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 are green infrastructures increasingly used to manage urban
stormwater runoff. Plants are an essential component of bioretention, improving water …

Urban runoff (UR) is a promising new resource that may alleviate growing tensions in
numerous arid and semi-arid regions of the world. However, it is precisely in these zones …

Biofiltration has become common in Minnesota's urban landscape because it can capture
several stormwater pollutants (LeFevre 2015), making it one of the most robust stormwater …

Sediment accumulation is a major factor in reducing irrigation reservoir useful life as well as
reducing the reservoir capacity. Therefore, the goal of this study was to estimate the volume …

In this study, water level models are constructed to characterize mangrove flooding across
urban gradients in Puerto Rico. The most urban sites exhibited 95% longer hydroperiods …

Despite ongoing urbanization of the global coastal zone, and a significant body of research
documenting the functional processes and importance of mangrove ecosystems, relatively …

Biofiltration systems like rain gardens and bioswales are an important tool for capturing and
infiltrating polluted runoff, but little data exists on their efficiencies within Mediterranean …

Although hydrology and water chemistry are known to change in proximity to cities, there
remains little empirical evidence connecting specific components of urban landscapes to …

BIORRETENCIÓN DE AGUA DE ESCORRENTÍA URBANA PARA SU TRATAMIENTO Y REÚSO
Page 1 UNIVERSIDAD AUTÓNOMA DEL ESTADO DE HIDALGO INSTITUTO DE CIENCIAS …