Abstract:Bog bodies are among the best-known archaeological finds worldwide. Much of the work on these often extremely well-preserved human remains has focused on forensics, whereas the environmental setting of the finds has been largely overlooked. This applies to both the ‘physical’ and ‘cultural’ landscape and constitutes a significant problem since the vast spatial and temporal scales over which the practice appeared demonstrate that contextual assessments are of the utmost importance for our explanatory frameworks… Show more
“…Our data are presented in regional groupings, listing information about the landscape context at the time of deposition where known, the date and nature of the depositions (fragmented remains, articulated or not) and associated finds. We draw inspiration from Chapman and colleagues’ (2020) framework for a scalar interpretation of bog bodies that proposes a best practice structure, where the micro-scale includes the precise context of the body and its deposition, the meso-scale widens to the wetland context and the macro-scale includes longer-term considerations and landscape archaeology. We consider the micro- and meso-scales as far as is known and where relevant to our analysis in the regional sections.…”
The authors set a relatively small and little-known corpus of human remains recovered from Iron Age wetland contexts in Norway in a wider theoretical framework of sacrifice and personhood. The material studied, fragmentary skeletal remains in wetland contexts, juxtaposed with the better-known bog body tradition of northern Europe, offers a base from which to query constructions and perceptions of personhood. Situating the discussion in a contextual framework and relational underpinnings of ways of being, the authors examine whether or not the assumption that personhood rests in a human body can be implicitly inferred when confronted with ancient human remains, and what this may imply for interpretations of human bodies in votive settings.
“…Our data are presented in regional groupings, listing information about the landscape context at the time of deposition where known, the date and nature of the depositions (fragmented remains, articulated or not) and associated finds. We draw inspiration from Chapman and colleagues’ (2020) framework for a scalar interpretation of bog bodies that proposes a best practice structure, where the micro-scale includes the precise context of the body and its deposition, the meso-scale widens to the wetland context and the macro-scale includes longer-term considerations and landscape archaeology. We consider the micro- and meso-scales as far as is known and where relevant to our analysis in the regional sections.…”
The authors set a relatively small and little-known corpus of human remains recovered from Iron Age wetland contexts in Norway in a wider theoretical framework of sacrifice and personhood. The material studied, fragmentary skeletal remains in wetland contexts, juxtaposed with the better-known bog body tradition of northern Europe, offers a base from which to query constructions and perceptions of personhood. Situating the discussion in a contextual framework and relational underpinnings of ways of being, the authors examine whether or not the assumption that personhood rests in a human body can be implicitly inferred when confronted with ancient human remains, and what this may imply for interpretations of human bodies in votive settings.
“…Archaeological recovery has in fact shown that many of these bog bodies were carefully and deliberately positioned. They were not individuals who became lost in peatlands but were intentional internments in what may have been considered liminal places (Chapman 2015;Chapman et al 2020). In lowland areas of Europe, bodies considered to be dangerous in some way were sometimes deposited far from settlements in remote places such as bogs and swamps (Barber 2010).…”
Peatlands have often been represented in cultural material as being dangerous and inhospitable places, partly based on post-medieval influences, but also partly based on elements of folklore which emphasise the 'other-worldly' and liminal nature of these environments. Using Ilkley Moor, West Yorkshire, as a case study, the role of heritage, folklore and cultural media in guiding perceptions of the landscape is explored. Contemporary society is more diversified than historic situations, and our review indicates that perceptions of heritage landscapes reflect this complexity. The use of the peatland by different groups is explored, before addressing the interconnected roles of folklore and archaeology in past, present and future engagement with this landscape.
“…Furthermore, insight in peatland palaeogeography is key to understand (pre‐)historic human habitation (Van Beek, 2015; Van Beek et al, 2015) and to contextualise exceptional archaeological finds from wetlands (e.g. Chapman et al, 2019; Van Beek et al, 2019). Given the limited understanding on the development of Dutch inland peatlands, we selected a part of the coversand landscape in the Netherlands (Figure 2) as case study region, focusing on the northern area (approximately 4,700 km 2 ).…”
There is a growing interest in the rescue and reuse of data from past studies (so-called legacy data). Data loss is alarming, especially where natural archives are under threat, such as peat deposits. Here we develop a workflow for reuse of legacy radiocarbon dates in peatland studies, including a rigorous quality assessment that can be tailored to specific research questions and study regions. A penalty is assigned to each date based on criteria that consider taphonomic quality (i.e., sample provenance) and dating quality (i.e., sample material and method used). The weights of quality criteria may be adjusted based on the research focus, and resulting confidence levels may be used in further analyses to ensure robustness of conclusions.We apply the proposed approach to a case study of a (former) peat landscape in the Netherlands, aiming to reconstruct the timing of peat initiation spatially. Our search yielded 313 radiocarbon dates from the 1950s to 2019. Based on the quality assessment, the dates-of highly diverse quality-were assigned to four confidence levels.Results indicate that peat initiation for the study area first peaked in the Late Glacial ($14,000 cal years BP), dropped during the Boreal ($9,500 cal years BP) and showed a second peak in the Subboreal ($4,500 cal years BP). We tentatively conclude that the earliest peak was mostly driven by climate (Bølling-Allerød interstadial), whereas the second was probably the result of Holocene sea level rise and related groundwater level rise in combination with climatic conditions (hypsithermal). Our study highlights the potential of legacy data for palaeogeographic reconstructions, as it is cost-efficient and provides access to information no longer available in the field.However, data retrieval may be challenging, and reuse of data requires that basic information on location, elevation, stratigraphy, sample and laboratory analysis are documented irrespective of the original research aims.
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