JCThompson Dataverse

Data and models associated with groundwater research by Justin C. Thompson, Ph.D.

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181 to 186 of 186 Results

thickness_simsboro.asc Nov 1, 2021 - Ch. 2 - Groundwater Recoverability Model (GRM) Fixed Field Text Data - 23.6 KB - MD5: 47b7ce0dd8d1285ff3f54400dc933947 Data
WORKER.py Nov 1, 2021 - Ch. 2 - Groundwater Recoverability Model (GRM) Plain Text - 41.4 KB - MD5: d5dbc6f03a5b7506ca69ee1c6ceba582 Code
Ch. 1 - Maximum Economically Recoverable Storage (MERS) Nov 1, 2021 - Exploring Groundwater Recoverability 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.
MERS_con.m Nov 1, 2021 - Ch. 1 - Maximum Economically Recoverable Storage (MERS) Plain Text - 23.1 KB - MD5: a6a9db0ee8c5be164fa539f51cf16bd1 Code
MERS_uncon.m Nov 1, 2021 - Ch. 1 - Maximum Economically Recoverable Storage (MERS) Plain Text - 20.7 KB - MD5: 742c0a6bfd63deb3d6a8d147cf6ee425 Code
Exploring Groundwater Recoverability(University of Texas at Austin) Nov 1, 2021 Model codes, input data, and results associated with the Ph.D. dissertation by Justin C. Thompson: "Exploring Groundwater Recoverability"

thickness_simsboro.asc

Nov 1, 2021 - Ch. 2 - Groundwater Recoverability Model (GRM)

Fixed Field Text Data - 23.6 KB -

Data

WORKER.py

Nov 1, 2021 - Ch. 2 - Groundwater Recoverability Model (GRM)

Plain Text - 41.4 KB -

Code

Ch. 1 - Maximum Economically Recoverable Storage (MERS)

Nov 1, 2021 - Exploring Groundwater Recoverability

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.

MERS_con.m

Nov 1, 2021 - Ch. 1 - Maximum Economically Recoverable Storage (MERS)

Plain Text - 23.1 KB -

Code

MERS_uncon.m

Nov 1, 2021 - Ch. 1 - Maximum Economically Recoverable Storage (MERS)

Plain Text - 20.7 KB -

Code

Exploring Groundwater Recoverability(University of Texas at Austin)

Nov 1, 2021

Model codes, input data, and results associated with the Ph.D. dissertation by Justin C. Thompson: "Exploring Groundwater Recoverability"

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