Far North Queensland, Soil Chemistry Data, 2019
Soil Sampling survey: Soil nutrients and isotope composition were measured in composite soil samples collected from the study sites (n=20) where microclimate is being monitored in the AWT. At each site, the authors collected five soil cores using an auger (~10cm deep) after removing leaf litter cons...
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Terrestrial Ecosystem Research Network
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Online Access: | https://researchdata.edu.au/far-north-queensland-data-2019/2767788 https://geonetwork.tern.org.au/geonetwork/srv/eng/catalog.search#/metadata/e87f7d0b-4666-4f1c-8a8d-17f35cd0f089 |
id |
ftands:oai:ands.org.au::2767788 |
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record_format |
openpolar |
institution |
Open Polar |
collection |
Research Data Australia (Australian National Data Service - ANDS) |
op_collection_id |
ftands |
language |
unknown |
topic |
environment elevation SOILS SOIL CHEMISTRY PHOSPHORUS MICRONUTRIENTS/TRACE ELEMENTS SOIL PH ORGANIC MATTER CARBON ISOTOPE EARTH SCIENCE CLIMATE INDICATORS PALEOCLIMATE INDICATORS BIOLOGICAL RECORDS TREE RINGS ISOTOPIC ANALYSIS NITROGEN ISOTOPES ICE CORE RECORDS ISOTOPES Soil chemistry and soil carbon sequestration (excl. carbon sequestration science) Terrestrial Ecology BIOLOGICAL SCIENCES ECOLOGY Daintree Rainforest Cape Tribulation Rex Range site Cow Bay Mt Lewis National Park 600-1 600-2 600-4 800-1 800-2 800-3 800-4 1000-1 1000-2 1000-3 1000-4 |
spellingShingle |
environment elevation SOILS SOIL CHEMISTRY PHOSPHORUS MICRONUTRIENTS/TRACE ELEMENTS SOIL PH ORGANIC MATTER CARBON ISOTOPE EARTH SCIENCE CLIMATE INDICATORS PALEOCLIMATE INDICATORS BIOLOGICAL RECORDS TREE RINGS ISOTOPIC ANALYSIS NITROGEN ISOTOPES ICE CORE RECORDS ISOTOPES Soil chemistry and soil carbon sequestration (excl. carbon sequestration science) Terrestrial Ecology BIOLOGICAL SCIENCES ECOLOGY Daintree Rainforest Cape Tribulation Rex Range site Cow Bay Mt Lewis National Park 600-1 600-2 600-4 800-1 800-2 800-3 800-4 1000-1 1000-2 1000-3 1000-4 Far North Queensland, Soil Chemistry Data, 2019 |
topic_facet |
environment elevation SOILS SOIL CHEMISTRY PHOSPHORUS MICRONUTRIENTS/TRACE ELEMENTS SOIL PH ORGANIC MATTER CARBON ISOTOPE EARTH SCIENCE CLIMATE INDICATORS PALEOCLIMATE INDICATORS BIOLOGICAL RECORDS TREE RINGS ISOTOPIC ANALYSIS NITROGEN ISOTOPES ICE CORE RECORDS ISOTOPES Soil chemistry and soil carbon sequestration (excl. carbon sequestration science) Terrestrial Ecology BIOLOGICAL SCIENCES ECOLOGY Daintree Rainforest Cape Tribulation Rex Range site Cow Bay Mt Lewis National Park 600-1 600-2 600-4 800-1 800-2 800-3 800-4 1000-1 1000-2 1000-3 1000-4 |
description |
Soil Sampling survey: Soil nutrients and isotope composition were measured in composite soil samples collected from the study sites (n=20) where microclimate is being monitored in the AWT. At each site, the authors collected five soil cores using an auger (~10cm deep) after removing leaf litter consisting of recognizable leaf fragments. Samples were bulked and homogenized for each site prior to analysis. Soil pH in H 2 O and in 0.01M CaCl 2 were measured on fresh soil using an ISFET pH pen (Model 24006 DeltaTrak). Samples were then oven-dried at ca 105℃ for up to 72h and powdered using a Benchtop Ring Mill. Soil analysis: Total soil