Core record,
infers that Bufonidae is the family name for &quot;#name1&quote; and Bufo marinus
is the scientific name.</p>
</body>
</html>
```
### Example 3 Observation with name and location
Describes an observation in a HTML document using RDFa notation. This minimal example expresses the location two ways- using the Darwin Core DecimalLatitude and DecimalLongitude terms and the GeoRSS point.
* [Source](http://darwincore.googlecode.com/svn/trunk/examples/rdfa_content/sciname_location.html)
* [RDF](http://www.siatec.net/rdfaparser/index.php?xml=http%3A%2F%2Fdarwincore.googlecode.com%2Fsvn%2Ftrunk%2Fexamples%2Frdfa_content%2Fsciname_location.html RDF)
* [RDF Visualized](http://www.w3.org/RDF/Validator/ARPServlet?URI=http%3A%2F%2Fwww.siatec.net%2Frdfaparser%2Findex.php%3Fxml%3Dhttp%253A%252F%252Fdarwincore.googlecode.com%252Fsvn%252Ftrunk%252Fexamples%252Frdfa_content%252Fsciname_location.html&PARSE=Parse+URI%3A+&TRIPLES_AND_GRAPH=PRINT_BOTH&FORMAT=PNG_EMBED)
```HTML
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML+RDFa 1.0//EN" "http://www.w3.org/MarkUp/DTD/xhtml-rdfa-1.dtd">
<html xmlns="http://www.w3.org/1999/xhtml"
xmlns:dc="http://purl.org/dc/terms/"
xmlns:dwc="http://rs.tdwg.org/dwc/terms/"
xmlns:dwct="http://rs.tdwg.org/dwc/dwctype/"
xmlns:georss='http://www.georss.org/georss#'>
<head >
<title>Scientific Name in RDFa</title>
<meta about='sciname_location.html' property='dc:creator' content="Dave Vieglais"/>
<meta about='sciname_location.html' property='dc:date' content="2008-11-14T09:52:00+00:00" />
<meta about='sciname_location.html' property='dc:description' content="Demonstrates how to
create the equivalent of a simple observation record within a HTML document that can be
converted to an RDF document." />
</head>
<body>
<p>This example document contains a record with of an observation tagged with an lsid of xxx
<span about="lsid:blah.blah" typeof="oboe:Observation">
that includes the scientific name
<span property='dwc:scientificName' style='font-style: italic;'>Bufo marinus</span>,
<span about='lsid:blah.blah' typeof="dc:Location" >
<span property='dwc:geodeticDatum' content='epsg:4326' />
a geographic location of
<span about='lsid:blah.blah' property='georss:point' content='-25.273262 152.725067' />
longitude <span property='dwc:decimalLongitude'>152.725067</span> east,
latitude <span property='dwc:decimalLatitude'>-25.273262</span>,
</span>
and a time of
<span about='lsid:blah.blah' property='dwc:eventDate' content="2008-11-10T23:32:00+00:00">
9:32 in the morning of the 12th of November.</span>
</span>
</p>
</body>
</html>
```

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## Examples - Specimens
This page shows examples of how to populate Darwin Core terms for Specimen records.
##### Preserved Specimen
Model: Single whole native organism collected in the wild and put into a collection.
```
type=PhysicalObject
modified = 2009-02-12T12:43:31
language = en
license = http://creativecommons.org/publicdomain/zero/1.0/legalcode
rightsHolder = Regents of the University of California
accessRights = http://vertnet.org/resources/norms.html
references = http://arctos.database.museum/guid/MVZ:Mamm:14523
institutionID = http://biocol.org/urn:lsid:biocol.org:col:34777
collectionID = http://grbio.org/cool/0rht-pj95
institutionCode = MVZ
collectionCode = Mammals
basisOfRecord = PreservedSpecimen
occurrenceID = urn:occurrence:Arctos:MVZ:Mamm:14523:770093
catalogNumber = 14523
recordNumber = 8962
recordedBy = Harry S. Swarth, W. L. Chandler
individualCount = 1
sex = male
establishmentMeans = native
occurrenceStatus = present
preparations = skull | study skin
disposition = in collection
organismID = http://arctos.database.museum/guid/MVZ:Mamm:14523
eventDate = 1911-05-14
startDayOfYear = 134
endDayOfYear = 134
year = 1911
month = 5
day = 14
verbatimEventDate = 14 May 1911
higherGeography = North America | United States | California | Kern County
country = United States
countryCode = US
stateProvince = California
county = Kern
Locality = 8 mi NE Bakersfield
verbatimlocality = Bakersfield, 8 mi NE; North America, United States, California, Kern County
decimalLatitude = 35.45038
decimalLongitude = -118.9092
geodeticDatum = North American Datum 1927
coordinateUncertaintyInMeters = 13696
coordinatePrecision = 0.00001
verbatimCoordinates = 35.45038/-118.9092
verbatimCoordinateSystem = decimal degrees
georeferencedBy = Kristina Yamamoto
georeferencedDate = 2005-12-21
georeferenceProtocol = VertNet Georeferencing Guidelines
georeferenceSources = Terrain Navigator Pro version 7.0 USGS 1:24,000
georeferenceVerificationStatus = unverified
scientificName = Perognathus inornatus inornatus
higherClassification = Animalia | Chordata | Mammalia | Rodentia | Heteromyidae | Heteromyidae
kingdom = Animalia
phylum = Chordata
class = Mammalia
order = Rodentia
family = Heteromyidae
genus = Heteromyidae
specificEpithet = inornatus
infraspecificEpithet = inornatus
taxonRank = subspecies
nomenclaturalCode = ICZN
```
Model: Whole organism recorded (any combination of sound, image, video, field notes) in the wild and entered in a collection database.
