Changing atmospheric CO2 concentration was the primary driver of early Cenozoic climate

被引：0
|
作者：
Eleni Anagnostou
Eleanor H. John
Kirsty M. Edgar
Gavin L. Foster
Andy Ridgwell
Gordon N. Inglis
Richard D. Pancost
Daniel J. Lunt
Paul N. Pearson
机构：
[1] Ocean and Earth Science,Department of Earth Sciences
[2] National Oceanography Centre Southampton,undefined
[3] University of Southampton Waterfront Campus,undefined
[4] School of Earth and Ocean Sciences,undefined
[5] Cardiff University,undefined
[6] School of Earth Sciences,undefined
[7] Bristol University,undefined
[8] School of Geographical Sciences,undefined
[9] Bristol University,undefined
[10] University of California,undefined
[11] Organic Geochemistry Unit,undefined
[12] School of Chemistry,undefined
[13] University of Bristol,undefined
[14] Cantock’s Close,undefined
[15] Cabot Institute,undefined
[16] University of Bristol,undefined
[17] †Present addresses: School of Geography,undefined
[18] Earth Science and Environment,undefined
[19] University of the South Pacific,undefined
[20] Suva,undefined
[21] Fiji (E.H.J.); School of Geography,undefined
[22] Earth and Environmental Sciences,undefined
[23] University of Birmingham,undefined
[24] Birmingham B15 2TT,undefined
[25] UK (K.M.E.).,undefined
来源：
Nature | 2016年 / 533卷
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摘要：
A reconstruction of atmospheric CO2 concentration from boron isotopes recorded in planktonic foraminifera examines climate–carbon interactions over the past tens of millions of years and confirms a strong linkage between climate and atmospheric CO2.
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页码：380 / 384
页数：4
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