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首页> 外文期刊>Forensic science international >The forensic analysis of soils and sediment taken from the cast of a footprint.
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The forensic analysis of soils and sediment taken from the cast of a footprint.

机译:取材于脚印的土壤和沉积物的法医分析。

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摘要

The routine production of a cast of a shoe-print taken in soil provides information other than shoe size and gait. Material adhering to the surface of the cast represents the preservation of the moment of footprint impression. The analysis of the interface between the cast and soil is therefore a potentially lucrative source of information for forensic reconstruction. These principles are demonstrated with reference to a murder case which took place in the English Midlands. The cast of a footprint provided evidence of a two-way transfer of material between the sole of a boot and the soil of a recently ploughed field. Lumps of soil, which had dried on a boot, were deposited on the field as the footprints were made. Pollen analysis of these lumps of soil indicated that the perpetrator of the imprint had been standing recently in a nearby stream. Fibre analysis together with physical and chemical characteristics of the soil suggested a provenance for contamination of this mud prior to deposition of the footprint. Carbonitrogen ratios of the water taken from the cast showed that distilled water had been used thus excluding the possibility of contamination of the boot-soil interface. It was possible to reconstruct three phases of previous activity of the wearer of the boot prior to leaving the footprint in the field after the murder had taken place. This analysis shows the power of integrating different independent techniques in the analysis of hitherto unrecognised forensic materials.
机译:在土壤中例行制作的鞋印的常规生产可提供除鞋号和步态以外的信息。附着在铸件表面上的材料代表了脚印刻痕的保留。因此,对铸件和土壤之间的界面的分析是用于法医重建的潜在有利可图的信息来源。参照在英格兰中部地区发生的一起谋杀案证明了这些原则。脚印的铸造提供了靴底和最近耕过的田地之间材料双向传输的证据。在制作脚印的过程中,在靴子上干燥的块状土壤沉积在田间。对这些土壤团块的花粉分析表明,烙印的犯罪者最近站在附近的溪流中。纤维分析以及土壤的物理和化学特征表明,在沉积足迹之前,该污泥已被污染。从铸件中取出的水的碳/氮比表明使用了蒸馏水,因此排除了靴底-土壤界面污染的可能性。在谋杀发生后,在离开脚印之前,可以重建靴子佩戴者先前的活动的三个阶段。该分析显示了在迄今无法识别的法医材料分析中整合不同独立技术的能力。

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