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Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis

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Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the late upper Palaeolithic at Tagliente rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
A preliminary study on ochre sources in Southwestern Germany and its potential for ochre provenance during the Upper Paleolithic - ScienceDirect
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Minerals, Free Full-Text
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
First evidence of Pleistocene ochre production from bacteriogenic iron oxides. A case study of the Upper Palaeolithic site at the San Teodoro Cave (Sicily, Italy) - ScienceDirect
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
PDF) Lithic Technical Systems in the first part of the Late Glacial at Riparo Tagliente (Stallavena Di Grezzana, Verona)
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Placing of the second oldest red ochre mine in mainland Europe, Lovas, Hungary, to human, paleoenvironmental and paleobiogeographic context - ScienceDirect
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Part of the Italy map on scale 1 to 25.000, Sheet no. 49, Quadrant III
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Core-Shell Processing of Natural Pigment: Upper Palaeolithic Red Ochre from Lovas, Hungary
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
PDF] SELECTION AND HEATING OF COLOURING MATERIALS IN THE MOUSTERIAN LEVEL OF ES‐SKHUL (c. 100 000 YEARS BP, MOUNT CARMEL, ISRAEL)
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the late upper Palaeolithic at Tagliente rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the late upper Palaeolithic at Tagliente rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Characterization and identification of Au pathfinder minerals from an artisanal mine site using X-ray diffraction
Sourcing and processing of ochre during the Late Upper Palaeolithic at Tagliente Rock-shelter (NE Italy) based on conventional X-ray powder diffraction analysis
Characterization and identification of Au pathfinder minerals from an artisanal mine site using X-ray diffraction
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