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Implications of a nested stochastic/deterministic bio-economic model for a pelagic fishery



Implications of a nested stochastic/deterministic bio-economic model for a pelagic fishery



Ecological Modelling 15: 201



Use is made of an economically optimal feedback rule to determine optimal levels of exploitation of a pelagic fish species. Data from the southern bluefin tuna fishery for the years 1960-1996 are utilised to apply this rule to aggregated deterministic and stochastic models of population dynamics. Comparison of the rule-based results with historical records indicates that over much of the period the fishery was economically overexploited and a harvesting moratorium could have been imposed to improve economic returns from the fishery and to allow stock recovery.

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Accession: 010805559

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DOI: 10.1016/s0304-3800(01)00523-3


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