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Dataset

(AUTestingRecords) Collection with licence value, licence type (CC-BY-NC) and NO licence URI.

AUTestingRecords
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ctx_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rfr_id=info%3Asid%2FANDS&rft_id=http://waodn.ivec.org:80/geonetwork/srv/en/metadata.show?uuid=516811d7-cd3a-207a-e0440003ba8c79dd&rft.title=(AUTestingRecords) Collection with licence value, licence type (CC-BY-NC) and NO licence URI.&rft.identifier=AODN:516811d74545a-e0ddddsdAUT234ds&rft.publisher=AUTestingRecords&rft.description= (full1)The collection is a geochemical data set describing characterising the water column, porewater and sediment at various locations in the Peel-Harvey Estuary and the Murray River in Western Australia. This restricted estuary has suffered from eutrophication and algal blooms for decades in response to anthropogenic nutrient inputs. Our research is aimed at understanding the coupled cycles of carbon, iron, phosphorus and sulfur in the estuary, and their relation to eutrophication and the associated environmental issues. (full2)The water column was sampled and analysed using a data sonde combined with collection of water samples from various depths for further analyses. Sediments were taken using a coring device, after which the sediments were sectioned into 1 - 3 cm depth intervals. Porewater was extracted by centrifugation, and the porewater and sediment residue were used for routine and advanced analyses. (full3)During three consecutive field trips in 2010, 2011 and 2012, the water column and sediment at 7 sites have been sampled. Four of these sites have been sampled more than once. The water column was sampled and analysed using a data sonde combined with collection of water samples from various depths for further analyses. Sediments were taken using a coring device, after which the sediments were sectioned into 1 - 3 cm depth intervals. Porewater was extracted by centrifugation, and the porewater and sediment residue were used for routine and advanced analyses. (brief1)This dataset forms part of the Terrestrial (brief2)Ecosystem Research Network, Eco-Informatics collection (brief3)This dataset forms part of the Terrestrial Ecosystem Research Network, Eco-Informatics collection (lineage1)The in the Section Pseudophloius, E. pilularis and E. pyrocarpa (Brooker 2000). The DNA fingerprint data was generated to study species delineation in the Blackbutts and geographic and ecotypic variation within E. pilularis (lineage2) range wide samples of the two species in the Section Pseudophloius, E. pilularis and E. pyrocarpa (Brooker 2000). The DNA fingerprint data was generated to study species delineation in the Blackbutts and geographic and ecotypic variation within E. pilularis (lineage3)The collection consists of species in the Section Pseudophloius, E. pilularis and E. pyrocarpa (Brooker 2000). The DNA fingerprint data was generated to study species delineation in the Blackbutts and geographic and ecotypic variation within E. pilularis &rft.creator=Anonymous&rft.date=2017&rft.coverage= northlimit=-17; southlimit=-24; westlimit=114; eastLimit=122; projection=WGS84 &rft_rights=Creative Commons Attribution >Creative Commons Attribution&rft_subject=Statistics&rft_subject=Mathematical Sciences&rft_subject=Mathematical Physics&rft_subject=Numerical and Computational Mathematics&rft_subject=Earth Sciences&rft_subject=Other Environment&rft_subject=Environment&rft.type=dataset&rft.language=English Go to Data Provider

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Brief description


(brief1)This dataset forms part of the Terrestrial

(brief2)Ecosystem Research Network, Eco-Informatics collection

(brief3)This dataset forms part of the Terrestrial Ecosystem Research Network, Eco-Informatics collection

Full description


(full1)The collection is a geochemical data set describing characterising the water column, porewater and sediment at various locations in the Peel-Harvey Estuary and the Murray River in Western Australia. This restricted estuary has suffered from eutrophication and algal blooms for decades in response to anthropogenic nutrient inputs. Our research is aimed at understanding the coupled cycles of carbon, iron, phosphorus and sulfur in the estuary, and their relation to eutrophication and the associated environmental issues.

(full2)The water column was sampled and analysed using a data sonde combined with collection of water samples from various depths for further analyses. Sediments were taken using a coring device, after which the sediments were sectioned into 1 - 3 cm depth intervals. Porewater was extracted by centrifugation, and the porewater and sediment residue were used for routine and advanced analyses.

(full3)During three consecutive field trips in 2010, 2011 and 2012, the water column and sediment at 7 sites have been sampled. Four of these sites have been sampled more than once. The water column was sampled and analysed using a data sonde combined with collection of water samples from various depths for further analyses. Sediments were taken using a coring device, after which the sediments were sectioned into 1 - 3 cm depth intervals. Porewater was extracted by centrifugation, and the porewater and sediment residue were used for routine and advanced analyses.

Lineage

(lineage1)The in the Section Pseudophloius, E. pilularis and E. pyrocarpa (Brooker 2000). The DNA fingerprint data was generated to study species delineation in the Blackbutts and geographic and ecotypic variation within E. pilularis
(lineage2) range wide samples of the two species in the Section Pseudophloius, E. pilularis and E. pyrocarpa (Brooker 2000). The DNA fingerprint data was generated to study species delineation in the Blackbutts and geographic and ecotypic variation within E. pilularis
(lineage3)The collection consists of species in the Section Pseudophloius, E. pilularis and E. pyrocarpa (Brooker 2000). The DNA fingerprint data was generated to study species delineation in the Blackbutts and geographic and ecotypic variation within E. pilularis

Significat statement


(significatStatement1)The collection contains (i) raw image files corresponding to the small angle X-ray scattering (SAXS)

Local type


(localType1)For permission to re-use this collection,

Notes


(notes1) Some notes for the collection

Significat statement


(significatStatement2)text files containing the radially-integrated scattering intensity (in the form of scattering intensity versus scattering angle) of the raw data after normalisation and correction for the background scattering of the water.

Local type


(localType2) please contact Mervyn Shepherd.

Notes


(notes2) Some more notes for the collection

Significat statement


(significatStatement3)The collection contains (i) raw image files corresponding to the small angle X-ray scattering (SAXS) of iron(III) oxyhydroxide polymers formed during homogeneous, in situ polymerisation of 1 mM Fe(III) in an aqueous pH 3 solution, and (ii) text files containing the radially-integrated scattering intensity (in the form of scattering intensity versus scattering angle) of the raw data after normalisation and correction for the background scattering of the water.

Local type


(localType3) Email: Mervyn.shepherd@scu.edu.au

Notes


(notes3) Even more notes for the collection

Data time period: 07 2000 to 06 2007

122,-17 122,-24 114,-24 114,-17 122,-17

118,-20.5

Subjects

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Identifiers
  • Local : AODN:516811d74545a-e0ddddsdAUT234ds