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Exploring Uncertainty in Uncalibrated Bioretention Models
2018Using SWMM 5.0.016, a case study of a street right-of-way bioretention system (ROWB) configured as a storage node is compared against SWMM’s “LID Controls”. Through a series of 1-yr continuous simulations, the uncalibrated models indicate that a storage node representation of a media-filled system substantially underestimates stormwater retention and ...
Elizabeth Fassman-Beck, Firas Saleh
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Chemosphere
Bioretention cells have emerged as a prominent strategy for mitigating pollutant loads within urban stormwater runoff. This study delves into the role of plant uptake in the simultaneous removal of nitrogen and phosphorus compounds within these systems ...
Sanjena Narayanasamydamodaran +2 more
semanticscholar +1 more source
Bioretention cells have emerged as a prominent strategy for mitigating pollutant loads within urban stormwater runoff. This study delves into the role of plant uptake in the simultaneous removal of nitrogen and phosphorus compounds within these systems ...
Sanjena Narayanasamydamodaran +2 more
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Migration of naphthalene in a biochar-amended bioretention facility based on HYDRUS-1D analysis.
Journal of Environmental ManagementBiochar has been proved as a promising and efficient filler in bioretention facilities for enhancing the stormwater pollutants removal. However, the migration behaviors of stormwater pollutants in biochar filled bioretention facilities is unclear.
Meipeng Jian +6 more
semanticscholar +1 more source
Journal of Environmental Management
Urban surface temperatures are high in summertime, and thermal pollution caused by heat transfer from pavement to stormwater runoff is harmful to aquatic ecosystems.
Mengqi Sun, Junqi Li, Yan Zhu
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Urban surface temperatures are high in summertime, and thermal pollution caused by heat transfer from pavement to stormwater runoff is harmful to aquatic ecosystems.
Mengqi Sun, Junqi Li, Yan Zhu
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ENGINEERED BIORETENTION FOR REMOVAL OF NITRATE FROM STORMWATER RUNOFF
Proceedings of the Water Environment Federation, 2000A bioretention unit is a simple, plant‐ and soil‐based, low‐impact treatment and infiltration facility for treating stormwater runoff in developed areas. Nitrate, however, is not attenuated in conventional bioretention facilities. Thus, this study systematically evaluated a reengineered concept of bioretention for nitrate removal via microbial ...
Hunho, Kim +2 more
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Environmental Research
In order to reduce the consumption of sand and gravel resources, the use of loess can reduce transportation costs and realize the in-situ construction of spongy in areas with rich loess resources. But the collapsibility and low permeability of loess make
Liyu Zhang, Jiajia Zhou, Jiaqing Xiong
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In order to reduce the consumption of sand and gravel resources, the use of loess can reduce transportation costs and realize the in-situ construction of spongy in areas with rich loess resources. But the collapsibility and low permeability of loess make
Liyu Zhang, Jiajia Zhou, Jiaqing Xiong
semanticscholar +1 more source
Bioretention With Shallow Fill Media
2014Theme F: Climate Change and Hazard Mitigation: F4 Floods and flood ...
Li, Z, Lam, KM
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Designing Bioretention Areas for Stormwater Management
Environmental Processes, 2016Governing equations for designing bioretention areas for both flood control and water-quality control are developed, and a design protocol for applying these equations is also presented. Factors taken into account include the flood-control return period, the local intensity-duration-frequency (IDF) function, the catchment volumetric runoff coefficient,
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Bioresource Technology
In this study, three distinct bioretention setups incorporating fillers, plants, and earthworms were established to evaluate the operational efficiency under an ecosystem concept across varying time scales.
Feiwu Chen +7 more
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In this study, three distinct bioretention setups incorporating fillers, plants, and earthworms were established to evaluate the operational efficiency under an ecosystem concept across varying time scales.
Feiwu Chen +7 more
semanticscholar +1 more source
Preliminary Design Aid for Bioretention Filters
Journal of Hydrologic Engineering, 2013AbstractA physically based mathematical model is developed in this study for the hydrologic process taking place in a bioretention filter. The hydrologic storage equation is adopted to determine the variation of water depth in the ponding area. The Green and Ampt equations are used to model the movement of water in the underlying storage zone, or soil ...
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