This paper presents a new type of spatial and dynamic model for analysing structural change in agriculture. The model is based on a number of individually acting farms located at different points in an agricultural region. Like a cellular automaton, the region is subdivided into a number of spatially ordered plots. The farms compete for these plots and compete on different markets. Farms are allowed to engage in different production possibilities and they can use several investment alternatives. They optimise their activities with respect to their objective function by considering their expectations, financial state and existing assets
Agricultural structures have been shaped by a variety of factors including economic, cultural, histo...
The Saskatchewan farm sector is a dynamic system that is faced with the reality of farm consolidatio...
This paper presents a regional agricultural model using a plant growth simulation model (EPIC) as ge...
This paper presents a spatial multi-agent programming model, which has been developed for assessing ...
In the paper the regional, optimization model of agriculture and its use for predicting probable rea...
The study of changes in land use has been included lately in territorial processes in order to opti-...
International audienceThe modeling and projecting of land use change is essential to the assessment ...
The modeling and projecting of land use change is essential to the assessment of consequent en-viron...
Agricultural expansion is one of the prime driving forces of global land cover change. Despite the i...
Like many North American agricultural regions, Saskatchewan has experienced significant fundamental ...
This paper explains regionally differentiated patterns of structural change based on a theoretical f...
Abstract. We present an integrated model of regional spatial dynamics consisting of a cellular autom...
The methodological challenge addressed here is modelling multi-regional development of agricultural ...
Policy making, to enhance sustainable agricultural development, requires insight in the complex dyna...
Agricultural structures have been shaped by a variety of factors including economic, cultural, histo...
The Saskatchewan farm sector is a dynamic system that is faced with the reality of farm consolidatio...
This paper presents a regional agricultural model using a plant growth simulation model (EPIC) as ge...
This paper presents a spatial multi-agent programming model, which has been developed for assessing ...
In the paper the regional, optimization model of agriculture and its use for predicting probable rea...
The study of changes in land use has been included lately in territorial processes in order to opti-...
International audienceThe modeling and projecting of land use change is essential to the assessment ...
The modeling and projecting of land use change is essential to the assessment of consequent en-viron...
Agricultural expansion is one of the prime driving forces of global land cover change. Despite the i...
Like many North American agricultural regions, Saskatchewan has experienced significant fundamental ...
This paper explains regionally differentiated patterns of structural change based on a theoretical f...
Abstract. We present an integrated model of regional spatial dynamics consisting of a cellular autom...
The methodological challenge addressed here is modelling multi-regional development of agricultural ...
Policy making, to enhance sustainable agricultural development, requires insight in the complex dyna...
Agricultural structures have been shaped by a variety of factors including economic, cultural, histo...
The Saskatchewan farm sector is a dynamic system that is faced with the reality of farm consolidatio...
This paper presents a regional agricultural model using a plant growth simulation model (EPIC) as ge...