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Stable isotopes and mol% of amino acids in 0.2-3 µm seston at surface during ...
The Amazon river accounts annually for 20% of riverine discharge into the global ocean with strong seasonal variations. This lens of freshwater spreads at surface as a plume,... -
Stable isotopes and mol% of amino acids in 3-200 µm seston at surface during ...
The Amazon river accounts annually for 20% of riverine discharge into the global ocean with strong seasonal variations. This lens of freshwater spreads at surface as a plume,... -
Heatwaves experiment in the Kiel Outdoor Benthocosm 2015: consumers' respiration
The data were generated during an experiment simulating different frequencies of heatwaves (zero, one and three) in late spring/summer. The experiment was carried out at the... -
Heatwaves experiment in the Kiel Outdoor Benthocosm 2015: stable isotopes
The data refer to an experiment simulating different frequencies of heatwaves (zero, one and three) in late spring/summer 2015. The experiment was carried out at the Kiel... -
Heatwaves experiment in the Kiel Outdoor Benthocosm 2015: macrophytes
The data were generated during an experiment simulating different frequencies of heatwaves (zero, one and three) in late spring/summer 2015. The experiment was carried out at... -
Stable isotopes and mol% of amino acids in seston at surface during ENDEAVOR ...
The Amazon river accounts annually for 20% of riverine discharge into the global ocean with strong seasonal variations. This lens of freshwater spreads at surface as a plume,... -
Stable isotopes of cultured Gigantidas childressi in deep-sea mussel culture
Stable isotopes (a: δ15N, b: δ13C) of G. childressi that experienced different nutritional regimes (CH4: 'M', algae + CH4: MA', only algae: 'A') in our culture. As reference, t0... -
Carbon and nitrogen stable isotopes of benthic megafauna on the Angolan cold-...
We used carbon and nitrogen stable isotope (δ13C and δ15N) analyses to investigate the trophic network of the CWC reef habitat off Angola (SE Atlantic Ocean). Samples were...
