We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes during late summer, including the importance of sea ice algae-produced carbon. This was achieved by combining insights derived from multiple and complementary trophic marker approaches to construct individual aspects of feeding. Specifically, we determined proportions of algal-produced fatty acids (FAs) to reflect the reliance on diatom- versus dinoflagellate-derived carbon, highly branched isoprenoid (HBI) lipids that distinguish between ice-associated and pelagic carbon sources, and sterols to indicate the degree of carnivory. Copepods had the strongest diatom signal based on FAs, while a lack of sea ice algae-associated HBIs (IP25, IPSO25) s...
During the productive polar day, zooplankton and sea-ice amphipods fulfill a critical role in energy...
During the productive polar day, zooplankton and sea-ice amphipods fulfill a critical role in energy...
To verify the potential of fatty acids as trophic markers, feeding experiments were carried out with...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
The Barents Sea is a hotspot for environmental change due to its rapid warming, and information on d...
The Barents Sea is a hotspot for environmental change due to its rapid warming, and information on d...
The Barents Sea is a hotspot for environmental change due to its rapid warming, and information on d...
Polar ecosystems thrive significantly on carbon synthesized by sea ice-associated microalgae. The un...
Microalgae growing within and attached to the bottom of Arctic sea ice (sympagic algae) can serve as...
Microalgae growing within and attached to the bottom of Arctic sea ice (sympagic algae) can serve as...
Increasing sea surface temperatures (SST) and blooms of lipid-poor, filamentous cyanobacteria can ch...
Increasing sea surface temperatures (SST) and blooms of lipid-poor, filamentous cyanobacteria can ch...
During the productive polar day, zooplankton and sea-ice amphipods fulfill a critical role in energy...
During the productive polar day, zooplankton and sea-ice amphipods fulfill a critical role in energy...
To verify the potential of fatty acids as trophic markers, feeding experiments were carried out with...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
We investigated diets of 24 Barents Sea zooplankton taxa to understand pelagic food-web processes du...
The Barents Sea is a hotspot for environmental change due to its rapid warming, and information on d...
The Barents Sea is a hotspot for environmental change due to its rapid warming, and information on d...
The Barents Sea is a hotspot for environmental change due to its rapid warming, and information on d...
Polar ecosystems thrive significantly on carbon synthesized by sea ice-associated microalgae. The un...
Microalgae growing within and attached to the bottom of Arctic sea ice (sympagic algae) can serve as...
Microalgae growing within and attached to the bottom of Arctic sea ice (sympagic algae) can serve as...
Increasing sea surface temperatures (SST) and blooms of lipid-poor, filamentous cyanobacteria can ch...
Increasing sea surface temperatures (SST) and blooms of lipid-poor, filamentous cyanobacteria can ch...
During the productive polar day, zooplankton and sea-ice amphipods fulfill a critical role in energy...
During the productive polar day, zooplankton and sea-ice amphipods fulfill a critical role in energy...
To verify the potential of fatty acids as trophic markers, feeding experiments were carried out with...