Recent developments in global dynamical climate prediction systems have allowed for
skillful predictions of climate variables relevant to living marine resources (LMRs) at a scale …

Studies describing and hypothesizing the impact of climate change and environmental
processes on vital rates of fish stocks are increasing in frequency, and concomitant with that …

Researchers have long recognized the importance of ecological differences at the species
level in structuring natural communities yet until recently have often overlooked the influence …

Recruitment is one of the most variable biological processes driving fisheries population
dynamics and the characteristics and drivers of the variation differ among stocks …

Oceanographic processes and ecological interactions can strongly influence recruitment
success in marine fishes. Here, we develop an environmental index of sablefish recruitment …

Identifying juvenile habitats is critical for understanding a species' ecology and for focusing
spatial fishery management by defining references like essential fish habitat (EFH). Here, we …

When assessing the status of a fish population for advising management, the spawner-
recruit (SR) relationship, which represents stock productivity, is an important biological …

This paper investigates environmental drivers of US West Coast petrale sole (Eopsetta
jordani) recruitment as an initial step toward develo** an environmental recruitment index …

Stock assessments are important to sustainable ocean management, but develo**
assessments remains time-consuming despite increased computation power and access to …

Environmental recruitment indices may improve the precision of stock assessments, allow
hindcasting, and aid in near-term forecasting. We used Bayesian dynamic factor analysis …