Bioretention is a popular stormwater management strategy that is often utilized in urban
environments to combat water quality and hydrological impacts of stormwater. This goal is …

Many bioretention models still incorporate simplifications and lumped parameters that do not
fully account for fundamental physical processes. This review summarizes the …

Bioretention systems have become a leading infiltration-based Low Impact Development
(LID) practice to reduce urban stormwater runoff volumes and peak flows. Although these …

Rain gardens, as bioretention facilities belonging to blue-green infrastructure solutions, are
becoming increasingly implemented in cities. The main reason for this is to support …

Paved surfaces, increased precipitation intensities in addition to limited capacity in the
sewer systems, cause a higher risk of combined sewer overflows (CSOs). Sustainable …

Bioretention cell (BC) design variation significantly changes its hydrological dynamics at unit-
scale leading to major changes in its target design goals when designed unit replicated at …

Urbanization causes hydrological change and increases stormwater runoff volumes, leading
to flooding, erosion, and the degradation of instream ecosystem health. Best management …

An improved understanding of bioretention cell (BC) design configuration at both the unit
scale and catchment scale is necessary for critical insight into dynamical behaviors of …

This research seeks to analyze and compare the performance of impervious surface as
control (O), sandy loam substrate, gravel, gravel with geocell layer (GGE), rosemary (R) …

The use of bioretention areas is common in urban stormwater management, but their
performance varies significantly depending on rainfall characteristics and design conditions …