137 Citations
- Y. ZingerV. ProdanovicKefeng ZhangT. FletcherA. Deletic
- 2020
Environmental Science
Chemosphere
- 17
- G. BleckenJ. MarsalekM. Viklander
- 2011
Environmental Science
Stormwater biofilters, which are recommended for application in both Water-Sensitive Urban Design and Low Impact Development, can remove up to 80% or 90% of total metals found in stormwater. However,…
- 68
- Highly Influenced
- D. SubramaniamP. EgodawattaPeter B. MatherJ. Rajapakse
- 2015
Environmental Science
Environmental Management
Organic matter (TOC, DOC, TN, and TKN) was also monitored as a parameter for stabilization of the stormwater biofilter in addition to suspended solids (turbidity), which was observed to experience two phases of stabilization.
- 17
- PDF
- S. MohantyA. Boehm
- 2015
Environmental Science
Water research
- 55
- PDF
- Y. ZingerG. BleckenT. FletcherA. DeleticM. Viklander
- 2012
Environmental Science
Elevated nitrogen levels are one of the main triggers for eutrophication of receiving water bodies. While efficient nitrification occurs in freely drained stormwater biofilters, denitrification is…
- 3
- Wenjun FengB. HattD. MccarthyT. FletcherA. Deletic
- 2012
Environmental Science
It was shown that biofilters could be optimized for removal of iron to meet the required drinking water standards and demonstrated satisfactory removal of metals for stormwater-harvesting purposes.
- 95
- G. BleckenY. ZingerA. DeleticT. FletcherA. HedströmM. Viklander
- 2010
Environmental Science
- 117
- B. GlaisterT. FletcherPerran L. M. CookB. Hatt
- 2014
Environmental Science
Water science and technology : a journal of the…
Very good nutrient removal could be achieved by incorporating vegetation, an SZ and Skye sand, a naturally occurring iron-rich filter medium, which maintained nutrient removal at or below water quality guideline concentrations throughout the experiment, demonstrating resilience to wetting-drying fluctuations.
- 48
- PDF
- M. ValtanenNora SillanpääH. Setälä
- 2017
Environmental Science
- 20
- D. SubramaniamP. MatherS. RussellJ. Rajapakse
- 2016
Environmental Science
AbstractHigh concentrations of nitrate-nitrogen degrade the quality of aquatic environments. The primary mechanism by which nitrate-nitrogen is removed (denitrification) requires anoxic conditions…
- 31
- Highly Influenced
- PDF
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29 References
- G. BleckenY. ZingerA. DeleticT. FletcherM. Viklander
- 2009
Environmental Science
- 131
- B. HattT. FletcherA. Deletic
- 2007
Environmental Science
Water science and technology : a journal of the…
Outflow concentrations of nitrogen were significantly higher upon re-wetting following extended dry periods compared with wet periods, which has implications for current design practices, as these nitrogen pulses could negatively impact the ecological health of downstream receiving waters.
- 132
- B. HattT. FletcherA. Deletic
- 2008
Environmental Science
An overall assessment of the hydraulic and pollutant removal behavior of sand- and soil-based stormwater filters at the laboratory scale is provided, suggesting that elevated discharges of nutrients was due to leaching of native material, rather than failure to remove incoming pollutants.
- 277
- B. HattA. DeleticT. Fletcher
- 2007
Environmental Science
Water science and technology : a journal of the…
Since heavy metals are the primary pollutant of concern with respect to stormwater reuse for irrigation (the most popular end-use), it was concluded that biofilters may be promising technologies for treatment of stormwater for reuse.
- 131
- PDF
- Y. ZingerA. DeleticT. Fletcher
- 2007
Environmental Science
Stormwater biofilter systems have the potential to remove nutrients from urban runoff. These systems operate in unique intermittent dry-wet cycles that may affect their performance. Current consensus…
- 27
- A. DavisM. ShokouhianH. SharmaChristie Minami
- 2001
Environmental Science
Water environment research : a research…
Overall results support the use of bioretention as a stormwater best management practice and indicate the need for further research and development.
- 510
- Y. ZingerT. FletcherA. DeleticG. BleckenM. Viklander
- 2007
Environmental Science, Engineering
Excess nitrogen in stormwater is a principal cause for eutrophication of many water bodies in the world. Biofilters, which used a vegetated soil media, have been shown to reduce nitrogen…
- 66
- K. BratieresT. FletcherA. DeleticY. Zinger
- 2008
Environmental Science
Water research
- 509
- T. MuthannaM. ViklanderG. BleckenS. Thorolfsson
- 2007
Environmental Science
Water research
- 96
- Hunho KimE. SeagrenA. Davis
- 2003
Engineering, Environmental Science
Water environment research : a research…
The results indicate that engineered bioretention for the removal of nitrogen from stormwater runoff has the potential for successful application as an urban stormwater treatment practice.
- 375
- PDF
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