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The Khvalynian transgressions and early human settlement in the Caspian basin

机译:里海盆地的Khvalynian犯罪和人类早期定居

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摘要

Radiocarbon dates for both Lower and Upper Khavalynian transgressions fall in the timespan between 10 and 17 ka BP, with 13.6-11.8 ka BP, as the most probable age. This transgression supposedly proceeded as a rapid succession of sea-level fluctuations. The initial emergence of Mousterian industries in the Caspian basin as indicated by the Volgograd site, might be correlated with a mild interval preceding the Atelian regression, which was broadly contemporaneous with the Last Glacial maximum (25-18 ka BP). The subsequent expansion of Mousterian sites was largely coeval with the Khvalynian transgression. Supposedly, specific environments that arose in the Caspian basin favoured a prolonged conservation of the Mousterian technique, and, possibly, a survival of Neanderthal populations. A possible factor is a 'cascade' of Eurasian basins that included the Caspian-Black Sea 'spillway', which effectively isolated the Caucasian-Central-Asian area.
机译:下部和上部哈瓦利山脉海侵的放射性碳年代是在10和17 ka BP之间,最可能的年龄是13.6-11.8 ka BP。据推测,这种侵害是随着海平面波动的迅速发生而进行的。伏尔加格勒遗址表明,里海盆地穆斯特工业的初现可能与阿特利安回归之前的温和间隔有关,后者与上一次冰川期最大值(25-18 ka BP)大致同时发生。 Mousterian遗址的随后扩张在很大程度上与Khvalynian的侵略同时发生。据推测,里海盆地出现的特定环境有利于穆斯特技术的长期保存,并可能有助于尼安德特人的生存。一个可能的因素是欧亚盆地的“梯级”,其中包括里海-黑海“溢洪道”,有效地隔离了高加索-中亚-亚洲地区。

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  • 来源
    《Quaternary International》 |2010年第2期|p.152-159|共8页
  • 作者单位

    University of Newcastle upon Tyne, School of Historical Sciences, Armstrong Building, Newcastle upon Tyne, Tyne and Wear NE1 7RU, UK;

    rnInstitute of Geography, Russian Academy of Science, 109017 Moscow, Russia;

    rnInstitute of Geography, Russian Academy of Science, 109017 Moscow, Russia;

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