Movement of fishes in the aquatic realm is fundamental to their ecology and survival.
Movement can be driven by a variety of biological, physiological and environmental factors …

In this mini-review, we discuss how biologging technology can be used to detect,
understand, and forecast species' responses to climate change. We review studies of …

Niche partitioning of time, space or resources is considered the key to allowing the
coexistence of competitor species, and particularly guilds of predators. However, the extent …

Rays (superorder Batoidea) are the most diverse group of elasmobranchs, and many are
threatened with extinction. However, there remain areas where research on the ecology of …

Use of accelerometers is now widespread within animal biologging as they provide a means
of measuring an animal's activity in a meaningful and quantitative way where direct …

There is long-standing scientific interest in understanding purposeful movement by animals
and humans. Traditionally, collecting data on individual moving entities was difficult and time …

Discerning behaviours of free-ranging animals allows for quantification of their activity
budget, providing important insight into ecology. Over recent years, accelerometers have …

Intertidal habitats (ie marine habitats that are (partially) exposed during low tide) have
traditionally been studied from a shorebird‐centred perspective. We show that these habitats …

Southeast Florida witnesses an enormous seasonal influx of upper trophic level marine
predators each year as massive aggregations of migrating blacktip sharks (Carcharhinus …

While spatial distribution shifts have been documented in many marine fishes under global
change, the responses of elasmobranchs have rarely been studied, which may have led to …