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The Anthropocene is a prospective epoch/series,not a geological event
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作者 Martin J.Head Jan A.Zalasiewicz +20 位作者 Colin N.Waters Simon D.Turner Mark Williams Anthony D.Barnosky Will Steffen Michael Wagreich Peter K.Haff Jaia Syvitski ReinholdLeinfelder Francine M.G.McCarthy Neil L.Rose Scott L.Wing Zhisheng An alejandrocearreta Andrew B.Cundy Ian J.Fairchild Yongming Han Juliana A.Ivar do Sul Catherine Jeandel J.R.McNeill Colin P.Summerhayes 《Episodes》 2023年第2期229-238,共10页
The Anthropocene defined as an epoch/series within the Geological Time Scale,and with an isochronous inception in the mid-20th century,would both utilize the rich array of stratigraphic signals associated with the Gre... The Anthropocene defined as an epoch/series within the Geological Time Scale,and with an isochronous inception in the mid-20th century,would both utilize the rich array of stratigraphic signals associated with the Great Acceleration and align with Earth System science analysis from where the term Anthropocene originated.It would be stratigraphically robust and reflect the reality that our planet has far exceeded the range of natural variability for the Holocene Epoch/Series which it would terminate.An alternative,recently advanced,time-transgressive‘geological event’definition would decouple the Anthropocene from its stratigraphic characterisation and association with a major planetary perturbation.We find this proposed anthropogenic‘event’to be primarily an interdisciplinary concept in which historical,cultural and social processes and their global environmental impacts are all flexibly interpreted within a multi-scalar framework.It is very different from a stratigraphic-methods-based Anthropocene epoch/series designation,but as an anthropogenic phenomenon,if separately defined and differently named,might be usefully complementary to it. 展开更多
关键词 geological time scale earth system science stratigraphic signals great acceleration earth system science analysis anthropocene stratigraphic robustness
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