Motivated by a need for climate-informed living marine resource management, increased
emphasis has been placed on regional end-to-end modeling frameworks designed to …

As climate stressors are impacting marine ecosystems and fisheries across the world,
ecosystem models that incorporate environmental variables are increasingly used to inform …

Fishers often target multiple species. More diverse harvest portfolios may reduce income
risk, increasing resilience to climate-driven changes in target species' spatial distributions …

Determining how resilient a stock-recruitment relationship is to environmental variation is
crucial for fisheries management. Steepness is a key factor characterizing the resilience of a …

Spatial and temporal variability in temperature and food availability are key drivers of growth
of marine fishes. Growth during the early life stages (ELS's) is tightly coupled to survival, and …

Climate-driven changes in ocean temperatures, currents, or plankton dynamics may disrupt
pelagic forage fish recruitment. Being responsive to such impacts enables fisheries …

This study investigates the movement of sardine and anchovy between areas around South
Africa, and its possible relationship with key environmental drivers using a Model of …

Much research has raised concerns about how a warming planet will interact with natural
cyclical climatic variations, and the implications for the resilience and vulnerability of coastal …

A 2-day virtual stakeholder engagement workshop in support of the NOAA-funded Future
Seas project was held November 28 and 29, 2022. Attendees included academic and …

Assessment of the Pacific sardine resource (Sardinops sagax) in 2024 for US management in
2024-2025 Page 1 https://doi.org/10.25923/jyw3-ys65 NOAA Technical Memorandum NMFS …