LTERN Data Portal
Upland Heath Swamps Plot Network: Vegetation Structure and Floristics, Dharawal National Park and Dharawal Nature Reserve, Sydney Basin, NSW, Australia, 2014
- Citation
-
Keith, D (): Upland Heath Swamps Plot Network: Vegetation Structure and Floristics, Dharawal National Park and Dharawal Nature Reserve, Sydney Basin, NSW, Australia, 2014. Long Term Ecological Research Network. http://www.ltern.org.au/knb/metacat/ltern.84.15/html
- Identifier
-
- docid
- ltern.84.15
- Data Creators
-
- Individual
- Professor David Keith
- Position
- Plot Leader
- Organization
- Centre for Ecosystem Science, University of New South Wales
- Abstract
-
The Upland Heath Swamps Plot Network Vegetation Structure and Floristics Data Package contains information on the vegetation structure and species present in 60 established swamp monitoring sites in upland swamps scattered throughout the study area (Keith and Myerscough 1993). Each site is sampled in nine combinations of moisture-by-vegetation structure strata. The Upland Heath Swamps Plot Network research plots commenced in 1983 and have been revisited in 2004, 2009 and again in 2014. A synopsis of related data packages which have been collected as part of the Upland Heath Swamps Plot Network’s full program is provided at http://www.ltern.org.au/index.php/ltern-plot-networks/upland-health-swamps.
- Contacts for Questions on the Use and Interpretation of Data
-
- Individual
- Renee Woodward
- Position
- Research Assistant
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Address
-
University of New South Wales
Sydney. NSW 2052
Australia
- Phone
-
- voice
- 02 9585 6051
- Email Address
- Renee.Woodward@environment.nsw.gov.au
- Individual
- Katy Wilkins
- Position
- Research Assistant
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Address
-
University of New South Wales
Sydney. NSW 2052
Australia
- Phone
-
- voice
- 02 9385 8296
- Email Address
- k.wilkins@unsw.edu.au
- Individual
- Mark Tozer
- Position
- Research Scientist
- Organization
- NSW Office of Environment and Heritage (OEH)
- Address
-
PO Box 1967
Hurstville. NSW 2220
Australia
- Phone
-
- voice
- 02 9585 6496
- Email Address
- mark.tozer@environment.nsw.gov.au
- Individual
- Professor David Keith
- Position
- Plot Leader
- Organization
- Centre for Ecosystem Science, University of New South Wales
- Address
-
University of New South Wales
Sydney. NSW 2052
Australia
- Phone
-
- voice
- 02 9385 2111
- Email Address
- david.keith@unsw.edu.au
- Individual
- Tanya Mason
- Position
- Research Fellow
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Address
-
University of New South Wales
Sydney. NSW 2052
Australia
- Phone
-
- voice
- 02 9385 8296
- Email Address
- t.mason@unsw.edu.au
- Individual
- Chris Simpson
- Position
- Research Assistant
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Address
-
University of New South Wales
Sydney. NSW 2052
Australia
- Phone
-
- voice
- 0409 159 334
- Email Address
- christopher.simpson@unsw.edu.au
- Project Information and Data Owners
-
- Title
- Upland Heath Swamps Plot Network
- Personnel
-
- Role
- Data Owner
- Individual
- Professor David Keith
- Position
- Plot Leader
- Organization
- Centre for Ecosystem Science, University of New South Wales
- Role
- Plot Network Contact
- Individual
- Tanya Mason
- Position
- Research Fellow
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Role
- Plot Network Contact
- Individual
- Chris Simpson
- Position
- Research Assistant
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Role
- Plot Network Contact
- Individual
- Renee Woodward
- Position
- Research Assistant
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Role
- Plot Network Contact
- Individual
- Katy Wilkins
- Position
- Research Assistant
- Organization
- Centre for Ecosystem Science, School of Biological, Earth and Environmental Sciences, University of New South Wales
- Role
- Plot Network Contact
- Individual
- Mark Tozer
- Position
- Research Scientist
- Organization
- NSW Office of Environment and Heritage (OEH)
- Funding
-
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.
