多样性(控制论)
地球大气中的二氧化碳
古气候学
气候变化
环境科学
大气(单位)
气候科学
二氧化碳
环境资源管理
气候学
气象学
地理
计算机科学
地质学
生态学
海洋学
生物
人工智能
作者
Jessica E. Tierney,Christopher J. Poulsen,Isabel P. Montañez,Tripti Bhattacharya,Ran Feng,Heather L. Ford,Bärbel Hönisch,Gordon N. Inglis,Sierra Petersen,Navjit Sagoo,Clay Tabor,Kaustubh Thirumalai,Jiang Zhu,Natalie Burls,Gavin L. Foster,Yves Goddéris,Brian T. Huber,Linda C. Ivany,Sandra Kirtland Turner,Daniel J. Lunt
出处
期刊:Science
[American Association for the Advancement of Science]
日期:2020-11-06
卷期号:370 (6517)
被引量:639
标识
DOI:10.1126/science.aay3701
摘要
As the world warms, there is a profound need to improve projections of climate change. Although the latest Earth system models offer an unprecedented number of features, fundamental uncertainties continue to cloud our view of the future. Past climates provide the only opportunity to observe how the Earth system responds to high carbon dioxide, underlining a fundamental role for paleoclimatology in constraining future climate change. Here, we review the relevancy of paleoclimate information for climate prediction and discuss the prospects for emerging methodologies to further insights gained from past climates. Advances in proxy methods and interpretations pave the way for the use of past climates for model evaluation-a practice that we argue should be widely adopted.
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