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23 APIs from Australian National University

23 API · Latest update 2023-08-11 · Source data.gov.au (2026-10-11)

23 matching entries from data.gov.au (Recently updated, as of 2026-10-11).

23 APIs from Australian National University

  1. Australian National University · Updated 2023-08-11

    Abundance counts by taxon of radiolaria from six Eastern Indian Ocean core samples dated to the last glacial maximum. The samples were selected because they were also used for the estimatation of sea-…

    WMSCreative Commons Attribution 2.5 Australia

  2. Australian National University · Updated 2023-08-11

    The calcareous tests of Globigerina bulloides are analysed to quantify the isotopic composition of oxygen and carbon through time at core site MD032607 (137.4065 E, 36.9606 S).The lightest 18O value o…

    WMSCreative Commons Attribution 2.5 Australia

  3. Australian National University · Updated 2023-08-11

    Core GC04, was collected from the southeastern side of the New Caledonian Basin (22.99965 S, 166.150716 E). Carbonate percent in the curve has an average value of ~79% and varies between 51.4% and 88.…

    WMSCreative Commons Attribution 2.5 Australia

  4. Australian National University · Updated 2023-08-11

    The core description highlights the stark contrast been glacial and interglacial periods. 1-1.5m bands of red/brown clay indicate interglacial periods, which then alternate with 1-1.5m bands of light…

    WMSCreative Commons Attribution 2.5 Australia

  5. Australian National University · Updated 2023-08-11

    We must understand the natural cycles of the oceans to understand the evolution of our climate through geological time. Core MD 002361 was obtained in 2000 off the coast of Sumatra (113.477166 E, 22.0…

    WMSCreative Commons Attribution 2.5 Australia

  6. Australian National University · Updated 2023-08-11

    In recent years the term 'enhanced greenhouse effect' has become well known in modern society and yet aspects of this possible 'future climate' are poorly understood. The characteristics of the geolog…

    WMSCreative Commons Attribution 2.5 Australia

  7. Australian National University · Updated 2023-08-11

    Core GC04, was collected from the southeastern side of the New Caledonian Basin (22.99965 S, 166.150716 E). The age of the sediment at each sample depth was determined by correlating oxygen isotopes t…

    WMSCreative Commons Attribution 2.5 Australia

  8. Australian National University · Updated 2023-08-11

    The calcareous tests of Globigerinoides ruber are analysed to quantify the isotopic composition of oxygen and carbon through time at core site MD002361 (113o28.63'E, 22o04.92'S). The heaviest 18O valu…

    WMSCreative Commons Attribution 2.5 Australia

  9. Australian National University · Updated 2023-08-11

    Percentage of the variance in correspondence scores for radiolarian abundance counts for sites in the eastern & southern Indian Ocean explained by environmental variables for those sites. The abundanc…

    WMSCreative Commons Attribution 2.5 Australia

  10. Australian National University · Updated 2023-08-11

    Core GC04 was collected from the southeastern side of the New Caledonian Basin. The upper 140cm of the core was used in this study and was composed of very fine yellow-brown coloured clay. The sedimen…

    WMSCreative Commons Attribution 2.5 Australia

  11. Australian National University · Updated 2023-08-11

    In recent years the term 'enhanced greenhouse effect' has become well known in modern society and yet aspects of this possible 'future climate' are poorly understood. The characteristics of the geolog…

    WMSCreative Commons Attribution 2.5 Australia

  12. Australian National University · Updated 2023-08-11

    The age with depth of core BAR9403 is calculated through 18O values, which are then correlated with the SPECMAP age-model. Based upon these measurements the age at the deepest part of the core (275cm)…

    WMSCreative Commons Attribution 2.5 Australia

  13. Australian National University · Updated 2023-08-11

    In recent years the term 'enhanced greenhouse effect' has become well known in modern society and yet aspects of this possible 'future climate' are poorly understood. The characteristics of the geolog…

    WMSCreative Commons Attribution 2.5 Australia

  14. Australian National University · Updated 2023-08-11

    We must understand the natural cycles of the oceans to understand the evolution of our climate through geological time. Core MD 032607 was obtained in 2003 off the coast of Sumatra (36.9606 S, 137.406…

    WMSCreative Commons Attribution 2.5 Australia

  15. Australian National University · Updated 2023-08-11

    The advent of deep-sea drilling in the 1950's prompted the use of planktonic foraminifera (unicellular protozans) as palaeoceanographic indicators. They provide a natural archive of past environmental…

    WMSCreative Commons Attribution 2.5 Australia

  16. Australian National University · Updated 2023-08-11

    The advent of deep-sea drilling in the 1950's prompted the use of planktonic foraminifera (unicellular protozans) as palaeoceanographic indicators. They provide a natural archive of past environmental…

    WMSCreative Commons Attribution 2.5 Australia

  17. Australian National University · Updated 2023-08-11

    We must understand the natural cycles of the oceans to understand the evolution of our climate through geological time. Core BAR 9403 was obtained in 1994 off the coast of Sumatra (5o49.20', 103o61.90…

    WMSCreative Commons Attribution 2.5 Australia

  18. Australian National University · Updated 2023-08-11

    This short core obtained off Sumatra (BAR9403, 5.82 S, 104.0316 E) records the palaeoceanography from the Last Glacial Maximum (LGM) to the present day. The lightest 18O value (-2.99ppt) is recorded d…

    WMSCreative Commons Attribution 2.5 Australia

  19. Australian National University · Updated 2023-08-11

    Abundance counts by taxon of radiolaria from ~100 surface sediment gravity cores from the Southern and Eastern Indian Ocean collected between 1988 and 2004.

    WMSCreative Commons Attribution 2.5 Australia

  20. Australian National University · Updated 2023-08-11

    Radiocarbon dating was used to construct an age model for the upper sections of core MD002361 to a depth of 205cm, after which the age-model was based on the chronology of Bassinot et al. as the core…

    WMSCreative Commons Attribution 2.5 Australia

  21. Australian National University · Updated 2023-08-11

    Core GC04 was collected from the southeastern side of the New Caledonian Basin. In relation to isotopic composition there appears to be a correlation between 13C and 18O measurements. The results also…

    WMSCreative Commons Attribution 2.5 Australia

  22. Australian National University · Updated 2023-08-11

    The age with depth of core MD032607 is calculated through 18O values, which are then correlated with the SPECMAP age-model. Based upon these measurements the age at the deepest part of the core (3270c…

    WMSCreative Commons Attribution 2.5 Australia

  23. Australian National University · Updated 2023-08-11

    The advent of deep-sea drilling in the 1950's prompted the use of planktonic foraminifera (unicellular protozans) as palaeoceanographic indicators. They provide a natural archive of past environmental…

    WMSCreative Commons Attribution 2.5 Australia

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GovAPI Atlas is an index of the APIs and web services that national government open-data portals publish. This edition's list was read from data.gov.au on 2026-10-11 and is refreshed every week. GovAPI Atlas does not host the APIs; you apply for and call them on the portal itself.

What is included

Datasets on data.gov.au with at least one resource that is an API or web service (WMS, WFS, WCS, WMTS, ArcGIS REST, Esri REST, SPARQL, API). File-only datasets are left out.

Source

Source: data.gov.au. Material on data.gov.au is provided under a Creative Commons Attribution 3.0 Australia licence; each dataset lists its own licence.