This study explores the spatial distribution of green stormwater infrastructure (GSI) relative to
sociodemographic and landscape characteristics in Portland, OR, and Baltimore, MD, USA …

Past research has shown that green space may not be equitably distributed throughout
urban areas based on socioeconomic status. This study assessed correlations between …

Green stormwater infrastructure (GSI) has been increasingly promoted as a strategy to
augment gray infrastructure because it can reduce flooding, improve water quality, and …

Municipalities across the United States are prioritizing green stormwater infrastructure (GSI)
projects due to their potential to concurrently optimize the social, economic, and …

This study seeks to understand the factors that influence the variability in distribution of
public and private sector investments in green stormwater infrastructure (GSI) projects …

Prior research has documented environmental and economic benefits of green stormwater
infrastructure (GSI); literature on GSI social benefits is also becoming more prevalent among …

Urbanization can negatively affect residents' health and wellbeing. Green stormwater
infrastructure (GSI) is increasingly advocated as a win-win strategy for addressing multiple …

Even though there is a general acknowledgement that green infrastructure can have a
positive role in reducing stormwater runoff, few studies have explored how specific spatial …

To mitigate the harmful effects of stormwater runoff, many cities in the United States are
constructing green stormwater infrastructure (GSI), yet the varied perceptions of GSI by local …

Increasing urbanization augments impervious surface area, which results in increased run
off volumes and peak flows. Green Infrastructure (GI) approaches are a decentralized …