Type of Document	Master's Thesis
Author	Millay, Curtis A.
Author's Email Address	cmillay@vt.edu
URN	etd-04192006-101151
Title	Restoring the Lost Rivers of Washington: Can a city's hydrologic past inform its future?
Degree	Master of Landscape Architecture
Department	Landscape Architecture
Advisory Committee	Advisor Name Title Dean Bork Committee Chair
Keywords	urban design daylighting landscape architecture stormwater management urban hydrology
Date of Defense	2005-11-15
Availability	unrestricted
Abstract Washington, D.C., like many older U.S. cities, suffers the woes of rapid urbanization and aging infrastructure. The city’s combined sewer and stormwater system dumps millions of gallons of raw sewage into the Anacostia and Potomac Rivers over 70 times annually during significant rain events. While many groups, both public and private, attempt to clean the river, billions of dollars are still necessary over several years to remedy the combined sewer overfl ow (CSO) problem alone. Current plans for a solution include constructing large underground storage tanks that store millions of gallons of wastewater during overflow periods. Washington, however, once had a network of waterways that naturally drained the Federal City. At least three major stream systems—the Tiber Creek, James Creek and Slash Run—and over 30 springs fl owed within the boundaries of the emerging capital. The waterways, now buried, were victims of urbanization, and fl ow now only underground, wreaking havoc on foundations and basements and causing sewer backups and fl ooding. Can a historically-driven investigation of these buried channels lend credence to the resurrection in some form of a network of surface stormwater channels, separate from the municipal sewage system, to solve the city’s sewage overfl ow crisis? The following study is an initial exploration of the re-establishment of waterways through Washington with the purpose of improving the current storm sewer overfl ow dilemma and exploring the potential urban amenities that they could provide as part of a stormwater management plan for the year 2110.
Files	Filename       Size       Approximate Download Time (Hours:Minutes:Seconds)     28.8 Modem   56K Modem   ISDN (64 Kb)   ISDN (128 Kb)   Higher-speed Access    MillayFinal.pdf 12.64 Mb 00:58:31 00:30:06 00:26:20 00:13:10 00:01:07

If you have questions or technical problems, please Contact DLA.