Magellanic penguins Spheniscus magellanicus are upper trophic level predators and play a
key role within their marine ecosystems. However, we lack detailed understanding of their …

The marine ecosystem provides numerous goods and services, dampens the impacts of
floods and storms, and provides climate control, through the regulation of carbon fluxes …

Conservation of the endangered yellow-eyed penguin (Megadyptes antipodes) in New
Zealand has principally sought to manage terrestrial threats, while relatively little has been …

Intraspecific competition for food resources has the potential to be high for central-place
foragers such as penguins and can result in spatial and dietary foraging niche segregation …

Protecting migratory species requires knowledge of their distributions throughout the year.
Spatial or temporal segregation of females and males during part of the annual cycle …

We studied the migration of Magellanic penguins near the southern tip of the breeding
distribution, and for the first time found evidence of partial migration for this species within …

Food availability and oceanographic conditions drive the distribution and movement of
marine vertebrates. Tracking efforts towards seabirds usually focus on their breeding period …

Penguin distribution, like that of other seabirds, is not random but is closely related to water
types/masses, ocean climate, and food availability. Here, we review the distribution of water …

This study compares the δ15N values and the trophic position of two seabird species
throughout the late Holocene in three regions in the southwestern Atlantic Ocean to assess …