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Environment versus behaviour: Zooarchaeological and taphonomic analyses of fauna from the Still Bay layers at Blombos Cave, South Africa

机译:环境与行为:南非Blombos Cave的斯蒂尔湾层动物区系的动物考古学和昆虫学分析

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摘要

Zooarchaeological data offer a unique opportunity to examine both palaeoenvironmental and behavioural trends using single datasets. In this study, we combine taphonomic and palaeoecological analyses of the faunal remains from recent excavations from the Still Bay layers at Blombos Cave to explore subsistence behaviour during this significant period in behavioural modernity. The c. 77-72 ka Still Bay is linked to innovative technology and the expression of complex cognition but is often lumped together as a homogenous entity. Here, we assess subsistence strategies within the Still Bay at Blombos Cave by examining zooarchaeological data from each layer. We investigate temporal changes during this techno-complex in an attempt to place subsistence behaviour within a paleoecological context. Our results show significant differences in surface modification frequencies between the early and middle/later Still Bay phases. Large and medium-sized ungulates were processed differently and filleting was probably an important activity. The data show that changes in shellfish density from the early to later Still Bay correspond to changes in ungulate representation. This may be due to changing environmental conditions around Blombos or shifting foraging strategies. This shift may also be associated with transport decisions for larger mammals. We discuss mobility patterns and the connection between subsistence strategies, environmental change and occupational intensity during the Still Bay levels at Blombos Cave.
机译:动物考古学数据为使用单一数据集检查古环境和行为趋势提供了独特的机会。在这项研究中,我们结合了对最近在Blombos Cave的Still Bay层发掘的动物遗骸的动物学和古生态学分析,以探索在行为现代性这一重要时期内的生存行为。 c。 77-72 ka斯蒂尔湾(Still Bay)与创新技术和复杂认知的表达联系在一起,但通常被归为同质实体。在这里,我们通过检查每一层的动物考古数据来评估布隆博斯洞穴的斯蒂尔湾内的生存策略。我们研究这种技术复杂过程中的时间变化,以试图将生存行为置于古生态环境内。我们的结果表明,早期和中期/后期斯蒂尔湾相之间的表面改性频率存在显着差异。大中型有蹄类动物的处理方式有所不同,并且去骨切片可能是一项重要活动。数据显示,从斯蒂尔湾到早期,贝类密度的变化与有蹄类动物的代表性变化相对应。这可能是由于Blombos附近环境条件的变化或觅食策略的改变。这种转变也可能与较大哺乳动物的运输决定有关。我们讨论了Blombos洞穴的斯蒂尔湾地区的流动模式以及生存策略,环境变化和职业强度之间的联系。

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