A MAS model for optimizing the spatial aspects of livestock production and manure abatement

As a consequence of the EU Nitrates Directive many countries have developed policies to regulate manure production and manure emission on land. Farmers have three allocation options: spreading manure on own land, transporting manure to other farmers’ land and processing manure. To better understand the manure problem as an allocation problem a spatial mathematical programming multi-agent model has been developed. The model is applied for Flanders (Belgium), a highly concentrated livestock area. Using this model, policy alternatives and their cost efficiency can be evaluated. These simulations... Mehr ...

Verfasser: Van der Straeten, Bart
Buysse, Jeroen
Lauwers, Ludwig
Nolte, Stephan
Marchand, Fleur
Claeys, Dakerlia
Van Huylenbroeck, Guido
Dokumenttyp: conference
Erscheinungsdatum: 2009
Verlag/Hrsg.: Belgian Association of Agricultural Economics
Schlagwörter: Earth and Environmental Sciences / Flanders / manure / spatial planning / MP-MAS / nitrogen
Sprache: Englisch
Permalink: https://search.fid-benelux.de/Record/base-29057988
Datenquelle: BASE; Originalkatalog
Powered By: BASE
Link(s) : https://biblio.ugent.be/publication/734702

As a consequence of the EU Nitrates Directive many countries have developed policies to regulate manure production and manure emission on land. Farmers have three allocation options: spreading manure on own land, transporting manure to other farmers’ land and processing manure. To better understand the manure problem as an allocation problem a spatial mathematical programming multi-agent model has been developed. The model is applied for Flanders (Belgium), a highly concentrated livestock area. Using this model, policy alternatives and their cost efficiency can be evaluated. These simulations result in advice on location and type of manure processing and an indicator which creates transparency in the manure and processing market.