Model: Whole organism captured, recorded (sound, image, video) along with measurements, released in the wild and entered in a collection database.
Model: Whole organism collected from captivity and put into a collection.
Model: Whole organism collected from the wild, but escaped from captivity, and put into a collection.
Model: Parasite of organism, parasite cataloged with specimen of organism.
Model: Parasite of organism, parasite cataloged separate from specimen (in the same or in a different collection).
Model: Record of organism, where specimen is now in another collection.
Model: Repeated instances of material sample for the same organism over time, then organism put into a collection.
Model: Repeated instances of material sample for the same captive organism over time, then organism put into a collection.
Model: Repeated instances of the same organism (with media, literature) captured over time.
Model: Multiple organisms collected in the wild together, put into a collection and cataloged as a lot.
##### Fossil specimen
##### Living specimen

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examples/examples_taxon.md
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## Examples - Taxa
This page shows examples of how to populate Darwin Core terms for Taxon records.
### Species Checklists
#### Taxonomic treatment, normalized
Taxon records comprising a single accepted subspecies extracted from <a href="http://www.bucknell.edu/msw3">Mammal Species of the World, 3rd Edition</a> with its normalised classification hierarchy and synonyms. See the denormalized example below.
```
taxonID = 1
scientificName = Mammalia
taxonRank = class
taxonomicStatus = valid
nomenclaturalCode = ICZN
taxonID = 10400001
parentNameUsageID = 1
scientificName = Didelphimorphia Gill, 1872
scientificNameAuthorship = Gill, 1872
taxonRank = order
taxonomicStatus = valid
nomenclaturalCode = ICZN
taxonRemarks = Traditionally included in Marsupialia; included in Ameridelphia (see Aplin and Archer, 1987; Marshall et al., 1990; and Szalay, 1982); but not Microbiotheriidae (Marshall et al., 1990; contra Reig et al., 1987).
references = http://www.bucknell.edu/msw3/browse.asp?id=10400001
taxonID = 10400002
parentNameUsageID = 10400001
scientificName = Didelphidae Gray, 1821
scientificNameAuthorship = Gray, 1821
taxonRank = family
taxonomicStatus = valid
nomenclaturalCode = ICZN
namePublishedIn = London Med. Repos., 15: 308.
taxonRemarks = Placed in the order Polyprotodontia by Kirsch (1977); also see Aplin and Archer (1987). Does not include Dromiciops; see Kirsch and Calaby (1977). Includes Caluromyidae, Glironiidae, and Marmosidae sensu Hershkovitz (1992a).
references = http://www.bucknell.edu/msw3/browse.asp?id=10400002
taxonID = 10400030
parentNameUsageID = 10400002
scientificName = Didelphinae Gray, 1821
scientificNameAuthorship = Gray, 1821
taxonRank = subfamily
taxonomicStatus = valid
nomenclaturalCode = ICZN
namePublishedIn = London Med. Repos., 15: 308.
taxonRemarks = Hershkovitz (1992a) restricted the Didelphinae to the genera Chironectes, Didelphis, Philander, and Lutreolina. Hershkovitz (1997) further restricted the Didelphinae by establishing Chironectinae and Lutreolininae for Chironectes and Lutreolina, respectively.
references = http://www.bucknell.edu/msw3/browse.asp?id=10400030
taxonID = 10400152
parentNameUsageID = 10400030
scientificName = Philander Brisson, 1762
scientificNameAuthorship = Brisson, 1762
taxonRank = genus
taxonomicStatus = valid
typeStatus = Type Species: Didelphis opossum Linnaeus, 1758, by plenary action (Opinion 1894 of the International Commission on Zoological Nomenclature, 1998).
nomenclaturalCode = ICZN
namePublishedIn = Regnum animale: 13.
taxonRemarks = Pine (1973) used Metachirops for this genus, as did Hall (1981), Husson (1978), and Corbet and Hill (1980; but not 1991 when they used Philander).
references = http://www.bucknell.edu/msw3/browse.asp?id=10400152
taxonID = 10400156
parentNameUsageID = 10400152
scientificName = Philander opossum Linnaeus, 1758
scientificNameAuthorship = Linnaeus, 1758
taxonRank = species
taxonomicStatus = valid
nomenclaturalCode = ICZN
namePublishedIn = Syst. Nat., 10th ed., 1: 55.
taxonRemarks = Corbet and Hill (1980), Hall (1981), Husson (1978), and Pine (1973) used Metachirops opossum for this species. Reviewed by Castro-Arellano et al. (2000, Mammalian Species, 638). The name D. larvata Jentink, 1888, is a nomen nudum. Didelphis opossum Linnaeus, 1758, is the type species for Holothylax Cabrera, 1919.
