This paper uses data from an actual fishery to construct a tractable and dynamic model to compare expected profit and its variance, optimal stock size, optimal harvest rate and optimal fishing effort under different management regimes under uncertainty. The results provide a comparison of instrument choice between a total harvests control and a total effort control under uncertainty, an original method to evaluate the tradeoffs between profits and other criteria in a dynamic context, and provide guidance as to the relative merits of catch and effort controls in fisheries management.fisheries management, uncertainty
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
This paper discusses some formal techniques for deciding how harvesting policies should be modified ...
The paper compares the management outcomes with a total allowable catch (TAC) and a total allowable ...
This paper uses data from an actual fishery to construct a tractable, dynamic model to compare expec...
ABSTRACT. This paper uses data from an actual fishery to construct a tractable, dynamic model to com...
ABSTRACT. This paper uses data from an actual fishery to construct a tractable, dynamic model to com...
This paper uses data from an actual fishery to construct a tractable and dynamic model to compare ex...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Quantifying and managing the uncertainty associated with the assessment of harvested fish stocks is ...
Quantifying and managing the uncertainty associated with the assessment of harvested fish stocks is ...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
This paper discusses some formal techniques for deciding how harvesting policies should be modified ...
The paper compares the management outcomes with a total allowable catch (TAC) and a total allowable ...
This paper uses data from an actual fishery to construct a tractable, dynamic model to compare expec...
ABSTRACT. This paper uses data from an actual fishery to construct a tractable, dynamic model to com...
ABSTRACT. This paper uses data from an actual fishery to construct a tractable, dynamic model to com...
This paper uses data from an actual fishery to construct a tractable and dynamic model to compare ex...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Among others who point to environmental variability and managerial uncertainty as causes of fishery ...
Quantifying and managing the uncertainty associated with the assessment of harvested fish stocks is ...
Quantifying and managing the uncertainty associated with the assessment of harvested fish stocks is ...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
This paper discusses some formal techniques for deciding how harvesting policies should be modified ...