The cemetery

The importance of the Store Frigård cemetery can be compared with such centres in the Baltic during the Roman period as Himlingeøje, Slusegård and Sorte Muld (e.g. Lund Hansen & Bitner-Wróblewska, Reference Lund Hansen and Bitner-Wróblewska2010). The spatial distribution and chronology of burials at Store Frigård indicate that the cemetery developed in three groupings concentrated around three highly visible ridges in the local landscape. At least 650 metal finds (approx. 95% are made of iron) were recorded in the graves (Trolle Reference Trolle and Michałowski2021). The preservation of iron artefacts (ornaments and parts of clothing, tools and weaponry) varies considerably; it is generally better than seen at more recent excavations on Bornholm but earlier conservation methods do not meet modern standards.

Store Frigård, with its centuries of continuous use, is one of the few places on Bornholm and the Baltic Sea which so clearly illustrate trans-regional connections and human mobility. This can be seen, for example, in the so-called ‘Scandinavian belts’ (Becker Reference Becker1992), with decorative, multi-part iron fittings (Figure 2), present across southern Scandinavia in the late pre-Roman Iron Age and early Roman period. Grave inventories and anthropological analyses indicate that these were elements of women's clothing. Although typological analysis suggests that the fitting sets from Store Frigård originate from Gotland or mainland Sweden (Västergötland), it is possible that they were produced locally on Bornholm (based on external originals). Such far-reaching intercultural contacts are also reflected in the unprecedented number of brooches in Scandinavia, i.e. with a triangular bow or a curved bow (so called “geschweifte” brooches), typical mainly of central and northern Poland and Germany in the late pre-Roman Iron Age (Figure 3A); this cultural unification is also witnessed in brooches from the Roman period (Figure 3B). Regarding weaponry, the same types of spearheads, shields and swords were used on Bornholm, on Öland, in Gotland and in southern Scandinavia (Figure 4).

Figure 2.

Finds from grave 94 and a possible belt reconstruction (8). With the exception of the glass bead (3), all the artefacts are made of iron (photograph by R. Fortuna; x-ray by A. Jouttijärvi; drawing by A. Kuzioła).

Figure 3.

Grave furnishings and reconstruction of supposed costumes. A) grave 93: iron brooches, belt hook; B) grave 158: iron knife, copper-alloy brooch, glass and gold beads (drawing by A. Kuzioła; photograph by R. Fortuna).

Figure 4.

Iron shield boss from grave 869 (1) and iron sword from grave 909 (2) (drawing by A. Kuzioła; photograph by R. Fortuna).

The presence of foreign clothing elements can be interpreted as an indication of the diffusion of cultural patterns, exchange and/or trade, and the mobility of people (including artisans), including long- or short-distance exogamy and alliance building. Similarities in weaponry may also indicate the existence of large networks and military alliances. Such large-scale contacts can only be clarified by combining archaeological methods, such as typology, chronology and dispersion of forms, with various modern methods from natural science.

All artefacts and archival finds from the cemetery will be analysed. The project also includes a large number of physical and chemical analyses. The sampling strategy is that the results must be relevant to specific research problems (e.g. local production, human mobility), if possible covering the entire period of cemetery use. Osteological and statistical analyses, with graves grouped according to attributes (e.g. elements of equipment), should help to identify and interpret inter alia social differentiation in the living community (Trolle-Lassen Reference Trolle-Lassen1987). Palaeogeographical studies also aim to reconstruct the local landscape over the period of cemetery use based on georeferenced plans, lidar and three-dimensional models, and to evaluate the scale of its later transformations.

The large number of iron objects from Store Frigård (more than 600) permits metallographic research into provenance and technology, to examine whether the island had the raw materials, local craftsmen and know-how to be self-sufficient, or whether the community was dependent on imports, for example from Sweden. Glass beads were almost certainly not locally produced (Figure 2, no. 3), and analysis of about 20 per cent of the iron objects, all of the copper-alloy and gold objects and most of the glass beads will provide insights into their origins and manufacture.

Pottery was found in approximately 533 graves, though the number of vessels varied. Some of the vessels resemble pottery forms from neighbouring regions in the southern Baltic Sea area. Inductively coupled plasma mass atomic emission spectrometry (ICP-MA/ES) of 50 samples from 34 graves will confirm whether they have a local origin or if some vessels were brought to Bornholm from the surrounding areas.

This will be complemented by stable isotope analysis of bone samples from 25 graves that included both local and possibly foreign equipment. Although such studies have been successfully applied to Iron Age societies in other part of the Baltic area (e.g. Wilhelmson & Price Reference Wilhelmson and Price2017; Łuczkiewicz et al. Reference Łuczkiewicz, Pospieszny, Belka, Łukasik, Krenz-Niedbała, Kuzioła and Kleemann2022), no analyses have yet been conducted on the Early Iron Age population of Bornholm.