vernacularName = Gray Four-eyed Opossum
references = http://www.bucknell.edu/msw3/browse.asp?id=10400156
taxonID = 10400158
parentNameUsageID = 10400156
scientificName = Philander opossum canus Osgood, 1913
scientificNameAuthorship = Osgood, 1913
taxonRank = subspecies
taxonomicStatus = valid
nomenclaturalCode = ICZN
references = http://www.bucknell.edu/msw3/browse.asp?id=10400158
acceptedNameUsageID=10400158
scientificName=Philander opossum crucialis (Thomas, 1923)
taxonRank=subspecies
taxonomicStatus=synonym
nomenclaturalCode=ICZN
```
##### Taxonomic treatment, denormalised
Same information as in the normalized version above, but given in a denormalised form with implicit higher taxa.
```
taxonID = 10400156
scientificName = Philander opossum Linnaeus, 1758
scientificNameAuthorship = Linnaeus, 1758
taxonRank = species
taxonomicStatus = valid
nomenclaturalCode = ICZN
namePublishedIn = Syst. Nat., 10th ed., 1: 55.
taxonRemarks = Corbet and Hill (1980), Hall (1981), Husson (1978), and Pine (1973) used Metachirops opossum for this species. Reviewed by Castro-Arellano et al. (2000, Mammalian Species, 638). The name D. larvata Jentink, 1888, is a nomen nudum. Didelphis opossum Linnaeus, 1758, is the type species for Holothylax Cabrera, 1919.
vernacularName = Gray Four-eyed Opossum
kingdom = Animalia
class = Mammalia
order = Didelphimorphia
family = Didelphidae
genus = Philander
taxonID = 10400158
scientificName = Philander opossum canus Osgood, 1913
scientificNameAuthorship = Osgood, 1913
taxonRank = subspecies
taxonomicStatus = valid
nomenclaturalCode = ICZN
kingdom = Animalia
class = Mammalia
order = Didelphimorphia
family = Didelphidae
genus = Philander
scientificName = Philander opossum crucialis (Thomas, 1923)
taxonRank = subspecies
taxonomicStatus = synonym
acceptedNameUsage = Philander opossum canus
nomenclaturalCode = ICZN
```
##### Nomenclatural name records
##### Invasive species checklist
##### Redlist

117
examples/index.html
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@ -1,117 +0,0 @@
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<h1>Examples</h1>
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<p>Following are links to examples of marking up data in Darwin Core:</p>
<<<<<<< HEAD
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>>>>>>> 3f4250f44d233b1ab4b22dc0864b9b2ff4d7949f
<ul>
<li><a href="examples_specimen.md">Specimens</a></li>
<li><a href="examples_observation.md">Observations</a></li>
<li><a href="examples_material_sample.md">Material Samples</a></li>
<li><a href="examples_taxon.md">Taxa</a></li>
<li><a href="examples_rdfa.md">Taxa in RDFa</a></li>
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99
examples/xml/example_classes_observation.xml
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@ -1,99 +0,0 @@
<?xml version="1.0" encoding="utf-8"?>
<dwr:DarwinRecordSet
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://rs.tdwg.org/dwc/dwcrecord/ ../../xsd/tdwg_dwc_classes.xsd"
xmlns:dcterms="http://purl.org/dc/terms/"
xmlns:dwc="http://rs.tdwg.org/dwc/terms/"
xmlns:dwr="http://rs.tdwg.org/dwc/dwcrecord/">
<dcterms:Location>
<dwc:locationID>http://guid.mvz.org/sites/arg/127</dwc:locationID>
<dwc:country>Argentina</dwc:country>
<dwc:countryCode>AR</dwc:countryCode>
<dwc:stateProvince>Neuquén</dwc:stateProvince>
<dwc:locality>Valle Limay, Estancia Rincon Grande, 48 ha area with centroid at this point</dwc:locality>
<dwc:decimalLatitude>-40.97467</dwc:decimalLatitude>
<dwc:decimalLongitude>-71.0734</dwc:decimalLongitude>
<dwc:geodeticDatum>epsg:4326</dwc:geodeticDatum>
<dwc:coordinateUncertaintyInMeters>200</dwc:coordinateUncertaintyInMeters>
</dcterms:Location>
<dwc:Event>
<dwc:eventID>http://guid.mvz.org/events/2006/11/26/17</dwc:eventID>
<dwc:eventDate>2006-11-26T00:00:00</dwc:eventDate>
