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Social and Behavioral Sciences Commons™
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Full-Text Articles in Social and Behavioral Sciences
High Capacity Wells And Baseflow Decline In The Wolf River Basin, Northeaster Wisconsin (Usa), Susan A. Borchardt, Woonsup Choi, Weon Shik Han
High Capacity Wells And Baseflow Decline In The Wolf River Basin, Northeaster Wisconsin (Usa), Susan A. Borchardt, Woonsup Choi, Weon Shik Han
Geography Faculty Articles
The baseflow of the Wolf River (drainage area of 1,200 km2) in northeastern Wisconsin (USA) has declined by over 30% during the last thirty years, whereas climatic, land cover, and soil characteristics of the basin have remained unchanged. Because groundwater basins do not always coincide with surface water basins, estimating groundwater discharge to streams using variables only pertinent to the surface water basin can be ineffective. The purpose of this study is to explain the decline in the baseflow of the Wolf River by developing a multiple regression model. To take into account variables pertaining to the groundwater basin, withdrawal …
Regionalization Of Hydrologic Response In The Great Lakes Basin: Considerations Of Temporal Scales Of Analysis, Jonathan Martin Kult, Lauren M. Fry, Andrew D. Gronewold, Woonsup Choi
Regionalization Of Hydrologic Response In The Great Lakes Basin: Considerations Of Temporal Scales Of Analysis, Jonathan Martin Kult, Lauren M. Fry, Andrew D. Gronewold, Woonsup Choi
Geography Faculty Articles
Methods for predicting streamflow in areas with limited or nonexistent measures of hydrologic response commonly rely on regionalization techniques, where knowledge pertaining to gauged watersheds is transferred to ungauged watersheds. Hydrologic response indices have frequently been employed in contemporary regionalization research related to predictions in ungauged basins. In this study, we developed regionalization models using multiple linear regression and regression tree analysis to derive relationships between hydrologic response and watershed physical characteristics for 163 watersheds in the Great Lakes basin. These models provide an empirical means for simulating runoff in ungauged basins at a monthly time step without implementation of …