elemental analysis was conducted using microwave-assisted acid digestion of the oven dried samples, followed by ionization detection using the Inductively Coupled Plasma-Atomic Emission Spectrometer (ICP-AES) at the Advanced Analytical Centre, JCU - Townsville. Soil carbon (%C) and nitrogen (%N) were measured using a Costech elemental analyser (EA) (Milan, Italy) fitted with a zero-blank auto-sampler at the Advanced Analytical Centre, JCU - Cairns. This was used to calculate the C:N ratio. The stable carbon and nitrogen isotope ratio (expressed as δ 13 C and δ 15 N) of the samples was measured using acThermoFinnigan Deltaplus XL isotope ratio mass spectrometer (ThermoFinnigan GmbH, Bremen, FRG), linked to the EA via a ConFlo III interface. Stable isotope results are reported as per mil (‰) deviations from the AIR reference standard scale for δ 15 N. Soil organic matter content (OMC) was calculated via loss of mass on ignition (360℃ for 2h). Credit We at TERN acknowledge the Traditional Owners and Custodians throughout Australia, New Zealand and all nations. We honour their profound connections to land, water, biodiversity and culture and pay our respects to their Elders past, present and emerging. The field work and analytical costs for this project was funded by The Skyrail Rainforest Foundation, The Wet Tropics Management Authority and the Ian Potter Foundation. Purpose The ... |
author2 |
Cernusak, Lucas (coAuthor) Cheesman, Alexander (coAuthor) James Cook University (hasAssociationWith) Singh Ramesh, Arun (pointOfContact) Singh Ramesh, Arun (author) Terrestrial Ecosystem Research Network (distributor) Terrestrial Ecosystem Research Network (publisher) Terrestrial Ecosystem Research Network (pointOfContact) Terrestrial Ecosystem Research Network (TERN) (hasAssociationWith) |
format |
Dataset |
title |
Far North Queensland, Soil Chemistry Data, 2019 |
title_short |
Far North Queensland, Soil Chemistry Data, 2019 |
title_full |
Far North Queensland, Soil Chemistry Data, 2019 |
title_fullStr |
Far North Queensland, Soil Chemistry Data, 2019 |
title_full_unstemmed |
Far North Queensland, Soil Chemistry Data, 2019 |
title_sort |
far north queensland, soil chemistry data, 2019 |
publisher |
Terrestrial Ecosystem Research Network |
url |
https://researchdata.edu.au/far-north-queensland-data-2019/2767788 https://geonetwork.tern.org.au/geonetwork/srv/eng/catalog.search#/metadata/e87f7d0b-4666-4f1c-8a8d-17f35cd0f089 |
op_coverage |
Spatial: The topsoil chemistry were studied from five tropical rainforest locations, Daintree Rainforest Observatory (one site), Daintree Discovery Centre (one site), Rex Range (one site), Mt Lewis National Park (16 sites) and Mt Bellenden Ker (one site). Spatial: northlimit=-17.26335; southlimit=-17.26335; westlimit=145.85396; eastLimit=145.85396; projection=EPSG:4326 Spatial: northlimit=-16.529732; southlimit=-16.529732; westlimit=145.375676; eastLimit=145.375676; projection=EPSG:4326 Spatial: northlimit=-16.1056; southlimit=-16.1056; westlimit=145.3778; eastLimit=145.3778; projection=EPSG:4326 Spatial: northlimit=-16.1032; southlimit=-16.1032; westlimit=145.4469; eastLimit=145.4469; projection=EPSG:4326 Spatial: northlimit=-16.58142; southlimit=-16.58142; westlimit=145.30446; eastLimit=145.30446; projection=EPSG:4326 Spatial: northlimit=-16.57799; southlimit=-16.57799; westlimit=145.3056; eastLimit=145.3056; projection=EPSG:4326 