Abstract
The stable-isotope signatures of oxygen and hydrogen in the water of preserved ice and snow are both widely used to infer local temperatures of past environments. A derived quantity based on these two signatures, the ‘deuterium excess’1, provides additional palaeoclimatic information2,3,4, as this parameter depends on the meteorological and oceanic characteristics of the water's source-regions (in particular, their temperature2,3 and relative humidity4). Published studies mainly focus on records from the past 40,000 years. Here we present a deuterium-excess history obtained from ice cores from Vostok, East Antarctica, spanning the full glacial–interglacial cycle of the past 150,000 years. The deuterium-excess record shows a strong anticorrelation with the Earth's orbital obliquity (∼41,000-year periodicity), and values are markedly higher during the cold stage 5d (following the last interglacial) than during the other cold stages. We interpret the relationship with obliquity as resulting from changes in the latitudinal insolation gradient affecting ocean surface conditions and, thus, the delivery of moisture to the polar region. We argue that the high 5d values, relative to other cold stages, are driven by relatively less moisture delivered from high latitudes, and more from low latitudes. The deuterium-excess in Antarctic precipitation thus provides long-term, spatially integrated information on ocean surface conditions and ocean/atmosphere circulations in the Southern Hemisphere.
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Acknowledgements
Vostok is a joint project between Russia, France and USA. We thank all Russian, French and US participants in drilling, field work and ice sampling. We acknowledge the Russian Antarctic Expeditions (RAE), the Mining Institute, the Institut Français de Recherches et Technologies Polaires (IFRTP) and the Division of Polar Programs (NSF) for the logistic support. We thank D. Paillard and P. Yiou for their fruitful comments and S. Johnsen for his constructive criticism. This work project is supported by PNEDC (Programme National d'études de la Dynamique du Climat) and by the CEC (Commission of European Communities) Environment Programme.
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Vimeux, F., Masson, V., Jouzel, J. et al. Glacial–interglacial changes in ocean surface conditions in the Southern Hemisphere. Nature 398, 410–413 (1999). https://doi.org/10.1038/18860
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DOI: https://doi.org/10.1038/18860
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