Urban impervious surfaces convert precipitation to stormwater runoff, which causes water
quality and quantity problems. While traditional stormwater management has relied on gray …

Green Infrastructure (GI) practices have been identified as a sustainable method of
managing stormwater over the years. Due to the increasing popularity of GI as an integrated …

Forest patches in developed landscapes perform ecohydrological functions that can reduce
urban stormwater flows. However, urban forest patch contributions to runoff mitigation are …

New and disruptive building technologies will require new and disruptive ways of thinking
about decision-making and design in engineering. The emergence of a novel neuroimaging …

Blue and green infrastructure (BGI) provides a wide range of ecosystem services (ES) and
other benefits when managing stormwater, beyond flow and pollution control. A number of …

The traditional approaches to resolving urban stormwater problems include costly
expansion of collections systems and/or creation of in-line storage and treatment capacity …

Green infrastructure solutions like bio-retention systems, permeable pavements, and water
harvesting programs are cost-effective for stormwater management and more adaptive to a …

The increasing intensity and frequency of extreme storms pose a growing challenge to
stormwater management in highly urbanized areas. Without an adequate and appropriate …

Urban storm water-logging (USWL) is a worldwide problem. To address this problem in
Beijing, its effects and causes were analyzed. Among others, the causes include increasing …

Green infrastructure has been increasingly identified as an option to help manage climate
change impacts in urban areas, although its implementation is still not widely promoted in …