Dataset - B2FIND

Fatty acid composition of zooplankton species from Fram Strait during POLARST...

A combination of fatty acid and stable isotope biomarker analyses was utilized to investigate the dietary composition and trophic levels of key zooplankton species across Fram...

(Table 2) Fatty acid profile of blubber from harp seals and hooded seals from...

Sub-Arctic marine ecosystems are some of the most productive ecosystems in the world's oceans. The capacity of herbivorous zooplankton, such as Calanus, to biosynthesize and...

(Table 2) Fatty acid composition of polychaetes sampled during POLARSTERN cru...

The fatty acid (FA) composition of representatives belonging to 18 polychaete families from the Southern Ocean shelf and deep sea (600 to 5337 m) was analysed in order to...

(Table 1) Fatty acid composition of sea ice algae sampled in Rijpfjorden, Sva...

Ice algae were obtained in the lowermost 5 to 7 cm of sea ice. Fatty acids accounting for <1% of total fatty acids in all samples are not displayed in the table.

(Table 2) Fatty acid composition of five seabird species from Kongsfjorden, S...

Only fatty acids contributing >0.5% of the total fatty acids in at least one of the samples are presented.

(Table 3) Fatty acid and fatty alcohol composition of neutral lipids of Calan...

CV = copopodite V.

(Table 2) Fatty acid composition of prey species of Arctic walruses (Odobenus...

The levels of the non-methylene-interrupted (NMI) FAs 22:2Delta7.13 and 22:2Delta7.15 are relative to the total 100% of the 22 FA before.

(Table 1) Fatty acid composition of dermis and blubber samples of male Arctic...

Walruses were sampled in August 2002, 2003 and 2004. The levels of the non-methylene-interrupted (NMI) FAs 22:2Delta7.13 and 22:2Delta7.15 are relative to the total 100% of the...

(Table 3) Proportions of the ten most abundant fatty acids in peracarid sampl...

For groups with specimen numbers = 2 minimum and maximum values are given.