最年轻的多巴凝灰岩(YTT,约75 ka)喷发是否真的明确地摧毁了整个东南亚的生命介质,还是仅仅是一个理论争论?对其灾难性事件的全面回顾

IF 1.7 Q3 GEOSCIENCES, MULTIDISCIPLINARY
Ajab Singh , Ashok K. Srivastava
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引用次数: 1

摘要

YTT火山爆发被视为一场灾难性事件,导致森林砍伐、人类瓶颈以及人类在东南亚和非洲的迁徙。然而,火山喷发是否明确地摧毁了亚洲的植被、人类和动物种群,或者它的影响是局部的和适度的,这个问题仍然没有答案。为了更好地理解这一点,我们对文献进行了系统的回顾,特别是在人类居住、植被情景和动物遗迹方面。现有的记录表明,早在上述火山爆发之前,人类就已经出现在非洲了,然而,他们的人口在距今200万年左右减少了。也有证据表明,大约在公元前100年左右,人类开始成群结队地从非洲扩散到包括印度在内的其他大陆,并在公元前60至80年间见证了急剧的增长。基于稳定同位素研究建立的植被情景表明,印度约100 ka存在C3-C4混合植被,这些植被经受住了晚第四纪至全新世的气候波动。脊椎动物化石表明,在晚更新世至全新世期间,印度存在具有遗传多样性的动物种群。多种植被和动物遗迹的存在清楚地表明,YTT火山喷发前后的生物媒介是持久的,并且经历了很长时间的气候变化,因此火山喷发活动的影响微不足道。考虑到这些总结,作者想指出,将现存种群的瓶颈与YTT火山喷发后的影响联系起来是错误的,因为它们在过去和火山喷发后发生的各种气候条件下都有很长的生存历史。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Had Youngest Toba Tuff (YTT, ca. 75 ka) eruption really destroyed living media explicitly in entire Southeast Asia or just a theoretical debate? An extensive review of its catastrophic event

YTT eruption is viewed as a catastrophic event that resulted in deforestation, human bottlenecks and their migration across Southeast Asia and Africa. However, the question of whether the eruption had explicitly destroyed the vegetations, humans and animal populations in the Asia or, its impacts were localized and modest are still remain unanswered. To better comprehend the same, a systematic review of literature has thoroughly been carried out, specifically on the aspects of human inhabitation, vegetational scenario and animal remnants. The existing records suggest that humans were present in Africa long before the said eruption, however, their population had declined around 200 ka BP. It is also established that the humans began spreading out from the Africa in groups to other continents including India around 100 ka and witnessed dramatic growth between 60 and 80 ka. The vegetational scenario established on stable isotopes studies suggest existence of mixed C3-C4 vegetation in India around 100 ka which endured to sustain climatic fluctuations from Late Quaternary to Holocene period. The vertebrate remains indicate that the animal populations with genetic diversity existed in India between Late Pleistocene to Holocene. Existence of both diversified vegetation and animal remains plainly indicate that the living media was persistent and had experienced climatic changes long before and after the YTT eruption, concluding that the eruptive activity had insignificant impacts. Considering these summaries, the authors would like to point out that it would be a wrong attempt to correlate bottleneck of living populations with post-repercussions of YTT eruption as there is a long history of their endurance in various climatic conditions that occurred in the past and after the said eruption.

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来源期刊
Journal of Asian Earth Sciences: X
Journal of Asian Earth Sciences: X Earth and Planetary Sciences-Earth-Surface Processes
CiteScore
3.40
自引率
0.00%
发文量
53
审稿时长
28 weeks
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