Moraitis Konstantinos, Spiliopoulou Chara
Department of Forensic Medicine and Toxicology, School of Medicine, University of Athens, Athens, Greece.
J Forensic Leg Med. 2010 Aug;17(6):298-303. doi: 10.1016/j.jflm.2010.04.008. Epub 2010 Apr 27.
Mammalian carnivores rank among the most common scavengers of human remains. The present study discusses the forensic implications that carnivore scavenging had on human remains recovered from outdoor locations in Greece, and reviews the current literature on this subject. The forensic anthropological investigation indicated that carnivores were able to disarticulate and scatter body parts and personal effects over the recovery area, destroy skeletal elements and affect their survival, and alter or destroy indicators related with the cause and manner of death. In one case, scattering of bones over a considerable distance compromised the recovery efforts, causing later a problem in re-associating the skeletons. Other taphonomic factors than scavenging such as rolling of skeletal elements may be also responsible for the movement of bones. Carnivore scavenging was also responsible for the production of tooth marks on bone, and for bone removal especially noted on the articular ends of long bones. Matching different bone alterations with such activity is of vital importance since as it was seen carnivore scavenging can confound the interpretation of perimortem skeletal trauma.
哺乳动物食肉动物是人类遗骸最常见的食腐动物之一。本研究讨论了食肉动物食腐对从希腊户外地点找回的人类遗骸的法医学影响,并回顾了关于这一主题的当前文献。法医人类学调查表明,食肉动物能够在回收区域内分解并散落身体部位和个人物品,破坏骨骼元素并影响其留存,改变或破坏与死亡原因和方式相关的指标。在一个案例中,骨头在相当远的距离内散落,影响了回收工作,随后在重新拼接骨骼时造成了问题。除了食腐之外的其他埋藏学因素,如骨骼元素的滚动,也可能导致骨头移动。食肉动物食腐还会在骨头上留下牙印,并导致骨头被移除,尤其在长骨的关节端较为明显。将不同的骨骼改变与这种活动相匹配至关重要,因为正如所见,食肉动物食腐会混淆对生前骨骼创伤的解读。