Seabirds in cold biomes sometimes aggregate near glacier fronts and at sea-ice edges to forage. In this note, we report on large aggregations of black guillemots (Cepphus grylle) at the edge of sea ice in front of the tidewater glacier Kongsbreen (Kongsfjorden, Svalbard). During several days in the second half of June 2011, we observed 49–155 individuals of black guillemots at this ice edge. They foraged actively, and many of the dives were directed underneath the sea ice. The outflow of glacial meltwater and resulting upwelling generated opportunities for the black guillemots to feed, likely on zooplankton or fish. The black guillemots used the sea ice as a resting platform between dives or diving sessions, and whilst on the ice, they inte...
International audienceThe Arctic is experiencing environmental changes at unprecedented rates. These...
The goal of this study was to characterize Kittlitz’s murrelet (Brachyramphus brevirostris) foraging...
Climate change alters species distributions by shifting their fundamental niche in space through tim...
Seabirds in cold biomes sometimes aggregate near glacier fronts and at sea-ice edges to forage. In t...
We studied the influence of the distribution of prey and hydrographic fronts on the spatial distribu...
Tidewater glacier fronts can represent important foraging areas for Arctic predators. Their ecologic...
Tidewater glacier fronts can represent important foraging areas for Arctic predators. Their ecologic...
Tidewater glacier fronts can represent important foraging areas for Arctic predators. Their ecologic...
Thirty-one tidewater glacier bays in Spitsbergen Island were visited by yachts in August 2011, 201...
International audienceAt the onset of winter, warm-blooded animals inhabiting seasonal environments ...
第7回極域科学シンポジウム/横断セッション:[IA] ニーオルスン観測拠点設立25周年記念横断セッション—北極域の科学(ニーオルスン、GRENE、ArCS)—12月2日(金)国立極地研究所1階交流アト...
The distribution of Brünnich's guillemot in ice covered waters and near the marginal ice zone i...
In 1979, 17 species of birds were seen during studies near the Pond Inlet ice edge. Northern fulmars...
In the Antarctic, seabird species distributions are annular or latitudinal, with strong similarities...
The critical endangered Common and Brünnich guillemot are exhibiting contrasting population trends i...
International audienceThe Arctic is experiencing environmental changes at unprecedented rates. These...
The goal of this study was to characterize Kittlitz’s murrelet (Brachyramphus brevirostris) foraging...
Climate change alters species distributions by shifting their fundamental niche in space through tim...
Seabirds in cold biomes sometimes aggregate near glacier fronts and at sea-ice edges to forage. In t...
We studied the influence of the distribution of prey and hydrographic fronts on the spatial distribu...
Tidewater glacier fronts can represent important foraging areas for Arctic predators. Their ecologic...
Tidewater glacier fronts can represent important foraging areas for Arctic predators. Their ecologic...
Tidewater glacier fronts can represent important foraging areas for Arctic predators. Their ecologic...
Thirty-one tidewater glacier bays in Spitsbergen Island were visited by yachts in August 2011, 201...
International audienceAt the onset of winter, warm-blooded animals inhabiting seasonal environments ...
第7回極域科学シンポジウム/横断セッション:[IA] ニーオルスン観測拠点設立25周年記念横断セッション—北極域の科学(ニーオルスン、GRENE、ArCS)—12月2日(金)国立極地研究所1階交流アト...
The distribution of Brünnich's guillemot in ice covered waters and near the marginal ice zone i...
In 1979, 17 species of birds were seen during studies near the Pond Inlet ice edge. Northern fulmars...
In the Antarctic, seabird species distributions are annular or latitudinal, with strong similarities...
The critical endangered Common and Brünnich guillemot are exhibiting contrasting population trends i...
International audienceThe Arctic is experiencing environmental changes at unprecedented rates. These...
The goal of this study was to characterize Kittlitz’s murrelet (Brachyramphus brevirostris) foraging...
Climate change alters species distributions by shifting their fundamental niche in space through tim...