- Methods and Sampling Information
-
- Methods
-
Method Step 1
- Description
-
Plot set-up
Sampling of vegetation is stratified along the soil moisture gradient and across the range of structural variability in the vegetation. Thus three categories of vegetation structure (based on the height and form of shrubs) are sampled across three categories of soil moisture in a factorial design at 60 sites in upland swamps scattered throughout the study area (Keith and Myerscough 1993).
Each permanent swamp monitoring site consists of a belt transect of 30 contiguous 0.5x0.5 metre quadrats. Quadrats 1 and 30 are marked with steel star pickets, extending approximately 1. 5 m above ground surface, and located on the Map Grid of Australia (Geodectic Datum of Australia) using a global positioning system.
- Instrument
-
- •Steel star pickets
- •Measuring tape
- •GPS
Method Step 2- Description
-
Floristics
Each sample site is a belt transect of 30 contiguous 0.5 x 0.5 metre quadrats, in which presence/absence of all vascular plant taxa are recorded (based on whether they were overhanging the quadrats) and tallied to give a frequency out of 30.
- Instrument
-
- •Measuring tape
- •metre rule
- •portable quadrat
Method Step 3- Description
-
Vegetation structure
At each sampling time, vegetation structure is measured by estimating the height and canopy cover for the shrub and herbaceous layers of the vegetation. Four replicate estimates were made at 5 m intervals along each 15 m transect
- Instrument
-
- •Measuring tape
- •metre rule
- •portable quadrat
- Sampling
-
- Study Extent Description
-
These sites were originally sampled in 1983, then in 2004, 2009-2010 and 2014. The next census is scheduled for 2019 or within 12 months of the next bushfire, whichever occurs first.
- Sampling Description
-
Sampling of vegetation is stratified along the soil moisture gradient and across the range of structural variability in the vegetation. Thus three categories of soil moisture and three categories of vegetation structure (based on the height and form of shrubs) are sampled in a factorial design at 60 sites in upland swamps scattered throughout the study area (Keith and Myerscough 1993). Originally each sample site was a belt transect of 60 contiguous 0.5x0.5 m quadrats, in which presence/absence of all vascular plant taxa are recorded (based on whether they were overhanging the quadrats) and tallied to give a frequency out of 60. The sites were originally sampled in 1983, marked in the field by two wooden stakes at either end of the transect, and plotted on a 1:10 000 aerial photograph. By 2004, it was possible to relocate 54 of the 60 original transects and of these, at least one of the original markers was found for 20 transects. During the intervening years, some of the wooden markers had been consumed by fires, but based on the annotated aerial photograph, field notes and detailed recollections of the original observer (David Keith), transects were confidently reestablished within approximately 10 m of their original location. These formed the basis for establishing permanent swamp monitoring sites, which are now marked in the field at the positions of quadrats 1 and 30 with steel star pickets, extending approximately 1. 5 m above ground surface, and located on the Map Grid of Australia (Geodectic Datum of Australia) using a global positioning system. Exploration and subsampling of the 1983 data showed that the floristic relationships between the 60 sites could be adequately retrieved if species frequencies were calculated from a sample of 30 quadrats within each transect (correlation of association matrices based on 60 and 30 quadrats yielded Mantel’s R>0.95). Therefore, only the first 30 quadrats of each transect were re-sampled in 2004 (Keith et al. 2007). Vegetation sampling was repeated in 2009-2010 and 2014. The next census is scheduled for 2019 or within 12 months of the next bushfire, whichever occurs first.