<dwc:samplingProtocol>area count</dwc:samplingProtocol>
<dwc:locationID>http://guid.mvz.org/sites/arg/127</dwc:locationID>
</dwc:Event>
<dwc:Occurrence>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515288</dwc:occurrenceID>
<dcterms:type>Event</dcterms:type>
<dcterms:modified>2009-02-17T07:33:04Z</dcterms:modified>
<dwc:institutionCode>AUDCLO</dwc:institutionCode>
<dwc:collectionCode>EBIRD</dwc:collectionCode>
<dwc:basisOfRecord>HumanObservation</dwc:basisOfRecord>
<dwc:individualCount>2</dwc:individualCount>
<dwc:eventID>http://guid.mvz.org/events/2006/11/26/17</dwc:eventID>
</dwc:Occurrence>
<dwc:Taxon>
<dwc:scientificName>Anthus hellmayri</dwc:scientificName>
<dwc:class>Aves</dwc:class>
<dwc:genus>Anthus</dwc:genus>
<dwc:specificEpithet>hellmayri</dwc:specificEpithet>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515288</dwc:occurrenceID>
</dwc:Taxon>
<dwc:Occurrence>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515286</dwc:occurrenceID>
<dcterms:type>Event</dcterms:type>
<dcterms:modified>2009-02-17T07:33:04Z</dcterms:modified>
<dwc:institutionCode>AUDCLO</dwc:institutionCode>
<dwc:collectionCode>EBIRD</dwc:collectionCode>
<dwc:basisOfRecord>HumanObservation</dwc:basisOfRecord>
<dwc:individualCount>1</dwc:individualCount>
<dwc:eventID>http://guid.mvz.org/events/2006/11/26/17</dwc:eventID>
</dwc:Occurrence>
<dwc:Taxon>
<dwc:scientificName>Anthus correndera</dwc:scientificName>
<dwc:class>Aves</dwc:class>
<dwc:genus>Anthus</dwc:genus>
<dwc:specificEpithet>correndera</dwc:specificEpithet>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515286</dwc:occurrenceID>
</dwc:Taxon>
<dwc:Event>
<dwc:eventID>http://guid.mvz.org/events/2006/11/27/6</dwc:eventID>
<dwc:eventDate>2006-11-27T00:00:00</dwc:eventDate>
<dwc:samplingProtocol>area count</dwc:samplingProtocol>
<dwc:locationID>http://guid.mvz.org/sites/arg/127</dwc:locationID>
</dwc:Event>
<dwc:Occurrence>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515333</dwc:occurrenceID>
<dcterms:type>Event</dcterms:type>
<dcterms:modified>2009-02-17T07:33:04Z</dcterms:modified>
<dwc:institutionCode>AUDCLO</dwc:institutionCode>
<dwc:collectionCode>EBIRD</dwc:collectionCode>
<dwc:basisOfRecord>HumanObservation</dwc:basisOfRecord>
<dwc:individualCount>1</dwc:individualCount>
<dwc:eventID>http://guid.mvz.org/events/2006/11/27/6</dwc:eventID>
</dwc:Occurrence>
<dwc:Taxon>
<dwc:scientificName>Anthus hellmayri</dwc:scientificName>
<dwc:class>Aves</dwc:class>
<dwc:genus>Anthus</dwc:genus>
<dwc:specificEpithet>hellmayri</dwc:specificEpithet>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515333</dwc:occurrenceID>
</dwc:Taxon>
<dwc:Occurrence>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515331</dwc:occurrenceID>
<dcterms:type>Event</dcterms:type>
<dcterms:modified>2009-02-17T07:33:04Z</dcterms:modified>
<dwc:institutionCode>AUDCLO</dwc:institutionCode>
<dwc:collectionCode>EBIRD</dwc:collectionCode>
<dwc:basisOfRecord>HumanObservation</dwc:basisOfRecord>
<dwc:individualCount>2</dwc:individualCount>
<dwc:eventID>http://guid.mvz.org/events/2006/11/27/6</dwc:eventID>
</dwc:Occurrence>
<dwc:Taxon>
<dwc:scientificName>Anthus hellmayri</dwc:scientificName>
<dwc:class>Aves</dwc:class>
<dwc:genus>Anthus</dwc:genus>
<dwc:specificEpithet>hellmayri</dwc:specificEpithet>
<dwc:occurrenceID>urn:catalog:AUDCLO:EBIRD:OBS64515331</dwc:occurrenceID>
</dwc:Taxon>
</dwr:DarwinRecordSet>

108
examples/xml/example_classes_specimen.xml
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@ -1,108 +0,0 @@
<?xml version="1.0" encoding="utf-8"?>
<dwr:DarwinRecordSet
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://rs.tdwg.org/dwc/dwcrecord/ ../../xsd/tdwg_dwc_classes.xsd"
xmlns:dcterms="http://purl.org/dc/terms/"
xmlns:dwc="http://rs.tdwg.org/dwc/terms/"
xmlns:dwr="http://rs.tdwg.org/dwc/dwcrecord/">