Spatial: northlimit=-16.57887; southlimit=-16.57887; westlimit=145.31378; eastLimit=145.31378; projection=EPSG:4326 Spatial: northlimit=-16.5865; southlimit=-16.5865; westlimit=145.29372; eastLimit=145.29372; projection=EPSG:4326 Spatial: northlimit=-16.58691; southlimit=-16.58691; westlimit=145.29773; eastLimit=145.29773; projection=EPSG:4326 Spatial: northlimit=-16.58428; southlimit=-16.58428; westlimit=145.29999; eastLimit=145.29999; projection=EPSG:4326 Spatial: northlimit=-16.58414; southlimit=-16.58414; westlimit=145.30321; eastLimit=145.30321; projection=EPSG:4326 Spatial: northlimit=-16.55955; southlimit=-16.55955; westlimit=145.27364; eastLimit=145.27364; projection=EPSG:4326 Spatial: northlimit=-16.55276; southlimit=-16.55276; westlimit=145.28038; eastLimit=145.28038; projection=EPSG:4326 Spatial: northlimit=-16.54987; southlimit=-16.54987; westlimit=145.27985; eastLimit=145.27985; projection=EPSG:4326 Spatial: northlimit=-16.51027; southlimit=-16.51027; westlimit=145.27014; eastLimit=145.27014; projection=EPSG:4326 Spatial: northlimit=-16.51219; southlimit=-16.51219; westlimit=145.26965; eastLimit=145.26965; projection=EPSG:4326 Spatial: northlimit=-16.5149; southlimit=-16.5149; westlimit=145.27203; eastLimit=145.27203; projection=EPSG:4326 Spatial: northlimit=-16.5166; southlimit=-16.5166; westlimit=145.27562; eastLimit=145.27562; projection=EPSG:4326 Spatial: northlimit=-16.57782; southlimit=-16.57782; westlimit=145.30896; eastLimit=145.30896; projection=EPSG:4326 Temporal: From 2019-01-20 to 2019-09-11 |
long_lat |
ENVELOPE(145.85396,145.85396,-17.26335,-17.26335) ENVELOPE(145.375676,145.375676,-16.529732,-16.529732) ENVELOPE(145.3778,145.3778,-16.1056,-16.1056) ENVELOPE(145.4469,145.4469,-16.1032,-16.1032) ENVELOPE(145.30446,145.30446,-16.58142,-16.58142) ENVELOPE(145.3056,145.3056,-16.57799,-16.57799) ENVELOPE(145.31378,145.31378,-16.57887,-16.57887) ENVELOPE(145.29372,145.29372,-16.5865,-16.5865) ENVELOPE(145.29773,145.29773,-16.58691,-16.58691) ENVELOPE(145.29999,145.29999,-16.58428,-16.58428) ENVELOPE(145.30321,145.30321,-16.58414,-16.58414) ENVELOPE(145.27364,145.27364,-16.55955,-16.55955) ENVELOPE(145.28038,145.28038,-16.55276,-16.55276) ENVELOPE(145.27985,145.27985,-16.54987,-16.54987) ENVELOPE(145.27014,145.27014,-16.51027,-16.51027) ENVELOPE(145.26965,145.26965,-16.51219,-16.51219) ENVELOPE(145.27203,145.27203,-16.5149,-16.5149) ENVELOPE(145.27562,145.27562,-16.5166,-16.5166) ENVELOPE(145.30896,145.30896,-16.57782,-16.57782) |
geographic |
New Zealand Queensland |
geographic_facet |
New Zealand Queensland |
genre |
ice core |
genre_facet |
ice core |
op_source |
Terrestrial Ecosystem Research Network (TERN) |
op_relation |
https://researchdata.edu.au/far-north-queensland-data-2019/2767788 e87f7d0b-4666-4f1c-8a8d-17f35cd0f089 https://geonetwork.tern.org.au/geonetwork/srv/eng/catalog.search#/metadata/e87f7d0b-4666-4f1c-8a8d-17f35cd0f089 |
_version_ |
1778526673967251456 |
spelling |
