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 <dataset> <title>Mallee Plot Network: Vegetation Survey Data (Floristics and Structure), Western New South Wales and South Australia, Australia, 2013</title>
 <creator id="1408532875740"> <individualName> <salutation>Professor</salutation>
 <givenName>David</givenName>
 <surName>Keith</surName>
 </individualName>
 <organizationName>Centre for Ecosystem Science, University of New South Wales</organizationName>
 <positionName>Plot Leader</positionName>
 <address> <deliveryPoint>Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences</deliveryPoint>
 <deliveryPoint>University of New South Wales</deliveryPoint>
 <city>Sydney</city>
 <administrativeArea>NSW</administrativeArea>
 <postalCode>2052</postalCode>
 <country>Australia</country>
 </address>
 <phone phonetype="voice">02 9385 2111</phone>
 <electronicMailAddress>david.keith@unsw.edu.au</electronicMailAddress>
 </creator>
 <abstract> <para>The Mallee Plot Network Vegetation Survey (Floristics and Structure) Data Package contains vegetation survey data for fifty-three experimental 0.2 hectare sites which were established on dune crests and upper slopes in Tarawi Nature Reserve; Scotia Sanctuary and Danggali National Park.  The floristic data collected includes census data for seedlings and established plants and structural data including estimates of cover and height for vegetation strata.

The Mallee Plot Network research plots commenced in 1996 and were revisited annually for 3 years and then on a decadal basis. A synopsis of related data packages which have been collected as part of the Mallee Plot Network’s full program is provided at http://www.ltern.org.au/index.php/ltern-plot-networks/mallee</para>
 </abstract>
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 <keyword>Seedlings</keyword>
 <keyword>Established plants</keyword>
 <keyword>Structural</keyword>
 <keyword>Estimates of cover</keyword>
 <keyword>Height</keyword>
 <keyword>Vegetation strata.</keyword>
 <keywordThesaurus>Keywords List</keywordThesaurus>
 </keywordSet>
 <keywordSet> <keyword>Vegetation structure</keyword>
 <keyword>Plant species composition</keyword>
 <keyword>Plant species abundance</keyword>
 <keywordThesaurus>LTERN Monitoring Themes</keywordThesaurus>
 </keywordSet>
 <keywordSet> <keyword>0501 Ecological Applications</keyword>
 <keyword>0602 Ecology</keyword>
 <keywordThesaurus>ANZSRC-FOR Codes</keywordThesaurus>
 </keywordSet>
 <keywordSet> <keyword>Earth Science &gt; Biosphere &gt; Vegetation</keyword>
 <keywordThesaurus>GCMD Science Keywords:</keywordThesaurus>
 </keywordSet>
 <intellectualRights><para>CC-BY-4_0
Special conditions
Prior to publication of research utilising this data, the data provider (David Keith) requests consultation.</para>
 </intellectualRights>
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 <taxonRankValue>Zygophyllum angustifolium</taxonRankValue>
 </taxonomicClassification>
 <taxonomicClassification> <taxonRankName>Species</taxonRankName>
 <taxonRankValue>Zygophyllum apiculatum</taxonRankValue>
 </taxonomicClassification>
 <taxonomicClassification> <taxonRankName>Species</taxonRankName>
 <taxonRankValue>Zygophyllum aurantiacum</taxonRankValue>
 </taxonomicClassification>
 <taxonomicClassification> <taxonRankName>Species</taxonRankName>
 <taxonRankValue>Zygophyllum eremaeum</taxonRankValue>
 </taxonomicClassification>
 <taxonomicClassification> <taxonRankName>Species</taxonRankName>
 <taxonRankValue>Zygophyllum species</taxonRankValue>
 </taxonomicClassification>
 </taxonomicCoverage>
 </coverage>
 <contact id="1410741683956"> <individualName> <givenName>Katy</givenName>
 <surName>Wilkins</surName>
 </individualName>
 <organizationName>Centre for Ecosystem Science</organizationName>
 <positionName>Research Assistant</positionName>
 <address> <deliveryPoint>Centre for Ecosystem Science</deliveryPoint>
 <deliveryPoint>School of Biological, Earth and Environmental Sciences, University of New South Wales</deliveryPoint>
 <city>Sydney</city>
 <administrativeArea>NSW</administrativeArea>
 <postalCode>2052</postalCode>
 </address>
 <phone phonetype="voice">02 9385 8296</phone>
