Oluwapelumi (Pelumi) Shotayo
Simon Fraser University
| Subject Areas: | Watershed management, Groundwater-surface water interaction, Watershed studies, Ground-water modeling |
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ABSTRACT:
This resource is a repository for the modelling study "Hydrological Evolution of a Small Watershed Over Nearly a Century of Pumping" by Oluwapelumi D. Shotayo, Diana M. Allen and W. Jesse Hahm. In this study, an interpretive integrated hydrological model was developed to trace the gradual increase in pumping over a near century, and evaluate how cumulative pumping has progressively altered the watershed’s hydrological regime over time. It involves a non-pumping simulation and a pumping simulation, both run in MIKE SHE.
This zip files in this repository contain the MIKE SHE non-pumping and pumping model files, as well as the model files for supplementary simulations such as the sensitivity analysis. It also contains input files used in the model setup, and spreadsheets which show the analysis of the simulation results. There are readme files in the folders which contain explanations and instructions, especially for the models.
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Created: Jan. 2, 2026, 3:05 a.m.
Authors: Shotayo, Oluwapelumi D. · Diana M. Allen · Hahm, W. Jesse
ABSTRACT:
This resource is a repository for the modelling study "Hydrological Evolution of a Small Watershed Over Nearly a Century of Pumping" by Oluwapelumi D. Shotayo, Diana M. Allen and W. Jesse Hahm. In this study, an interpretive integrated hydrological model was developed to trace the gradual increase in pumping over a near century, and evaluate how cumulative pumping has progressively altered the watershed’s hydrological regime over time. It involves a non-pumping simulation and a pumping simulation, both run in MIKE SHE.
This zip files in this repository contain the MIKE SHE non-pumping and pumping model files, as well as the model files for supplementary simulations such as the sensitivity analysis. It also contains input files used in the model setup, and spreadsheets which show the analysis of the simulation results. There are readme files in the folders which contain explanations and instructions, especially for the models.