322 research outputs found
Late Neolithic Amber Beads and Pendants from the Lake Lubāns Wetlands, Latvia
In Late Neolithic Europe, amber beads and pendants were initially mainly made in the coastal zone of the Baltic Sea, due to the presence of amber washed up by the Litorina Sea. There were four principal localized zones of Neolithic amber artifacts in this region: the eastern Baltic, the mouth of the Vistula River, Jutland and Skone, and Fennoscandinavia. The British Isles are regarded as a fifth zone. As the popular-scientific literature has so far provided scant information on the amber-working zone of the eastern Baltic, this article summarizes the findings revealed by extensive archaeological research, particularly during the past forty years
Exploration of the effect of EEG Levels in experienced archers
This preliminary study aims to record the brainwaves of two experienced archers, whist undertaking the process of aiming and shooting arrows at a target. The brainwaves are then analysed for repeatability and dominant characteristics within individual EEG activity. Images of the archers are also recorded to establish reference points within the shot cycle for correlating the EEG data sets
Commentary: Motor imagery during action observation: A brief review of evidence, theory and future research opportunities
La résilience du raisonnement juridique à l’automatisation : pour une approche stratégique de la situation
La résilience du raisonnement juridique à l’automatisation : pour une approche stratégique de la situation
TUBULAR AMBER BEADS FROM THE NEOLITHIC SETLEMENT AT ZVIDZE IN THE LAKE LUBĀNS WETLANDS
This paper discusses the most important ancient amber tubular beads from the Zvidze settlement in the Lake Lubāns wetlands, and their analogies in the forest zone of Eastern Europe. Special attention is paid to specific forms of amber bead: cylindrical, beads with a thickening in the middle part, rounded, arched diamond-shaped and other archaic beads, long and short barrel-type, spool-type, beads with oval pinched cross-cuts, and spherical beads.Analogies of amplified amber beads (with a thickening in the middle) have been found in the very wide area of the forest zone of Eastern Europe (Konchanskoe, Repistche, Tudozero, and so on). A review of the Zvidze tubular amber beads allows us to consider that some bead types (barrel-shaped, spherical, diamond-shaped) are more widespread in the ancient world.Key words: Zvidze settlement, Neolithic, amber, tubular beads, distribution, analogies.DOI: http://dx.doi.org/10.15181/ab.v20i0.81
Leveraging M and S Software to Build Marine Survival Craft Training Simulators
No abstract availabl
Leveraging High Performance Computing to Meet Today's Simulation Density Needs
No abstract availabl
Cooking fish and drinking milk? Patterns in pottery use in the southeastern Baltic, 3300–2400 cal BC
yesA study of pottery vessel contents and use was undertaken in order to obtain information on food processed in Subneolithic and Neolithic vessels from Nida and Šventoji (3300–2400 cal BC). The aim is to assess pottery use during major changes in the coastal environment and in material culture. Bulk carbon and nitrogen isotope, lipid biomarker and compound specific carbon isotope analysis was undertaken on ‘foodcrusts’, charred deposits adhering to vessel surfaces, and absorbed residues from different vessel types. In addition, three archaeological seal bones were analysed for bulk collagen and compound specific carbon isotope analysis to establish collagen-lipid offsets to inform interpretation of the data. The results show that the majority of the vessels were used for processing aquatic products. At Nida the data suggest exploitation of freshwater resources and, in the later stages of occupation, dairying. Analysis of a small number of Subneolithic vessels from Šventoji produced results that are also consistent with processing of aquatic products. Other substances identified include Pinaceae sp. resin or tar and beeswax. These data demonstrate that identifying patterns in pottery use contributes to understanding Neolithisation processes
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