The expected performance of Green Stormwater Infrastructure (GSI) is typically quantified
through numerical models based on hydrologic parameters and physics-based equations …

Infiltration trenches are popular green stormwater infrastructure (GSI) systems in dense
urban areas primarily due to their small footprints that cope with the limited available space …

Advances in green stormwater infrastructure (GSI) and extensive implementation of GSI in
urban areas warrant further research by municipalities on different aspects of GSI systems …

A bioinfiltration rain garden was retrofitted from an existing traffic island at Villanova
University in 2001. It has been monitored continuously since 2003 at a 5‐min timeseries …

Bouznika, Morocco, is grappling with severe stormwater management challenges stemming
from rapid urbanization. Increased impervious surfaces, inadequate drainage infrastructure …

Rain gardens are a type of green stormwater infrastructure designed to leverage natural
processes to mitigate the impacts of urban stormwater through capturing, infiltrating, and …

Research aim: Due to the increase in population, the increasing expansion and
development of different urban areas, as well as the change of land use, the issue of floods …

A rain garden uses the unit processes of infiltration, filtration, recharge, and runoff to capture
and remove increased stormwater from the built environment. As a form of stormwater …

As research on green stormwater infrastructure (GSI) and its implementation in cities has
increased, we can move beyond understanding the performance of multiple GSI functions as …

Nitrogen and phosphorous are pollutants of major concern in the Chesapeake Bay
watershed due to their high eutrophication potential. Urban stormwater runoff is a significant …