ftands:oai:ands.org.au::2767788 2023-10-01T03:56:39+02:00 Far North Queensland, Soil Chemistry Data, 2019 Cernusak, Lucas (coAuthor) Cheesman, Alexander (coAuthor) James Cook University (hasAssociationWith) Singh Ramesh, Arun (pointOfContact) Singh Ramesh, Arun (author) Terrestrial Ecosystem Research Network (distributor) Terrestrial Ecosystem Research Network (publisher) Terrestrial Ecosystem Research Network (pointOfContact) Terrestrial Ecosystem Research Network (TERN) (hasAssociationWith) Spatial: The topsoil chemistry were studied from five tropical rainforest locations, Daintree Rainforest Observatory (one site), Daintree Discovery Centre (one site), Rex Range (one site), Mt Lewis National Park (16 sites) and Mt Bellenden Ker (one site). Spatial: northlimit=-17.26335; southlimit=-17.26335; westlimit=145.85396; eastLimit=145.85396; projection=EPSG:4326 Spatial: northlimit=-16.529732; southlimit=-16.529732; westlimit=145.375676; eastLimit=145.375676; projection=EPSG:4326 Spatial: northlimit=-16.1056; southlimit=-16.1056; westlimit=145.3778; eastLimit=145.3778; projection=EPSG:4326 Spatial: northlimit=-16.1032; southlimit=-16.1032; westlimit=145.4469; eastLimit=145.4469; projection=EPSG:4326 Spatial: northlimit=-16.58142; southlimit=-16.58142; westlimit=145.30446; eastLimit=145.30446; projection=EPSG:4326 Spatial: northlimit=-16.57799; southlimit=-16.57799; westlimit=145.3056; eastLimit=145.3056; projection=EPSG:4326 Spatial: northlimit=-16.57887; southlimit=-16.57887; westlimit=145.31378; eastLimit=145.31378; projection=EPSG:4326 Spatial: northlimit=-16.5865; southlimit=-16.5865; westlimit=145.29372; eastLimit=145.29372; projection=EPSG:4326 Spatial: northlimit=-16.58691; southlimit=-16.58691; westlimit=145.29773; eastLimit=145.29773; projection=EPSG:4326 Spatial: northlimit=-16.58428; southlimit=-16.58428; westlimit=145.29999; eastLimit=145.29999; projection=EPSG:4326 Spatial: northlimit=-16.58414; southlimit=-16.58414; westlimit=145.30321; eastLimit=145.30321; projection=EPSG:4326 Spatial: northlimit=-16.55955; southlimit=-16.55955; westlimit=145.27364; eastLimit=145.27364; projection=EPSG:4326 Spatial: northlimit=-16.55276; southlimit=-16.55276; westlimit=145.28038; eastLimit=145.28038; projection=EPSG:4326 Spatial: northlimit=-16.54987; southlimit=-16.54987; westlimit=145.27985; eastLimit=145.27985; projection=EPSG:4326 Spatial: northlimit=-16.51027; southlimit=-16.51027; westlimit=145.27014; eastLimit=145.27014; projection=EPSG:4326 Spatial: northlimit=-16.51219; southlimit=-16.51219; westlimit=145.26965; eastLimit=145.26965; projection=EPSG:4326 Spatial: northlimit=-16.5149; southlimit=-16.5149; westlimit=145.27203; eastLimit=145.27203; projection=EPSG:4326 Spatial: northlimit=-16.5166; southlimit=-16.5166; westlimit=145.27562; eastLimit=145.27562; projection=EPSG:4326 Spatial: northlimit=-16.57782; southlimit=-16.57782; westlimit=145.30896; eastLimit=145.30896; projection=EPSG:4326 Temporal: From 2019-01-20 to 2019-09-11 https://researchdata.edu.au/far-north-queensland-data-2019/2767788 https://geonetwork.tern.org.au/geonetwork/srv/eng/catalog.search#/metadata/e87f7d0b-4666-4f1c-8a8d-17f35cd0f089 unknown Terrestrial Ecosystem Research Network https://researchdata.edu.au/far-north-queensland-data-2019/2767788 e87f7d0b-4666-4f1c-8a8d-17f35cd0f089 https://geonetwork.tern.org.au/geonetwork/srv/eng/catalog.search#/metadata/e87f7d0b-4666-4f1c-8a8d-17f35cd0f089 Terrestrial Ecosystem Research Network (TERN) environment elevation SOILS SOIL CHEMISTRY PHOSPHORUS MICRONUTRIENTS/TRACE ELEMENTS SOIL PH ORGANIC MATTER CARBON ISOTOPE EARTH SCIENCE CLIMATE INDICATORS PALEOCLIMATE INDICATORS BIOLOGICAL RECORDS TREE RINGS ISOTOPIC ANALYSIS NITROGEN ISOTOPES ICE CORE RECORDS ISOTOPES Soil chemistry and soil