Improving Predictions of Distribution Change Under Anomalous Conditions Using a Joint Fishery-Species Distribution Model

The health of fisheries is critical to California’s economic, cultural and ecological vitality. But changing conditions driven by climate change, such as marine heat waves (MHWs), can impact fisheries in ways not yet fully understood. The goal of this project is to expand and improve on analyses to understand how species are responding to changing climate conditions by developing a joint fishery-species distribution model (JFSDM).

Cost-effective strategies for reducing antibiotic use in aquaculture

When open-water, finfish farms operate in close proximity to each other, parasites and pathogens can spread between farm sites via currents and tidal flow. As a result of this spatial connectivity, management actions in one farm can affect the productivity of its neighbors, creating a production externality that is dynamic in both time and space. The theoretical literature suggests that, in some circumstances, coordinated action may be an efficient strategy for managing dynamic externalities.

Monitoring to Support Central California Coast Coho Salmon Recovery in Tributaries of the Lower Russian River Basin - 2021 Annual Report

The 2021 annual report for National Marine Fisheries Service Grant NA180AR4170073 presents an overview of remote-site incubator operation, coho salmon releases and monitoring, and pilot project effectiveness.