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

Stormwater mitigation efficiency of bioretention systems relies for a large part on their
capacity to infiltrate rapidly received runoff. Within this context, the primary aim of this …

Urbanization leads to water catchments becoming more impervious and channelized. These
modifications to the natural landscape result in reduced water infiltration into soils and base …

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 …

Bioretention systems have gained considerable popularity as a more natural approach to
stormwater management in urban environments. The choice of bioretention media is …

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

Water quality performance of eight roadside bioretention cells in their third and fourth years
of implementation were evaluated in Burlington, Vermont. Bioretention cells received …

Bioretention systems, also known as biofiltration systems, biofilter or rain gardens, is a
common stormwater mitigation measure. It utilises a low energy consumption treatment …

Bioretention is a novel best management practice for urban storm water, employed to
minimize the impact of urban runoff during storm events. Bioretention consists of porous …

Bioretention cells are a type of low-impact development technology that, over the past two
decades, have become a critical component of urban stormwater management. Research …