Sample

Sample name Core name Top depth (m) Bottom depth (m) Total organic carbon (%) Carbon type Sample preparation method Fraction modern δ13C (‰, PDB) Age (14C yr) Age uncertainty (14C yr; 1σ) Comments
PD9202-GC1_456-460 PD9202-GC1 4.56 4.6 None Scaphopod (Dentalium) Carbonate hydrolysis 0.311939942 None 9358.0 70.0

Calibration results for Sample PD9202-GC1_456-460

Calibration curve Reservoir correction (14C yr) Calibration software Calibrated age, median probability (cal. yr BP) Calibrated age, 95.45% probability range (2σ; cal. yr BP) Calibrated age, 68.2% probability range (1σ; cal. yr BP)
Marine20 default - Global Ocean 550.0 IOSACal (v.0.6.0) 9305.0 9491.0 to 9078.0 9421.0 to 9208.0
Intcal20 default - Terrestrial 0.0 IOSACal (v.0.6.0) 10571.0 10754.0 to 10364.0 10683.0 to 10499.0
Marine20 default - Southern Ocean 1141.0 IOSACal (v.0.6.0) 8564.0 9069.0 to 8097.0 8813.0 to 8319.0
Marine20 default - S. Baffin Island (Bay ?) 150.0 IOSACal (v.0.6.0) 9786.0 10104.0 to 9522.0 9927.0 to 9602.0
Marine20 default - N. Baffin Island (Bay?) 220.0 IOSACal (v.0.6.0) 9684.0 9955.0 to 9463.0 9788.0 to 9538.0

Associated publications

Title Author(s) Publication DOI View cores
Reconstruction of ice-sheet changes in the Antarctic Peninsula since the Last Glacial Maximum Cofaigh, Colm {\'O} and Davies, Bethan J and Livingstone, Stephen J and Smith, James A and Johnson, Joanne S and Hocking, Emma P and Hodgson, Dominic A and Anderson, John B and Bentley, Michael J and Canals, Miquel and others Quaternary Science Reviews, 2014 https://doi.org/10.1016/j.quascirev.2014.06.023
Record of Holocene palaeoclimate change along the Antarctic Peninsula: evidence from glacial marine sediments, Lallemand Fjord Shevenell, Amelia E and Domack, Eugene W and Ker, GM , 1996 https://doi.org/10.26749/rstpp.130.2.55

Associated documents

No associated documents.

Field photographs

No photos found.

Lab photographs

No photos found.

Complete dump of sample & measurement data

Sample-related information
Core name PD9202-GC1
Top depth (m) 4.56
Bottom depth (m) 4.6
Lithology Structureless grey silty mud
Facies interpretation Ice (glacier) proximal
Total organic carbon (%) None
Preparation lab Oxford University Radiocarbon Accelerator Unit (Oxford, UK)
Accelerator mass spectrometer lab Oxford University Radiocarbon Accelerator Unit (Oxford, UK)