Mathematical programming methods are used as a framework to evaluate world food prospects. Emphasis is on analyzing the world grain-oilseeds-livestock economy to capture the interaction of the predominantly cereal economies of the developing world and the livestock economies of the developed world as they compete for the world's agricultural resources. The mathematical model, called the Grain-Oilseeds-Livestock (GOL) model, incorporates general population and income growth rates, demand and supply price elasticities, input variables, and assumptions about basic underlying economic trends and policy constraints
In order to assess the future world food demand/supply balance for the next century, in relation to ...
Increased demand for compounded livestock feeds in developing countries is expected in future, and p...
Future directions of food supply and demand will be determined by the interaction of various market ...
Mathematical programming methods are used as a framework to evaluate world food prospects. Emphasis ...
Agricultural commodity projections for 1985, developed by USDA's Economics, Statistics, and Cooperat...
The IMPACT model is designed to examine alternative futures for global food supply, demand, trade, p...
This report presents a simplified version of the world grain-oilseeds-livestock (GOL) agricultural t...
A price endogenous, spatial equilibrium mathematical programming model (USMP) is formulated and appl...
This paper reviews the crop supply component of the world grains, oilseeds, and livestock (GOL) mode...
Multiyear dynamic spatial models of the U.S. grain, oilseed, and livestock (GOL) economy show how to...
The study indicates the possibilities which exist for the alleviation of the world food shortage thr...
The world food market has experienced significant structural changes in the past two decades, featur...
The purpose of this article is to model the agricultural production sector of Region G to determine ...
Livestock play a vital role in economic Development-particularly as socities, evolve from subsistenc...
Strategic planning is increasingly being adapted by agricultural research, development and extensio...
In order to assess the future world food demand/supply balance for the next century, in relation to ...
Increased demand for compounded livestock feeds in developing countries is expected in future, and p...
Future directions of food supply and demand will be determined by the interaction of various market ...
Mathematical programming methods are used as a framework to evaluate world food prospects. Emphasis ...
Agricultural commodity projections for 1985, developed by USDA's Economics, Statistics, and Cooperat...
The IMPACT model is designed to examine alternative futures for global food supply, demand, trade, p...
This report presents a simplified version of the world grain-oilseeds-livestock (GOL) agricultural t...
A price endogenous, spatial equilibrium mathematical programming model (USMP) is formulated and appl...
This paper reviews the crop supply component of the world grains, oilseeds, and livestock (GOL) mode...
Multiyear dynamic spatial models of the U.S. grain, oilseed, and livestock (GOL) economy show how to...
The study indicates the possibilities which exist for the alleviation of the world food shortage thr...
The world food market has experienced significant structural changes in the past two decades, featur...
The purpose of this article is to model the agricultural production sector of Region G to determine ...
Livestock play a vital role in economic Development-particularly as socities, evolve from subsistenc...
Strategic planning is increasingly being adapted by agricultural research, development and extensio...
In order to assess the future world food demand/supply balance for the next century, in relation to ...
Increased demand for compounded livestock feeds in developing countries is expected in future, and p...
Future directions of food supply and demand will be determined by the interaction of various market ...