Journal article
The late quaternary flow through the bering strait has been forced by the Southern Ocean winds
JD Ortizj, D Nof, L Polyak, G St-Onge, A Lisé-pronovost, S Naidu, D Darby, S Brachfeld
Journal of Physical Oceanography | AMER METEOROLOGICAL SOC | Published : 2012
Abstract
Because North and South America are surrounded by water, they constitute together a gigantic island whose peripheral sea level is controlled by the winds east of the island, winds along the western boundary of the island, the freshwater flux, and the meridional overturning cell. This idea has been expressed in several articles where a series of analytical models show that the Bering Strait (BS) flow is controlled by the interplay of the Southern Winds (sometimes referredto as the "Subantarctic Westerlies"), and theNorth Hemisphere freshwater flux. Here, the authors report a paleoceanographic analysis of proxies in the BS as well as the Southern Ocean, which clearly support the above through ..
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Awarded by National Science Foundation
Funding Acknowledgements
We thank the Captain and Crew of the USCG Ice Breaker Healy. This study was supported by funds from the National Science Foundation's Office of Polar Programs (ARC 0902835 and ARC 0453846) and the Kent State University Research Council. The manuscript was improved by comments from A. de Vernal, A. Mix, and S. Lee. Mike Spall, the JPO editor, provided very useful comments on the initially submitted version. L. Keigwin provided access to core HLY0205-JPC 16. All calculations related to the SN model were done by Stephen Van Gorder.