Age vs. depth of core MD002361 (shelf edge offshore Western Australia). Age has been calculated using radiocarbon dating and modelling based on oxygen isotope records.
Created 24/06/2017
Updated 24/06/2017
Files and APIs
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HTMLhttp://www.marine.csiro.au/csquares/index.htmlCreative Commons Attribution 2.5 Australia
Tags
Additional Info
Field | Value |
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Title | Age vs. depth of core MD002361 (shelf edge offshore Western Australia). Age has been calculated using radiocarbon dating and modelling based on oxygen isotope records. |
Language | English |
Licence | Creative Commons Attribution 2.5 Australia |
Landing Page | https://devweb.dga.links.com.au/data/dataset/cb035fde-dfca-4fb0-ad6e-efb9e96ffef6 |
Contact Point | |
Geospatial Coverage | {"type": "Polygon", "coordinates": [[[113.0, -22.5], [113.5, -22.5], [113.5, -22.0], [113.0, -22.0], [113.0, -22.5]]]} |
Data Portal | data.gov.au |
Data Source
This dataset was originally found on
data.gov.au
"Age vs. depth of core MD002361 (shelf edge offshore Western Australia). Age has been calculated using radiocarbon dating and modelling based on oxygen isotope records.". Please visit the source to access the original metadata of the dataset:
https://devweb.dga.links.com.au/data/dataset/age-vs-depth-of-core-md002361-shelf-edge-offshore-western-australia-age-has-been-calculated-usi
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Age vs. depth of core MD002361 (shelf edge offshore Western Australia). Age...
Australian National University
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...
No duplicate datasets found.