- Keywords and Subject Categories
-
- GCMD
-
- Earth Science > Biosphere > Vegetation
- Earth Science > Biosphere > Vegetation > Canopy Characteristics
- Earth Science > Biosphere > Vegetation > Vegetation Species
- Keywords List
-
- Vegetation structure
- Canopy
- Upland heath swamps
- Plant species
- LTERN Monitoring Themes
-
- Vegetation structure
- Plant species composition
- Plant species abundance
- Individual plants
- Invasive plants
- Land clearing
- ANZSRC-FOR
-
- 0602
- Geographic Coverage
-
- Geographic Description
- Dharawal National Park, Sydney Basin, NSW, Australia
- Bounding Coordinates
-
- West
- 150.84554 degrees
- East
- 150.93563 degrees
- North
- -34.2008 degrees
- South
- -34.26344 degrees
- Temporal Coverage
-
- Date Begin
- 2014-06-01
- Date End
- 2014-09-30
- Taxonomic Coverage and Classification
-
- Classification
-
-
- Species
- Acacia baueri
-
- Species
- Acacia myrtifolia
-
- Species
- Acacia rubida
-
- Species
- Acacia terminalis
-
- Species
- Actinotus minor
-
- Species
- Allocasuarina littoralis
-
- Species
- Allocasuarina paludosa
-
- Species
- Almaleea paludosa
-
- Species
- Aotus ericoides
-
- Species
- Austrostipa pubescens
-
- Species
- Baeckea imbricata
-
- Species
- Baeckea linifolia
-
- Species
- Baloskion fastigiata
-
- Species
- Baloskion gracile
-
- Species
- Banksia ericifolia
-
- Species
- Banksia marginata
-
- Species
- Banksia oblongifolia
-
- Species
- Banksia paludosa
-
- Species
- Banksia robur
-
- Species
- Bauera microphylla
-
- Species
- Bauera rubioides
-
- Species
- Baumea acuta
-
- Species
- Baumea gunnii
-
- Species
- Baumea rubiginosa
-
- Species
- Baumea teretifolia
-
- Species
- Billardiera scandens
-
- Species
- Blandfordia nobilis
-
- Species
- Blechnum nudum
-
- Species
- Boronia parviflora
-
- Species
- Brunoniella pumilio
-
- Species
- Burchardia umbellata
-
- Species
- Caesia parviflora
-
- Species
- Callistemon citrinus
-
- Species
- Cassytha glabella
-
- Species
- Cassytha pubescens
-
- Species
- Centrolepis fasciculata
-
- Species
- Chorizandra cymbaria
-
- Species
- Chorizandra sphaerocephala
-
- Species
- Comesperma defoliatum
-
- Species
- Comesperma retusum
-
- Species
- Conospermum ellipticum
-
- Species
- Corybas fordhamii
-
- Species
- Corymbia gummifera
-
- Species
- Cryptandra ericoides
-
- Species
- Cryptostylis subulata
-
- Species
- Cyathochaeta diandra
-
- Species
- Dampiera stricta
-
- Species
- Darwinia fascicularis
-
- Species
- Darwinia grandiflora
-
- Species
- Deyeuxia decipiens
-
- Species
- Dillwynia floribunda
-
- Species
- Drosera binata
-
- Species
- Drosera peltata
-
- Species
- Drosera pygmaea
-
- Species
- Drosera spatulata
-
- Species
- Empodisma minus
-
- Species
- Entolasia stricta
-
- Species
- Epacris microphylla
-
- Species
- Epacris obtusifolia
-
- Species
- Epacris paludosa
-
- Species
- Eriachne glabrata
-
- Species
- Eucalyptus haemastoma
-
- Species
- Eucalyptus sieberi
-
- Species
- Eucalyptus species
-
- Species
- Eurychorda complanata
-
- Species
- Gahnia sieberiana
-
- Species
- Gleichenia dicarpa
-
- Species
- Gleichenia microphylla
-
- Species
- Gompholobium glabratum
-
- Species
- Gonocarpus micranthus
-
- Species
- Gonocarpus salsoloides
-
- Species
- Gonocarpus tetragynus
-
- Species
- Gonocarpus teucrioides
-
- Species
- Goodenia dimorpha
-
- Species
- Grevillea oleoides
-
- Species
- Grevillea sericea
-
- Species
- Gymnoschoenus sphaerocephalus
-
- Species
- Haemodorum corymbosum
-
- Species
