Antarctic krill (Euphausia superba) are a circumpolar species with an omnivorous diet. Knowledge of krill diet within different regions will help predict how environmental change may impact local krill populations. Krill from the Atlantic, Indian, and Pacific sectors of the Southern Ocean were compared. The total lipid, lipid class, neutral lipid fraction fatty acid and sterol content and composition of whole krill, their digestive glands, and stomachs during the late-summer were examined. Indian sector krill had a distinctly different dietary lipid pattern to Atlantic and Pacific sector krill based on their fatty acid profiles (
The Antarctic krill (Euphausia superba Dana, 1850) is an important trophic link between phytoplankto...
International audienceTwo phytoplankton diets with markedly different fatty acid (FA) profiles (thra...
Our study deals with the lipid biochemistry of the krill community in the ecosystem of the high Arct...
Antarctic krill (Euphausia superba) are a circumpolar species with an omnivorous diet. Knowledge of ...
To examine the potential of lipids as dietary markers in Euphausia superba Dana, juvenile krill were...
The fatty acid content of Antarctic krill Euphausia superba from South Georgia was investigated duri...
Fatty acid analysis for estimating dietary sources in marine predators is a powerful tool in food we...
Available data on the lipid content and composition of the Antarctic krill Euphausia superba Dana ar...
Lipids are key biochemicals that form both cell membranes and energy stores. Lipids are of particula...
Lipid content and lipid class composition of Euphausia superba were studied at different levels for ...
Antarctic krill (Euphausia superba) are a key component of the Antarctic food web with considerable ...
Aspects of the life history and overwintering survival strategies of Antarctic krill (Euphausia supe...
Antarctic krill (Euphausia superba, hereafter ‘krill’) are lipid-rich euphausiids with an important ...
Krill are thought to be predominantly herbivorous, but a heterotrophic diet might be crucial for the...
Samples of Antarctic knll Euphausia superba Dana from 8 sites around South Georgia were analysed for...
The Antarctic krill (Euphausia superba Dana, 1850) is an important trophic link between phytoplankto...
International audienceTwo phytoplankton diets with markedly different fatty acid (FA) profiles (thra...
Our study deals with the lipid biochemistry of the krill community in the ecosystem of the high Arct...
Antarctic krill (Euphausia superba) are a circumpolar species with an omnivorous diet. Knowledge of ...
To examine the potential of lipids as dietary markers in Euphausia superba Dana, juvenile krill were...
The fatty acid content of Antarctic krill Euphausia superba from South Georgia was investigated duri...
Fatty acid analysis for estimating dietary sources in marine predators is a powerful tool in food we...
Available data on the lipid content and composition of the Antarctic krill Euphausia superba Dana ar...
Lipids are key biochemicals that form both cell membranes and energy stores. Lipids are of particula...
Lipid content and lipid class composition of Euphausia superba were studied at different levels for ...
Antarctic krill (Euphausia superba) are a key component of the Antarctic food web with considerable ...
Aspects of the life history and overwintering survival strategies of Antarctic krill (Euphausia supe...
Antarctic krill (Euphausia superba, hereafter ‘krill’) are lipid-rich euphausiids with an important ...
Krill are thought to be predominantly herbivorous, but a heterotrophic diet might be crucial for the...
Samples of Antarctic knll Euphausia superba Dana from 8 sites around South Georgia were analysed for...
The Antarctic krill (Euphausia superba Dana, 1850) is an important trophic link between phytoplankto...
International audienceTwo phytoplankton diets with markedly different fatty acid (FA) profiles (thra...
Our study deals with the lipid biochemistry of the krill community in the ecosystem of the high Arct...