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

Differential habitat use and foraging behaviors at various life-stages within a population can
have profound consequences for survivorship, stage duration, and time to maturity. While …

Marine turtles are both flagship species of conservation concern and indicators of ocean
health. As highly migratory species, and despite substantial research effort focusing on …

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 …

Intra-population variation in resource use has been increasingly reported for different taxa.
In particular, foraging specialization of individuals has been quantified for various generalist …

Individual variation in resource use has often been ignored in ecological studies, but closer
examination of individual patterns through time may reveal significant intrapopulation …

Understanding the causes and consequences of variability in trophic status is important for
interpreting population dynamics and for identifying important habitats for protected species …

Stable isotope analyses have become popular in sea turtle literature over the past decade,
with an increasing year-to-year trend in published studies reporting insights into food web …

Identifying links between breeding and non-breeding sites in migratory animals is an
important step in understanding their ecology. Recognising the relative importance of …

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 …