2020-Vision: Correlative Digital Microscopy for Heritage Research and Outreach
Lead Research Organisation:
University of Portsmouth
Department Name: Sch of the Env, Geography & Geosciences
Abstract
This collaboration between the University of Portsmouth, the Mary Rose Trust and the National Museum of the Royal Navy will provide new capabilities to study and care for some of the most important collections associated with UK maritime heritage. These include the unique Tudor warship the Mary Rose, Vice-Admiral Lord Nelson's flagship at the Battle of Trafalgar, HMS Victory, and Britain's first iron-hulled battleship, HMS Warrior. These collections also include a wide range of artifacts that can inform us about historical events and our cultural heritage. For example, the Mary Rose Museum has a tremendous diversity of materials; from large bronze cannons on wooden gun carriages, to leather boots, personal items, gold coins and other items depicting life on board this Tudor vessel. Improving our understanding of the historical and cultural significance of these artifacts often requires highly-detailed study at microscopic scales. In addition, and whilst in fantastic condition considering their age and the environment they have been subjected to, sadly some deterioration has occurred. The only way to keep abreast of this deterioration and prevent or slow down any further progression, is to fully understand the materials and how they have interacted with the environment.
By replacing ageing microscopes at the Mary Rose Museum and University of Portsmouth with a state-of-the-art digital microscope system, this project will allow conservation and curatorial experts to carry out detailed and wide-ranging analysis of artifacts in these collections. This is essential to fully understand their origin and significance, as well as ensure that they are fully preserved for future generations. A unique aspect of this project is that advanced microscopy capabilities will be seamlessly linked between the museum and the extensive materials characterization laboratories at the University. Samples will be able to be rapidly transferred to a wide-range of powerful instruments that are located just a few minutes walk from the museum, including electron and X-Ray microscopes; providing information about the structure and composition of artifacts that can reveal far more about their origins and required preservation treatments than observation alone.
This work is not only important for the collections of the Mary Rose Trust and National Museum of the Royal Navy, but also to other similar collections around the world that draw upon new knowledge that the University and Mary Rose share with the community. The new digital microscope system will also provide outstanding opportunities to connect the public to the origins, history and conservation of historic artifacts in a level of detail that cannot be readily captured by visual inspection alone. The digital microscope will be widely used for demonstrations at both in-person outreach events and remote online events for organizations and schools.
By replacing ageing microscopes at the Mary Rose Museum and University of Portsmouth with a state-of-the-art digital microscope system, this project will allow conservation and curatorial experts to carry out detailed and wide-ranging analysis of artifacts in these collections. This is essential to fully understand their origin and significance, as well as ensure that they are fully preserved for future generations. A unique aspect of this project is that advanced microscopy capabilities will be seamlessly linked between the museum and the extensive materials characterization laboratories at the University. Samples will be able to be rapidly transferred to a wide-range of powerful instruments that are located just a few minutes walk from the museum, including electron and X-Ray microscopes; providing information about the structure and composition of artifacts that can reveal far more about their origins and required preservation treatments than observation alone.
This work is not only important for the collections of the Mary Rose Trust and National Museum of the Royal Navy, but also to other similar collections around the world that draw upon new knowledge that the University and Mary Rose share with the community. The new digital microscope system will also provide outstanding opportunities to connect the public to the origins, history and conservation of historic artifacts in a level of detail that cannot be readily captured by visual inspection alone. The digital microscope will be widely used for demonstrations at both in-person outreach events and remote online events for organizations and schools.
Description | We have developed new workflows for the advanced characterization of artifacts in museum collections. These enable more rapid, cost-effective and thorough analysis of materials using the latest techniques in microscopy. |
Exploitation Route | New capability that is open and available to researchers, students, interns and visitors. |
Sectors | Education Environment Culture Heritage Museums and Collections |
Description | The findings have enabled new insights into the origins and histories of artifacts in the collections of the Mary Rose Trust and National Museum of the Royal Navy. This has informed both the curation procedures for artifacts and the communication of artifact history in public galleries. Outreach activities and updates to museum displays are ongoing. |
Sector | Education,Culture, Heritage, Museums and Collections |
Impact Types | Cultural |
Description | Purchase of a tandem LALIBS femtosecond laser system for the UK |
Amount | £955,380 (GBP) |
Funding ID | NE/V016911/1 |
Organisation | Natural Environment Research Council |
Sector | Public |
Country | United Kingdom |
Start | 03/2021 |
End | 12/2021 |
Title | Correlative microscopy for heritage research |
Description | The acquisition of a 3D digital microscope and dedicated correlative sample holders has enabled new workflows for correlative microscopy. This enables artefacts from the museum collection to be rapidly characterized by optical, electron and X-ray microscopy. |
Type Of Material | Improvements to research infrastructure |
Year Produced | 2021 |
Provided To Others? | Yes |
Impact | Ongoing research projects, internships and outreach activities. |
Description | Mary Rose Trust Collaboration |
Organisation | Mary Rose Trust |
Country | United Kingdom |
Sector | Charity/Non Profit |
PI Contribution | Expertise in microscopy, and access to specialist microscopy facilities at the University of Portsmouth. |
Collaborator Contribution | Access to curated materials at the Mary Rose Museum, and expertise in heritage science. |
Impact | Ongoing research projects into the collection at the Mary Rose Trust. |
Start Year | 2020 |