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 …

Vegetation influences both the hydrologic and pollutant-removal performance of bioretention
cells for green infrastructure stormwater management in the built environment. Vegetation …

Storm-water pollutants are widely recognized as a major cause of surface water quality
degradation. Most storm-water treatment efforts have focused on capture of particles and …

Stormwater is increasingly being valued as a freshwater resource in arid regions and can
provide opportunities for beneficial reuse via aquifer recharge if adequate pollutant removal …

Management and treatment of multi-polluted stormwater in bioretention system have gained
significant attraction recently. Besides nutrients, recent source appointment studies found …

Green infrastructure designed to address urban drainage and water quality issues is often
deployed without full knowledge of potential unintended social, ecological, and human …

Numerous contaminants of emerging concern (CECs) typically occur in urban rivers.
Wastewater effluents are a major source of many CECs. Urban runoff (stormwater) is a major …

Plants are essential components of bioretention systems, with bioretention design-guides
around the world providing extensive advice on the role of selection of plants to maximize …

Urban stormwater contains a variety of contaminants that can adversely impact receiving
waters. Contaminants of greatest concern include compounds derived from paving materials …

Stormwater ponds improve water quality by facilitating the sedimentation of particles and
particulate contaminants from urban runoff. Over time, this function entails the accumulation …