<dcterms:Location>
<dwc:locationID>http://guid.mvz.org/sites/arg/127</dwc:locationID>
<dwc:country>Argentina</dwc:country>
<dwc:countryCode>AR</dwc:countryCode>
<dwc:stateProvince>Neuquén</dwc:stateProvince>
<dwc:locality>25 km al NNE de Bariloche por Ruta 40 (=237)</dwc:locality>
</dcterms:Location>
<dwc:Event>
<dwc:eventID>http://guid.mvz.org/events/1995/6</dwc:eventID>
<dwc:eventDate>1995-01-12T00:00:00</dwc:eventDate>
<dwc:startDayOfYear>12</dwc:startDayOfYear>
<dwc:endDayOfYear>12</dwc:endDayOfYear>
<dwc:year>1995</dwc:year>
<dwc:month>01</dwc:month>
<dwc:day>12</dwc:day>
<dwc:verbatimEventDate>12 Jan 1995</dwc:verbatimEventDate>
<dwc:habitat>mallín</dwc:habitat>
<dwc:fieldNotes>on file in the Grinnell-Miller Library</dwc:fieldNotes>
<dwc:locationID>http://guid.mvz.org/sites/arg/127</dwc:locationID>
</dwc:Event>
<dwc:Occurrence>
<dcterms:type>PhysicalObject</dcterms:type>
<dcterms:modified>2009-02-12T12:43:31</dcterms:modified>
<dcterms:rightsHolder>Museum of Vertebrate Zoology</dcterms:rightsHolder>
<dwc:institutionCode>MVZ</dwc:institutionCode>
<dwc:collectionCode>Mammals</dwc:collectionCode>
<dwc:occurrenceID>urn:catalog:MVZ:Mammals:14523</dwc:occurrenceID>
<dwc:basisOfRecord>PreservedSpecimen</dwc:basisOfRecord>
<dwc:eventID>http://guid.mvz.org/events/1995/6</dwc:eventID>
</dwc:Occurrence>
<dwc:Identification>
<dwc:identificationID>http://guid.mvz.org/identifications/23459</dwc:identificationID>
<dwc:identifiedBy>Richard Sage</dwc:identifiedBy>
<dwc:dateIdentified>2000-01-01T00:00:00</dwc:dateIdentified>
<dwc:identificationQualifier>sp.</dwc:identificationQualifier>
<dwc:occurrenceID>urn:catalog:MVZ:Mammals:14523</dwc:occurrenceID>
</dwc:Identification>
<dwc:Taxon>
<dwc:scientificName>Ctenomys</dwc:scientificName>
<dwc:genus>Ctenomys</dwc:genus>
<dwc:identificationID>http://guid.mvz.org/identifications/23459</dwc:identificationID>
</dwc:Taxon>
<dwc:Identification>
<dwc:identificationID>http://guid.mvz.org/identifications/94752</dwc:identificationID>
<dwc:identifiedBy>James L Patton</dwc:identifiedBy>
<dwc:dateIdentified>2001-09-14T00:00:00</dwc:dateIdentified>
<dwc:occurrenceID>urn:catalog:MVZ:Mammals:14523</dwc:occurrenceID>
</dwc:Identification>
<dwc:Taxon>
<dwc:scientificName>Ctenomys sociabilis</dwc:scientificName>
<dwc:higherClassification>Animalia; Chordata; Vertebrata; Mammalia; Theria; Eutheria; Rodentia; Hystricognatha; Hystricognathi; Ctenomyidae; Ctenomyini; Ctenomys</dwc:higherClassification>
<dwc:kingdom>Animalia</dwc:kingdom>
<dwc:phylum>Chordata</dwc:phylum>
<dwc:class>Mammalia</dwc:class>
<dwc:order>Rodentia</dwc:order>
<dwc:family>Ctenomyidae</dwc:family>
<dwc:genus>Ctenomys</dwc:genus>
<dwc:specificEpithet>sociabilis</dwc:specificEpithet>
<dwc:identificationID>http://guid.mvz.org/identifications/94752</dwc:identificationID>
</dwc:Taxon>
<dwc:Occurrence>
<dcterms:type>PhysicalObject</dcterms:type>
<dcterms:modified>2009-02-12T12:43:31</dcterms:modified>
<dcterms:rightsHolder>Museum of Vertebrate Zoology</dcterms:rightsHolder>
<dwc:institutionCode>MVZ</dwc:institutionCode>
<dwc:collectionCode>Mammals</dwc:collectionCode>
<dwc:occurrenceID>urn:catalog:MVZ:Mammals:14524</dwc:occurrenceID>
<dwc:basisOfRecord>PreservedSpecimen</dwc:basisOfRecord>
<dwc:eventID>http://guid.mvz.org/events/1995/6</dwc:eventID>
</dwc:Occurrence>
<dwc:Identification>
<dwc:identificationID>http://guid.mvz.org/identifications/94753</dwc:identificationID>
<dwc:identifiedBy>James L Patton</dwc:identifiedBy>
<dwc:dateIdentified>2001-09-14T00:00:00</dwc:dateIdentified>
<dwc:occurrenceID>urn:catalog:MVZ:Mammals:14524</dwc:occurrenceID>
</dwc:Identification>
<dwc:Taxon>
<dwc:scientificName>Ctenomys sociabilis</dwc:scientificName>
<dwc:higherClassification>Animalia; Chordata; Vertebrata; Mammalia; Theria; Eutheria; Rodentia; Hystricognatha; Hystricognathi; Ctenomyidae; Ctenomyini; Ctenomys</dwc:higherClassification>
