作者
Jessica E. Tierney,Christopher J. Poulsen,Isabel P. Montañez,Tripti Bhattacharya,Ran Feng,Heather L Ford,Bärbel Hönisch,Gordon N. Inglis,Sierra V. Petersen,Navjit Sagoo,Clay R. Tabor,Kaustubh Thirumalai,Jiang Zhu,Natalie J. Burls,Gavin L. Foster,Yves Goddéris,Brian T. Huber,Linda C. Ivany,Sandra Kirtland Turner,Daniel J. Lunt,Jennifer C. McElwain,Benjamin J. W. Mills,Bette L. Otto-Bliesner,Andy Ridgwell,Yi Ge Zhang
摘要
The future in the past A major cause of uncertainties in climate projections is our imprecise knowledge of how much warming should occur as a result of a given increase in the amount of carbon dioxide in the atmosphere. Paleoclimate records have the potential to help us sharpen that understanding because they record such a wide variety of environmental conditions. Tierney et al. review the recent advances in data collection, statistics, and modeling that might help us better understand how rising levels of atmospheric carbon dioxide will affect future climate. Science , this issue p. eaay3701