 <electronicMailAddress>k.wilkins@unsw.edu.au</electronicMailAddress>
 </contact>
 <contact id="1410741759667"> <individualName> <givenName>Mark</givenName>
 <surName>Tozer</surName>
 </individualName>
 <organizationName>NSW Office of Environment and Heritage (OEH)</organizationName>
 <positionName>Research Scientist</positionName>
 <address> <deliveryPoint>PO Box 1967</deliveryPoint>
 <deliveryPoint>Hurstville</deliveryPoint>
 <city>Sydney</city>
 <administrativeArea>NSW</administrativeArea>
 <postalCode>2220</postalCode>
 </address>
 <phone phonetype="voice">02 9585 6496</phone>
 <electronicMailAddress>mark.tozer@environment.nsw.gov.au</electronicMailAddress>
 </contact>
 <contact id="1410741491082"> <individualName> <givenName>Chris</givenName>
 <surName>Simpson</surName>
 </individualName>
 <organizationName>Centre for Ecosystem Science</organizationName>
 <positionName>Research Assistant</positionName>
 <address> <deliveryPoint>Centre for Ecosystem Science</deliveryPoint>
 <deliveryPoint>School of Biological, Earth and Environmental Sciences, University of New South Wales</deliveryPoint>
 <city>Sydney</city>
 <administrativeArea>NSW</administrativeArea>
 <postalCode>2052</postalCode>
 </address>
 <phone phonetype="voice">0409 159 334</phone>
 <electronicMailAddress>Christopher.Simpson@unsw.edu.au</electronicMailAddress>
 </contact>
 <contact id="1410741595318"> <individualName> <givenName>Renee</givenName>
 <surName>Woodward</surName>
 </individualName>
 <organizationName>Centre for Ecosystem Science</organizationName>
 <positionName>Research Assistant</positionName>
 <address> <deliveryPoint>Centre for Ecosystem Science</deliveryPoint>
 <deliveryPoint>School of Biological, Earth and Environmental Sciences, University of New South Wales</deliveryPoint>
 <city>Sydney</city>
 <administrativeArea>NSW</administrativeArea>
 <postalCode>2052</postalCode>
 </address>
 <phone phonetype="voice">02 9585 6051</phone>
 <electronicMailAddress>Renee.Woodward@environment.nsw.gov.au</electronicMailAddress>
 </contact>
 <contact> <references>1408532875740</references>
 </contact>
 <methods><methodStep><description><section><title>Plot set-up</title>
 <para>Fifty-three experimental 0.2 hectare sites were established on dune crests and upper slopes in Tarawi Nature Reserve; Scotia Sanctuary and Danggali National Park.  This is part of a much larger dataset that spans from during 1996 to 2011.</para>
 </section>
 </description>
 </methodStep>
 <methodStep><description><section><title>Vegetation Survey</title>
 <para>The density (number of individuals per unit area) of each vascular plant species are recorded in</para>
 <para>every plot. That is, both the five 15 x 15 m fenced plots and the three 13 x 7.5 m unfenced external</para>
 <para>plots. The total counts made in each plot are aided by informally dividing each plot up into segments</para>
 <para>for logistical purposes only. Counts of each species are partitioned into: live reproductive plants; live</para>
 <para>non-reproductive established plants; fire-killed established plants; plants that had emerged as</para>
 <para>seedlings or re-sprouted after fire and subsequently died; live seedlings less than two years of age;</para>
 <para>and dead seedlings. From Spring 2011, several additional attributes recording vegetation structure are visually estimated</para>
 <para>in each exclusion and external plot. These currently include: hummock grass height (ten randomly</para>
 <para>selected individuals per plot); and single estimates per plot for: tree cover and height range; shrub height (median and range); shrub cover; hummock grass cover; ephemeral grass cover; leaf and twig litter cover and bare ground cover. Seedling cohorts of Eucalyptus and Callitris that emerged after fires in 1996, 1997, 2005 and 2006 were marked with uniquely numbered metal tags and monitored for survival, growth and reproduction in subsequent years.</para>
 </section>
 </description>
 </methodStep>
 <sampling><studyExtent><description><para>The Mallee Plot Network research plots commenced in 1996 and were revisited annually for 3 years and then on a decadal basis.  

