Vostok ice core deuterium data for 420,000 years ...

Deuterium data is from core 3G between 138 and 2083 meters below surface (mbs) (with one long missing section between 312 and 320 mbs), from core 4G between 8 and 138 mbs and between 1920 and 2546 mbs and from core 5G between 2504 and 2757 mbs. Ash layers help to make link between cores. No correcti...

Full description

Bibliographic Details
Main Authors: Petit, Jean Robert, Jouzel, Jean
Format: Dataset
Language:English
Published: PANGAEA 1999
Subjects:
DEPTH, ice/snow
AGE
δ Deuterium
Temperature, difference
Drilling/drill rig
Calculated
Ice_core_diverse
Sampling/drilling ice
ice core
Online Access:https://dx.doi.org/10.1594/pangaea.55505
https://doi.pangaea.de/10.1594/PANGAEA.55505
Description
Summary:Deuterium data is from core 3G between 138 and 2083 meters below surface (mbs) (with one long missing section between 312 and 320 mbs), from core 4G between 8 and 138 mbs and between 1920 and 2546 mbs and from core 5G between 2504 and 2757 mbs. Ash layers help to make link between cores. No correction was applied for 3G and 4G core taken as reference depth. For 5G samples, a value of 3.41 m have been added to the depth measured in the field below depth of 2500 m. The temperature change is calculated using a deuterium/temperature gradient of 9‰/°C after accounting for the isotopic change of sea-water. No correction for the influence of the geographical position of the ice was applied. ...

Similar Items