Urban water problems (eg, increased runoff, inhibited infiltration, and groundwater recharge)
are becoming increasingly serious, and green infrastructure (GI) has been demonstrated to …

In light of rapid urbanization and climate change, managing urban flood risk by combining
traditional pipe-bound infrastructure with sustainable urban drainage systems (SUDS) has …

Unresourceful usage of rainwater continues to be a serious problem as this type of natural
resource is still treated as wastewater that most often ends up directly in the sewer system …

Infiltration-based urban stormwater best management practices (BMPs) are widely used for
the reduction of runoff volumes and improvement of runoff quality. In this paper, closed-form …

Millions of cubic meters of water are lost every year from water utilities, with detrimental
consequences on the environment and on society. However, this large amount of water is …

Drywells (DWs) and infiltration basins (IBs) are widely used as managed aquifer recharge
(MAR) devices to capture stormwater runoff and recharge groundwater. However, no …

This study explores innovative drywell designs for managed aquifer recharge (MAR) in
agricultural settings, focusing on smaller diameter and deeper drywells, including the …

This paper describes an assessment framework tool to analyze the performance of nature-
based solutions (NBS) for hydro-meteorological risk management. The tool is based on multi …

Green infrastructure (GI), as one type of ecological stormwater management practices, can
potentially alleviate water problems and deliver a wide range of environmental benefits in …

This study focuses on the analyses of field‐scale water flow originating from a drywell, using
the 3‐D Richards equation for the local description of the flow in a spatially heterogeneous …