Suchergebnisse

Numerous and extensive 'Stone Walled Sites' have been identified in southern African Iron Age landscapes. Appearing from around 1200 CE, and showing considerable variability in size and form, these settlements are named after the dry-stone wall structures that characterize them. Stone Walled Sites were occupied by various Bantu-speaking agropastoral communities. In this paper we test the use of pXRF (portable X-ray fluorescence analysis) to generate a 'supplementary' archaeological record where evident stratigraphy is lacking, survey conditions may be uneven, and excavations limited, due to the overall site size. We propose herein the application of portable X-ray fluorescence analysis (pXRF) coupled with multivariate exploratory analysis and geostatistical modelling at Seoke, a southern African SWS of historical age (18th century CE). The aim of the paper is twofold: to explore the potential of the application of a low cost, quick, and minimally invasive technique to detect chemical markers in anthropogenic sediments from a Stone Walled Site, and to propose a way to analyse the results in order to improve our understanding of the use of space at non-generalized scales in such sites. ; This research is funded by Fundación Palarq, calls 2019 and 2020, project "Geo-EtnoArqueologia y uso del espacio (GEA)" entrusted to SB. SM and FM received financial support from the Office of Research and Development at the University of Botswana. The work of SGA was funded by the European Union's MapDung project funded by the EU Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No H2020-MSCA-IF-2017-794823. SB, JAM, ARG, CL and SGA are members of CaSEs Research Group of the Catalan Research Agency (AGAUR SGR-212), which is an associated unit (Unidad Asociada) to the Institucion Mila Y Fontanals of the Spanish Research National Council (CSIC). The funders had no role in study design, data collection and analysis, decision to publish, or preparation of the manuscript. ; Peer reviewed

Numerous and extensive 'Stone Walled Sites' have been identified in southern African Iron Age landscapes. Appearing from around 1200 CE, and showing considerable variability in size and form, these settlements are named after the dry-stone wall structures that characterize them. Stone Walled Sites were occupied by various Bantu-speaking agropastoral communities. In this paper we test the use of pXRF (portable X-ray fluorescence analysis) to generate a 'supplementary' archaeological record where evident stratigraphy is lacking, survey conditions may be uneven, and excavations limited, due to the overall site size. We propose herein the application of portable X-ray fluorescence analysis (pXRF) coupled with multivariate exploratory analysis and geostatistical modelling at Seoke, a southern African SWS of historical age (18 century CE). The aim of the paper is twofold: to explore the potential of the application of a low cost, quick, and minimally invasive technique to detect chemical markers in anthropogenic sediments from a Stone Walled Site, and to propose a way to analyse the results in order to improve our understanding of the use of space at non-generalized scales in such sites. ; This research is funded by Fundación Palarq, calls 2019 and 2020, project "Geo-EtnoArqueologia y uso del espacio (GEA)" entrusted to SB. SM and FM received financial support from the Office of Research and Development at the University of Botswana. The work of SGA was funded by the European Union's MapDung project funded by the EU Horizon 2020 research and innovation programme under the Marie Sklodowska-Curie grant agreement No H2020-MSCA-IF-2017-794823. SB, JAM, ARG, CL and SGA are members of CaSEs Research Group of the Catalan Research Agency (AGAUR SGR-212), which is an associated unit (Unidad Asociada) to the Institucion Mila Y Fontanals of the Spanish Research National Council (CSIC). The funders had no role in study design, data collection and analysis, decision to publish, or preparation of the manuscript.

The aim of the article is to show selected ways of presenting Stone Age archaeological sites in the landscape. The forms of prehistoric archaeological sites monumentalisation in South Korea served as an example here. Displaying Stone Age sites in the landscape is popular in Korea, especially where no remains of former human activity visible in the landscape have been preserved. Establishing reserves, museums and monuments nearby an explored archaeological site is very important for the majority of stakeholders in South Korea. Patriotic factor plays an important role here as for the society in general getting to know the oldest history of the Korean Peninsula is very important, due to the people's attachment to their tradition and culture. The sites described in this article are among the best-known by the researchers and the general public in South Korea. The Sorori site, showing first attempts at rice domestication, was discovered thanks to site prospection carried out before the construction of an industrial complex. The Suyanggae site is the biggest Palaeolithic flint workshop located in the Korean Peninsula, discovered during the rescue excavations connected with construction of a dam on the South Han River. The Jeongok site – one of the most important sites in Eastern Asia due to the discovery of the first Acheulian-type handaxe outside the borders of the Movius line – was accidentally discovered by an American pilot from the nearby military base. All three sites of prehistoric human activity are very important for the world of science as well as for entities responsible for the protection of cultural heritage, being a model for ways of managing museums, reserves, and culture parks established at excavation sites. What is more, in the article a short presentation of developing rescue archaeology is provided, related to rapid industrialization of South Korea.

The phenomenon of the cultural layer is a fundamental concept of archaeology and the main object of study in the practice of field research. Despite this, its definition, surprisingly, still remains undeveloped. The widely known classical definition leaves many important questions unanswered. Thus, what about the horizon, formed in the past by redeposition of material, especially if this is not obvious? Can the bone-bearing horizon (for example, bone deposit of the mammoth "graveyard") definitely human-created but lacking (completely or almost completely) of formal artifacts be regarded as a cultural layer? What about areas of primary archaeological contexts, the elements of which retain their original structure and interconnection, but have lost their original spatial position along with the block of matrix sediments? In similar cases, except for burial structures, the concept of culture-bearing deposits, representing a specific geological formation, will be much more universal. Then culture-bearing deposits are deposits locally enriched with traces of past human activities (artifacts, technological waste, biological remains, structures, i. e., cultural remains sensu lato) as a result of the transfer and accumulation of matter in the process of lithogenesis. It should be emphasized that up to 65 % of the territory of Russia is the permafrost area, while that of the former permafrost zone was significantly larger and included currently unfrozen areas. The culture-bearing deposits of the Stone Age sites of the Late Pleistocene age represented in these regions undoubtedly experienced the impact of cryogenic processes. The study of the Stone Age sites in Eastern Siberia provides the richest opportunities and material for the development of this issue.