A general approach to determining parameters of a traditional bioeconomic model is offered for the situation in which knowledge of resource abundance is unknown. Production parameters (such as catchability coefficients) and biological factors (such as natural mortality and recruitment) are included in the model. The general model is articulated for a typical fishery and further specified to obtain estimates of parameters for the St. John's River shad fishery. The results, considering the illustrative nature of the analysis, are promising and suggest avenues of additional research.Environmental Economics and Policy, Research Methods/ Statistical Methods, Resource /Energy Economics and Policy, Risk and Uncertainty,
Fish stocks have an important role in providing cheap protein food, income and employment to millio...
A simple Schaefer-like production model is used in simulations to assess the potential benefits or o...
Bioeconomic models have been developed and applied to a range of fisheries around the world. However...
This paper provides an incremental extension of a stochastic renewable resource model (Pindyck 1984)...
This paper experimentally studies the extraction decisions of a sole-owner ina fishery, the populati...
New methods for estimation of growth and mortality parameters, together with their error estimation...
Fishery resources, being renewable, have to be exploited in such a way that reaping of maximum susta...
In order to describe a simple method of estimating maximum sustainable yield (MSY), we first demonst...
Exploitation of biological resources and the harvest of population species are commonly practiced in...
Fisheries are subject to multiple forms of uncertainty. One of these, parameter uncertainty, has bee...
It is reasonable to consider the stock of any renewable resource as a capital stock and treat the ex...
The paper describes a model of calculating indices of attachment of fish stock to fisheries zones ba...
A new approach of model parameter estimation is used with simulated measurements to recover both bio...
In this study, we tried to develop a theoretical framework based on the Schaefer model and establish...
The main objective in research on sustainable fishery management is to understand the effects of fis...
Fish stocks have an important role in providing cheap protein food, income and employment to millio...
A simple Schaefer-like production model is used in simulations to assess the potential benefits or o...
Bioeconomic models have been developed and applied to a range of fisheries around the world. However...
This paper provides an incremental extension of a stochastic renewable resource model (Pindyck 1984)...
This paper experimentally studies the extraction decisions of a sole-owner ina fishery, the populati...
New methods for estimation of growth and mortality parameters, together with their error estimation...
Fishery resources, being renewable, have to be exploited in such a way that reaping of maximum susta...
In order to describe a simple method of estimating maximum sustainable yield (MSY), we first demonst...
Exploitation of biological resources and the harvest of population species are commonly practiced in...
Fisheries are subject to multiple forms of uncertainty. One of these, parameter uncertainty, has bee...
It is reasonable to consider the stock of any renewable resource as a capital stock and treat the ex...
The paper describes a model of calculating indices of attachment of fish stock to fisheries zones ba...
A new approach of model parameter estimation is used with simulated measurements to recover both bio...
In this study, we tried to develop a theoretical framework based on the Schaefer model and establish...
The main objective in research on sustainable fishery management is to understand the effects of fis...
Fish stocks have an important role in providing cheap protein food, income and employment to millio...
A simple Schaefer-like production model is used in simulations to assess the potential benefits or o...
Bioeconomic models have been developed and applied to a range of fisheries around the world. However...