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Photogrammetry and Reflective Transformational Imaging models of traumatic injuries from Iron and Viking-Age Scandinavia: A BODY-POLITICS Dataset Cover

Photogrammetry and Reflective Transformational Imaging models of traumatic injuries from Iron and Viking-Age Scandinavia: A BODY-POLITICS Dataset

Open Access
|Oct 2026

Figures & Tables

Table 1

Overview of the ‘Body-Objects’ digital imaging dataset.

INDIVIDUAL NUMBERFIND IDSITEDATE (BCE/CE)OSTEOLOGICAL SEXGENETIC SEXAGE-AT-DEATHVIOLENCE RELATED INJURIES AND OTHER TRAUMAMUSEUM AND COLLECTION LOCATION
1X2753Postgården VIUncal. BP 2323 ± 24; cal. 414-362 BCE (94.4%)
OR
273-264 BCE (1% BCE)
Unobs.Male2–4 yrs.A single possible perimortem sharp-force injury to right side of cranium (c. 33.1 mm in margin), accompanied by perimortem fractures to right orbit (c. 10.9 mm margin)– resulting from the original impactHistorical Museum of Northern Jutland (Aalborg, Denmark)
4X558TokkendrupLate PRIA – Early RIA
(ceramic type)
Unobs.n/aAdultTwo perimortem blunt-force injuries, located (1) on the right parietal bone superior to the temporal bone (c. 18.6 mm diameter), and (2) in middle of forehead above right orbit (c. 13.94 mm diameter)Museum Odense (Odense, Funen, Denmark)
114278-PFRosengadeUncal. 1180 ± 20; cal. 772-894 CE (91.7%)
OR
929-944 CE (3.8%)
MaleFemale18–25 yrs.A single possible sharp-force injury to the left side of the face (c. 29.9 mm across), accompanied by extensive taphonomic damage to craniumMoesgaard Museum (Aarhus, Denmark)
12A1860Gammel LejreUncal. 1045 ± 50
cal. 887-1050 (82.9%)
OR
1080-1153 CE (12.6%)
Malen/a30–35 yrs.Five distinct instances of traumatic injuries: (1) misaligned healed fracture (malunion) to left clavicle; (2) healed fracture (malunion) to right ulna [possible parry fracture]; (3) antemortem blunt-force injury to left side of forehead (c. 27.5 mm diameter); (4) antemortem blunt-force injury to right side of the posterior frontal (c. 23.9 mm diameter); and (5) additional antemortem blunt-force injury to right side of forehead, above the orbit (c. 13.5 mm diameter).Roskilde Museum (collection housed at the Globe Institute in Copenhagen, Denmark)
Figure 1

3D modelling of sharp- and blunt-force trauma injuries in the ‘Body-Objects’ digital imaging dataset generated with Agisoft Metashape: (1a) Ectocranial view of Individual 1 in solid mode; (1b) Endocranial view of Individual 1 in textured mode, showing a discrete area of shadow artefact [green dashed circle]; (2a) Superoanterior view of cranium of Individual 12 in solid mode, revealing an additional blunt-force trauma injury [red arrows]; (2b) Frontal view of Individual 12 in textured mode, highlighting areas of shadow artefacts [green dashed circles]; (3a) Frontal view of cranium of Individual 11 in textured mode, demonstrating a large software processing artefact [white dashed circle] resulting from a lack of information leading to loss of texture on the 3D model; (3b) Lateral view of left orbital and frontotemporal region of Individual 11 in textured view (figure by E. Tollefsen).

Figure 2

RTI modelling of sharp- and blunt-force trauma injuries in the ‘Body-Objects’ digital imaging dataset using PTM18(*) and HSH27(**) models generated with RTIViewer: (1a) Superoposterior view of cranium of Individual 1 under Default view**; (1b) Superolateral view of Individual 1 using Specular Enhancement mode**; (2a) Superior view of cranium of Individual 4 under Default view**; (2b) Close-up of lateral portion of frontal using Coefficient Unsharp Masking mode*; (2c) Close-up of anterior portion of frontal using Dynamic Multi Light mode*; (3a) Anterior view of cranium of Individual 11; (3b) Superior view of anterior portion of frontal using Coefficient Unsharp Masking mode*; (3c) Superior view of anterior portion of frontal using Diffuse Grain mode*; (3d) Superior view of left orbit using Specular Enhancement mode*; (3e) Anteroinferior view of right orbit using Coefficient Unsharp Masking mode* (figure by E. Tollefsen).

Table 2

Overview of image counts and Agisoft Metashape workflow settings used during generation of photogrammetric models within dataset.

INDIVIDUAL NUMBERFIND IDTOTAL NUMBER OF IMAGESNUMBER OF FACESNUMBER OF TIE POINTSACCURACY SETTINGANY EXTERNAL CONTROL POINTS?
1X2753257176 52288 582HighNo.
114278-PF368659 782204 317HighNo.
12A18603193 094 642173 283HighNo.
DOI: https://doi.org/10.5334/joad.216 | Journal eISSN: 2049-1565
Language: English
Page range: 22 - 22
Submitted on: Jun 2, 2026
Accepted on: Oct 9, 2026
Published on: Oct 21, 2026
Published by: Ubiquity Press
In partnership with: Paradigm Publishing Services

© 2026 Emma Tollefsen, Vasiliki Louka, Marianne Hem Eriksen, published by Ubiquity Press
This work is licensed under the Creative Commons Attribution 4.0 License.