In urban areas, there is concern that storm water runoff and flooding may be intensified
because of the effect of climate change on precipitation amounts, intensities, and …

Urban stormwater runoff management systems are usually designed to meet performance
standards based on historical climate data, which are assumed to be stationary. Based on …

Anticipating a proper management needs for urban stormwater due to climate change is
becoming a critical concern to water resources managers. In an effort to identify best …

This research investigates the potential impacts of climate change on stormwater quantity
and quality generated by urban residential areas on an event basis in the rainy season. An …

The intensification of the hydrological cycle due to climate change entails more frequent and
intense rainfall. As a result, urban water systems will be disproportionately affected by the …

Both water quantity and quality are impacted by climate change. In addition, rapid
urbanization has also brought an immeasurable loss of life and property resulting from …

Abstract Study region The New York City water supply watersheds Study focus This study is
a modeling analysis on climate change impact on streamflow using a stochastic weather …

Stationarity of rainfall statistical parameters is a fundamental assumption in hydraulic
infrastructure design that may not be valid in an era of changing climate. This study develops …

One of the goals of storm-water infrastructure design is to mitigate effects resulting from
extreme hydrologic events. Projected changes in climate are expected to lead to an increase …

Assessing climate change (CC) impacts on urban watersheds is difficult due to differences in
model spatial and temporal scales, making prediction of hydrologic restoration a challenge …