Under global warming due to anthropogenic increases in atmospheric carbon dioxide
concentration, the surface air temperature in the Arctic is increasing with a speed that is …

This paper looks to the natural world for solutions to many of the challenges associated with
the design of fixed-wing cross-domain vehicles. One example is the common murre, a …

Breeding seabirds challenge the concept of niche segregation among competing species
because similar competitors with comparable life histories can coexist in large multi‐species …

Interspecific competition can drive niche partitioning along multidimensional axes, including
allochrony. Competitor matching will arise where the phenology of sympatric species with …

Warm oceanographic conditions of the continental shelf regions in the southeastern Bering
Sea are associated with drastic increases in the abundance of juvenile walleye pollock …

The rapidly changing climate in the Arctic is expected to have a major impact on the foraging
ecology of seabirds, owing to changes in the distribution and abundance of their prey but …

Niche theory predicts that to reduce competition for the same resource, sympatric
ecologically similar species should exploit divergent niches and segregate in one or more …

The foraging niches of seabirds are driven by a variety of factors, including competition for
prey that promotes divergence in trophic niches. Bass Strait, south-eastern Australia, is a key …

Climate change alters species distributions by shifting their fundamental niche in space
through time. Such effects may be exacerbated by increased inter-specific competition if …

Ecological theory predicts that co-existing, morphologically similar species will partition prey
resources when faced with resource limitations. We investigated local movements, foraging …