Dental microwear has long been used as evidence concerning the diets of extinct species. This data collection includes a comparative baseline series of dental microwear textures for a sample of 21 anthropoid primate species displaying interspecific and intraspecific dietary variability. Four dental microwear texture variables (complexity, anisotropy, textural fill volume, and heterogeneity) were computed based on scale-sensitive fractal analysis and high-resolution three-dimensional renderings of microwear surfaces collected using a white-light confocal profiler. The purpose of this analysis was to assess the extent to which these variables reflect variation in diet
International audienceCaviomorpha or South American hystricognaths are taxonomical and ecological di...
International audienceModern caviomorphs or South American hystricognathous rodents exhibit a great ...
One problem with dental microwear analyses of museum material is that investigators can never be sur...
Dental microwear has long been used as evidence concerning the diets of extinct species. Here we pre...
14 pagesInternational audience3D dental microtexture analysis is a powerful tool for reconstructing ...
Objectives: Two‐dimensional dental microwear analyses on occlusal and nonocclusal enamel surfaces ha...
International audienceObjectives :Dental microwear is a promising tool to reconstruct animals' diet ...
This study employs dental microwear texture analysis to reconstruct the diets of two families of sub...
Dental microwear analyses are commonly used to deduce the diet of extinct mammals. Conventional meth...
Dental wear facets are one of the immediate habitat interfaces allowing analysis of food selection, ...
Dental microwear texture analysis (DMTA) quantifies microscopic scar or wear patterns left on teeth ...
Background: Dental microwear analyses are commonly used to deduce the diet of extinct mammals. Conve...
In Merceron, G., Tütken, T. & Scott, R. (Eds)International audienceMaterial properties of the diet o...
Dental microwear texture pattern has been associated with aspects of diet for a broad range of mamma...
Objectives: This study compares ISO (ISO/FDIS 25178) roughness parameters, calculated from three-dim...
International audienceCaviomorpha or South American hystricognaths are taxonomical and ecological di...
International audienceModern caviomorphs or South American hystricognathous rodents exhibit a great ...
One problem with dental microwear analyses of museum material is that investigators can never be sur...
Dental microwear has long been used as evidence concerning the diets of extinct species. Here we pre...
14 pagesInternational audience3D dental microtexture analysis is a powerful tool for reconstructing ...
Objectives: Two‐dimensional dental microwear analyses on occlusal and nonocclusal enamel surfaces ha...
International audienceObjectives :Dental microwear is a promising tool to reconstruct animals' diet ...
This study employs dental microwear texture analysis to reconstruct the diets of two families of sub...
Dental microwear analyses are commonly used to deduce the diet of extinct mammals. Conventional meth...
Dental wear facets are one of the immediate habitat interfaces allowing analysis of food selection, ...
Dental microwear texture analysis (DMTA) quantifies microscopic scar or wear patterns left on teeth ...
Background: Dental microwear analyses are commonly used to deduce the diet of extinct mammals. Conve...
In Merceron, G., Tütken, T. & Scott, R. (Eds)International audienceMaterial properties of the diet o...
Dental microwear texture pattern has been associated with aspects of diet for a broad range of mamma...
Objectives: This study compares ISO (ISO/FDIS 25178) roughness parameters, calculated from three-dim...
International audienceCaviomorpha or South American hystricognaths are taxonomical and ecological di...
International audienceModern caviomorphs or South American hystricognathous rodents exhibit a great ...
One problem with dental microwear analyses of museum material is that investigators can never be sur...