In terrestrial systems, the green wave hypothesis posits that migrating animals can enhance
foraging opportunities by tracking phenological variation in high-quality forage across space …

Aim Advances in ecological and environmental modelling offer new opportunities for
estimating dynamic habitat suitability for highly mobile species and supporting management …

Intermediate-duration archival tags were attached to eight blue whales (Balaenoptera
musculus; four females, three males, one of unknown sex), and five fin whales (B. physalus; …

Euphausiids are important prey for many marine organisms and often occur in patchy
aggregations. Euphausiid predators, such as blue whales, may become concentrated in the …

Species coexistence is a critical determinant of biodiversity and community structure, yet
resource partitioning mechanisms that facilitate coexistence remain understudied for many …

Differences in the selection of habitat and specific dietary items support resource partitioning
and coexistence of sympatric African grazing herbivores, such as zebra and wildebeest. In …

Understanding the factors that maintain and constrain biodiversity and species coexistence
is a major goal in ecology. Closely related species that use similar resources often differ in …

Theoretically, sympatric species must partition resources or space to allow for coexistence.
Determining empirically the specific resources each species exploits and species' …

Rorqual whales, the largest predators on earth, employ a unique, energetically expensive
foraging style that enables bulk feeding on small prey. Intermittent-engulfment ram-filtration …