Objectives Existing information on Arctic marine food web structure is fragmented. Integrating data across research programs is an important strategy for building a baseline understanding of food web structure and function in many Arctic regions. Naturally-occurring stable isotope ratios of nitrogen (δ15N) and carbon (δ13C) measured directly in the tissues of organisms are a commonly-employed method for estimating food web structure. The objective of the current dataset was to synthesize disparate δ15N, and secondarily δ13C, data in the Canadian Beaufort continental shelf region relevant to trophic and ecological studies at the local and pan-Arctic scales. Data description The dataset presented here contains nitrogen and carbon stable isoto...
The pelagic food web of the Scotia Sea was studied by analysing natural abundances of nitrogen and c...
Interacting human and environmental pressures influence the structure and dynamics of marine food we...
To better predict ecological consequences of changing Arctic sea ice environments, we aimed to quant...
Abstract Objectives Existing information on Arctic marine food web structure is fragmented. Integrat...
Data on stable nitrogen isotopes for Arctic species, and corresponding trophic level parameters (See...
Stable isotopes are often used to provide an indication of the trophic level (TL) of species. TLs ma...
International audienceThe Arctic is facing major environmental changes impacting marine biodiversity...
Climate-driven alterations of the marine environment are most rapid in Arctic and subarctic regions,...
trophic relationships within a high Arctic marine food web using 613C and 615N analysis. Mar. Ecol. ...
Analyzing stable isotope values from the tissues of marine consumers is useful for reconstructing an...
Climate-driven impacts on marine trophic pathways worldwide are compounded by sea-ice loss at northe...
The Arctic is undergoing unprecedented environmental change. Rapid warming, decline in sea ice exten...
We analyzed stable isotopes of carbon and nitrogen to investigate the trophic structure of...
The pelagic food web of the Scotia Sea was studied by analysing natural abundances of nitrogen and c...
Multiple environmental forcings, such as warming and changes in ocean circulation and nutrient suppl...
The pelagic food web of the Scotia Sea was studied by analysing natural abundances of nitrogen and c...
Interacting human and environmental pressures influence the structure and dynamics of marine food we...
To better predict ecological consequences of changing Arctic sea ice environments, we aimed to quant...
Abstract Objectives Existing information on Arctic marine food web structure is fragmented. Integrat...
Data on stable nitrogen isotopes for Arctic species, and corresponding trophic level parameters (See...
Stable isotopes are often used to provide an indication of the trophic level (TL) of species. TLs ma...
International audienceThe Arctic is facing major environmental changes impacting marine biodiversity...
Climate-driven alterations of the marine environment are most rapid in Arctic and subarctic regions,...
trophic relationships within a high Arctic marine food web using 613C and 615N analysis. Mar. Ecol. ...
Analyzing stable isotope values from the tissues of marine consumers is useful for reconstructing an...
Climate-driven impacts on marine trophic pathways worldwide are compounded by sea-ice loss at northe...
The Arctic is undergoing unprecedented environmental change. Rapid warming, decline in sea ice exten...
We analyzed stable isotopes of carbon and nitrogen to investigate the trophic structure of...
The pelagic food web of the Scotia Sea was studied by analysing natural abundances of nitrogen and c...
Multiple environmental forcings, such as warming and changes in ocean circulation and nutrient suppl...
The pelagic food web of the Scotia Sea was studied by analysing natural abundances of nitrogen and c...
Interacting human and environmental pressures influence the structure and dynamics of marine food we...
To better predict ecological consequences of changing Arctic sea ice environments, we aimed to quant...