Model codes, input data, and results associated with the Ph.D. dissertation by Justin C. Thompson: "Exploring Groundwater Recoverability"
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Ch. 3 - Socioeconomic Impacts of Changes in Storage
Nov 1, 2021
Thompson, Justin, 2021, "Ch. 3 - Socioeconomic Impacts of Changes in Storage", https://doi.org/10.18738/T8/5MUV08, Texas Data Repository, V1, UNF:6:ObzOUl3VtZz8iEsneU3rEg== [fileUNF]
Model code and supporting data associated with the third chapter of Justin C. Thompson's Ph.D. dissertation regarding socioeconomic impacts of changing aquifer storage conditions developed from the Groundwater Recoverability Model (GRM). Originally authored for Python 3 in Jupyte...
Ch. 2 - Groundwater Recoverability Model (GRM)
Nov 1, 2021
Thompson, Justin, 2021, "Ch. 2 - Groundwater Recoverability Model (GRM)", https://doi.org/10.18738/T8/XXQPFS, Texas Data Repository, V1, UNF:6:X9NR8eMAzgRbBAWOMml6Cg== [fileUNF]
Model code and supporting data associated with the second chapter of Justin C. Thompson's Ph.D. dissertation regarding the development, testing, and demonstration of the Groundwater Recoverability Model (GRM). Originally authored for Python 3 in Jupyter Notebooks. Two versions ar...
Ch. 1 - Maximum Economically Recoverable Storage (MERS)
Nov 1, 2021
Thompson, Justin, 2021, "Ch. 1 - Maximum Economically Recoverable Storage (MERS)", https://doi.org/10.18738/T8/ANUO7K, Texas Data Repository, V1
Model code associated with the first chapter of Justin C. Thompson's Ph.D. dissertation regarding Maximum Economically Recoverable Storage (MERS). Originally authored in MATLAB. Two versions are provided for modeling either a confined aquifer or an unconfined aquifer.
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