Stable isotope-based methods have proved to be immensely valuable for ecological studies
ranging in focus from animal movements to species interactions and community structure …

Incidental bycatch is a well-known challenge in gillnet fisheries throughout the world, and
the fishery for North Atlantic lumpfish Cyclopterus lumpus roe is no exception. In Greenland …

Discerning assimilated diets of wild animals using stable isotopes is well established where
potential dietary items in food webs are isotopically distinct. With the advent of mixing …

The availability and investment of energy among successive life‐history stages is a key
feature of carryover effects. In migratory organisms, examining how both winter and spring …

Where available, census data on seabirds often do not extend beyond a few years or
decades, challenging our ability to identify drivers of population change and to develop …

How to manage harvest under great uncertainty is a fundamental question for many wildlife
managers, particularly when resources necessary to estimate abundance or population …

Human industrialization has resulted in rapid climate change, leading to wide-scale
environmental shifts. These shifts can modify food web dynamics by altering the abundance …

Arctic freshwater ponds are typically pristine and oligotrophic, however seabird biovectors
can markedly alter water quality via enrichment with marine-derived nutrients and …

Context Understanding migratory species' habitat selection is complicated by variation in
movement strategies. Stable-isotope analysis provides a powerful tool to investigate such …

Abstract The South-west Greenland Open Water Area is an internationally important
wintering area for seabirds in the North Atlantic. Nearly two decades after the area was last …