NMS - Imaging Centre Enhancement (N-ICE)
Lead Research Organisation:
National Museums Scotland
Department Name: Collection Services
Abstract
National Museums Scotland (NMS) is an IRO holding one of the largest and most diverse national heritage collections in the UK. Our collection comprises over 12.4 million objects across five collecting areas - Science & Technology, Scottish History & Archaeology, Natural Sciences, World Cultures, and Art & Design. NMS has four display sites - the National Museum of Scotland, the National Museum of Rural Life, the National Museum of Flight and the National War Museum. Our fifth site, the National Museums Collection Centre (NMCC), is a facility of national and international significance. Located in Granton, Edinburgh, NMCC is the heart of NMS' collections research and care with 99.8% of the estimated 12.4 million items held, accessed, cared for and researched at this site. NMCC includes facilities for conservation, heritage science, photography and digitisation.
Imaging is a key element of any conservation and research undertaken on the museum's collections. At our NMCC facility, NMS science and digitisation infrastructures were consolidated in 2017 to focus on imaging of our objects for academic research, conservation work and overall to preserve our collections. Increasingly hard to service and maintain, and functioning with lower efficiency, and throughput key items of existing capital equipment are now beyond their normal life span. All equipment requested focus on our identified need for imaging techniques, particularly techniques that are non-invasive, high-resolution and can be used in concert to inform our understanding of a range of materials.
We propose an upgrade of our current SEM to a variable pressure (VP) field emission scanning electron microscope (FE-SEM), with a large chamber and set-up with new analytical detectors. The upgraded system will create an analytical platform into the next decade which will be a formidable resource for researchers working on the collections and in the field of heritage science, archaeological science, chemistry, and geological and botanical collections in Scotland and the North of the UK. The addition of a high-resolution digital microscope, available to be mounted on a long-reach flexible arm, will allow in-situ investigation of large artefacts for research, during conservation or for example in the museum's storage areas or galleries (saving time and increasing the range of objects that can be studies). The upgrade our current X-ray system to a more powerful unit with a larger enclosure and working with computed radiography (CR) will greatly increase the range of applications as well as efficiency and throughput and overcome environmental issues.
To support our programme of imaging equipment our photography studios will be enhanced by the purchase of equipment to take multi-spectral images of objects for research; the upgrade of our photography studio spin equipment will enhance the facility so that it can capture 3D photogrammetry with a resolution appropriate for detailed research investigation; lighting will be enhanced so that images can be captured in more detail for study. Finally, the replacement of our research library flatbed scanner with a Bookeye A2 Professional Book Scanner will allow us to digitise our Special Collections at a pace which is currently unobtainable.
The investment from the AHRC Capability for Collections Fund (CapCo) will provide timeous resources to replace and update key collections science and digitisation equipment essential to supporting NMS strategic aims. Crucially, the NMS-Imaging Centre Enhancement (N-ICE) funding will secure the continuation of the NMS tradition of collaboration with academic and heritage institutions, in the UK and internationally.
Imaging is a key element of any conservation and research undertaken on the museum's collections. At our NMCC facility, NMS science and digitisation infrastructures were consolidated in 2017 to focus on imaging of our objects for academic research, conservation work and overall to preserve our collections. Increasingly hard to service and maintain, and functioning with lower efficiency, and throughput key items of existing capital equipment are now beyond their normal life span. All equipment requested focus on our identified need for imaging techniques, particularly techniques that are non-invasive, high-resolution and can be used in concert to inform our understanding of a range of materials.
We propose an upgrade of our current SEM to a variable pressure (VP) field emission scanning electron microscope (FE-SEM), with a large chamber and set-up with new analytical detectors. The upgraded system will create an analytical platform into the next decade which will be a formidable resource for researchers working on the collections and in the field of heritage science, archaeological science, chemistry, and geological and botanical collections in Scotland and the North of the UK. The addition of a high-resolution digital microscope, available to be mounted on a long-reach flexible arm, will allow in-situ investigation of large artefacts for research, during conservation or for example in the museum's storage areas or galleries (saving time and increasing the range of objects that can be studies). The upgrade our current X-ray system to a more powerful unit with a larger enclosure and working with computed radiography (CR) will greatly increase the range of applications as well as efficiency and throughput and overcome environmental issues.
To support our programme of imaging equipment our photography studios will be enhanced by the purchase of equipment to take multi-spectral images of objects for research; the upgrade of our photography studio spin equipment will enhance the facility so that it can capture 3D photogrammetry with a resolution appropriate for detailed research investigation; lighting will be enhanced so that images can be captured in more detail for study. Finally, the replacement of our research library flatbed scanner with a Bookeye A2 Professional Book Scanner will allow us to digitise our Special Collections at a pace which is currently unobtainable.
The investment from the AHRC Capability for Collections Fund (CapCo) will provide timeous resources to replace and update key collections science and digitisation equipment essential to supporting NMS strategic aims. Crucially, the NMS-Imaging Centre Enhancement (N-ICE) funding will secure the continuation of the NMS tradition of collaboration with academic and heritage institutions, in the UK and internationally.