<dwc:kingdom>Animalia</dwc:kingdom>
<dwc:phylum>Chordata</dwc:phylum>
<dwc:class>Mammalia</dwc:class>
<dwc:order>Rodentia</dwc:order>
<dwc:family>Ctenomyidae</dwc:family>
<dwc:genus>Ctenomys</dwc:genus>
<dwc:specificEpithet>sociabilis</dwc:specificEpithet>
<dwc:identificationID>http://guid.mvz.org/identifications/94753</dwc:identificationID>
</dwc:Taxon>
<dwc:ResourceRelationship>
<dwc:resourceRelationshipID>http://guid.mvz.org/relations/23423</dwc:resourceRelationshipID>
<dwc:resourceID>urn:catalog:MVZ:Mammals:14523</dwc:resourceID>
<dwc:relatedResourceID>urn:catalog:MVZ:Mammals:14524</dwc:relatedResourceID>
<dwc:relationshipOfResource>offspring of</dwc:relationshipOfResource>
</dwc:ResourceRelationship>
<dwc:ResourceRelationship>
<dwc:resourceRelationshipID>http://guid.mvz.org/relations/23424</dwc:resourceRelationshipID>
<dwc:resourceID>urn:catalog:MVZ:Mammals:14524</dwc:resourceID>
<dwc:relatedResourceID>urn:catalog:MVZ:Mammals:14523</dwc:relatedResourceID>
<dwc:relationshipOfResource>mother of</dwc:relationshipOfResource>
</dwc:ResourceRelationship>
</dwr:DarwinRecordSet>

176
examples/xml/example_simple.xml
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@ -1,176 +0,0 @@
<?xml version="1.0" encoding="utf-8"?>
<SimpleDarwinRecordSet
xmlns="http://rs.tdwg.org/dwc/xsd/simpledarwincore/"
xmlns:dc="http://purl.org/dc/terms/"
xmlns:dwc="http://rs.tdwg.org/dwc/terms/"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://rs.tdwg.org/dwc/xsd/simpledarwincore/ ../../xsd/tdwg_dwc_simple.xsd">
<!-- In practice the schema location should be the following. The above was to -->
<!-- allow the resolution of the namespace in a self contained package with the documentation. -->
<!-- xsi:schemaLocation="http://rs.tdwg.org/dwc/dwcrecord/ http://rs.tdwg.org/dwc/xsd/tdwg_dwc_simple.xsd"> -->
<SimpleDarwinRecord>
<dc:type>PhysicalObject</dc:type>
<dc:modified>2009-02-12T14:22:00Z</dc:modified>
<dc:language>en</dc:language>
<dc:license>http://creativecommons.org/publicdomain/zero/1.0/legalcode</dc:license>
<dc:rightsHolder>Museum of Vertebrate Zoology, UC Berkeley</dc:rightsHolder>
<dc:accessRights>http://www.vertnet.org/resources/norms.html</dc:accessRights>
<dc:bibliographicCitation xsi:nil="true"/>
<dc:references>http://arctos.database.museum/guid/MVZ:Mamm:165861</dc:references>
<dwc:institutionID>http://biocol.org/urn:lsid:biocol.org:col:34777</dwc:institutionID>
<dwc:collectionID>http://grbio.org/cool/0rht-pj95</dwc:collectionID>
<dwc:datasetID xsi:nil="true"/>
<dwc:institutionCode>MVZ</dwc:institutionCode>
<dwc:collectionCode>Mammals</dwc:collectionCode>
<dwc:datasetName xsi:nil="true"/>
<dwc:ownerInstitutionCode xsi:nil="true"/>
<dwc:basisOfRecord>PreservedSpecimen</dwc:basisOfRecord>
<dwc:informationWithheld xsi:nil="true"/>
<dwc:dataGeneralizations xsi:nil="true"/>
<dwc:dynamicProperties>{'tragusLengthInMeters':'0.014', 'weightInGrams':'120', 'zygomaticArchWidthInMeters':'0.043'}</dwc:dynamicProperties>
<dwc:occurrenceID>urn:occurrence:Arctos:MVZ:Mamm:165861:101356</dwc:occurrenceID>
<dwc:catalogNumber>165861</dwc:catalogNumber>
<dwc:recordNumber>OPP 7101</dwc:recordNumber>
<dwc:recordedBy>Oliver P. Pearson | Anita K. Pearson</dwc:recordedBy>
<dwc:individualCount>1</dwc:individualCount>
<dwc:sex>female</dwc:sex>
<dwc:lifeStage>adult</dwc:lifeStage>
<dwc:reproductiveCondition>non-reproductive</dwc:reproductiveCondition>
<dwc:behavior xsi:nil="true"/>
<dwc:establishmentMeans>native</dwc:establishmentMeans>
<dwc:occurrenceStatus xsi:nil="true"/>
<dwc:preparations>skull | study skin | skeleton</dwc:preparations>
<dwc:disposition>in collection</dwc:disposition>
<dwc:associatedMedia>http://arctos.database.museum/SpecimenImages/UAMObs/Mamm/2/P7291179.JPG</dwc:associatedMedia>
