Abstract Evaluation of the effectiveness of green infrastructure (GI) practices on improving
site hydrology and water quality and their associated cost could provide valuable …

Studies on the assessment of green infrastructure (GI) practice implementation effect and
cost efficiency on an urban watershed scale helps the GI practice selection and investment …

Uncertainty in simulating hydrologic response to future climate is generally assumed to
result from the combined uncertainties of the General Circulation Model (GCM) …

Assessment of the impacts of land use/cover change (LUCC) and rainfall change on surface
runoff depth can help provide an understanding of the temporal trend of variation of surface …

Impacts of agricultural activities and hydrologic variables on nitrogen (N) loads have been
investigated previously, but interactions among these factors are still poorly addressed …

Global Climate Models (GCMs) can provide essential meteorological data as inputs for
simulating and assessing the impact of climate change on catchment hydrology. However …

The issue of global warming has negatively affected the global climate, which caused a
decrease in the amount of precipitation and a significant increase in temperatures and …

Pesticide residue runoff to surface water is of great concern to local stakeholders who seek
to preserve or achieve good water quality. The Soil & Water Assessment Tool (SWAT) has …

There is growing interest in studying the impact of alternative agricultural management
practices on runoff and soil loss under future climate change scenarios. In order to address …