Over the last few decades, measurements of light stable isotope ratios have been
increasingly used to answer questions across physiology, biology, ecology, and …

Fine‐scale tracking of animal movement is important to understand the proximate
mechanisms of animal behaviour. The reverse‐GPS system—ATLAS—uses inexpensive …

Sulfur isotope ratios are often used as biogeochemical tracers to gain understanding of
abiotic and biological processes involved in the sulfur cycle in both modern and ancient …

The expansion of industrial‐scale wind‐energy facilities has not only increased the
production of low‐carbon emission energy but has also resulted in mortality of wildlife …

Rationale Metabolism and diet quality play an important role in determining delay
mechanisms between an animal ingesting an element and depositing the associated …

Dietary homogenization has progressed worldwide due to westernization and the
globalization of food production systems. We investigated dietary heterogeneity in South …

Free-roaming domestic dogs (FRDD), as vectors of zoonotic diseases, are of high relevance
for public health. Understanding roaming patterns of dogs can help to design disease …

Rationale The study of insect migration is problematic due to the small size of insects. Stable
isotope analysis can be used to elucidate movement, either by geographic assignment of …

Tissue samples are frequently collected to study various aspects of avian biology, but in
many cases these samples are not used in their entirety and are stored by the collector. The …

Isotopic analyses have become an important tool in archaeological and bioarchaeological
research. This chapter provides an overview of the application of both stable and radiogenic …