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Fish stock assessment --- Fishery management --- Assessment, Fish stock --- Fisheries --- Fisheries stock assessment --- Fishery stock assessment --- Fishes --- Stock assessment, Fish --- Stock assessment --- Fish populations --- Fishery resources --- Measurement --- Estimates
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Stock Identification Methods provides a comprehensive review of the various disciplines used to study the population structure of fishery resources. It represents the worldwide experience and perspectives of experts on each method, assembled through a working group of the International Council for the Exploration of the Sea. The book is organized to foster interdisciplinary analyses and conclusions about stock structure, a crucial topic for fishery science and management. Technological advances have promoted the development of stock identification methods in many directions, r
Fish stock assessment. --- Assessment, Fish stock --- Fisheries --- Fisheries stock assessment --- Fishery stock assessment --- Fishes --- Stock assessment, Fish --- Fish populations --- Fishery resources --- Stock assessment --- Measurement --- Estimates
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Fish stock assessment --- Assessment, Fish stock --- Fisheries --- Fisheries stock assessment --- Fishery stock assessment --- Fishes --- Stock assessment, Fish --- Fish populations --- Fishery resources --- Stock assessment --- Measurement --- Estimates --- Fish stock assessment. --- Atlantic Ocean --- Golfe du Saint-Laurent --- Gulf of Saint Lawrence --- Gulf of St. Lawrence --- Canada
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The collapse of cod, flounder, and haddock fish stocks in the Northeast United States has caused widespread concern among managers and fishers in the United States and Canada. The diminishing stocks have forced managers to take strict regulatory measures. Numerous questions have been raised about the adequacy of stock assessment science used to evaluate the status of these stocks and the appropriateness of the management measures taken. Based on these concerns, Congress mandated that a scientific review of the methodology and data used to evaluate these stocks be conducted. In this volume, the committee concludes that although there are improvements to be made in data collection, modeling uncertainty, and communicating between fishers, managers, and scientists, the scientific methods used in the Northeast stock assessments are sound. Recommendations are made on how the stock assessment process can be improved.
TECHNOLOGY & ENGINEERING --- Fisheries & Aquaculture --- Fish stock assessment --- Fishery management --- Agriculture --- Earth & Environmental Sciences --- Animal Sciences --- Fish management --- Fisheries --- Fisheries management --- Fishery resources --- Assessment, Fish stock --- Fisheries stock assessment --- Fishery stock assessment --- Fishes --- Stock assessment, Fish --- Management --- Stock assessment --- Aquatic resources --- Wildlife management --- Fish counting towers --- Overfishing --- Fish populations --- Measurement --- Estimates
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Fish stock assessment --- Fishery scientists --- Vocational guidance --- Recruiting --- United States. --- Fishery experts --- Assessment, Fish stock --- Fisheries --- Fisheries stock assessment --- Fishery stock assessment --- Fishes --- Stock assessment, Fish --- Stock assessment --- N.M.F.S. --- National Marine Fisheries Service (U.S.) --- NMFS --- NOAA Fisheries --- NOAA Fisheries Service --- US National Marine Fisheries Service --- Animal scientists --- Ichthyologists --- Fish populations --- Fishery resources --- Measurement --- Estimates
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