This paper aims to study a single species fishery model with Von Bertaranphy law of growth.The dynamical and the bionomic steady states are determined and their natures are examined from the biological and the economical points of view.The optimal harvest policy is studied by taking the fishing effort as a dynamic control variable
This bio-economic model reduces essentially to a set of parametric coupled nonlinear differential eq...
In this paper, we propose a bioeconomic model which describes a fishery in which each of two noninte...
Almost all fisher models assume time-invariant parameter values of the underlying biological growth ...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
In this paper we have considered a model in which revenue is generated from fishing and the growth o...
The main objective in research on sustainable fishery management is to understand the effects of fis...
Exploitation of biological resources and the harvest of population species are commonly practiced in...
In aquaculture experiments of only a few months'duration, fish can approach their asymptotic size an...
In this study, the population dynamic of fish is considered following Logistic model with the inclus...
A detailed model describing the economics of harvesting self-renewable resources is constructed. The...
A detailed model describing the economics of harvesting self-renewable resources is constructed. The...
The objective of this thesis is to study the optimal management of North Sea herring. The analysis i...
This bio-economic model reduces essentially to a set of parametric coupled nonlinear differential eq...
In this paper, we propose a bioeconomic model which describes a fishery in which each of two noninte...
Almost all fisher models assume time-invariant parameter values of the underlying biological growth ...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
Growth is the increase of size, both its length and weight at a specific time period. In studying th...
In this paper we have considered a model in which revenue is generated from fishing and the growth o...
The main objective in research on sustainable fishery management is to understand the effects of fis...
Exploitation of biological resources and the harvest of population species are commonly practiced in...
In aquaculture experiments of only a few months'duration, fish can approach their asymptotic size an...
In this study, the population dynamic of fish is considered following Logistic model with the inclus...
A detailed model describing the economics of harvesting self-renewable resources is constructed. The...
A detailed model describing the economics of harvesting self-renewable resources is constructed. The...
The objective of this thesis is to study the optimal management of North Sea herring. The analysis i...
This bio-economic model reduces essentially to a set of parametric coupled nonlinear differential eq...
In this paper, we propose a bioeconomic model which describes a fishery in which each of two noninte...
Almost all fisher models assume time-invariant parameter values of the underlying biological growth ...