Sociality and timing are tightly interrelated in human interaction as seen in turn-taking or
synchronised dance movements. Sociality and timing also show in communicative acts of …

Elasmobranchs are highly diverse in movement, sensory capacity, and behavioural
responses to the environment, leading to differences in the function and nature of …

Many terrestrial and aquatic taxa are known to form periodic aggregations, whether across
life history or solely during specific life stages, that are generally governed by the availability …

Animal movements are influenced by the environment they inhabit and the need to
maximise fitness and minimise cost. As such, seasonal thermal cycles in temperate lakes …

Groups or aggregations of animals can result from individuals being attracted to a common
resource or because of synchronised patterns of daily or seasonal activity. Although mostly …

Consumer-resource population models drive progress in predicting and understanding
predation. However, they are often built by averaging the foraging outcomes of individuals to …

A wide array of technologies are available for gaining insight into the movement of wild
aquatic animals. Although acoustic telemetry can lack the fine‐scale spatial resolution of …

Highlights•We analysed sociality of Atlantic sturgeon and sand tiger sharks in Delaware
Bay.•Sand tigers exhibited preferential co-occurrence, modularity and maturity …

Shark dive ecotourism is a lucrative industry in many regions around the globe. In some
cases, sharks are provisioned using bait, prompting increased research on how baited dives …

Provisioning activities in wildlife tourism often lead to short-term animal aggregations during
the feeding events. However, the presence of groups does not necessarily mean that …