The study focusses on vegetation dynamics on dune crests and upper slopes, primarily because resources are insufficient to sample across the full catenary sequence of dunes and swales. Study of fire in swale landforms is problematic because these are rarely flammable under prescribed fire conditions due to the absence of hummock grasses, which augment lateral fuel connectivity and thus promote fire spread on the dune crests and slopes.

The study is located in the red aeolian sand dunefield landscape of the Scotia district within Tarawi Nature Reserve (33.44ºS 141.16ºE), Scotia Wildlife Sanctuary (33°17′S 141°05'E) and Danggali Nature Reserve (33° 22' S 140° 45' E) in south-western New South Wales and adjacent area of South Australia. The study area sits on the south-eastern edge of the Australian arid zone.

This location is close to the arid limits of distribution of the mallee woodland biome, which stretches across the temperate semi-arid belt of southern Australia (Noble 1984). Mallee woodlands typically occur within regions receiving 200-500 mm rainfall per year. During 1940-2010, mean annual rainfall at Tarawi Homestead was approximately 240 mm (data summary courtesy of John Warren, Tarawi NR).</para>
 </description>
 </studyExtent>
 <samplingDescription><para>Fifty-three experimental sites have been established on dune crests and upper slopes during 1996 – 2011, of which 29 are located within Tarawi NR, with 16 in Scotia and eight in Danggali NR. In Tarawi NR, each is marked with a steel sign on an adjacent access track. These include four pilot sites established during 1996-1998, during which the design of herbivore exclosures were
developed.</para>
 </samplingDescription>
 </sampling>
 </methods>
<project><title>Mallee Plot Network</title>
<personnel><references>1408532875740</references>
<role>Data Owner</role>
</personnel>
<personnel><references>1410741491082</references>
<role>Plot Network Contact</role>
</personnel>
<personnel><references>1410741595318</references>
<role>Plot Network Contact</role>
</personnel>
<personnel><references>1410741683956</references>
<role>Plot Network Contact</role>
</personnel>
<personnel><references>1410741759667</references>
<role>Plot Network Contact</role>
</personnel>
<funding><para>Since 2012 this project has been part of the Long Term Ecological Research Network (LTERN). This work was supported by the Australian Government’s Terrestrial Ecosystems Research Network (www.tern.org.au) – an Australian research infrastructure facility established under the National Collaborative Research Infrastructure Strategy and Education Infrastructure Fund–Super Science Initiative through the Department of Industry, Innovation, Science, Research and Tertiary Education.</para>
</funding>
</project>
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 </measurementScale>
 </attribute>
 <attribute id="1410758336132"> <attributeName>census</attributeName>
 <attributeDefinition>Sequential census identification number</attributeDefinition>
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 </nominal>
 </measurementScale>
 </attribute>
 <attribute id="1410758592726"> <attributeName>species_</attributeName>
 <attributeDefinition>Scientific name code.  &quot;Absence&quot; defined as species not observed during surveys within plot.</attributeDefinition>
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 </measurementScale>
 </attribute>
 <attribute id="1410758659891"> <attributeName>x_liveseedlings</attributeName>
 <attributeDefinition>Count of living seedlings observed</attributeDefinition>
 <measurementScale> <ratio> <unit> <standardUnit>number</standardUnit>
 </unit>
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 </numericDomain>
 </ratio>
 </measurementScale>
 </attribute>
 <attribute id="1410758683255"> <attributeName>x_liveestabplants</attributeName>
 <attributeDefinition>Count of living  established plants observed</attributeDefinition>
 <measurementScale> <ratio> <unit> <standardUnit>number</standardUnit>
 </unit>
 <numericDomain> <numberType>whole</numberType>
 </numericDomain>
 </ratio>
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 </textDomain>
 </nonNumericDomain>
 </nominal>
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 <attribute id="1410758747970"> <attributeName>subplotlabel</attributeName>
