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

Highlights•Significant research underpins stormwater treatment using passive
biotechnologies.•Recent advances in media amendment, antimicrobial plants and …

Performance of roadside bioretention is negatively affected by snow-melting water mixed
with deicing salts in winters. This study intends to explore how coconut-shell-biochar …

Drinking water treatment residuals (DWTRs) are a promising media amendment for
enhancing phosphorus (P) removal in bioretention systems, but substantial removal of …

Bioretention cells, a type of green stormwater infrastructure, have been shown to reduce
runoff volumes and remove a variety of pollutants. The ability of bioretention cells to remove …

Triangular sharp-crested weirs are commonly used to measure low-flow measurements in
open channels. The flow over such a V-notch is proportional to the height of water above the …

This research assessed how design factors (ie, soil media and vegetative composition)
influenced flow rates and pollutant mass removal in eight roadside bioretention systems …

Green stormwater infrastructure such as bioretention is commonly implemented in urban
areas for stormwater quality improvements. Although bioretention systems' soil media and …

海绵城市建设的本质是城市水系统的重构, 明晰海绵城市系统所涉及的水循环过程是海绵城市
研究中最根本, 最重要的问题. 以海绵城市建设区为研究对象, 本文定义了海绵城市系统的内涵 …

Green infrastructure (GI) is viewed as a sustainable approach to stormwater management
that is being rapidly implemented, outpacing the ability of researchers to compare the …