Organisations
People |
ORCID iD |
| Lore Gertrud Troalen (Principal Investigator) |
Publications
Paul E
(2023)
Small socketed axeheads from northern Britain some finds 'of more than ordinary interest'
in Proceedings of the Society of Antiquaries of Scotland
Troalen Lore
(2024)
Decoding the Jewels, Renaissance Jewellery in Scotland
Troalen Lore
(2023)
Silver in Early Medieval Scotland: technologies and microscopic study
| Description | The equipment funded by this AHRC continues to provide impacts in ways that NMS can undertake research and facilitate research of research projects involving collections. The economic impact is yet to be fully realised. The economic impact on NMS on the organisation is measurable saving time and increasing productivity. We expect the impact of the equipment funded of this grant to continue through the rest of the grant. Cultural benefits now include access easier access to digitised collections. |
| First Year Of Impact | 2021 |
| Sector | Culture, Heritage, Museums and Collections |
| Impact Types | Cultural Economic |
| Title | 360 degree spins data set |
| Description | The PhotoRobot equipment was used to produce 35 new datasets on the collections (360 degree spins), all accessible to members of the public and external researchers on the NMS webpage. |
| Type Of Material | Database/Collection of data |
| Year Produced | 2024 |
| Provided To Others? | Yes |
| Impact | Increased access to members of the public and external researchers to study the NMS collections using online dataset. |
| URL | https://nms360.sirv.com/Spins/ilay%20dial/ilay%20dial.spin |
| Title | Graham Gadd Furniture Bills collection |
| Description | The Bookeye 5 scanner was used to digitise the NMS Graham Gadd collection of bills and billheads as a joint internship between BIFMO (British and Irish Furniture Makers Online) and National Museums Scotland. |
| Type Of Material | Database/Collection of data |
| Year Produced | 2025 |
| Provided To Others? | Yes |
| Impact | These scans have made the collection accessible for researchers to access online. |
| URL | https://bifmo.furniturehistorysociety.org/blog/graham-gadd-archive-at-national-museums-scotland |
| Description | Course |
| Form Of Engagement Activity | Participation in an activity, workshop or similar |
| Part Of Official Scheme? | No |
| Geographic Reach | National |
| Primary Audience | Postgraduate students |
| Results and Impact | A one day course on the project 'Unwrapping the Galloway Hoard' was held at Oxford University, Department for Continuing Education (1 February 2025), a ticketed event attended by 25 people. There were particular questions at the end of this talk about the scientific analysis undertaken on the hoard material using the scientific equipment purchased with the award. |
| Year(s) Of Engagement Activity | 2025 |
| Description | Exhibition display |
| Form Of Engagement Activity | A press release, press conference or response to a media enquiry/interview |
| Part Of Official Scheme? | No |
| Geographic Reach | Local |
| Primary Audience | Media (as a channel to the public) |
| Results and Impact | The Balgay jet necklace and bracelet: The jet necklace and bracelet date to the Early Bronze Age and were found in a burial cist at Balgay, Angus, in 1870. The objects survived as 42 loose beads and nine 'spacer plates' and had never been displayed before. Working with curatorial staff, scientist and conservators, the two objects were reconstructed to form the centre piece of a new display at The McManus: Dundee's Art Gallery & Museum. In conserving the necklace and the bracelet, the Keyence microscope was used to establish wear patterns on the individual beads as well as highlighting elements of minute decoration. Overall, this allowed their painstaking reconstruction for the display. Once restrung, the necklace and bracelet were x-rayed, which revealed key aspects of the intricate manufacture of the beads and the objects in their entirety. The microscope images and x-ray featured in the display board and this represents an excellent example of inter-disciplinary research, providing sector support for a regional museum. The analytical work was widely lauded and the display of the necklace was highlighted on regional and national news outlets. |
| Year(s) Of Engagement Activity | 2024 |
| URL | https://media.nms.ac.uk/news/bronze-age-jewellery-restored-for-the-first-time-in-thousands-of-years |
| Description | Press release |
| Form Of Engagement Activity | A magazine, newsletter or online publication |
| Part Of Official Scheme? | No |
| Geographic Reach | International |
| Primary Audience | Public/other audiences |
| Results and Impact | The Peebles Hoard is an exceptional group of copper-alloy and organic material excavated under archaeological conditions and dating to the Late Bronze Age. Many of these three thousand-year-old objects are unique in Europe and warrant specialist conservation care and attention. The x-ray equipment was used to investigate some of the copper-alloy items to better understand the complexity of the production techniques and the composite nature of some complex items. This include a sword in a scabbard, unique bronze pins and fittings still set into leather and wood, and rare 'rattle pendants'. Radiography revealed the complex nature of production, which may have been achieved through lost wax casting, which is rare evidence for this time period. The radiographs feature in the press release and subsequent publication material of the hoard. Fundraising is ongoing for the hoard conservation and the x-rays feature in the promotional fundraising materials. |
| Year(s) Of Engagement Activity | 2024 |
| URL | https://the-past.com/feature/unearthing-the-peebles-hoard-a-unique-collection-from-bronze-age-scotla... |