From: Revisiting Design Criteria for Stormwater Treatment Systems, Part 3
References
Backstrom, M. 2002. Sediment transport in grass swales during simulated runoff events. Water Sci Tech 45: 7, 41.
California Department of Transportation (Caltrans). 2004a. BMP retrofit pilot program, final feport, CTSW-RT-01-050.
Caltrans. 2004b. Roadside vegetated treatment sites, final report, CTSW-RT-03-028.
Colwell, S. 2001. Characterization of performance predictors and evaluation of mowing practices in biofiltration swales. MS thesis, University of Washington–Seattle.
Fletcher, T.M., L. Peljo, J. Fielding, T. Wong, and T. Weber. 2001. The performance of vegetated swales for urban stormwater pollution control. Ninth International Drainage Conference on Urban Drainage. Portland, OR: American Society of Civil Engineers.
Johnson, P.D, R. Pitt, S. Durrans, M. Urrutia, and S. Clark. 2003. Metals removal technology for urban stormwater, report 97-IRM-2. Water Environment Research Foundation.
Kadlec, R. 2000. The inadequacy of first-order treatment wetland models. Eco Engr 15: 105.
Kaighn, R.J., and S.L. Yu. 1996. Testing of roadside vegetation for highway runoff pollutant removal. Transportation Research Record 1523. Washington, DC: Transportation Research Board.
Khan, Z., C. Thrush, P. Cohen, L. Kulzer, et al. 1992. Biofiltration swale performance, recommendations, and design considerations. Municipality of Metropolitan Seattle.
Kuo, J., S.L. Yu, E.A. Fassman, and H. Pan. 1999. Field test of grassed swale performance in removing runoff pollution. 26th Annual Conference on Water Resources Planning & Management. Tempe, AZ: American Society of Civil Engineers.
Mazer, G. 1998. Environmental limitations to vegetation establishment and growth in vegetated stormwater biofilters. MS thesis, University of Washington–Seattle.
Minton, G.R. 2002. Stormwater Treatment: Biological, Chemical, and EngineeringPprinciples. Seattle: RPA Press.
Ree, W.O. 1949. Hydraulic characteristics of vegetation for vegetated waterways. Agric Engr 30: 184.
Samani, J. and N. Kouwen. 2002. Stability and erosion in grassed channels. J Hydr Engr 128: 1, 40.
Wang, T., D. Spyridakis, B.W. Mar, and R.R. Horner. 1982. Transport, deposition, and control of heavy metals in highway runoff, report 10. Seattle: Department of Civil Engineering. University of Washington.
Washington State Department of Ecology. 1992. Stormwater management manual for the Puget Sound Basin. Olympia.
Yousef, Y.A., M.P. Wanielista, and H.H. Harper. 1985. Removal of highway contaminants by roadside swales. Transportation Research Record 1017. Washington, DC: Transportation Research Board.
Yu, S.L., J. Kuo, E. Fassman, H. Pan. 2001. Field test of a grass-swale performance removing runoff pollution. J Water Res Manage 127: 3, 168.
March-April 2005
From: Revisiting Design Criteria for Stormwater Treatment Systems, Part 3
References
Backstrom, M. 2002. Sediment transport in grass swales during simulated runoff events. Water Sci Tech 45: 7, 41. California Department of Transportation (Caltrans). 2004a. BMP retrofit pilot program, final feport, CTSW-RT-01-050.
Caltrans. 2004b. Roadside vegetated treatment sites, final report, CTSW-RT-03-028.
Colwell, S. 2001. Characterization of performance predictors and evaluation of mowing practices in biofiltration swales. MS thesis, University of Washington–Seattle.
Fletcher, T.M., L. Peljo, J. Fielding, T. Wong, and T. Weber. 2001. The performance of vegetated swales for urban stormwater pollution control. Ninth International Drainage Conference on Urban Drainage. Portland, OR: American Society of Civil Engineers.
Johnson, P.D, R. Pitt, S. Durrans, M. Urrutia, and S. Clark. 2003. Metals removal technology for urban stormwater, report 97-IRM-2. Water Environment Research Foundation.
Kadlec, R. 2000. The inadequacy of first-order treatment wetland models. Eco Engr 15: 105.
Kaighn, R.J., and S.L. Yu. 1996. Testing of roadside vegetation for highway runoff pollutant removal. Transportation Research Record 1523. Washington, DC: Transportation Research Board.
Khan, Z., C. Thrush, P. Cohen, L. Kulzer, et al. 1992. Biofiltration swale performance, recommendations, and design considerations. Municipality of Metropolitan Seattle.
Kuo, J., S.L. Yu, E.A. Fassman, and H. Pan. 1999. Field test of grassed swale performance in removing runoff pollution. 26th Annual Conference on Water Resources Planning & Management. Tempe, AZ: American Society of Civil Engineers.
Mazer, G. 1998. Environmental limitations to vegetation establishment and growth in vegetated stormwater biofilters. MS thesis, University of Washington–Seattle.
Minton, G.R. 2002. Stormwater Treatment: Biological, Chemical, and EngineeringPprinciples. Seattle: RPA Press.
Ree, W.O. 1949. Hydraulic characteristics of vegetation for vegetated waterways. Agric Engr 30: 184.
Samani, J. and N. Kouwen. 2002. Stability and erosion in grassed channels. J Hydr Engr 128: 1, 40.
Wang, T., D. Spyridakis, B.W. Mar, and R.R. Horner. 1982. Transport, deposition, and control of heavy metals in highway runoff, report 10. Seattle: Department of Civil Engineering. University of Washington.
Washington State Department of Ecology. 1992. Stormwater management manual for the Puget Sound Basin. Olympia.
Yousef, Y.A., M.P. Wanielista, and H.H. Harper. 1985. Removal of highway contaminants by roadside swales. Transportation Research Record 1017. Washington, DC: Transportation Research Board.
Yu, S.L., J. Kuo, E. Fassman, H. Pan. 2001. Field test of a grass-swale performance removing runoff pollution. J Water Res Manage 127: 3, 168.