<dwc:associatedReferences>http://www.sciencemag.org/cgi/content/abstract/322/5899/261</dwc:associatedReferences>
<dwc:associatedSequences>GenBank: U34853.1</dwc:associatedSequences>
<dwc:associatedTaxa xsi:nil="true"/>
<dwc:otherCatalogNumbers xsi:nil="true"/>
<dwc:occurrenceRemarks xsi:nil="true"/>
<dwc:organismID>http://arctos.database.museum/guid/MVZ:Mamm:165861</dwc:organismID>
<dwc:organismName xsi:nil="true"/>
<dwc:organismScope xsi:nil="true"/>
<dwc:associatedOccurrences xsi:nil="true"/>
<dwc:associatedOrganisms xsi:nil="true"/>
<dwc:previousIdentifications>Ctenomys sociabilis (accepted ID) identified by Oliver P. Pearson on 1999-01-27; method: type specimen | Ctenomys sociabilis identified by Oliver P. Pearson on 1985 sensu Pearson 1985; method: type specimen Remark: ID from citation in Pearson 1985."</dwc:previousIdentifications>
<dwc:organismRemarks xsi:nil="true"/>
<dwc:eventID xsi:nil="true"/>
<dwc:fieldNumber xsi:nil="true"/>
<dwc:eventDate>1983-11-16</dwc:eventDate>
<dwc:eventTime>14:07-03:00</dwc:eventTime>
<dwc:startDayOfYear>315</dwc:startDayOfYear>
<dwc:endDayOfYear>315</dwc:endDayOfYear>
<dwc:year>1983</dwc:year>
<dwc:month>11</dwc:month>
<dwc:day>16</dwc:day>
<dwc:verbatimEventDate>Nov. 11 '83</dwc:verbatimEventDate>
<dwc:habitat>pre-cordilleran steppe</dwc:habitat>
<dwc:samplingProtocol>snap trap</dwc:samplingProtocol>
<dwc:samplingEffort>4 trap hours</dwc:samplingEffort>
<dwc:fieldNotes>stored in Grinnell-Miller Library</dwc:fieldNotes>
<dwc:eventRemarks>particularly dry season</dwc:eventRemarks>
<dwc:locationID xsi:nil="true"/>
<dwc:higherGeographyID>urn:location:TGN:1001450</dwc:higherGeographyID>
<dwc:higherGeography>South America | Argentina | Parque Nacional Nahuel Huapi | Neuquén | Los Lagos</dwc:higherGeography>
<dwc:continent>South America</dwc:continent>
<dwc:waterbody xsi:nil="true"/>
<dwc:islandGroup xsi:nil="true"/>
<dwc:island xsi:nil="true"/>
<dwc:country>Argentina</dwc:country>
<dwc:countryCode>AR</dwc:countryCode>
<dwc:stateProvince>Neuquén</dwc:stateProvince>
<dwc:county>Los Lagos</dwc:county>
<dwc:municipality xsi:nil="true"/>
<dwc:locality>Estancia Fortin Chacabuco, 3 km S and 2 km W Cerro Puntudo</dwc:locality>
<dwc:verbatimLocality>Estancia Fortin Chacabuco, 3 km S and 2 km W Co. Puntudo</dwc:verbatimLocality>
<dwc:minimumElevationInMeters>1070</dwc:minimumElevationInMeters>
<dwc:maximumElevationInMeters>1080</dwc:maximumElevationInMeters>
<dwc:verbatimElevation>1075m</dwc:verbatimElevation>
<dwc:minimumDepthInMeters xsi:nil="true"/>
<dwc:maximumDepthInMeters xsi:nil="true"/>
<dwc:verbatimDepth xsi:nil="true"/>
<dwc:minimumDistanceAboveSurfaceInMeters xsi:nil="true"/>
<dwc:maximumDistanceAboveSurfaceInMeters xsi:nil="true"/>
<dwc:locationAccordingTo xsi:nil="true"/>
<dwc:locationRemarks>The colony was just N of the fence and just E of the stream according to Michael Christie, who verified on Google Earth (about 40. 58' 06 to 07" and 71. 11' 30 to 31").</dwc:locationRemarks>
<dwc:decimalLatitude>-40.9684722</dwc:decimalLatitude>
<dwc:decimalLongitude>-71.1918056</dwc:decimalLongitude>
<dwc:geodeticDatum>EPSG:4326</dwc:geodeticDatum>
<dwc:coordinateUncertaintyInMeters>7</dwc:coordinateUncertaintyInMeters>
<dwc:coordinatePrecision>0.0000001</dwc:coordinatePrecision>
<dwc:pointRadiusSpatialFit>1</dwc:pointRadiusSpatialFit>
<dwc:verbatimCoordinates>-40.9684722/-71.1918056</dwc:verbatimCoordinates>
<dwc:verbatimLatitude>-40.9684722</dwc:verbatimLatitude>
<dwc:verbatimLongitude>-71.1918056</dwc:verbatimLongitude>
<dwc:verbatimCoordinateSystem>decimal degrees</dwc:verbatimCoordinateSystem>
<dwc:verbatimSRS>WGS84</dwc:verbatimSRS>
<dwc:footprintWKT xsi:nil="true"/>
<dwc:footprintSRS xsi:nil="true"/>
<dwc:footprintSpatialFit xsi:nil="true"/>
<dwc:georeferencedBy>John Wieczorek (MVZ)</dwc:georeferencedBy>
<dwc:georeferencedDate>2011-11-18</dwc:georeferencedDate>
