In this paper, a dynamic optimization modeling framework for livestock production is developed for the purpose of evaluating the welfare effects of the introduction of invasive species. A beef production model implemented based on the conceptual framework shows that the model is valid and stable. The modeling framework can be used to assess the welfare effects under alternative IS management policies and optimal resource allocation schemes for policymakers
We examine the management of livestock diseases from the producers‘ perspective, incorporating infor...
Previous bioeconomic studies have mainly concentrated on beef operations, principally stocker activi...
Invasive species are non-indigenous species that invade and adversely affect their adopted environme...
In this paper, a dynamic optimization modeling framework for livestock production is developed for t...
A conceptual bioeconomic framework that integrates dynamic epidemiological-economic processes was de...
A conceptual bioeconomic framework that integrates dynamic epidemiological-economic processes was de...
The impact of invasive species has grown substantially in recent years as evident by the trends in g...
Net feed efficiency (NFE) technology is expected to improve the productivity of grazing systems in A...
Accurate assessments of the epidemiological and economic impacts of an animal disease require the in...
A stochastic dynamic programming model for extensive livestock systems is developed. The model optim...
The reduction in goat milk production and the competitiveness of more profitable activities have inc...
The determination of an optimal feeding and marketing strategy for a beef grazing enterprise is form...
n crop science, widely used theoretical concepts of production ecology comprise a hierarchy in growt...
The expected increase in the global demand for livestock products calls for insight in the scope to ...
Abstract Bromus Tectorum is an invasive plant species known to reduce abundance of native perennial ...
We examine the management of livestock diseases from the producers‘ perspective, incorporating infor...
Previous bioeconomic studies have mainly concentrated on beef operations, principally stocker activi...
Invasive species are non-indigenous species that invade and adversely affect their adopted environme...
In this paper, a dynamic optimization modeling framework for livestock production is developed for t...
A conceptual bioeconomic framework that integrates dynamic epidemiological-economic processes was de...
A conceptual bioeconomic framework that integrates dynamic epidemiological-economic processes was de...
The impact of invasive species has grown substantially in recent years as evident by the trends in g...
Net feed efficiency (NFE) technology is expected to improve the productivity of grazing systems in A...
Accurate assessments of the epidemiological and economic impacts of an animal disease require the in...
A stochastic dynamic programming model for extensive livestock systems is developed. The model optim...
The reduction in goat milk production and the competitiveness of more profitable activities have inc...
The determination of an optimal feeding and marketing strategy for a beef grazing enterprise is form...
n crop science, widely used theoretical concepts of production ecology comprise a hierarchy in growt...
The expected increase in the global demand for livestock products calls for insight in the scope to ...
Abstract Bromus Tectorum is an invasive plant species known to reduce abundance of native perennial ...
We examine the management of livestock diseases from the producers‘ perspective, incorporating infor...
Previous bioeconomic studies have mainly concentrated on beef operations, principally stocker activi...
Invasive species are non-indigenous species that invade and adversely affect their adopted environme...