Canary Rockfish—A Story of U.S. Fisheries Management

Typography

Sometimes when you go fishing, you just do not know what you are going to catch.

 

Sometimes when you go fishing, you just do not know what you are going to catch. This is often the case in the West Coast groundfish fishery, where more than 90 different species frequent similar habitats and are managed together under a single management plan by NOAA Fisheries and the Pacific Fishery Management Council. When different species of fish cohabitate, it can be difficult to target or avoid any particular one; so if any species becomes overfished, it takes the cooperation and commitment of everyone to rebuild. Canary rockfish--one of more than 60 species of rockfish included in the West Coast groundfish fishery--fell into this category when it was declared overfished in 2000.

The complexity of this multispecies fishery presented NOAA Fisheries and the Pacific Fishery Management Council with a serious management challenge--how to avoid and keep the harvest of one species low enough to let it rebuild, while targeting healthy stocks and keeping our fishing communities and working waterfronts thriving.

Working with fishermen, managers, and scientists, the Council incorporated a variety of management tools, including season and area closures, gear restrictions, and an innovative catch share program in which catch limits are based on the population status of each fish stock and divided into shares that are allocated to individual fishermen or groups. All user groups had to make sacrifices in order to help canary rockfish rebuild.

For recreational fishermen it meant having to avoid closed areas. For commercial fishermen it meant that their trips to catch target species were limited by their quota of canary rockfish bycatch. In other words, once your limited quota of canary rockfish was reached, unless someone still had quota left over and they were willing to sell it to you, you were out of the fishery for the remainder of the season.  

 

Continue reading at NOAA.

Image via NOAA.