Individual decisions regarding how, why and when organisms interact with one another and
with their environment scale up to shape patterns and processes in communities. Recent …

Wind power is a rapidly growing source of energy worldwide. It is crucial for climate change
mitigation, but it also accelerates the degradation of biodiversity through habitat loss and the …

Methods for collecting animal behaviour data in natural environments, such as direct
observation and biologging, are typically limited in spatiotemporal resolution, the number of …

Interest in behavioural ecotoxicology is growing, partly due to technological and
computational advances in recording behaviours but also because of improvements of …

In the face of severe environmental crises that threaten insect biodiversity, new technologies
are imperative to monitor both the identity and ecology of insect species. Traditionally, insect …

Despite our critical dependence on aquatic wildlife, we lack a complete understanding of the
drivers of population stability and structure for most fish species. Social network analysis has …

Restoring degraded habitat to increase biodiversity is a global challenge. While habitat
restoration for animals should lead to self‐sustaining breeding populations of target species …

Human activities are exacerbating environmental change globally. Turbidity in freshwater
systems is increasing due to extreme weather events and intensification of activities such as …

Nest predation is a primary cause of reproductive failure in birds; thus, predators apply
strong selective pressure on nesting behaviour, especially risk assessment behaviours …

Social information networks have the potential to shape the spatial structure of ecological
communities by promoting the formation of mixed‐species groups. However, what actually …