Mesowear and microwear analyses use data from worn tooth surfaces as proxies for feeding
ecology. Mesowear is based on gross dental wear and forms over months to years. The …

Areal surface texture analysis is becoming widespread across a diverse range of
applications, from engineering to ecology. In many studies silicon based impression media …

This work presents the results of a combination of different proxies, such as animal and plant
remains, isotope analysis, and dental microwear, for the different chrono-cultural phases …

Dental casting is a very common procedure for making high‐quality replicas of paleo‐
anthropological remains. Replicas are frequently used, instead of original remains, to study …

Dental microwear, usually analyzed using scanning electron microscopy (SEM) techniques,
is a good indicator of the abrasive potential of past human population diets. Scanning …

Teeth represent an essential component of the foraging apparatus for any mammal, and
tooth wear can have significant implications for survival and reproduction. This study focuses …

In palaeoanthropological research, the relationship between diet, dental morphology, and
tooth use is biologically very significant. Teeth are the body's most enduring component; …

The use of high‐resolution silicone moulds for documenting bone surface modifications,
such as cut marks, is common. However, it has not been evaluated whether moulding can …

X‐linked hypophosphatemia (XLH) is a genetic disorder related to alterations in bones and
teeth formation, due to low levels of phosphate in blood. Oral findings in XLH have been …

We measured the molar size from a single population of wild baboons from Amboseli
(Kenya), both females (n= 57) and males (n= 50). All the females were of known age; the …