(Table 1a) Age deterimantion of ODP Hole 165-1002D

Resource Abstract:

Techical Information: Sediment depth is given in mbsf. All 14C errors are reported at 1 sigma. Reservoir age uncertainty is estimated to be 100 years. The reported uncertainty (anal. uncert.) and reservoir age uncertainty (res. corr. uncert.) were added in quadrature to obtain a total 14C uncertainty for each date (total uncert.). The 1 sigma total 14C uncertainty has been added and subtracted from the reservoir-corrected 14C ages to provide 'Cariaco+' and 'Cariaco-', respectively. To match a sample 14C date, first add and subtract 1 sigma uncertainties (including reservoir age uncertainty, if applicable) from the sample 14C age, providing 'Sample+' and 'Sample-', respectively. The limits of the 14C age match are given by the shallowest depth at which 'Cariaco+' is greater than 'Sample-', and the deepest depth at which 'Sample+' is greater than 'Cariaco-'. The depths can then be translated to the sediment reflectance record for precise palaeoclimatic context.

Citation

Title (Table 1a) Age deterimantion of ODP Hole 165-1002D

publication  Date   2007

cited responsible party - author

individual Name Tzedakis, Polychronis C

Contact information

Address

electronic Mail Address 

Linkage for online resource

URL: http://orcid.org/0000-0001-6072-1166

protocol ORCID

cited responsible party - author

individual Name Hughen, Konrad A

Contact information

Address

electronic Mail Address 

cited responsible party - author

individual Name Cacho, Isabel

Contact information

Address

electronic Mail Address 

Linkage for online resource

URL: http://orcid.org/0000-0002-6512-0770

protocol ORCID

cited responsible party - author

individual Name Harvati, Katarina

Contact information

Address

electronic Mail Address 

cited responsible party - publisher

organisation Name  PANGAEA - Data Publisher for Earth & Environmental Science

Contact information

Address

electronic Mail Address