Oxygen isotope analyses of skeletal remains (18 O/16 O, δ 18 O) are a powerful tool for
exploring major themes in bioarchaeology (the study of biological archaeological remains) …

Incremental dentine analysis utilizes tissue that does not remodel and that permits
comparison, at the same age, of those who survived infancy with those who did not at high …

Age of weaning is an important measure of parental investment, and in various human and
non-human primate studies, has been correlated with a range of developmental factors such …

Carbon and oxygen isotope measurements (δ 13 C, δ 18 O) of bioapatite carbonate
fractions in archaeological and fossil remains are essential tools to investigate past diets …

Isotopic analyses of incrementally developed dental tissues can be used to reveal patterns
of movement and diet in animals. However, the suitability of these methods for the …

Intra‐tooth stable isotope analysis of dentine provides a more sensitive means to examine
infant and childhood life history in the past than conventional cross‐sectional analyses that …

In this study, we review the history of proboscideans in the Great Lakes region (Ontario and
western New York) in the context of local glacial and vegetational histories. Further, we …

A large variety of bioapatite pre-treatments are found in the literature for a wide range of
applications going from mineralogy to diagenesis. Additionally, stable carbon and oxygen …

Identifying the isotopic signatures in animal bones and teeth associated with husbandry
practices has important implications for understanding the subsistence strategies in use by …

Stable carbon and oxygen isotope ratios in mammalian tooth enamel are commonly used to
understand the diets and environments of modern and fossil animals. Isotope variation …