The idea that interspecific variation in trophic morphology among closely related species
effectively permits resource partitioning has driven research on ecological radiation since …

Stable isotope analysis (SIA) has become a powerful and widely utilised tool in ecological
studies, and more specifically has been used to answer conservation questions regarding …

Isotopic analyses of collagen, the main protein preserved in subfossil bone and tooth, has
long provided a powerful tool for the reconstruction of ancient diets and environments …

The East Pacific green turtle Chelonia mydas population is gradually recovering, yet much
remains unknown about their long-term demographics and habitat use due to their …

Isotopic studies of archived fish scales have tremendous potential to develop long-term
retrospectives that provide important insights into how humans have altered aquatic …

Trophic position and niche width are fundamental components of a species' ecology,
reflecting resource use, and influencing key demographic parameters such as somatic …

Green turtles Chelonia mydas are listed as Endangered on the IUCN Red List, yet in the
South Pacific few conservation-relevant data are available for the species, especially …

Reptile growth is influenced by many ecological processes that can cumulatively give rise to
divergent somatic growth rates within spatially structured populations. As somatic growth …

Determining the diet and trophic status of endangered species can provide insights into their
key habitats and predator-prey relationships, both essential for conservation. Integrating …

Tropical oceans host a high diversity of species, including large marine consumers. In these
oligotrophic ecosystems, oceanic islands often favour the aggregation of species and …