Many seabirds breed in large aggregations, making it difficult to estimate their population
size and habitat preferences. This knowledge is particularly important considering their …

Two Calanus species, C. glacialis and C. finmarchicus, due to different life strategies and
environmental preferences act as an ecological indicators of Arctic Atlantification. Their high …

Climate change is a major concern for the future of marine Arctic food webs. Diet shifts of
seabirds can be used as indicators of environmental changes such as species compositions …

Foraging ecology of chick rearing seabirds is affected mainly by the food availability on
feeding grounds, but it can be also modulated by environmental conditions during the …

The warming of the Arctic had lead to a diverse range of impacts on local biota, including
northward shifts of some species range. Here, we report past and present distribution and …

The little auk Alle alle is an Arctic seabird breeding in the North Atlantic. Its southernmost
breeding population in the Low Arctic occurred in Iceland but started to decline in numbers …

The little auk Alle alle is the most abundant seabird in the North Atlantic, and> 80% of the
global population breeds along Greenland's shores of the North Water (NOW) polynya …

Background Energy and time allocation in seabirds differ between consecutive stages of
breeding given various requirements of particular phases of the reproductive period. Theses …

Populations dynamics of key zooplankton species in the European Arctic, Calanus
finmarchicus and Calanus glacialis (hereafter defined as Calanus) may be sensitive to …

Different phenological responses to climate changes by species representing preys and
predators may lead to mismatch between functionally dependent components of an …