Abstract -A number of European fishing fleets have been regulated through a combination of quota and effort (sea days) controls since 2004. These two regulation schemes are, however, interrelated, i.e. a given quota limit will necessarily determine the effort used and vice versa. A bioeconomic feedback model is presented which takes this causality between effort and harvest control into account, and switches back and forth between these two regulation schemes depending on which is the binding rule. The model is based on biological stock projection, and quotas are set using the Pope approximation while an economic production function is used to estimate the harvest when the effort is binding. The economic response of the fleet is modelled th...
A continuous-time bioeconomic model is developed and used to derive open-access and optimal manageme...
A discrete time bioeconomic model is developed and used to derive supply curves for the open access ...
Using a bioeconomic model of the cod (Gadus morhua) and capelin (Mallotus villosus) fisheries of the...
A number of European fishing fleets have been regulated through a combination of quota and effort (...
Abstract – A number of European fishing fleets have been regulated through a combination of quota an...
Total allowable effort quotas (TAEs) are often considered as promising alternatives to single-specie...
Harvest control rules (HCRs) have been implemented for many fisheries worldwide. However, in most in...
The objective of this thesis is to study the optimal management of North Sea herring. The analysis i...
There is growing interest in bio-economic models as tools for understanding pathways of fishery beha...
There is growing interest in bioeconomic models as tools for understanding pathways of fishery behav...
A discrete-time stochastic bioeconomic model is developed and used to analyse the North Sea herring ...
Research PaperA discrete-time stochastic bioeconomic model is developed and used to analyse the Nort...
This study presents a fleet-based bioeconomic simulation model to the international mixed flatfish f...
A continuous-time bioeconomic model is developed and used to derive open-access and optimal manageme...
A discrete time bioeconomic model is developed and used to derive supply curves for the open access ...
Using a bioeconomic model of the cod (Gadus morhua) and capelin (Mallotus villosus) fisheries of the...
A number of European fishing fleets have been regulated through a combination of quota and effort (...
Abstract – A number of European fishing fleets have been regulated through a combination of quota an...
Total allowable effort quotas (TAEs) are often considered as promising alternatives to single-specie...
Harvest control rules (HCRs) have been implemented for many fisheries worldwide. However, in most in...
The objective of this thesis is to study the optimal management of North Sea herring. The analysis i...
There is growing interest in bio-economic models as tools for understanding pathways of fishery beha...
There is growing interest in bioeconomic models as tools for understanding pathways of fishery behav...
A discrete-time stochastic bioeconomic model is developed and used to analyse the North Sea herring ...
Research PaperA discrete-time stochastic bioeconomic model is developed and used to analyse the Nort...
This study presents a fleet-based bioeconomic simulation model to the international mixed flatfish f...
A continuous-time bioeconomic model is developed and used to derive open-access and optimal manageme...
A discrete time bioeconomic model is developed and used to derive supply curves for the open access ...
Using a bioeconomic model of the cod (Gadus morhua) and capelin (Mallotus villosus) fisheries of the...