The northeast US continental shelf is a highly productive and socio-economically important
marine ecosystem in which annual and seasonal variations of bottom temperature play a …

ABSTRACT The Atlantic surfclam, Spisula solidissima, and ocean quahog, Arctica islandica,
are biomass dominant bivalve species on the eastern North American continental shelf, both …

As the world develops sources of renewable energy, there is an intensifying interest in
offshore wind energy production. The Northeast US Continental Shelf (NES) ecosystem has …

Identifying the spatio-temporal distribution hotspots of fishes and allocating priority
conservation areas could facilitate the spatial planning and efficient management. As a …

The Northeast US shelf ecosystem is undergoing unprecedented changes due to long-term
warming trends and shifts in regional hydrography leading to changes in community …

Climate change can affect the habitat of marine species and hence their persistence and
adaptation. Trends in area of occurrence and population biomass were examined for 177 …

In the Northeast US, many stock assessments have a history of problematic model
diagnostics, with multiple age‐based assessments recently being rejected in the peer …

Backward-in-time Lagrangian model can identify potential spawning areas by reconstructing
egg drift trajectories, contributing to accurately designing potential priority conservation …

Abstract The Northeast US Continental Shelf (NES) is a highly productive marine ecosystem
that has experienced wide swings in phytoplankton chlorophyll concentration (CHL). To …

Canadian fisheries management has embraced the precautionary approach and the
incorporation of ecosystem information into decision-making processes. Accurate estimation …