Published March 2, 2022 | Version 1.0
Software Open

WATERING Crop Growth Reusable Building Block

  • 1. University of Surrey

Description

This NetLogo model is a reusable component (also referred to as a Reusable Building Block or RBB) called WATERING_CROPGROWTH_RBB. Please:

  • Download the WATERING_CROPGROWTH_RBB.nlogo file
  • Open downloaded file
  • Click on the Info. tab for model description, context specification, executable demonstration, and suggestions to extend/adapt/use the model

WATERING_CROPGROWTH_RBB is a sub-model of the WATER user associations at the Interface of Nexus Governance (WATERING) model (for further information about WATERING, please see https://www.youtube.com/watch?v=U-nqs9ak2nY)

Please email Dr Kavin Narasimhan (k.narasimhan@surrey.ac.uk) for comments or questions.

If you adapt/use the WATERING_CROPGROWTH_RBB model, we would appreciate if you cite our repo, as well as the Watershed model (http://ccl.northwestern.edu/netlogo/models/community/watershed) licensed under the Creative Commons Attribution-NonCommercial-ShareAlike License based on which we have created the irrigation component of WATERING_CROPGROWTH_RBB.

Note: WATERING was developed as an exploratory tool to understand and explain how participatory irrigation management through Water User Associations (WUAs) work. The model allows exploring the impact of community-based water management (through WUAs) on water availability, water use and economic productivity within an irrigation scheme. While WATERING_CROPGROWTH_RBB is not WATERING, it is a sub-model of WATERING to simulate water flow and crop growth within an irrigation scheme - you can change the values of the input controls via the Interface and see how that affects water use and crop growth within the scheme (through visualisation in the NetLogo world and output plots). Our complete WATERING model includes other components to simulate various aspects of community-based water management through WUAs. Please get in touch with the author if you are interested in the complete WATERING model.

Notes

Please see the Info tab of the model for further documentation.

Files

README.md

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Additional details

Funding

GCRF: FutureDAMS: Design and assessment of resilient and sustainable interventions in water-energy-food-environment Mega-Systems ES/P011373/1
UK Research and Innovation