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Evolution of prehistoric dryland agriculture in the arid and semi-arid transition zone in northern China

机译:中国北方干旱半干旱过渡带史前旱地农业的演变

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摘要

Based on chronological and archaeobotanical studies of 15 Neolithic and Bronze Age sites from the northern Chinese Loess Plateau and southern Inner Mongolia—the agro-pastoral zone of China–we document changes in the agricultural system over time. The results show that wheat and rice were not the major crops of the ancient agricultural systems in these areas, since their remains are rarely recovered, and that millet cultivation was dominant. Millet agriculture increased substantially from 3000 BC–2000 BC, and foxtail millet evidently comprised a high proportion of the cultivated crop plants during this period. In addition, as the human population increased from the Yangshao to the Longshan periods, the length and width of common millet seeds increased by 20–30%. This demonstrates the co-evolution of both plants and the human population in the region. Overall, our results reveal a complex agricultural-gardening system based on the cultivation of common millet, foxtail millet, soybeans and fruit trees, indicating a high food diversity and selectivity of the human population.
机译:根据对中国黄土高原北部和内蒙古南部(中国的农牧区)的15个新石器时代和青铜时代遗址的年代和考古学研究,我们记录了农业系统随时间的变化。结果表明,小麦和稻米并不是这些地区古代农业系统的主要农作物,因为它们的残留物很少被回收,而小米种植占主导地位。从公元前3000年到2000年,小米农业大幅度增长,在这一时期,谷子粟显然占耕种作物的很大比例。此外,随着人口的增加,从仰韶到龙山时期,普通小米种子的长度和宽度增加了20%至30%。这证明了该地区植物和人口的共同进化。总体而言,我们的结果表明,基于普通小米,谷子小米,大豆和果树的栽培,农业园艺体系十分复杂,这说明人们具有很高的食物多样性和选择性。

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