At the sub-Antarctic island of South Georgia 25 of the 29 breeding species are seabirds. Fifteen of these have recently been studied in some detail. By examining the timing of their breeding seasons and their diet and feeding ecology (especially feeding techniques and potential foraging ranges), the nature of their ecological isolating mechanisms, and in particular the way in which they partition the resources of the marine environment, are reviewed. Although breeding season adaptations occur (winter breeding in Wandering Albatross and King Penguin; out of phase breeding in two species-pairs of small petrels) these are less important than dillerences in food and feeding ecology. There is a fundamental distinction between the niche of pur...
The principle of competitive exclusion postulates that ecologically-similar species are expected to ...
International audienceDetermining the year-round distribution and behaviour of birds is necessary fo...
Individual heterogeneity in foraging behaviour determines how individuals and populations respond to...
At the sub-Antarctic island of South Georgia 25 of the 29 breeding species are seabirds. Fifteen of ...
The diets of six of the main seabird species (two petrels, two albatrosses, two penguins) breeding a...
Northern Macronectes halli and southern giant petrels M. giganteus are opportunistic predators and t...
Giant petrels are the chief scavenging seabirds in the Southern Ocean. Quantitatively analysed regur...
The diets of five breeding seabird species were investigated on Adélie Land in January–February 1982...
Seabirds are a diverse group of avian families that primarily inhabit marine environments, including...
In the Antarctic, seabird species distributions are annular or latitudinal, with strong similarities...
In the Antarctic, seabird species distributions are annular or latitudinal, with strong similarities...
Seabirds are a diverse group of avian families that primarily inhabit marine environments, including...
Food web knowledge is a prerequisite for adequate resource management in the Antarctic ecosystem. Ac...
Food web knowledge is a prerequisite for adequate resource management in the Antarctic ecosystem. Ac...
Giant petrels are the dominant scavenging seabird species in the Sub-Antarctic and maritime Antarcti...
The principle of competitive exclusion postulates that ecologically-similar species are expected to ...
International audienceDetermining the year-round distribution and behaviour of birds is necessary fo...
Individual heterogeneity in foraging behaviour determines how individuals and populations respond to...
At the sub-Antarctic island of South Georgia 25 of the 29 breeding species are seabirds. Fifteen of ...
The diets of six of the main seabird species (two petrels, two albatrosses, two penguins) breeding a...
Northern Macronectes halli and southern giant petrels M. giganteus are opportunistic predators and t...
Giant petrels are the chief scavenging seabirds in the Southern Ocean. Quantitatively analysed regur...
The diets of five breeding seabird species were investigated on Adélie Land in January–February 1982...
Seabirds are a diverse group of avian families that primarily inhabit marine environments, including...
In the Antarctic, seabird species distributions are annular or latitudinal, with strong similarities...
In the Antarctic, seabird species distributions are annular or latitudinal, with strong similarities...
Seabirds are a diverse group of avian families that primarily inhabit marine environments, including...
Food web knowledge is a prerequisite for adequate resource management in the Antarctic ecosystem. Ac...
Food web knowledge is a prerequisite for adequate resource management in the Antarctic ecosystem. Ac...
Giant petrels are the dominant scavenging seabird species in the Sub-Antarctic and maritime Antarcti...
The principle of competitive exclusion postulates that ecologically-similar species are expected to ...
International audienceDetermining the year-round distribution and behaviour of birds is necessary fo...
Individual heterogeneity in foraging behaviour determines how individuals and populations respond to...