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The development and application of a diatom-based quantitative reconstruction technique in forensic science

机译:基于硅藻的定量重建技术在法医学中的发展与应用

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摘要

Diatoms are a group of unicellular algae that have been recorded and classified for over 200 years and have been used in a range of applications in forensic science. We have developed a quantitative diatom-based reconstruction technique to confirm drowning as a cause of death and localize the site of drowning in two recent, high-profile, case studies. In both case studies we collected diatom samples from the local and/or regional area to act as a control in the examination of diatom assemblages associated with lungs and clothing. In Case Study 1 the modern analog technique suggested that all lung and clothing samples have statistically significant similarities to control samples from shallow water habitats. In Case Study 2, the analog matching suggested that the majority of lung samples show a statistically significant relationship to samples from a pond, indicating that this was the drowning medium.
机译:硅藻是一组单细胞藻类,已被记录和分类了200多年,并已在法医科学中广泛应用。我们已经开发出了一种基于硅藻的定量重建技术,以确认溺水是死亡的原因,并在两个近期的引人注目的案例研究中确定溺水的地点。在这两个案例研究中,我们都从本地和/或区域区域收集了硅藻样品,以作为对照来检查与肺和衣服相关的硅藻组件。在案例研究1中,现代模拟技术表明,所有肺部和衣物样品与浅水生境的对照样品在统计学上都具有显着相似性。在案例研究2中,类似物匹配表明大多数肺部样品与池塘中的样品显示出统计学上的显着关系,表明这是溺水介质。

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