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This repository holds a collection of files associated with the Indus Village model, including separate modules implementations, demonstrations, tests, and pseudo-code diagrams.
UNDER CONSTRUCTION
The overall design of the Indus Village model is as follows:
(consolidated by Jan 2022) | Link to file
(in progress by Apr 2022) | Link to file
Task management legend:
⬜️ = to do
✅ = completed (🔛 if still open for development)
✏️ = under development
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Base version
(design: ✅ | implementation: ✅ | documentation: ✅🔛) -
With spatial diversity
(design: ✅ | implementation: ✅ | documentation: ✅🔛)
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Base version
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Soil Water model
(already integrated with Weather model)-
Base version
(design: ✅ | implementation: ✅ | documentation: ✅🔛) -
With spatial diversity
(design: ✅ | implementation: ✅ | documentation: ✅🔛)
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Base version
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Base version (only elevation)
(design: ✅ | implementation: ✅ | documentation: ✅🔛) -
With flow directions
(design: ✅ | implementation: ✅ | documentation: ✅🔛) -
With flow accumulations
(design: ✅ | implementation: ✅ | documentation: ✅🔛) -
With soil properties
(design: ✅ | implementation: ✅ | documentation: ✅🔛) -
With initial ecological communities
(design: ✅ | implementation: ✅ | documentation: ✅🔛)
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Base version (only elevation)
I1. Integrated Land Water model: Weather, Soil Water Balance, and Land models
(design: ✅🔛 | implementation: ✅ | documentation: ✅🔛)
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Crop model
(already integrated with Weather and Soil Water Balance models)-
Base version
(design: ✅🔛 | implementation: ✅ | documentation: ✅🔛) -
With spatial diversity
(design: ✅🔛 | implementation: ✅ | documentation: ✅🔛)
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Base version
I2. Integrated Land Crop model: Weather, Soil Water Balance, Land, and Crop models
(design: ✅🔛 | implementation: ✅ | documentation: ✅🔛)
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Base version
(design: ✅🔛 | implementation: ✅🔛 | documentation: ✅🔛) -
With kinship taboo for new couples
(design: ✅🔛 | implementation: ✅🔛 | documentation: ✏️) -
With mortality regulated by nutrition score
(design: ✅🔛 | implementation: ✅🔛 | documentation: ✏️) -
With daily time step
(design: ✅🔛 | implementation: ✅🔛 | documentation: ✏️)
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Base version
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Base version
(design: ✅ | implementation: ✅ | documentation: ✅🔛) -
With local exchange
(design: ✅🔛 | implementation: ✅🔛 | documentation: ✅🔛)
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Base version
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Base version
(design: ✅🔛 | implementation: ✅🔛 | documentation: ✏️)
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Base version
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Base version
(design: ✅🔛 | implementation: ⬜️ | documentation: ⬜️)
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Base version
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Base version
(design: ✅🔛 | implementation: ⬜️ | documentation: ⬜️)
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Base version
I3. Integrated Household Food Economy model: Food Storage, Exchange, Nutrition, and Household Demography models
(design: ✅🔛 | implementation: ⬜️ | documentation: ⬜️)
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Household Position model
1. Base version
(design: ✅🔛 | implementation: ⬜️ | documentation: ⬜️)
I4. Integrated Landed Household Food Economy model: integrated Land Crop, Household Position, and Household Food Economy models
(design: ✅🔛 | implementation: ⬜️ | documentation: ⬜️)
Angourakis, A., Bates, J., Baudouin, J.-P., Giesche, A., Ustunkaya, M. C., Wright, N., Singh, R. N., & Petrie, C. A. (2020). How to ‘downsize’ a complex society: An agent-based modelling approach to assess the resilience of Indus Civilisation settlements to past climate change. Environmental Research Letters, 15(11), 115004. https://doi.org/10.1088/1748-9326/abacf9