Energetic tidal-stream environments are characterized by frequent, variable, yet broadly
predictable currents containing ephemeral flow structures that change across multiple spatio …

There is increasing recognition of the importance of “positive interactions” among species in
structuring communities. For seabirds, an important kind of positive interaction is the use of …

Research on cetacean foraging ecology is central to our understanding of their spatial and
behavioral ecology. Yet, functional mechanisms by which cetaceans detect prey across …

Foraging with tuna is a well-documented seabird strategy, referred to as facilitated foraging.
However, despite this behaviour being considered almost obligatory in nutrient-poor tropical …

Ocean currents are in continuous motion and strongly influence oceanic ecosystems. In situ
observation of currents is of primary importance for understanding how marine animals …

Seabirds breeding in tropical environments experience high energetic demands, when
foraging in an oligotrophic environment. The globally threatened Trindade petrel …

The early life stages represent a crucial period that can strongly influence population
dynamics. We studied the development of foraging behaviour in the red-footed booby, a …

This report reviews information on interactions between cetaceans (whales and dolphins)
and tuna fisheries in the western and central Indian Ocean. The average annual catch of …

The study of seabird behaviour has largely relied on animal-borne tags to gather
information, requiring interpretation to estimate at-sea behaviours. Details of shallow-diving …

Marine predators often aggregate at the air–sea boundary layer to pursue shared prey. In
such scenarios, seabirds are likely to benefit from underwater predators herding fish schools …