秘鲁南纳斯卡地区长期的骆驼饲养和农业集约化:来自动物同位素的见解

IF 1.1 3区 地球科学 Q2 ANTHROPOLOGY
Jelmer W. Eerkens, Kevin J. Vaughn, Moises Linares-Grados, Christopher Beckham
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引用次数: 0

摘要

摘要研究了来自秘鲁南海岸南纳斯卡地区Upanca考古遗址的骆驼类、洞穴类和cervid化石的稳定同位素(δ 13c、δ 15n和δ 34s)。该遗址的占领始于中古时代(约公元前3200-3000年),并持续到纳斯卡时期(公元100-650年)。公元前2500年以前的遗骸显示出较低的δ 13c和δ 15n值,而这一时期之后的遗骸则显示出同位素值的增加,尤其是变化更大。我们将这种模式解释为标志着农业集约化和骆驼养殖多样化的过程。农业集约化首先从公元前2200 cal开始,在肥沃的土地上种植c3植物,随后增加了c4植物(玉米,猕猴桃,或两者兼而有之)的使用,特别是在公元前800 cal之后。到第一个千年之初,人们开始使用各种各样的策略来饲养大羊驼和羊驼,包括给它们喂食野生或人工种植的c3植物,给它们喂食人工种植的c4植物食物,混合c3和c4植物食物,在自然的沿海环境中喂养一些动物,以及通过狩猎野生骆驼群来获取其他骆驼类动物(guanaco, vicuña)。数据还表明,在公元前1000 cal之后,洞穴至少消耗了一些c4产品,并且随着时间的推移,c4植物的使用也在增加。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Long-Term Camelid Husbandry and Agricultural Intensification in the Southern Nasca Region, Peru: Insight from Faunal Isotopes
Abstract We examined stable isotopes (δ 13 C, δ 15 N, and δ 34 S) of camelid, cavid, and cervid remains from Upanca, an archaeological site located in the Southern Nasca Region on the south coast of Peru. Occupation at the site began in the Middle Archaic (around 3200–3000 BC) and continued through the Nasca period (AD 100–650). Remains predating 2500 BC show low δ 13 C and δ 15 N values, whereas remains after this time show increasing and especially more variable isotopic values. We interpret this pattern as marking both a process of agricultural intensification and camelid husbandry diversification. Agricultural intensification began first with C 3 plants in fertilized fields, beginning around 2200 cal BC, followed by an increasing use of C 4 plants (maize, kiwicha , or both), particularly after 800 cal BC. By the beginning of the first millennium, people were using a diverse range of strategies to raise llamas and alpacas, including feeding them wild or cultivated C 3 plants, feeding them cultivated C 4 plant foods, mixing C 3 and C 4 plant foods, foddering some in natural coastal environments, and acquiring still other camelids by hunting wild stocks (guanaco, vicuña). Data also suggest that cavids were consuming at least some C 4 products after 1000 cal BC and that the use of C 4 plants increased over time.
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