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Swept under the rug: The problem of unacknowledged ambiguity in lithic residue identification

机译:席卷地下:在石块残留物识别中存在未被承认的歧义问题

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Microscopic analysis of organic residues on stone tools is used to interpret prehistoric stone tool functions. The morphology of some residues can be difficult to interpret, yet this ambiguity is rarely acknowledged in the literature. Our research seeks to understand the nature of this ambiguity by objectively identifying ambiguous residues in our reference collection. We trained four archaeologists in residue analysis using one part of our reference collection, then tested their ability to identify sixty-eight residues in another part of the same collection. Forty-eight of the residues in the test (70%) were correctly identified by three or all four subjects. We considered the remaining twenty residues, which were correctly identified by two or fewer of the subjects, to be ambiguous. These are most often in the hide-scraping, bone-scraping, and hardwood-scraping (macerated) categories, and tend to have an atypical morphology which falls in the range of variability of another residue category. Some of these residues also have optical properties which make them more difficult to image than others. We explore the potential for scanning electron microscopy (SEM) to improve residue identification in a second test. This test shows a modest improvement in identification success rates of ambiguous residues when SEM images are included. We conclude that while images from different types of microscopes can improve reliability of identification, some residues will always be ambiguous. Rather than being ignored, these ambiguities should be brought to light, closely examined, and published as such.
机译:石材工具上有机残留物的微观分析用于解释史前石材工具的功能。一些残基的形态可能难以解释,但是这种歧义在文献中很少得到承认。我们的研究旨在通过客观地识别参考文献中的歧义残基来理解这种歧义的本质。我们使用参考合集的一部分对四名考古学家进行了残留分析培训,然后测试了他们识别同一合集的另一部分中六十八个残留物的能力。测试中的四十八个残渣(70%)被三名或全部四名受试者正确识别。我们认为剩下的二十个残基是模棱两可的,这些残基已被两个或更少的受试者正确识别。这些最常在生皮,骨骼和硬木(浸渍)类别中,并且倾向于具有非典型形态,该形态属于另一种残渣类别的可变性范围。这些残留物中的一些还具有光学性质,这使其比其他残留物更难成像。我们在第二次测试中探索了扫描电子显微镜(SEM)改善残留物识别的潜力。该测试表明,当包含SEM图像时,歧义残基的识别成功率有一定程度的提高。我们得出的结论是,尽管来自不同类型显微镜的图像可以提高识别的可靠性,但某些残留物始终是模棱两可的。这些歧义不应被忽视,而应被揭露,仔细研究和发布。

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