Nuclear Winter and the Anthropocene

Q1 Earth and Planetary Sciences
GSA Today Pub Date : 2022-05-01 DOI:10.1130/gsatg538a.1
J. Spencer
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引用次数: 1

Abstract

In 2019, the Anthropocene Working Group proposed the creation of an Anthropocene chronostratigraphic time unit to follow the Holocene Epoch. The Anthropocene time period would begin in the mid-twentieth century, coincident with rapid acceleration of multiple, ongoing anthropogenic changes to Earth’s surface and environments. Radioactive isotopes dispersed during the 1952– 1962 period of atmospheric thermonuclear-bomb tests form a proposed global marker for the beginning of the Anthropocene. This marker is proposed for purely geological rea-sons as it is reasonably precise and global in scope. These isotopes are also a marker for the initiation of a new human capacity to trigger global environmental change in a period of hours. The possibility of a global, multiyear nuclear winter following a nuclear war between North Atlantic Treaty Organization nations and Russia is suggested by recent studies of wildfires that injected sunlight-blocking smoke into the stratosphere, and by increasingly sophisticated numerical simulations of global climate following a major nuclear war. Although the proposal for an Anthropocene time period was made without consideration of the consequences of nuclear war or nuclear winter, designating the period of thermonuclear weapon tests as initiating an Anthropocene time period is supported here specifically because it indicates a new human capability for rapid and destructive environmental change on a global scale.
核冬天与人类世
2019年,人类世工作组提议创建一个人类世年代地层时间单位,以遵循全新世。人类世时期将始于20世纪中期,与地球表面和环境的多种持续人为变化的快速加速相吻合。1952–1962年大气热核炸弹试验期间分散的放射性同位素形成了人类世开始的全球标志。该标记是为纯粹的地质区域提出的,因为它在范围上相当精确和全球性。这些同位素也是人类在数小时内引发全球环境变化的新能力启动的标志。最近对将阻挡阳光的烟雾注入平流层的野火的研究,以及对重大核战争后全球气候越来越复杂的数值模拟,都表明北大西洋公约组织国家和俄罗斯之间的核战争后可能会出现一个全球多年的核冬天。尽管人类世时期的提议没有考虑到核战争或核冬天的后果,但将热核武器试验时期指定为人类世时期在这里得到了特别支持,因为它表明了人类在全球范围内快速和破坏性环境变化的新能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
GSA Today
GSA Today Earth and Planetary Sciences-Geology
CiteScore
4.90
自引率
0.00%
发文量
20
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