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*Passeport, E., W. F. Hunt, D. E. Line, R. A. Smith, and R. A. Brown. 2009. ''Field Study of the Ability of Two Grassed Bioretention Cells to Reduce Storm-Water Runoff Pollution''. Journal of Irrigation Drainage Engineering 135, no. 4:505-510. | *Passeport, E., W. F. Hunt, D. E. Line, R. A. Smith, and R. A. Brown. 2009. ''Field Study of the Ability of Two Grassed Bioretention Cells to Reduce Storm-Water Runoff Pollution''. Journal of Irrigation Drainage Engineering 135, no. 4:505-510. | ||
*Pitt, R and R. Field. 1999. ''Groundwater Contamination Potential from Stormwater Infiltration Practices''. Urban Water, 1, no. 3: 217-236. 1994. | *Pitt, R and R. Field. 1999. ''Groundwater Contamination Potential from Stormwater Infiltration Practices''. Urban Water, 1, no. 3: 217-236. 1994. | ||
− | *Pitt, R, S Clark, K Parmer, R Field, and T.P O'Connor. 1994. [http:// | + | *Pitt, R, S Clark, K Parmer, R Field, and T.P O'Connor. 1994. [http://infohouse.p2ric.org/ref/07/06744.pdf Potential Groundwater Contamination for International and Non-Intentional Stormwater Infiltration]. U.S. EPA. |
*Pitt, R., S. Clark, and K. Parmer. 1994. Pollution Removal Process in the Subsurface. Photograph. | *Pitt, R., S. Clark, and K. Parmer. 1994. Pollution Removal Process in the Subsurface. Photograph. | ||
*Pitt, R., S. Clark, and R. Field. 1999. ''Groundwater Contamination Potential from Stormwater Infiltration Practices''. Urban Water 1, no. 3: 217-36. | *Pitt, R., S. Clark, and R. Field. 1999. ''Groundwater Contamination Potential from Stormwater Infiltration Practices''. Urban Water 1, no. 3: 217-36. |