This project seeks to directly compare two classes of dental microsectioning methods for the
purpose of archaeological weaning age reconstruction. To aid in direct comparison, both …

Objectives Stable isotope analysis of sequential dentine samples is a potentially powerful
method to reveal insights into early life‐histories of individuals in the past. Dentine …

Archeodemography has benefited from isotope studies showing how it was possible to
identify if individuals were locals or not. Still, new developments allow to go deeper and also …

The application of incremental enamel sampling on human dental enamel allows
researchers to observe how isotopic values may vary over an individual's early life. For …

The carbon and oxygen isotopic composition of the mineral phase of tooth enamel is linked
to diet and environment. Enamel is not remodelled once formed. Several studies of intra …

Stable isotope analysis of tooth enamel is widely used to reconstruct paleodietary,
paleoenvironment and human migration patterns in the past. Previous studies mainly focus …

Several techniques have been used to sample annual dentin layers in mammalian teeth for
stable isotope analysis. However tooth size in smaller animals and the conical arrangement …

Rationale The last decade has seen a dramatic increase in the application of serial
sampling of human dentine in archaeology. Rapid development in the field has provided …

Sažetak Here we present a novel method which allows the measurement of the stable
isotope ratios of carbon (δ13C) and nitrogen (δ15N) from much smaller samples of dentine …

The use of incremental carbon and nitrogen isotopic analysis is gaining momentum as a
way of establishing infant feeding practices in the past. Here we examine the differences in …