- Hakea gibbosa
-
- Species
- Hakea laevipes subspecies graniticola
-
- Species
- Hakea teretifolia
-
- Species
- Hemarthria uncinata
-
- Species
- Hibbertia riparia
-
- Species
- Hibbertia serpyllifolia
-
- Species
- Hydrocotyle peduncularis
-
- Species
- Hypolaena fastigiata
-
- Species
- Hypolepis muelleri
-
- Species
- Isopogon anemonifolius
-
- Species
- Isopogon anethifolius
-
- Species
- Juncus continuus
-
- Species
- Kunzea capitata
-
- Species
- Lagenifera stipitata
-
- Species
- Lambertia formosa
-
- Species
- Lepidosperma filiforme
-
- Species
- Lepidosperma flexuosum
-
- Species
- Lepidosperma forsythii
-
- Species
- Lepidosperma limicola
-
- Species
- Lepidosperma neesii
-
- Species
- Leptocarpus tenax
-
- Species
- Leptospermum arachnoides
-
- Species
- Leptospermum continentale
-
- Species
- Leptospermum grandifolium
-
- Species
- Leptospermum juniperinum
-
- Species
- Leptospermum polygalifolium subspecies polygalifolium
-
- Species
- Leptospermum squarrosum
-
- Species
- Leptospermum trinervium
-
- Species
- Lepyrodia anarthria
-
- Species
- Lepyrodia scariosa
-
- Species
- Leucopogon esquamatus
-
- Species
- Leucopogon microphyllus
-
- Species
- Lindsaea linearis
-
- Species
- Lomandra cylindrica
-
- Species
- Lomandra filiformis subspecies coriacea
-
- Species
- Lomandra filiformis subspecies filiformis
-
- Species
- Lomandra obliqua
-
- Species
- Lomatia silaifolia
-
- Species
- Lycopodiella lateralis
-
- Species
- Melaleuca squamea
-
- Species
- Melaleuca squarrosa
-
- Species
- Mirbelia rubiifolia
-
- Species
- Mitrasacme pilosa
-
- Species
- Mitrasacme polymorpha
-
- Species
- Monotaxis linifolia
-
- Species
- Opercularia varia
-
- Species
- Parsonsia straminea
-
- Species
- Patersonia sericea
-
- Species
- Patersonia species affinity fragilis
-
- Species
- Persoonia pinifolia
-
- Species
- Petrophile pulchella
-
- Species
- Phragmites australis
-
- Species
- Pimelea linifolia
-
- Species
- Plinthanthesis paradoxa
-
- Species
- Pseudanthus orientalis
-
- Species
- Pteridium esculentum
-
- Species
- Ptilothrix deusta
-
- Species
- Pultenaea aristata
-
- Species
- Pultenaea divaricata
-
- Species
- Pultenaea tuberculata
-
- Species
- Schizaea bifida
-
- Species
- Schoenus brevifolius
-
- Species
- Schoenus lepidosperma subspecies pachylepis
-
- Species
- Schoenus maschalinus
-
- Species
- Schoenus moorei
-
- Species
- Schoenus paludosus
-
- Species
- Schoenus villosus
-
- Species
- Selaginella uliginosa
-
- Species
- Sowerbaea juncea
-
- Species
- Sphaerolobium vimineum
-
- Species
- Sporadanthus gracilis
-
- Species
- Sprengelia incarnata
-
- Species
- Stackhousia nuda
-
- Species
- Stylidium lineare
-
- Species
- Symphionema paludosum
-
- Species
- Tetraria capillaris
-
- Species
- Tetrarrhena turfosa
-
- Species
- Tetratheca shiressii
-
- Species
- Thelionema caespitosum
-
- Species
- Thysanotus juncifolius
-
- Species
- Tricoryne simplex
-
- Species
- Tricostularia pauciflora
-
- Species
- Unknown dicot seedling
-
- Species
- Utricularia lateriflora
-
- Species
- Viminaria juncea
-
- Species
- Xanthorrhoea resinifera
-
- Species
- Xanthosia dissecta
-
- Species
- Xanthosia tridentata
-
- Species
- Xyris bracteata
-
- Species
- Xyris juncea
-
- Species
- Xyris operculata
-
- Species
- Xyris ustulata
-
- Intellectual Rights, Licence and Usage Conditions
-
TERN-BY-SA-NC Special conditions: Prior to publication of research utilising this data, the data provider (David Keith) requests consultation.
