In this work we would define an historical arrangement of the state of knowledge regarding
the ecological impact of anthropogenic litter on marine mammals, assessing the role of …

The aquatic habitat of marine “air-breathing” vertebrates provides a significant
thermoregulatory challenge due to the high thermal conductivity of water. In addition to …

Stable isotope analysis (SIA) of highly migratory marine pelagic animals can improve
understanding of their migratory patterns and trophic ecology. However, accurate …

To gain insight into the foraging behaviour of deep diving seals, we developed a long‐term
jaw‐motion recorder, which successfully measured the feeding attempts of four post …

Individual behavioural specialisation has far‐reaching effects on fitness and population
persistence. Theory predicts that unconditional site fidelity, that is fidelity to a site …

A key component in understanding the ecological role of marine mammal predators is to
identify how and where they capture prey in time and space. Satellite and archival tags on …

Combining movement behaviour with other ecological information of predators and their
prey is essential for an adequate understanding of ecosystem dynamics. The movement …

Predators are thought to reduce travel speed and increase turning rate in areas where
resources are relatively more abundant, a behavior termed “area‐restricted search.” …

Knowledge of the diet of marine mammals is fundamental to understanding their role in
marine ecosystems and response to environmental change. Recently, animal-borne video …

How predators find, select and capture prey is central to understanding trophic cascades
and ecosystem structure. But despite advances in biologging technology, obtaining in situ …