Trees in the urban right-of-way areas have increasingly been considered part of a suite of
green infrastructure practices used to manage stormwater runoff. A paired-catchment …

The need for resilient stormwater infrastructure is increasingly critical as urbanization and
climate change continue to threaten water resources. Engineers and practitioners require …

The role of rainfall space–time structure, as well as its complex interactions with land surface
properties, in flood response remains an open research issue. This study contributes to this …

Bioretention areas are a common form of green stormwater infrastructure (GSI). There is
significant research on the performance of individual bioretention cells, but the watershed …

Urban watersheds have experienced ecosystem degradation due to land cover change from
vegetation to impervious areas. This transformation results in increased stormwater runoff …

Combined sewer overflows (CSOs) have been an increasing challenge as urbanization and
climate change have induced more frequent overflows, impairing stream health. In response …

Flood retention lakes (RLs) are widely employed in rural‐urban catchments with low impacts
on the natural environment. However, insights are lacking regarding the control of climate …

Fast hydrologic responses to storms in urban areas are often attributed to high percentages
of impervious surfaces; however, another factor affecting urban storm response is channel …

The increase in the societal and economic impacts of flooding across the eastern United
States has brought attention to the potential link between long‐term increases in urban …

Stormwater management affecting an urban stream is most effective when managers design
programs tailored to the physical characteristics of the stream and the political and …