Overfishing continues for many stocks in the New England groundfish complex despite efforts to constrain harvest rates and rebuild populations. We evaluated the magnitude and sources of scientific uncertainty in catch targets for groundfish and found that since 2004 annual harvest rates have been 151% above the target while catches have been 29% below the target catch, on average, resulting from overly optimistic catch targets for the majority of stocks. Multiple sources of scientific uncertainty contributed to this overestimation, but the largest contributor was overestimated abundance. By evaluating sequential assessment estimates, we found previous assessments frequently overestimated terminal abundance. Additional uncertainty in catch...
There is a need to provide quantitative measures of uncertainty to support fisheries management deci...
A variety of tools are available to quantify uncertainty in age-structured fish stock assessments an...
Quantifying scientific uncertainty in estimating an appropriate catch level for a fish stock is chal...
Overfishing continues for many stocks in the New England groundfish complex despite efforts to const...
We conducted a retrospective evaluation of alternative management strategies for stocks in the New E...
Rebuilding depleted fishery resources is a worldwide problem. In the U.S., the Magnuson Stevens Fish...
Projections are used to explore scenarios for catch advice and rebuilding, and are an important tool...
Fisheries management is most effective when based on scientific estimates of sustainable fishing rat...
There is considerable variability in the status of fish populations around the world and a poor unde...
There is considerable variability in the status of fish populations around the world and a poor unde...
Overfishing is widely recognized as a major impediment to the long term sustainability of seafood ha...
<div><p>There is considerable variability in the status of fish populations around the world and a p...
Uncertain and inaccurate estimates are a prevailing problem in stock assessment, despite increasingl...
Research PaperIt is rarely possible or desirable to maintain a constant target fishing mortality rat...
Thesis (Ph.D.)--University of Washington, 2016-12The foundation of sustainable fisheries management ...
There is a need to provide quantitative measures of uncertainty to support fisheries management deci...
A variety of tools are available to quantify uncertainty in age-structured fish stock assessments an...
Quantifying scientific uncertainty in estimating an appropriate catch level for a fish stock is chal...
Overfishing continues for many stocks in the New England groundfish complex despite efforts to const...
We conducted a retrospective evaluation of alternative management strategies for stocks in the New E...
Rebuilding depleted fishery resources is a worldwide problem. In the U.S., the Magnuson Stevens Fish...
Projections are used to explore scenarios for catch advice and rebuilding, and are an important tool...
Fisheries management is most effective when based on scientific estimates of sustainable fishing rat...
There is considerable variability in the status of fish populations around the world and a poor unde...
There is considerable variability in the status of fish populations around the world and a poor unde...
Overfishing is widely recognized as a major impediment to the long term sustainability of seafood ha...
<div><p>There is considerable variability in the status of fish populations around the world and a p...
Uncertain and inaccurate estimates are a prevailing problem in stock assessment, despite increasingl...
Research PaperIt is rarely possible or desirable to maintain a constant target fishing mortality rat...
Thesis (Ph.D.)--University of Washington, 2016-12The foundation of sustainable fisheries management ...
There is a need to provide quantitative measures of uncertainty to support fisheries management deci...
A variety of tools are available to quantify uncertainty in age-structured fish stock assessments an...
Quantifying scientific uncertainty in estimating an appropriate catch level for a fish stock is chal...