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Human dispersal and interaction during the spread of microblade industries in East Asia

机译:东亚微刀片产业传播过程中的人类传播和互动

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Analyses of microblade industries shed light on the human dispersal and technological diffusion in the terminal Upper Paleolithic of East Asia. From ca. 27-17 ka, with the advances of the Last Glacial Maximum (LGM), the Mammoth Steppe and its associated mammoth fauna shifted southward. In the wake of these changes, human groups with the Northern Microblade Industries (NMI) also migrated southward to Northeast China. NMI did not appear in North China, so it is presumed that those migrating human groups did not extend their activity areas beyond NE China. Meanwhile, the human groups with small flake tool industries in North China appear to have interacted with those groups with NMI at the ecological border area between NE. China and N. China, and obtained the microblade technology of pressure flaking, wedge-shaped micro-cores, transverse burins with marginal retouch and other elements of NMI, leading to the formation of the microblade industries that are unique to N. China. Technological elements of the NMI that appeared in N. China are regarded as the result of external expansion diffusion. Among the distinct features of the microblade industries in N. China is the microblade technology based on pyramidal micro-cores. This technology was transferred to Southwest Japan. This transfer of microblade technology and its spread across SW Japan was carried out through the materials and information exchange network that had connected N. China and SW Japan since the prestage of microblade industry. This diffusion of microblade technology is also regard as an example of external expansion diffusion. From ca. 17-9 ka, human groups that were migrating with NMI through NE China were able to enter N. China because of their flexible "collector" subsistence strategy and high level of adaptability to the environment. The appearance of NMI in N. China is regard as the result of external relocation diffusion. The technological transfer also occurred between the migrating human groups and the indigenous groups. The indigenous ones in turn adopted the technology of NMI, invented small bifacial points. This process is an example of expansion diffusion.
机译:对微刀片产业的分析揭示了东亚上古石器时代末期的人类传播和技术传播。从大约随着最后冰川期(LGM)的发展,公元27-17年,猛mm草原及其相关猛ma动物群向南转移。在这些变化之后,具有北方微刀片工业(NMI)的人类群体也向南迁移到了中国东北。 NMI并未出现在华北地区,因此可以推测,那些正在迁移的人类群体并未将其活动范围扩展到中国东北地区。同时,华北地区片状工具行业较小的人群似乎与那些在东北部之间的生态边界地区具有NMI的人群进行了互动。中国和北中国,并获得了压片,楔形微芯,带有轻微修饰的横向毛刺和NMI其他元素的微刀片技术,从而形成了北中国特有的微刀片产业。 N.中国出现的NMI的技术要素被认为是外部扩张扩散的结果。中国北部微刀片产业的显着特征之一就是基于金字塔形微芯的微刀片技术。这项技术被转移到日本西南部。微刀片技术的这种转移及其在日本西南地区的传播是通过自微刀片行业前期以来就已经连接新中国和日本西南地区的材料和信息交换网络进行的。微刀片技术的这种扩散也被视为外部膨胀扩散的示例。从大约17-9 ka,通过NE China向NMI迁移的人类群体能够进入N. China,这是因为它们具有灵活的“收集器”生存策略和高度的环境适应性。 NMI在中国北部的出现被认为是外部搬迁扩散的结果。技术转让也发生在移徙的人类群体和土著群体之间。反过来,土著人则采用了NMI技术,发明了小的双面点。这个过程是膨胀扩散的一个例子。

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