首页> 外文期刊>The Medico-legal journal >Reply to: Charlier et?al. 2018. Mudslide and/or animal attack are more plausible causes and circumstances of death for AL 288 (‘Lucy’): a forensic anthropology analysis. Medico-Legal Journal 86(3) 139–142, 2018
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Reply to: Charlier et?al. 2018. Mudslide and/or animal attack are more plausible causes and circumstances of death for AL 288 (‘Lucy’): a forensic anthropology analysis. Medico-Legal Journal 86(3) 139–142, 2018

机译:回复:Charlier et?al。 2018年。泥石龙和/或动物袭击是Al 288('Lucy')的更合理的原因和死亡环境:法医人类学分析。 Medico-Chree-Journal 86(3)139-142,2018

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摘要

The Pliocene hominin fossil ‘Lucy’ (A.L. 288-1, Australopithecus afarensis ) was discovered in the Afar region of Ethiopia in 1974 and dates to 3.18 million years in age. In Kappelman et?al.,~(1)we presented the results of a detailed investigation of the skeleton that for the first time identified and described unusual bone-into-bone compressive fractures at several of the major long bone joints. Using multiple criteria, we concluded that these fractures are more likely to be perimortem than postmortem in nature. We next evaluated a number of possible mechanisms that could have produced these fractures and, on the basis of all of the evidence, hypothesised that a fall from considerable height, likely out of a tree, with its resulting vertical deceleration event, most closely matched the pattern of fractures preserved in the skeleton and was also the probable cause of death. Charlier et?al. disagree with our approach and hypothesis, and instead present what they consider to be better evidence supporting two of the other possible mechanisms for breakage that we also investigated, a mudslide/flood, or an animal attack. We here show that the evidence presented by Charlier et?al. is incorrectly interpreted, and that these two alternative hypotheses are less likely to be responsible for the fractures.
机译:1974年在埃塞俄比亚的远处发现,在1974年在埃塞俄比亚的远处发现了全冠军,澳大利亚,Australopithecus Avarensis。在kappelman等中,〜(1)我们介绍了对骨骼的详细研究的结果,这是第一次鉴定和描述在几个主要的长骨关节中的异常骨压缩骨折。使用多个标准,我们得出结论,这些骨折比在自然界中比淘汰术后的可能性。我们接下来评估了许多可能产生这些裂缝的可能机制,并且在所有证据的基础上,假设从相当高的高度下降,可能是从树上脱离它的垂直减速事件,最接近匹配骨折的模式保存在骨架中,也是死亡的可能原因。 Charlier et?al。不同意我们的方法和假设,而是他们认为更好的证据是支持我们还调查,泥石岭/洪水或动物攻击的两个其他可能机制。我们在这里表明Charlier et?al呈现的证据。被解释错误,这两个替代假设不太可能对骨折负责。

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