Pigmentation is often overlooked in zooplankton, since these organisms are mostly colorless
to fit the translucid water medium. However, one of the dominant zooplankton taxa in aquatic …

Atlantic Water is a major contributor to the largest zonal variability in ocean properties and
air-sea-ice interaction in the Nordic Seas and the European Arctic. Climate change has …

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 …

In the Arctic shelf seas, the mesozooplankton biomass is dominated by the arctic copepod
Calanus glacialis, but its boreal congeneric C. finmarchicus is expanding northwards. Even …

In polar regions, the release of glacial meltwater resulting in turbid plumes is expected to
transform coastal waters with numerous consequences on the marine ecosystem. This study …

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 …

Species identification is pivotal in biodiversity assessments and proteomic fingerprinting by
MALDI‐TOF mass spectrometry has already been shown to reliably identify calanoid …

Copepods from the genus Calanus provide an important lipid-rich food source in the Arctic
marine foodweb. Despite extensive research on Calanus finmarchicus and Calanus …

Abstract Knowledge of environmental preferences of the key planktonic species, such as
Calanus copepods in the Arctic, is crucial to understand ecosystem function and its future …

Calanus glacialis/marshallae is a dominant zooplankton species in the Pacific Arctic Ocean
that is widely distributed in shelf areas, and it plays a vital role in connecting primary …