Computational Model Library

Aqua.MORE (1.1.0)

Aqua.MORE (Agent-based MOdelling of REsources in Socio-Hydrological Systems) is an agent based modelling (ABM) approach to simulate the resource flow and social interaction in a coupled natural and social system of water supply and demand. The model is able to simulate the two-way feedback as socio-economic agents influence the natural resource flow and the availability of this resource influences the agents in their behaviour.

Release Notes

Version 1.1.0 covers the application of Aqua.MORE to the Matsch Valley.

Download the model via the button ‘Download for Review’. Unzip dataset file. Put csv files from the data folder in same folder as netlogo model. Run the models. If you want to reconstruct the simulation experiments described in the manuscript, please open ‘Tools’ -> ‘Behaviorspace’ -> choose the scenario and run it.
The updated ODD protocol can be found in the subfolder ‘docs’.

Associated Publications

Aqua.MORE 1.1.0

Aqua.MORE (Agent-based MOdelling of REsources in Socio-Hydrological Systems) is an agent based modelling (ABM) approach to simulate the resource flow and social interaction in a coupled natural and social system of water supply and demand. The model is able to simulate the two-way feedback as socio-economic agents influence the natural resource flow and the availability of this resource influences the agents in their behaviour.

Release Notes

Version 1.1.0 covers the application of Aqua.MORE to the Matsch Valley.

Download the model via the button ‘Download for Review’. Unzip dataset file. Put csv files from the data folder in same folder as netlogo model. Run the models. If you want to reconstruct the simulation experiments described in the manuscript, please open ‘Tools’ -> ‘Behaviorspace’ -> choose the scenario and run it.
The updated ODD protocol can be found in the subfolder ‘docs’.

Version Submitter First published Last modified Status
1.1.0 Lisa Ambrosi Sat Jul 3 07:19:28 2021 Sat Jul 3 07:19:29 2021 Published
1.0.0 Lisa Ambrosi Wed Nov 20 07:52:39 2019 Wed Mar 18 07:18:36 2020 Published

Discussion

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