By Ashley Apel
According to a recent study published in Science, nearly 80% of the world’s catch comes from “data-limited” fisheries. Not surprisingly, research shows that many of these fisheries are facing collapse, jeopardizing the food security of hundreds of millions of people in developing countries who depend on seafood for a majority of their dietary protein.
Historically, fisheries with little data had few science-based management options. But new methods are being continuously developed and used in the field that deliver science-based results, even in the absence of long-term, historical catch data. Since fishery stock assessments can be extremely complex, EDF recently developed a user-friendly, six-step framework as part of an overall guide to Science-Based Management of Data-Limited Fisheries.
The framework outlines a systematic approach that fishery managers can use to conduct quick and relatively inexpensive assessments. The methods allow stakeholders in data-limited fisheries to estimate risks to marine ecosystems, determine vulnerability of a stock to fishing pressure, calculate the level of overfishing, assess the sustainability of the fishery, and establish sustainable fishing targets and other management reference points.
Download the guide on Science-Based Management of Data-Limited Fisheries or download the entire toolkit for fisheries. Feel free to send questions or comments to email@example.com.
Also posted in Catch Shares, Cuba, EDF Oceans General, Global Fisheries, Latin America & Caribbean, Mexico, Mid-Atlantic, New England, Pacific, Science/Research, South Atlantic
The Seabrooke. Photo credit: Discovery Channel
Marine Resource Economics announced Joshua K. Abbott Brian Garber-Yonts, and James E. Wilen as recipients of the 2010 Dr. S.-Y. Hong Award for Outstanding Article. The peer-reviewed article, Employment and Remuneration Effects of IFQs in the Bering Sea/Aleutian Islands Crab Fisheries found that the majority of working crews in the Bering Sea red king crab and snow crab fisheries benefited in the first three years of catch share implementation.
Abbott, an Assistant Professor of Environmental and Resource Economics in Arizona State University’s School of Sustainability, wrote an EDFish blog post on the study in 2010. According to the study, crab fishing in the Bering Sea/Aleutian Islands became more productive following catch share implementation. Crab fishing also became more lucrative for crews – seasons lengthened, employment in crew hours and daily crew pay remained stable, and seasonal crew pay increased substantially. Read More