This paper presents a regional land-use model that conceives farms as independent agents aiming at maximum individual utility. Farm agents optimize their utility with the help of a linear-programming algorithm that takes into account natural, economic and personal restrictions. Interactions...

‘Farming for Nature’, a relatively new policy instrument being tried out in the Netherlands, is evaluated. The concept has been designed to allow dairy farmers to improve nature conservation on their farms. Under the scheme, no manure, fertilizer, or feed – concentrates or...

Under the condition of significant changes in the framework of EU Agricultural Policy Agro-Environmental Programmes are evaluated in this paper. The MEKA-Programme of Baden-Württemberg and the KULAP-Programme of Brandenburg, both measures under the EU-Regulation VO (EWG) 2078/92 of 1992, are...

Planning agricultural and environmental programmes has become a complex task. In this paper we show how interactive programming can help to solve such complex policy decision-making problems. The basic linear programming model is implemented with Excel. We show, for a hypothetical agricultural...

Using the example of the MAB Biosphere Preserve “Mittlere Elbeâ€, this article demonstrates how an “optimal†land-use pattern – a pattern aimed at combining ecological, economic and social objectives in an adequate way – can be determined. The focus is on the...

Both climate and agricultural policy changes are commonly seen as important drivers for agricultural production. In this study, scenarios of climate and political change were calculated for the Upper Danube catchment area using the regional optimization model ACRE. Two political scenarios were...

The 2003 CAP Reform left EU member states much room for national implementation. The farm group model EU-FARMIS is applied to quantify the effects of the reform and the impacts of the options for national implementation. The analysis is done for France and Germany because their implementation...