Abstract
We have previously reported accelerator mass spectrometer measurements of the cosmogenic isotope 10Be (half life 1.5 Myr) in an 906-m ice core recovered at Dome C, Antarctica1. In addition to an enhanced concentration during a period of reduced solar activity (Maunder minimum, AD 1645–1715)2, we found substantially increased concentrations during that part of the core corresponding to the last ice age. Both effects have been confirmed and extended in Greenland ice cores3,4. The recovery of a 2,083-m ice core at Vostok, Antarctica5, together with an extended oxygen isotope chronology reported elsewhere in this issue6, permits an extension of 10Be studies over the whole of the last climatic cycle (∼ 125 kyr). We report here such measurements, which show an excellent correlation with the oxygen isotope and thus, presumably, climate record over the whole of this period. The results imply that precipitation rates in the Antarctic during the last interglacial were similar to those of the Holocene, but were roughly halved during the last glaciation.
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Yiou, F., Raisbeck, G., Bourles, D. et al. 10Be in ice at Vostok Antarctica during the last climatic cycle. Nature 316, 616–617 (1985). https://doi.org/10.1038/316616a0
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DOI: https://doi.org/10.1038/316616a0
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