O'Reilly Róisín A, Ruffell Alastair, Reimer Paula J
School of the Natural, Built Environment, Queen's University, Belfast, Northern Ireland BT7 1NN, United Kingdom.
School of the Natural, Built Environment, Queen's University, Belfast, Northern Ireland BT7 1NN, United Kingdom.
Sci Justice. 2023 Jan;63(1):1-8. doi: 10.1016/j.scijus.2022.10.002. Epub 2022 Oct 22.
Geophysical investigation of a former convent graveyard for conversion to a community centre identified an unrecorded, unmarked burial below a later burial. Archaeological excavation confirmed the presence of skeletonized human remains, considered by police as a possible clandestine burial. Mortuary examination indicated the remains belonged to a mature adult female. To determine whether the deceased could be a recorded missing person, radiocarbon dating was undertaken on a femur and a rib bone. This is not always straightforward, and results showed two possible ages due to intercepts on either side of the nuclear weapons testing spike in atmospheric C; however, the later dated burial allowed us to constrain the date of a rib to CE 1959. This study demonstrates that dating a second tissue with a longer turnaround time, such as a femur, can help to constrain which side of the bomb spike is most probable. This paper documents in one work the search, scene and sample and then advances this to resolution by anthropological analysis and radiocarbon dating of human remains.
对一座拟改建为社区中心的前女修道院墓地进行地球物理勘探时,在较晚的一处墓葬下方发现了一处未记录、无标记的墓葬。考古发掘证实存在骨骼化的人类遗骸,警方认为这可能是一处秘密埋葬。法医检验表明这些遗骸属于一名成年女性。为确定死者是否为记录在案的失踪人员,对一根股骨和一根肋骨进行了放射性碳年代测定。这并非总是一帆风顺,由于大气碳中核武器试验峰值两侧的截距,结果显示了两个可能的年龄;然而,较晚埋葬的墓葬使我们能够将一根肋骨的年代限定为公元1959年。本研究表明,对周转时间较长的第二种组织(如股骨)进行年代测定,有助于确定炸弹峰值的哪一侧最有可能。本文在一项工作中记录了搜索、现场和样本情况,然后通过人类学分析和对人类遗骸的放射性碳年代测定将其推进到问题的解决。