carbon sequestration (excl. carbon sequestration science) Terrestrial Ecology BIOLOGICAL SCIENCES ECOLOGY Daintree Rainforest Cape Tribulation Rex Range site Cow Bay Mt Lewis National Park 600-1 600-2 600-4 800-1 800-2 800-3 800-4 1000-1 1000-2 1000-3 1000-4 dataset ftands 2023-09-04T22:34:22Z Soil Sampling survey: Soil nutrients and isotope composition were measured in composite soil samples collected from the study sites (n=20) where microclimate is being monitored in the AWT. At each site, the authors collected five soil cores using an auger (~10cm deep) after removing leaf litter consisting of recognizable leaf fragments. Samples were bulked and homogenized for each site prior to analysis. Soil pH in H 2 O and in 0.01M CaCl 2 were measured on fresh soil using an ISFET pH pen (Model 24006 DeltaTrak). Samples were then oven-dried at ca 105℃ for up to 72h and powdered using a Benchtop Ring Mill. Soil analysis: Total soil elemental analysis was conducted using microwave-assisted acid digestion of the oven dried samples, followed by ionization detection using the Inductively Coupled Plasma-Atomic Emission Spectrometer (ICP-AES) at the Advanced Analytical Centre, JCU - Townsville. Soil carbon (%C) and nitrogen (%N) were measured using a Costech elemental analyser (EA) (Milan, Italy) fitted with a zero-blank auto-sampler at the Advanced Analytical Centre, JCU - Cairns. This was used to calculate the C:N ratio. The stable carbon and nitrogen isotope ratio (expressed as δ 13 C and δ 15 N) of the samples was measured using acThermoFinnigan Deltaplus XL isotope ratio mass spectrometer (ThermoFinnigan GmbH, Bremen, FRG), linked to the EA via a ConFlo III interface. Stable isotope results are reported as per mil (‰) deviations from the AIR reference standard scale for δ 15 N. Soil organic matter content (OMC) was calculated via loss of mass on ignition (360℃ for 2h). Credit We at TERN acknowledge the Traditional Owners and Custodians throughout Australia, New Zealand and all nations. We honour their profound connections to land, water, biodiversity and culture and pay our respects to their Elders past, present and emerging. The field work and analytical costs for this project was funded by The Skyrail Rainforest Foundation, The Wet Tropics Management Authority and the Ian Potter Foundation. Purpose The ... Dataset ice core Research Data Australia (Australian National Data Service - ANDS) New Zealand Queensland ENVELOPE(145.85396,145.85396,-17.26335,-17.26335) ENVELOPE(145.375676,145.375676,-16.529732,-16.529732) ENVELOPE(145.3778,145.3778,-16.1056,-16.1056) ENVELOPE(145.4469,145.4469,-16.1032,-16.1032) ENVELOPE(145.30446,145.30446,-16.58142,-16.58142) ENVELOPE(145.3056,145.3056,-16.57799,-16.57799) ENVELOPE(145.31378,145.31378,-16.57887,-16.57887) ENVELOPE(145.29372,145.29372,-16.5865,-16.5865) ENVELOPE(145.29773,145.29773,-16.58691,-16.58691) ENVELOPE(145.29999,145.29999,-16.58428,-16.58428) ENVELOPE(145.30321,145.30321,-16.58414,-16.58414) ENVELOPE(145.27364,145.27364,-16.55955,-16.55955) ENVELOPE(145.28038,145.28038,-16.55276,-16.55276) ENVELOPE(145.27985,145.27985,-16.54987,-16.54987) ENVELOPE(145.27014,145.27014,-16.51027,-16.51027) ENVELOPE(145.26965,145.26965,-16.51219,-16.51219) ENVELOPE(145.27203,145.27203,-16.5149,-16.5149) ENVELOPE(145.27562,145.27562,-16.5166,-16.5166) ENVELOPE(145.30896,145.30896,-16.57782,-16.57782) |