<dwc:georeferenceProtocol>Guide to Best Practices for Georeferencing. (Chapman and Wieczorek, eds. 2006). Global Biodiversity Information Facility.</dwc:georeferenceProtocol>
<dwc:georeferenceSources>Garmin Etrex Summit GPS</dwc:georeferenceSources>
<dwc:georeferenceVerificationStatus>verified by collector</dwc:georeferenceVerificationStatus>
<dwc:georeferenceRemarks>coordinate uncertainty determined by GPS accuracy reading at the time the waypoint was recorded</dwc:georeferenceRemarks>
<dwc:geologicalContextID xsi:nil="true"/>
<dwc:earliestEonOrLowestEonothem>Phanerozoic</dwc:earliestEonOrLowestEonothem>
<dwc:latestEonOrHighestEonothem>Phanerozoic</dwc:latestEonOrHighestEonothem>
<dwc:earliestEraOrLowestErathem>Cenozoic</dwc:earliestEraOrLowestErathem>
<dwc:latestEraOrHighestErathem>Cenozoic</dwc:latestEraOrHighestErathem>
<dwc:earliestPeriodOrLowestSystem>Quaternary</dwc:earliestPeriodOrLowestSystem>
<dwc:latestPeriodOrHighestSystem>Quaternary</dwc:latestPeriodOrHighestSystem>
<dwc:earliestEpochOrLowestSeries>Holocene</dwc:earliestEpochOrLowestSeries>
<dwc:latestEpochOrHighestSeries>Holocene</dwc:latestEpochOrHighestSeries>
<dwc:earliestAgeOrLowestStage>Atlantic</dwc:earliestAgeOrLowestStage>
<dwc:latestAgeOrHighestStage>Atlantic</dwc:latestAgeOrHighestStage>
<dwc:lowestBiostratigraphicZone xsi:nil="true"/>
<dwc:highestBiostratigraphicZone xsi:nil="true"/>
<dwc:lithostratigraphicTerms xsi:nil="true"/>
<dwc:group xsi:nil="true"/>
<dwc:formation xsi:nil="true"/>
<dwc:bed xsi:nil="true"/>
<dwc:identificationID xsi:nil="true"/>
<dwc:identificationQualifier xsi:nil="true"/>
<dwc:typeStatus>holotype</dwc:typeStatus>
<dwc:identifiedBy>Oliver P. Pearson</dwc:identifiedBy>
<dwc:dateIdentified>1999-01-27</dwc:dateIdentified>
<dwc:identificationReferences xsi:nil="true"/>
<dwc:identificationVerificationStatus>type specimen</dwc:identificationVerificationStatus>
<dwc:identificationRemarks xsi:nil="true"/>
<dwc:taxonID xsi:nil="true"/>
<dwc:scientificNameID xsi:nil="true"/>
<dwc:acceptedNameUsageID xsi:nil="true"/>
<dwc:parentNameUsageID xsi:nil="true"/>
<dwc:originalNameUsageID xsi:nil="true"/>
<dwc:nameAccordingToID xsi:nil="true"/>
<dwc:namePublishedInID xsi:nil="true"/>
<dwc:taxonConceptID xsi:nil="true"/>
<dwc:scientificName>Ctenomys sociabilis</dwc:scientificName>
<dwc:acceptedNameUsage>Ctenomys sociabilis Pearson and Christie, 1985</dwc:acceptedNameUsage>
<dwc:parentNameUsage>Ctenomys Blainville, 1826</dwc:parentNameUsage>
<dwc:originalNameUsage>Ctenomys sociabilis Pearson and Christie, 1985</dwc:originalNameUsage>
<dwc:nameAccordingTo>Pearson O. P., and M. I. Christie. 1985.</dwc:nameAccordingTo>
<dwc:namePublishedIn>Pearson O. P., and M. I. Christie. 1985. Historia Natural, 5(37):388</dwc:namePublishedIn>
<dwc:namePublishedInYear>1985</dwc:namePublishedInYear>
<dwc:higherClassification>Animalia | Chordata | Vertebrata | Mammalia | Theria | Eutheria | Rodentia | Hystricognatha | Hystricognathi | Ctenomyidae | Ctenomyini | Ctenomys</dwc:higherClassification>
<dwc:kingdom>Animalia</dwc:kingdom>
<dwc:phylum>Chordata</dwc:phylum>
<dwc:class>Mammalia</dwc:class>
<dwc:order>Rodentia</dwc:order>
<dwc:family>Ctenomyidae</dwc:family>
<dwc:genus>Ctenomys</dwc:genus>
<dwc:subgenus xsi:nil="true"/>
<dwc:specificEpithet>sociabilis</dwc:specificEpithet>
<dwc:infraspecificEpithet xsi:nil="true"/>
<dwc:taxonRank>species</dwc:taxonRank>
<dwc:verbatimTaxonRank xsi:nil="true"/>
<dwc:scientificNameAuthorship>Pearson and Christie, 1985</dwc:scientificNameAuthorship>
<dwc:vernacularName>colonial tuco-tuco</dwc:vernacularName>
<dwc:nomenclaturalCode>ICZN</dwc:nomenclaturalCode>
<dwc:taxonomicStatus>valid</dwc:taxonomicStatus>
<dwc:nomenclaturalStatus xsi:nil="true"/>
<dwc:taxonRemarks xsi:nil="true"/>
</SimpleDarwinRecord>
</SimpleDarwinRecordSet>