| Title: | Water supply planning considering uncertainties in future water demand and climate: A case study in an Illinois watershed |
| Authors: | Zhang, Z., E. Getahun, M. Mu. and S. Chandrasekaran |
| Year: | 2021 |
| Journal: | Journal of the American Water Resources Association |
| Volume (Issue): | |
| Pages: | |
| Article ID: | |
| DOI: | 10.1111/1752-1688.12948 |
| URL (non-DOI journals): | |
| Model: | SWAT (modified) |
| Broad Application Category: | hydrologic only |
| Primary Application Category: | climate change and human activities change |
| Secondary Application Category: | hydrologic assessment |
| Watershed Description: | 13,374 km^2 Kankakee River, with gauge testing sites for four drainage areas (1,776, 5,413, 5,939 and 13,333 km^2), a tributary of the Illinois River that drains parts of the northeastern Illinois, northwestern Indiana and southern Michigan, U.S. |
| Calibration Summary: | |
| Validation Summary: | |
| General Comments: | The authors added an additional calibration parameter (βgw) to the groundwater module that introduced nonlinearity in the shallow aquifer storage–groundwater discharge relationship (see the Kankakee River Watershed Model section). |
| Language: | English |
| Keywords: | water supply; minimum flow; watershed model; water resources management; SWAT; scenario analysis. |