The development of computer-aided microscopy opens new opportunities for the documentation of anthropogenious surface modification of archaeological finds. Laser Scanning Microscopes contribute significantly to advances in quantifying the surface topography of objects, as is shown here on two kinds of human modified finds : The first example deals with cutmarks on animal bones, shown here on some very remarkable objects from the Middle Pleistocene site of Bilzingsleben. The main focus is on bones with regular engravings associated with intentional activity of early humans. Characterising the cuts this way reveals new indications of the amazing regularity, probably on every bone produced by the same cutting edge of a tool. Surface modificati...
International audienceArchaeological 3D digitization of skeletal elements is an essential aspect of ...
This study uses a combination of digital microscopic analysis and experimental archaeology to assess...
Increasingly researchers have employed confocal microscopy and 3D surface texture analysis to assess...
Microscopic analysis represents a powerful tool for understanding taphonomy. Our work, as in other s...
ABSTRACT Non-contact optical 3D-profiling instruments are often used in the study of surface modific...
Studies of micron-scale surface wear patterns holds considerable promise as a source of functional i...
The possibility to interpret prehistoric tools function, that in many cases constitutes the only pre...
In the archaeological field it is possible to observe an increasing use of survey techniques based o...
Stone tool residue analysis has been used for reconstructing different aspects of prehistoric human ...
Active surface scanners emit light or a laser stripe to record the exterior surface of an object or ...
The improvement of detailed surface documentation methods provides unique tool mark-study opportunit...
In recent years, new techniques for the morphological study of cut marks have become essential for t...
International audienceArchaeological 3D digitization of skeletal elements is an essential aspect of ...
This study uses a combination of digital microscopic analysis and experimental archaeology to assess...
Increasingly researchers have employed confocal microscopy and 3D surface texture analysis to assess...
Microscopic analysis represents a powerful tool for understanding taphonomy. Our work, as in other s...
ABSTRACT Non-contact optical 3D-profiling instruments are often used in the study of surface modific...
Studies of micron-scale surface wear patterns holds considerable promise as a source of functional i...
The possibility to interpret prehistoric tools function, that in many cases constitutes the only pre...
In the archaeological field it is possible to observe an increasing use of survey techniques based o...
Stone tool residue analysis has been used for reconstructing different aspects of prehistoric human ...
Active surface scanners emit light or a laser stripe to record the exterior surface of an object or ...
The improvement of detailed surface documentation methods provides unique tool mark-study opportunit...
In recent years, new techniques for the morphological study of cut marks have become essential for t...
International audienceArchaeological 3D digitization of skeletal elements is an essential aspect of ...
This study uses a combination of digital microscopic analysis and experimental archaeology to assess...
Increasingly researchers have employed confocal microscopy and 3D surface texture analysis to assess...