McDonald Institute for Archeological Research, Department of Archaeology and Anthropology, University of Cambridge, UK.
Am J Phys Anthropol. 2012 Aug;148(4):543-56. doi: 10.1002/ajpa.22070. Epub 2012 May 3.
Food is well-known to encode social and cultural values, for example different social groups use different consumption patterns to act as social boundaries. When societies and cultures change, whether through drift, through population replacement or other factors, diet may also alter despite unchanging resource availability within a region. This study investigates the extent to which dietary change coincides with cultural change, to understand the effects of large-scale migrations on the populations' diets. Through stable carbon and nitrogen isotope analysis of Iron Age, Roman, and Early Medieval human bone collagen, we show that in Croatia large-scale cultural change led to significant changes in diet. The isotopic evidence indicates that Iron Age diet consisted of C(3) foodstuffs with no isotopic evidence for the consumption of C(4) or marine resources. With the Roman conquest, marine resources were added to the diet, although C(3) foodstuffs continued to play an important role. In the Early Medieval period, this marine component was lost and varying amounts of C(4) foodstuffs, probably millet, were added to the otherwise C(3) diet. In both of these transitions it is likely that the changes in diet are related to the arrival of a new people into the area.
食物是众所周知的编码社会和文化价值观,例如不同的社会群体使用不同的消费模式作为社会界限。当社会和文化发生变化时,无论是通过漂移、人口更替还是其他因素,尽管一个地区的资源供应保持不变,饮食也可能会发生变化。本研究调查了饮食变化与文化变化相吻合的程度,以了解大规模移民对人口饮食的影响。通过对铁器时代、罗马和早期中世纪人类骨骼胶原进行稳定的碳和氮同位素分析,我们表明在克罗地亚,大规模的文化变化导致了饮食的显著变化。同位素证据表明,铁器时代的饮食由 C(3)食物组成,没有 C(4)或海洋资源消耗的同位素证据。随着罗马征服,海洋资源被添加到饮食中,尽管 C(3)食物继续发挥重要作用。在早期中世纪时期,这种海洋成分丢失了,而不同数量的 C(4)食物,可能是小米,被添加到原本的 C(3)饮食中。在这两个过渡时期,饮食的变化很可能与新的人群进入该地区有关。