Deep-sea fishes inhabit∼ 75% of the biosphere and are a critical part of deep-sea food
webs. Diet analysis and more recent trophic biomarker approaches, such as stable isotopes …

We review present understanding of the spatial and temporal diet variability
(trophodynamics) of a range of pelagic marine top predators, at both early and adult life …

Food web linkages, or the feeding relationships between species inhabiting a shared
ecosystem, are an ecological lens through which ecosystem structure and function can be …

The increasing use of trophic position (TP) for assessing and describing ecosystems has
resulted in the emergence of novel techniques for accurate and accessible measurements …

Marine debris is now a ubiquitous component of the Anthropocene global ocean. Plastic
ingestion by marine wildlife was first reported in the 1960s and since that time, roughly one …

We used bulk tissue δ13C and δ15N values and δ15N values of individual amino acids (AA)
to characterize the trophic structure of a pelagic fish assemblage from the North Pacific …

Mesopelagic fishes are numerically the most important vertebrate group of all world's
oceans. While these species are increasingly threatened by anthropogenic activities, basic …

Microplastic particles (< 5 mm) are ubiquitous throughout global marine ecosystems,
including the deep sea. Ingestion of microplastics and other anthropogenic microparticles is …

The mesopelagic zone covers a vast expanse of the World's oceans and contains some of
the most abundant vertebrates on the planet. This midwater region is central to the transfer …

Interest in the mining of polymetallic nodules, sulfide deposits, and ferromanganese crusts in
the deep sea is growing. While the impacts of deep-sea mining on benthic systems are …