Modelling farm growth and its impact on agricultural land use: A country scale application of an agent-based model

Veronique Beckers, Jeroen Beckers, Matthias Vanmaercke, Etienne Van Hecke, Anton Van Rompaey, Nicolas Dendoncker

Research output: Contribution to journalArticle

Abstract

The ongoing economic pressure on farmers has resulted in lower gross margins, lower income, and a continuous decrease in the number of farmers in large parts of the world. Most remaining farmers upscale their activities by taking over the land of their former competitors, resulting in a decrease in agricultural employment and an increase in average farm size, accompanied by specialisation and new management techniques. Understanding these significant trends and their impact on the land use and environment requires a deeper knowledge of the mechanisms involved and the impacts of different policy measures. These processes are ideally represented through agent-based modelling. Currently, agent-based models are rarely for larger regions. This paper presents ADAM (Agricultural Dynamics through Agent-based Modelling), using it for the case study of Belgium. ADAM was created to obtain insights in past and current agricultural trends and to explore possible effects of policy measures. ADAM simulates the evolution of a farmer population and their farms at a fine scale on the country level. It produces yearly outputs on the number of farms, their size, and the type of farming activity on every parcel. Results show that ADAM is capable of adequately modelling a farmer population according to past trends and that it can be used to explore the results of a business-as-usual scenario, therefore showing the possibility of creating agent-based models for larger scale real-world applications.

Original languageEnglish
Article number109
JournalLand
Volume7
Issue number3
DOIs
Publication statusPublished - 1 Sep 2018

Keywords

  • ADAM model
  • Agent-based modelling
  • Agricultural dynamics
  • Agriculture
  • Country scale
  • Farm evolution
  • Farmer population
  • Real-world application

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