In this work the problem of optimal harvesting policy selection for natural resources management under model uncertainty is investigated. Under the framework of the neoclassical growth model dynamics, the associated optimal control problem is investigated by introducing the concept of model uncertainty on the initial conditions of the operational procedure. At this stage, the notion of convex risk measures, and in particular the class of Fr\'echet risk measures, is employed in order to quantify the total operational and marginal risk, whereas simultaneously obtaining robust to model uncertainty harvesting strategies.Comment: 15 page
We present a case study of the use of simulation modelling to develop and test strategies for managi...
The paper shows how the aspects of uncertainty in spatial harvest scheduling can be embedded into a ...
There is a general consensus that management decisions concerning forest resources are made in an in...
This work is intended to be a first step in analyzing optimal harvesting policies under the assumpti...
Most renewable natural resources exhibit marked demographic and environmental stochasticities, which...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
This paper presents a theory of harvesting that allows for partial harvests and accounts for the ris...
In a recent research article, Robinson et al. (2016) described a method of estimating uncertainty of...
Inaccurate specification of model coefficients can lead to false or distorted findings in modeling i...
The importance of accounting for economic costs when making environmental-management decisions subje...
Because of the very high complexity of modern optimization models based on single trees, uncertainti...
Abstract.- Classical one-parameter harvest policies (such as those based on maintaining a constant o...
This study proposes a new framework to tackle the uncertainty that prevails in the exploitation of r...
Summary. We consider an optimally managed renewable resource with stochas-tic non-concave growth fun...
Abstract The World Summit on Sustainable Development (Johannesburg, 2002) encouraged the applicatio...
We present a case study of the use of simulation modelling to develop and test strategies for managi...
The paper shows how the aspects of uncertainty in spatial harvest scheduling can be embedded into a ...
There is a general consensus that management decisions concerning forest resources are made in an in...
This work is intended to be a first step in analyzing optimal harvesting policies under the assumpti...
Most renewable natural resources exhibit marked demographic and environmental stochasticities, which...
Uncertainty is pervasive in fisheries management. Bioeconimists have undertaken long-standing effort...
This paper presents a theory of harvesting that allows for partial harvests and accounts for the ris...
In a recent research article, Robinson et al. (2016) described a method of estimating uncertainty of...
Inaccurate specification of model coefficients can lead to false or distorted findings in modeling i...
The importance of accounting for economic costs when making environmental-management decisions subje...
Because of the very high complexity of modern optimization models based on single trees, uncertainti...
Abstract.- Classical one-parameter harvest policies (such as those based on maintaining a constant o...
This study proposes a new framework to tackle the uncertainty that prevails in the exploitation of r...
Summary. We consider an optimally managed renewable resource with stochas-tic non-concave growth fun...
Abstract The World Summit on Sustainable Development (Johannesburg, 2002) encouraged the applicatio...
We present a case study of the use of simulation modelling to develop and test strategies for managi...
The paper shows how the aspects of uncertainty in spatial harvest scheduling can be embedded into a ...
There is a general consensus that management decisions concerning forest resources are made in an in...