Mass extinctions and their causes

Geology Today Pub Date : 2024-02-08 DOI:10.1111/gto.12460
Robin Bailey
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Abstract

By the end of the nineteenth century, biostratigraphy had come to be thought of as a matter of induced extinctions, of varying severity, subsequent to which some surviving species would go on to generate forms adapted to the changed Earth environment. John Phillips', proposal from 1841, that the systems comprising the biostratigraphical record could be packaged into three eras—Palaeozoic, Mesozoic and Cenozoic—recognized that the end Permian and end Cretaceous were defined by extinctions that globally eliminated a large proportion of the previously abundant and long-lived terrestrial and marine taxa. These two key horizons are now seen as defining two of a series of at least five Phanerozoic global mass extinctions, each of which suggested a short-lived major disruption of the entire biosphere.

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物种大灭绝及其原因
到十九世纪末,生物地层学已被认为是一个诱发灭绝的问题,灭绝的严重程度各不相同,一些幸存的物种会在灭绝后继续产生适应变化了的地球环境的形式。约翰-菲利普斯(John Phillips)在 1841 年提出,生物地层记录系统可分为三个时代--古生代、中生代和新生代--他认识到,二叠纪末和白垩纪末的生物灭绝在全球范围内消灭了大部分以前大量存在的长寿陆生和海生类群。现在,这两个关键地层被认为是至少五次新生代全球大灭绝系列中的两次,每次灭绝都意味着整个生物圈的短暂大破坏。
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