首页> 外文期刊>Quaternaire >NEW ARCHAEOZOOLOGICAL AND TAPHONOMIC ANALYSIS ON MACRO-AND MEGAFAUNA REMAINS FROM THE LOWER PALAEOLITHIC SITE OF FICONCELLA (TARQUINIA, CENTRAL ITALY)
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NEW ARCHAEOZOOLOGICAL AND TAPHONOMIC ANALYSIS ON MACRO-AND MEGAFAUNA REMAINS FROM THE LOWER PALAEOLITHIC SITE OF FICONCELLA (TARQUINIA, CENTRAL ITALY)

机译:来自宏观和梅格约的新古代动物学分析来自Ficoncella(Tarquinia,意大利Tarquinia)

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摘要

The site of Ficoncella is located to the north of Rome (Central Italy). It is an alluvial context where animal bones and lithic remains were buried over a short, space of time in a tloodplain environment during the Lower Palaeolithic. The main faunal evidence is represented by parts of a straight-tusked elephant carcass, but remains belonging to other ungulate species were also identified e.g. cervid and equid hones, as well as diaphysis fragments belonging to small and middle-sized ungulates. The use-wear analysis of lithic implements revealed traces related to action on materials of soft to medium hardness. These could be the result of carcass processing, although direct interaction between hominins and animals has not as yet been established. New taphonomic and zooar-chaeological data are presented in this paper. Cervids and equid hones, as well as diaphysis fragments belonging to small and middlesized ungulates, were identified. A shaft portion shows green bone fractures and an impact notch. Some bone flakes were identified among the fragments attributed to megafauna. The current results show that the site of Ficoncella was buried over a short space of time in a floodplain environment. This new analysis allows us to identify a broader range of Hominin activities at the site.
机译:Ficoncella的网站位于罗马北部(意大利中部)。它是一种冲积的背景,在低层古石英中,动物骨骼和岩石仍然被埋在一个矮小的时间内的缺失的时间内。主要的粪便证据是由一部分直的大象胴体的部分代表,但也鉴定了属于其他脱悬的物种。 Cervid和Equid HONES,以及属于小型和中尺寸的UNUCULATE的骨干碎片。岩石工具的使用 - 磨损分析显示了与柔软到中硬度的材料的动作相关的痕迹。这些可能是胴体加工的结果,尽管母体和动物之间的直接相互作用尚未建立。本文介绍了新的撰写和Zooar-Chaigical数据。鉴定了巩膜和平均母蹄,以及属于小和中间化的非化菌素的骨干碎片。轴部分显示绿骨骨折和冲击缺口。在归因于Megafauna的碎片中鉴定了一些骨薄片。目前的结果表明,Ficoncella的部位被埋在洪泛环境中的一段时间内。这一新分析允许我们识别该网站上的更广泛的母体活动。

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