Rémi Martineau
CNRS Université de Bourgogne, UMR 6298 ARTeHIS, Department Member
- Archaeology, Neolithic Archaeology, Pottery, Ceramic, Early Neolithic pottery technology, Experimental Archaeology, and 105 moreEthnoarchaeology, Neolithic Europe, Megalithic Monuments, Cultural Evolution, Mesolithic/Neolithic, Lithic Technology (Archaeology), Origins of Agriculture, Wetland Archaeology, Stone artefacts (Archaeology), Flint Mining, Pottery technology and function, Neolithic & Chalcolithic Archaeology, Neolithic & Chalcolithic enclosures, Neolithic, Prehistory, Ceramics (Archaeology), Prehistoric Archaeology, Archéologie, Bell Beakers, Bell Beakers (Archaeology), Pottery (Archaeology), Ceramic Technology, Prehistoric Settlement, Settlement archaeology, Late Neolithic, Archeology, Neolithic flint procurement, Néolithique final, Funerary Archaeology, Chalcolithic Archaeology, Néolithique récent, European Prehistory (Archaeology), Bone and Antler, gvSIG, Ceramic Analysis (Archaeology), Bone Technology (Archaeology), Prehistoric Europe (Archaeology), Neolithic Transition, Lithic Technology, Neolithic France, Néolithique, Lithic Analysis, Prehistoric Archeology, Settlement & Landscape research, Archeologie, Survey (Archaeological Method & Theory), Spatial analysis (Archaeology), Ceramics, Diffusion of Innovations, Préhistoire, Spatial archaeology, Ceramic Petrography, Neolithic Ceramics, Archaeological Science, Settlement Patterns, Flint (Archaeology), Vegetation History and Archaeobotany, Prehistoria, Mechanical Properties of Materials, Lithics, Campaniforme, Archeologia, Landscapes in prehistory, Copper age, Parure, Final neolithic, Chaîne Opératoire, Chalcolithic Pottery, Neolithic pottery, Archaeometry, Tradition, Prehistoric mining, 3) Petrography and Manufacturing Technology of Ancient Ceramics, Middle Neolithic, Change Processes, Lithic Use Wear Analysis, Petroarchaeology, Antler Industry, Néolithique final dans le Nord de la France, Europe (Archaeology), Prehistoric Trade and Exchange, Chasséen, Neolithic burials, Technology, Use Wear Analysis, Alpine jadeitite axeheads, Personal Ornaments In Prehistory, Prehistoric Technology, Megaliths (Archaeology), Schnurkeramik, Anthropomorphic Figurines, Exchange, Lithic Raw Material Sourcing, Neolithic-Chalcolithic, Prehistoric Art, Ancient Technology (Archaeology), Material Culture Studies, Recent Prehistory Enclosures, Neolithic and Chalcolithic, Traceology, Residue and Use-Wear Analysis, Lithics Nephrite Jadeitite Neolithic Prehistory, Jadeite Axe, Cultural Technology, and Analyse Fonctionnelleedit
Dans la Marne, le site de La Crayère à Vert-la-Gravelle a livré une nécropole de quatre hypogées, creusés dans une minière de silex exploitée au Néolithique. Situées au coeur de la plus forte concentration d'hypogées de France, les... more
Dans la Marne, le site de La Crayère à Vert-la-Gravelle a livré une nécropole de quatre hypogées, creusés dans une minière de silex exploitée au Néolithique. Situées au coeur de la plus forte concentration d'hypogées de France, les fouilles menées depuis 2013 tentent de reconstituer l'organisation du site et les étapes de son occupation.
Research Interests:
Retrace les origines de la céramique et de la poterie dans le monde
Research Interests:
Research Interests:
Research Interests:
Many authors have considered pottery manufacturing constraints and sociocultural elements as factors in change in past civilizations over time. The main issue of this research is to better understand the reasons for changes, or choices,... more
Many authors have considered pottery manufacturing constraints and sociocultural elements as factors in change in past civilizations over time. The main issue of this research is to better understand the reasons for changes, or choices, in pottery raw materials. The very precise and detailed stratigraphy and cultural succession of occupations is based on dendrochronological data from the lake-dwelling sites of Chalain (Jura, France). Petrographic, palaeontological and chemical analyses were used to determine the nature and origins of the raw materials used by the Neolithic potters. Stratigraphy and dendrochronological data were used to reconstruct in detail the evolution dynamics of fabric changes. Several raw material sources were identified for many of the pottery groups. Each of them was sampled for qualitative experimental tests of pottery forming. The experimental results show a high variability between the sediments tested. This variability was quantitatively estimated by XRF, XRD, the Rietveld method, calcium carbonate quantification and laser grain-size analyses of matrices, indirect measures of plasticity. These analytical results allow a better understanding of the differences observed in the experimental tests. On the basis of these experimental and analytical results, changing parameters such as pottery manufacturing constraints, mineralogical characteristics of raw materials and sociocultural factors are considered. In conclusion, all the social and technical parameters, in each archaeological context, must be taken into account for a better understanding of the changes occurring throughout the chronological sequence.
