This assessment summarizes and synthesizes climate, biological, and fishing effects on the shelf and slope regions of the Gulf of Alaska (GOA), from an ecosystem perspective, and to provides an assessment of the possible future.
This assessment summarizes and synthesizes climate, biological, and fishing effects on the shelf and slope regions of the Gulf of Alaska, from an ecosystem perspective, and to provides an assessment of the possible future.
This assessment summarizes and synthesizes historical climate and fishing effects on the shelf and slope regions of the Aleutian Islands (AI) from an ecosystem perspective, and provides an assessment of the possible future.
This assessment summarizes and synthesizes historical climate and fishing effects on the shelf and slope regions of the Aleutian Islands (AI) from an ecosystem perspective, and provides an assessment of the possible future.
This assessment summarizes and synthesizes climate and fishing effects (historical and future) on the eastern Bering Sea shelf and slope regions from an ecosystem perspective.
This assessment summarizes and synthesizes climate and fishing effects (historical and future) on the eastern Bering Sea shelf and slope regions from an ecosystem perspective.
Flathead sole are distributed from northern California, off Point Reyes, northward along the west coast of North America and throughout the Gulf of Alaska and the Eastern Bering Sea, the Kuril Islands, and possibly the Okhotsk Sea.
"Flathead sole" as currently managed by the North Pacific Fishery Management Council in the Bering Sea and Aleutian Islands represents a two-species complex consisting of true flathead sole and Bering flounder.
This assessment summarizes and synthesizes climate, biological, and fishing effects on the shelf and slope regions of the Gulf of Alaska, from an ecosystem perspective, and to provides an assessment of the possible future.
This assessment summarizes and synthesizes historical climate and fishing effects on the shelf and slope regions of the Aleutian Islands (AI) from an ecosystem perspective, and provides an assessment of the possible future.