Analysis of Bioswale Efficiency in Treating Surface Runoff
Analysis of Bioswale Efficiency for Treating Surface Runoff A Group Project submitted in partial satisfaction of the requirements of the degree Master of Environmental Science and Management Donald Bren School of Environmental Science and Management University of California, Santa Barbara By William W. Groves Phillip E. Hammer Karinne L. Knutsen Sheila M. Ryan Robert A. Schlipf Advisors: Jeff Dozier, Ph.D. Thomas Dunne, Ph.D. Analysis of Bioswale Efficiency for Treating Surface Runoff As authors of this group project, we are proud to archive it in the Davidson Library so that the results of our research are available for all to read. Our signatures on the document signify our joint responsibility in fulfilling the archiving standards set by Graduate Division, Davidson Library, and the Bren School of Environmental Science and Management. William W. Groves Phillip E. Hammer Karinne L. Knutsen Sheila M. Ryan Robert A. Schlipf This Group Project is approved by: Jeff Dozier, Ph.D. Thomas Dunne, Ph.D. Analysis of Bioswale Efficiency for Treating Surface Runoff Page ii Acknowledgements The Bioswale Group would like to thank the following organizations for their contributions in funding our research: • Wynmark Company • University of California Toxic Substances Research & Teaching Program, Coastal Component We also thank the following individuals for their valuable assistance: Mark Linehan, Wynmark Co. Kim Schizas, Wynmark Co. J.T. Yean, Fuscoe Engineering Cal Woolsey, Fuscoe Engineering Tom Dunne, Bren School Professor Jeff Dozier, Dean of the Bren School John Melack, Bren School Professor Trish Holden, Bren School Professor Linda Fernandez, Visiting Professor Darcy Aston, Santa Barbara County Water Agency Analysis of Bioswale Efficiency for Treating Surface Runoff Page iii Description of the Group Project The group project is a major component of the degree requirements for Master’s students in the Donald Bren School of Environmental Science and Management at the University of California, Santa Barbara.
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