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The Great Acceleration is real and provides a quantitative basis for the proposed Anthropocene Series/Epoch

Authors :
Head, Martin J.
Steffen, Will
Fagerlind, David
Waters, Colin N.
Poirier, Clement
Syvitski, Jaia
Zalasiewicz, Jan A.
Barnosky, Anthony D.
Cearreta, Alejandro
Jeandel, Catherine
Leinfelder, Reinhold
McNeill, J. R.
Rose, Neil L.
Summerhayes, Colin
Wagreich, Michael
Zinke, Jens
Head, Martin J.
Steffen, Will
Fagerlind, David
Waters, Colin N.
Poirier, Clement
Syvitski, Jaia
Zalasiewicz, Jan A.
Barnosky, Anthony D.
Cearreta, Alejandro
Jeandel, Catherine
Leinfelder, Reinhold
McNeill, J. R.
Rose, Neil L.
Summerhayes, Colin
Wagreich, Michael
Zinke, Jens
Publication Year :
2022

Abstract

The Anthropocene was conceptualized in 2000 to reflect the extensive impact of human activities on our planet, and subsequent detailed analyses have revealed a substantial Earth System response to these impacts beginning in the mid-20th century. Key to this understanding was the discovery of a sharp upturn in a multitude of global socio-economic indicators and Earth System trends at that time; a phenomenon termed the ‘Great Acceleration’. It coincides with massive increases in global human-consumed energy and shows the Earth System now on a trajectory far exceeding the earlier variability of the Holocene Epoch, and in some respects the entire Quaternary Period. The evaluation of geological signals similarly shows the mid-20th century as representing the most appropriate inception for the Anthropocene. A recent mathematical analysis has nonetheless challenged the significance of the original Great Acceleration data. We examine this analytical approach and reiterate the robustness of the original data in supporting the Great Acceleration, while emphasizing that intervals of rapid growth are inevitably time-limited, as recognised at the outset. Moreover, the exceptional magnitude of this growth remains undeniable, reaffirming the centrality of the Great Acceleration in justifying a formal chronostratigraphic Anthropocene at the rank of series/epoch.

Details

Database :
OAIster
Notes :
English
Publication Type :
Electronic Resource
Accession number :
edsoai.on1372248580
Document Type :
Electronic Resource
Full Text :
https://doi.org/10.18814.epiiugs.2021.021031