The ocean's ability to sequester carbon away from the atmosphere exerts an important
control on global climate. The biological pump drives carbon storage in the deep ocean and …

Ocean eddies are coherent, rotating features that can modulate pelagic ecosystems across
many trophic levels. These mesoscale features, which are ubiquitous at mid-latitudes, may …

This study assesses the presence of microplastic litter in the contents of the gastrointestinal
tract of 26 commercial and non-commercial fish species from four difference habitats …

Deep‐pelagic fishes are among the most abundant vertebrates on Earth. They play a critical
role in sequestering carbon, providing prey for harvestable fishing stocks and linking …

Mesobot, an autonomous underwater vehicle, addresses specific unmet needs for observing
and sampling a variety of phenomena in the ocean's midwaters. The midwater hosts a vast …

Migrating wildlife species across the globe face a dire predicament as their traditional
migratory routes are cut off by human encroachment. Forced into smaller and smaller …

The mesopelagic community is important for downward oceanic carbon transportation and is
a potential food source for humans. Estimates of global mesopelagic fish biomass vary …

Pelagic fauna is expected to be impacted under climate change according to ecosystem
simulations. However, the direction and magnitude of the impact is still uncertain and still not …

One pathway of the biological pump that remains largely unquantified in many export
models is the active transport of carbon from the surface ocean to the mesopelagic by …

Establishing the foundations for a sustainable use of deep‐sea resources relies on
increasing knowledge on this inaccessible ecosystem, which is challenging with traditional …