Computational Model Library

ALABAMA-ABM (1.0.0)

A simple model that aims to demonstrate the influence of agri-environmental payments on land-use patterns in a virtual landscape. The landscape consists of grassland (which can be managed extensively or intensively) and a river. Agri-environmental payments are provided for extensive management of grassland. Additionally, there are boni for (a) extensive grassland in proximity of the river; and (b) clusters (“agglomerations”) of extensive grassland. The farmers, who own randomly distributed grassland patches, make decisions either on the basis of simple income maximization or they maximize only up to an income threshold beyond which they seize making changes in management. The resulting landscape pattern is evaluated by means of three simple models for (a) agricultural yield, (b) habitat/biodiversity and (c) water quality. The latter two correspond to the two boni. The model has been developed within a small project called Aligning Agent-Based Modelling with Multi-Objective Land-Use Allocation (ALABAMA).

Release Notes

First final version of the model.

Associated Publications

ALABAMA-ABM 1.0.0

Submitted by Bartosz Bartkowski Published Mar 04, 2020 Last modified Mar 04, 2020
Farmers agricultural landscape environmental policy NetLogo

A simple model that aims to demonstrate the influence of agri-environmental payments on land-use patterns in a virtual landscape. The landscape consists of grassland (which can be managed extensively or intensively) and a river. Agri-environmental payments are provided for extensive management of grassland. Additionally, there are boni for (a) extensive grassland in proximity of the river; and (b) clusters (“agglomerations”) of extensive grassland. The farmers, who own randomly distributed grassland patches, make decisions either on the basis of simple income maximization or they maximize only up to an income threshold beyond which they seize making changes in management. The resulting landscape pattern is evaluated by means of three simple models for (a) agricultural yield, (b) habitat/biodiversity and (c) water quality. The latter two correspond to the two boni. The model has been developed within a small project called Aligning Agent-Based Modelling with Multi-Objective Land-Use Allocation (ALABAMA).

Release Notes

First final version of the model.

Cite this Model

Bartosz Bartkowski, Michael Strauch (2020, March 04). “ALABAMA-ABM” (Version 1.0.0). CoMSES Computational Model Library. Retrieved from: https://www.comses.net/codebases/44a79797-0af7-4df2-8a6c-4f68caa25d3c/releases/1.0.0/

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Contributors
Bartosz Bartkowski Michael Strauch
External Repository
github.com/BartoszBartk/magenta
DOI
No assigned DOI
Model Version
1.0.0
License
CC-BY-NC-SA-4.0
Programming Language
NetLogo
Software Framework
R NetLogo
Operating System
Windows
Publish Date
Wednesday, March 04, 2020
Last Updated
Wednesday, March 04, 2020
Downloads 124
Peer Review
Unreviewed
Version Submitter First published Last modified Status
1.0.0 Bartosz Bartkowski Wed Mar 4 09:08:10 2020 Wed Mar 4 09:08:10 2020 Published

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