 <attributeDefinition>Subplot identification number</attributeDefinition>
 <measurementScale> <nominal> <nonNumericDomain> <textDomain> <definition>Character</definition>
 </textDomain>
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 <attribute id="1410758767192"> <attributeName>censusn</attributeName>
 <attributeDefinition>Sequential census identification number</attributeDefinition>
 <measurementScale> <nominal> <nonNumericDomain> <textDomain> <definition>Character</definition>
 </textDomain>
 </nonNumericDomain>
 </nominal>
 </measurementScale>
 </attribute>
 <attribute id="1410758922406"> <attributeName>elemlabel</attributeName>
 <attributeDefinition>Element label</attributeDefinition>
 <measurementScale> <nominal> <nonNumericDomain> <enumeratedDomain> <codeDefinition> <code>EucCov</code>
 <definition>cover of eucalypt stratum</definition>
 </codeDefinition>
 <codeDefinition> <code>EucHtMax</code>
 <definition>maximum height of eucalypt stratum</definition>
 </codeDefinition>
 <codeDefinition> <code>EucHtMin</code>
 <definition>minimum height of eucalypt stratum</definition>
 </codeDefinition>
 <codeDefinition> <code>EucHtMode</code>
 <definition>modal height of eucalypt stratum</definition>
 </codeDefinition>
 <codeDefinition> <code>NonEucCov</code>
 <definition>cover of non-eucalypt tree stratum</definition>
 </codeDefinition>
 <codeDefinition> <code>NonEucHtMax</code>
 <definition>Maximum height of non-eucalypt tree species (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>NonEucHtMin</code>
 <definition>Minimum height of non-eucalypt tree species (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>NonEucHtMode</code>
 <definition>Modal height of shrubs (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>HumCov</code>
 <definition>Projective cover (%) of hummock grasses</definition>
 </codeDefinition>
 <codeDefinition> <code>HumHt</code>
 <definition>Height of randomly selected grass hummock (m) - 10 replicates</definition>
 </codeDefinition>
 <codeDefinition> <code>TusCov</code>
 <definition>Projective cover (%) of tussock grasses</definition>
 </codeDefinition>
 <codeDefinition> <code>TusHtMax</code>
 <definition>Maximum height of tussock grasses (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>TusHtMin</code>
 <definition>Minimum height of tussock grasses (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>TusHtMode</code>
 <definition>Modal height of tussock grasses (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>ForbCov</code>
 <definition>Projective cover (%) of forbs</definition>
 </codeDefinition>
 <codeDefinition> <code>ForbHtMax</code>
 <definition>Maximum height of forbs (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>ForbHtMin</code>
 <definition>Minimum height of forbs (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>ForbHtMode</code>
 <definition>Modal height of forbs (m)</definition>
 </codeDefinition>
 <codeDefinition> <code>LitCov</code>
 <definition>Projective cover (%) of leaf litter and dead woody debris</definition>
 </codeDefinition>
 <codeDefinition> <code>BareCov</code>
 <definition>Projective cover (%) of bare ground</definition>
 </codeDefinition>
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 </nonNumericDomain>
 </nominal>
 </measurementScale>
 </attribute>
 <attribute id="1410759152175"> <attributeName>elemrep</attributeName>
 <attributeDefinition>Element replicated (e.g.replicate measurements of Triodia height per subplot)</attributeDefinition>
 <measurementScale> <nominal> <nonNumericDomain> <textDomain> <definition>Character</definition>
 </textDomain>
 </nonNumericDomain>
 </nominal>
 </measurementScale>
 </attribute>
 <attribute id="1410759527702"> <attributeName>elemvalue</attributeName>
 <attributeDefinition>Estimate of cover (%) or height (m)</attributeDefinition>
 <measurementScale> <ratio> <unit> <standardUnit>number</standardUnit>
 </unit>
 <numericDomain> <numberType>real</numberType>
 </numericDomain>
 </ratio>
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 <additionalMetadata> <metadata> <additionalLinks> <url name="Mallee Plot Network">http://dev.ltern.org.au/index.php/ltern-plot-networks/mallee</url>
 </additionalLinks>
 </metadata>
 </additionalMetadata>
 </eml:eml>
