Satellite telemetry as a tool in marine ecological research continues to adapt and grow and
has become increasingly popular in recent years to study shark species on a global scale. A …

Long-distance movements of animals are an important driver of population spatial dynamics
and determine the extent of overlap with area-focused human activities, such as fishing …

Knowledge of the diet and trophic ecology of apex predators is key for the implementation of
effective ecosystem as well as species-based management initiatives. Using a combination …

There is increasing evidence that intense fishing pressure is not only depleting fish stocks
but also causing evolutionary changes to fish populations. In particular, body size and …

Quantifying vertical distributions of pelagic predators elucidates pelagic ecosystem structure
and informs fisheries management. In the tropical South Atlantic Ocean, the recently …

An understanding of the role that large marine predators play in structuring trophic flow and
nutrient cycling in marine ecosystems requires knowledge of their fine-scale (m-km) …

Large-bodied pelagic ectotherms such as sharks need to maintain internal temperatures
within a favourable range in order to maximise performance and be cost-efficient foragers …

Abstract Knowledge of genetic connectivity dynamics in the world's large‐bodied, highly
migratory, apex predator sharks across their global ranges is limited. One such species, the …

Partial migration is considered ubiquitous among vertebrates, but little is known about the
movements of oceanodromous apex predators such as sharks, particularly at their range …

Sharks are top predators in many marine ecosystems and can impact community dynamics,
yet many shark populations are undergoing severe declines primarily due to overfishing …