Groups of animals inhabit vastly different sensory worlds, or umwelten, which shape
fundamental aspects of their behaviour. Yet the sensory ecology of species is rarely …

With global surface air temperature rising rapidly, extensive research effort has been
dedicated to assessing the consequences of this change for wildlife. While impacts on the …

Violent conflicts between groups have been observed among many species of group living
mammals and can have important fitness consequences, with individuals being injured or …

During group movements, many socially living and group-foraging animals produce contact
calls. Contact calls typically function to coordinate and maintain cohesion among group …

Animals that travel together in groups must constantly come to consensus about both the
direction and speed of movement, often simultaneously. Contributions to collective decisions …

Choosing suitable sleeping sites is a common challenge faced by animals across a range of
taxa, with important implications for the space usage patterns of individuals, groups, and …

Individual‐level differences in animal spatial behavior can lead to differential exposure to
risk. We assessed the risk‐exposure of a reintroduced population of kākā (Nestor …

Patterns of ranging behavior and space use are key for evaluating current ideas about the
evolution and maintenance of pair‐living and sexual monogamy as they provide insights …

The ability to move allows animals to optimize their fitness by responding to spatial
variability in their environment, such as changes in the location of food resources, predators …

Mechanistic models suggest that individuals' memories could shape home range patterns
and dynamics, and how neighbors share space. In social species, such dynamics of home …