- Data Table
-
- Name
- kuhs_vegetation_data_floristics_2014_p110t165.csv
- Attribute Information
-
species
- Name
- species
- Definition
- Species name
- Measurement Type
- nominal
- Measurement Domain
-
- Text Domain
-
- Definition
- Character
transect- Name
- transect
- Definition
- Transect identifier
- Measurement Type
- nominal
- Measurement Domain
-
- Text Domain
-
- Definition
- transect
frequency- Name
- frequency
- Definition
- Species frequency values out of 30
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- number
- Number Type
- whole
comment- Name
- comment
- Definition
- Comments
- Measurement Type
- nominal
- Measurement Domain
-
- Text Domain
-
- Definition
- Character
- Physical Structure Description
-
- Object Name
- kuhs_vegetation_data_floristics_2014_p110t165.csv
- Text Format
-
- Number of Header Lines
- 1
- Number of Footer Lines
- 0
- Record Delimiter
- \r\n
- Attribute Orientation
- column
- Simple Delimited
-
- Field Delimiter
- ,
- Distribution
-
Online
- URL
- ltern.85.2
- Access
-
- Access Control
-
- Auth System
- knb
- Order
- allowFirst
- Allow:
-
Permission Principal [read] cn=allusers,o=unaffiliated,dc=ecoinformatics,dc=org [all] cn=submitters,o=unaffiliated,dc=ecoinformatics,dc=org
- Name
- kuhs_vegetation_data_structure_2014_p110t605.csv
- Attribute Information
-
site
- Name
- site
- Definition
- Site identifier
- Measurement Type
- nominal
- Measurement Domain
-
- Text Domain
-
- Definition
- Character
height_serotinous_obligate_seeder_shrubs- Name
- height_serotinous_obligate_seeder_shrubs
- Definition
- Height of serotinous obligate seeder shrubs in metres
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- meter
- Number Type
- real
height_mid_stratum_shrubs- Name
- height_mid_stratum_shrubs
- Definition
- Height of mid stratum shrub in metres
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- meter
- Number Type
- real
height_sedges- Name
- height_sedges
- Definition
- Height of edges in metres
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- meter
- Number Type
- real
height_ferns- Name
- height_ferns
- Definition
- Height of ferns in metres
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- meter
- Number Type
- real
height_forbs- Name
- height_forbs
- Definition
- Height of forbs in metres
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- meter
- Number Type
- real
cover_serotinous_obligate_seeder_shrubs- Name
- cover_serotinous_obligate_seeder_shrubs
- Definition
- Cover of serotinous obligate seeder shrubs %
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- number
- Number Type
- real
cover_mid_stratum_shrubs- Name
- cover_mid_stratum_shrubs
- Definition
- Cover of mid stratum shrubs %
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- number
- Number Type
- real
cover_sedges- Name
- cover_sedges
- Definition
- Cover sedges %
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- number
- Number Type
- real
cover_ferns- Name
- cover_ferns
- Definition
- Cover ferns %
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- number
- Number Type
- real
cover_forbs- Name
- cover_forbs
- Definition
- Cover forbs %
- Measurement Type
- ratio
- Measurement Domain
-
- Standard Unit
- number
- Number Type
- real
- Physical Structure Description
-
- Object Name
- kuhs_vegetation_data_structure_2014_p110t605.csv
- Text Format
-
- Number of Header Lines
- 1
- Number of Footer Lines
- 0
- Record Delimiter
- \r\n
- Attribute Orientation
- column
- Simple Delimited
-
- Field Delimiter
- ,
- Distribution
-
Online
- URL
- ltern.86.1
- Access
-
- Access Control
-
- Auth System
- knb
- Order
- allowFirst
- Allow:
-
Permission Principal [read] cn=allusers,o=unaffiliated,dc=ecoinformatics,dc=org [all] cn=submitters,o=unaffiliated,dc=ecoinformatics,dc=org
- Additional Metadata Links
-
additionalLinksAdditional Metadata : additionalLinks
- Metadata
-
- additionalLinks
-
- url
-
- @name
- Upland Health Swamps Plot Network home page
- Access
-
- Access Control
-
- Auth System
- knb
- Order
- allowFirst
- Allow:
-
Permission Principal [read] public [read] uid=keith,o=unaffiliated,dc=ecoinformatics,dc=org [all] cn=submitters,o=unaffiliated,dc=ecoinformatics,dc=org
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