International fisheries agencies recommend exploitation paths that satisfy two features. First, for precautionary reasons exploitation paths should avoid high fishing mortality in those fisheries where the biomass is depleted to a degree that jeopardise the stock's capacity to produce the Maximum Sustainable Yield (MSY). Second, for economic and social reasons, captures should be as stable (smooth) as possible over time. In this article we show that a conflict between these two interests may occur when seeking for optimal exploitation paths using age structured bioeconomic approach. Our results show that this conflict be overtaken by using non constant discount factors that value future stocks considering their relative intertemporal scarc...
An economic expert working group (STECF/SGBRE-07-05) was convened in 2007 for evaluating the potenti...
European anchovy (Engraulis encrasicolus) is the main commercially exploited fish stock in the Black...
We evaluate the management of the Northern Stock of Hake during 1986-2001. A stochastic bioeconomic...
International fisheries agencies recommend exploitation paths that satisfy two features. First, for ...
International fisheries agencies recommend exploitation paths that satisfy two features. First, for ...
International fisheries agencies recommend exploitation paths that satisfy two features. First, for ...
In a biomass model a CES function generates an exploitation rate that is directly proportional to th...
Most fisheries agencies conduct biological and economic assessments independently. This independent ...
The purpose of this article is to characterize dynamic optimal harvesting trajectories that maximize...
Several world fish stocks are being explored at unsustainable levels and require management plans to...
Research MastersIn this study we apply an age-structured bio-economic model to the Ibero-Atlantic s...
This paper explores the benefits of including age-structure in the control rule (HCR) when decision ...
One of the main goals stated in the proposals for the Common Fisheries Policy (CFP) reform was achie...
Optimal control theory has been extensively used to determine the optimal harvesting policy for rene...
Standard models of management of a single-species fishery generally assume that the biomass is of kn...
An economic expert working group (STECF/SGBRE-07-05) was convened in 2007 for evaluating the potenti...
European anchovy (Engraulis encrasicolus) is the main commercially exploited fish stock in the Black...
We evaluate the management of the Northern Stock of Hake during 1986-2001. A stochastic bioeconomic...
International fisheries agencies recommend exploitation paths that satisfy two features. First, for ...
International fisheries agencies recommend exploitation paths that satisfy two features. First, for ...
International fisheries agencies recommend exploitation paths that satisfy two features. First, for ...
In a biomass model a CES function generates an exploitation rate that is directly proportional to th...
Most fisheries agencies conduct biological and economic assessments independently. This independent ...
The purpose of this article is to characterize dynamic optimal harvesting trajectories that maximize...
Several world fish stocks are being explored at unsustainable levels and require management plans to...
Research MastersIn this study we apply an age-structured bio-economic model to the Ibero-Atlantic s...
This paper explores the benefits of including age-structure in the control rule (HCR) when decision ...
One of the main goals stated in the proposals for the Common Fisheries Policy (CFP) reform was achie...
Optimal control theory has been extensively used to determine the optimal harvesting policy for rene...
Standard models of management of a single-species fishery generally assume that the biomass is of kn...
An economic expert working group (STECF/SGBRE-07-05) was convened in 2007 for evaluating the potenti...
European anchovy (Engraulis encrasicolus) is the main commercially exploited fish stock in the Black...
We evaluate the management of the Northern Stock of Hake during 1986-2001. A stochastic bioeconomic...