显微 CT 分析揭示了公元前 10 世纪长江下游水稻驯化的开端

Ting An, Zhiheng Zhang, Yunfei Zheng, Yu Peng, Jiajing Wang, Leping Jiang, Xinyi Liu, Martin K. Jones
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摘要

长江下游流域被公认为最早的水稻农业中心。根据小穗基部的形态,水稻的驯化过程可追溯到公元前 9000 年至公元前 5000 年之间。然而,由于该地区几乎没有大型植物遗存,因此公元前 9000 年之前的水稻驯化状况仍是一个争论的话题。本研究旨在通过调查长江下游最早的新石器时代遗址--上山遗址出土的陶片中发现的水稻印痕和夹杂物来填补这一空白。本研究利用显微CT分析技术,对184件陶片中的稻穗基部印模进行了检测,从而建立了最广泛的商山早期稻米遗存数据库。研究结果为了解公元前 10 世纪长江下游地区水稻驯化的早期阶段提供了宝贵的信息。这项研究开创性地使用显微CT技术对带有早期植物印记的陶片进行分析。
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MicroCT analysis reveals insights into the beginning of rice domestication in the Lower Yangtze during the 10th millennium BP
The Lower Yangtze valley is widely recognized as the earliest center of rice agriculture. The process of rice domestication, based on the morphology of spikelet bases, has been traced between 9000 and 5000 BP. However, the domestication status of rice before 9000 BP remains a subject of debate due to the near absence of macrobotanical remains in the region. This research aims to address this gap by investigating rice impressions and inclusions found in ceramic sherds from Shangshan site, the earliest Neolithic site in the Lower Yangtze valley. Utilizing microCT analysis, this study examined 184 impressions of Oryza sp. spikelet bases from ceramics sherds, generating the most extensive database of rice remains dating to the early Shangshan phase. The results offer valuable insights into the early onset of rice domestication in the Lower Yangtze during the 10th millennium BP. This study represents a pioneering use of microCT analysis of ceramic sherds with early plant impressions.
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