Fisheries Management and Ecology · 2010 · 27 citations · 36 references
Natural ResourcesEcologyFisheriesFisheries BiologyFisheries ManagementWildlife ManagementCatch LimitsFish RecruitmentHarvest RegulationPopulation ModelingRecruitment EstimationReservoir FisheriesCatch Limit EvaluationFish Recruitment DynamicsLength-based Yield Per Recruit AnalysisRecruitment In Fisheries ManagementScenarios
Abstract This study assessed exploitation and evaluated management options for walleye, Sander vitreus (Mitchill), in Glen Elder Reservoir, Kansas. A total of 2429 walleye varying from 240 to 687 mm was tagged with Carlin dangler tags during 2000–2003. After correcting for tag loss and non‐reporting, exploitation of walleye was estimated as 68.3%. More than 85% of the tagged walleye were harvested during April to June and 75% were harvested within 6 months after tagging. A Beverton‐Holt yield‐per‐recruit model was used to evaluate six minimum length limits varying from 250 to 610 mm. Given current exploitation rates, population demographics and harvest regulations (381‐mm minimum length limit), the walleye population is probably experiencing recruitment overfishing. Model results suggested that a 610‐mm minimum length limit would be required to prevent growth overfishing and a 533‐mm or longer minimum length limit would prevent recruitment overfishing.
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Canada's Recreational Fisheries: The Invisible Collapse?
John R. Post, Michael G. Sullivan, Sean Cox et al. · Fisheries · 2002 · 687 citations
Natural Resources, Environmental Management, Fish Ecology +10
The Impact of United States Recreational Fisheries on Marine Fish Populations
Felicia C. Coleman, Will F. Figueira, Jeffrey S. Ueland et al. · Science · 2004 · 633 citations
Keep it simple: three indicators to deal with overfishing
Rainer Froese · Fish and Fisheries · 2004 · 522 citations
State of the World’s Fisheries
Ray Hilborn, Trevor A. Branch, Billy Ernst et al. · Annual Review of Environment and Resources · 2003 · 385 citations