Scotland’s Archaeological Human Remains Collections project
Resource type
Abstract
Abstract
Archaeological human remains provide a first-hand intimate connection with people who lived and died in the country we now call Scotland. The application of scientific techniques such as ancient DNA and isotopic analysis, as well as imaging techniques like
3D modelling and facial reconstruction, allow us close insights into aspects of past lives and identities, such as what people may have looked like, when they may have moved from one region to another, and who they were related to. Through these methods,
archaeological human remains in Scottish museums contribute to high-impact collaborative research and innovative national and international narratives about the human past in Scotland and the wider world.
As more human remains are uncovered and research interest grows, so does the need to expand storage capacity and enhance the ethical care of these important collections. In 2024, Scotland’s Archaeological Human Remains Collection (SAHRC) project was
initiated, led by National Museums Scotland and Historic Environment Scotland and involving partners from across the UK heritage sector. In collaboration, we aim to address critical issues facing the sector, encompassing the trajectory of human remains
from their excavation to curation and analysis. Of key importance is the need for clear processes by which human remains enter museum collections following excavation.When human remains are retained, they require specialist curatorial care. This
presentation will outline some of the ways we are striving to achieve this, including the development of curatorial guidelines and national research frameworks.
Project(s)
Scotland’s Archaeological Human Remains Collections
Funder
| Funder name | Awards |
Arts and Humanities Research Council | |
Event title
Scottish Archaeological Forum 2025 - Building Bridges: Connecting Scotland's Archaeological Community
Publisher
Scottish Archaeological Forum
Official URL
Rights statement
In Copyright