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Effects of Urban Imperviousness Scenarios on Simulated Storm Flow
(2018-01-01)
The amount and distribution of impervious surfaces are important input parameters of hydrological models, especially in highly urbanized basins. This study tests three different methods to input impervious surface area ...
Urbanization and rainfall-runoff relationships in the Milwaukee River Basin
(2016-01-01)
To understand the changing rainfall-runoff relationship, the study examined climate and streamflow data in the Milwaukee River Basin in southeastern Wisconsin, of which four catchments with different degrees of urbanization ...
Meteorological and Streamflow Droughts: Characteristics, Trends and Propagation in the Milwaukee River Basin
(2018-04-05)
This study examined meteorological and streamflow droughts for the period 1951-2006 using the Milwaukee River basin in Wisconsin as the study area in an effort to improve the understanding of drought propagation. Specifically, ...
Impacts of climate change and urban growth on the streamflow characteristics of the Milwaukee River (Wisconsin, USA)
(2017-01-01)
Hydrological impact studies of climate change increasingly take land use changes into account. However, the Midwestern USA is still understudied in this context. This study investigated the impacts of potential climate ...
Regionalization of Hydrologic Response in the Great Lakes Basin: Considerations of Temporal Scales of Analysis
(2014-11-01)
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 ...
Subbasin Characteristics and Hydrological Response to Anticipated Urbanisation
(2008-01-01)
This study investigated the relationship between the hydrological response of a river basin to anticipated urbanisation and its subbasin characteristics by applying a hydrological model (HSPF) with land use scenarios ...