ABSTRACT. First, we study the allocation rule applied to split the Norwegian total allowable catch for cod between coastal and trawler ves-sels. Second, we explore the bioeconomic impli-cations of an ITQ management system for this ® shery. A model combining a cannibalistic bio-model with cooperative game theory is developed. Key results from the study are (1) the current al-location rule acts in opposite fashion to what may be considered bioeconomically optimal; and (2) an ITQ system for this ® shery is likely to result in economic losses, as the biological advantages of harvesting with the two vessels types may be lost. (JEL Q22, Q28) I
The objectives pursued by governments managing fisheries may include maximizing profits, minimizing ...
International audienceThe recent fisheries management approach by Mauritania recommends that Total A...
Abstract: We explore a fishery targeting the mature part of a stock, while bycatching the immature p...
Many real world fisheries have an individual vessel quota system with restrictions on transferabilit...
Many real world fisheries have an individual vessel quota system with restrictions on transferabilit...
Many real world fisheries have an individual vessel quota system with restrictions on transferabilit...
North-East Arctic cod is shared by Russia and Norway. Taking its multi-cohort structure into account...
This paper shows how intra-stock relations, such as cannibalism and growth enhancement, define the o...
Under the individual vessel quota regulations, the expected economic return of a multi species fishe...
Harvest control rules (HCRs) have been implemented for many fisheries worldwide. However, in most in...
An individual-based bio-economic model (IAM) is presented and applied to the Bay of Biscay sole fish...
This paper examines the allocation problem arising from conflicting demands for marine resource use ...
International audienceAn individual-based bio-economic model (IAM) is presented and applied to the B...
North Sea herring is a transboundary resource, shared by the EU and Norway. The purpose of this pape...
The objectives pursued by governments managing fisheries may include maximizing profits, minimizing ...
International audienceThe recent fisheries management approach by Mauritania recommends that Total A...
Abstract: We explore a fishery targeting the mature part of a stock, while bycatching the immature p...
Many real world fisheries have an individual vessel quota system with restrictions on transferabilit...
Many real world fisheries have an individual vessel quota system with restrictions on transferabilit...
Many real world fisheries have an individual vessel quota system with restrictions on transferabilit...
North-East Arctic cod is shared by Russia and Norway. Taking its multi-cohort structure into account...
This paper shows how intra-stock relations, such as cannibalism and growth enhancement, define the o...
Under the individual vessel quota regulations, the expected economic return of a multi species fishe...
Harvest control rules (HCRs) have been implemented for many fisheries worldwide. However, in most in...
An individual-based bio-economic model (IAM) is presented and applied to the Bay of Biscay sole fish...
This paper examines the allocation problem arising from conflicting demands for marine resource use ...
International audienceAn individual-based bio-economic model (IAM) is presented and applied to the B...
North Sea herring is a transboundary resource, shared by the EU and Norway. The purpose of this pape...
The objectives pursued by governments managing fisheries may include maximizing profits, minimizing ...
International audienceThe recent fisheries management approach by Mauritania recommends that Total A...
Abstract: We explore a fishery targeting the mature part of a stock, while bycatching the immature p...