1899 Schussler - General Map of the Spring Valley Water Works
A famous engineer's plan for supplying water to San Francisco at the turn of the century
General Map of the Spring Valley Water Works Hermann F.A. Schussler Chief Engineer. 1899
Hermann F.A. Schussler
San Francisco, 1899
51 x 30.5 cm (20 x 12 in)
Indications in red
The importance of this map and the historical and geographic context which it conveys is best explained by Gray Bechin in Imperial San Francisco. Bechin writes that:
"As imported water raised land values and stimulated growth, San Francisco's need for more distant watersheds grew. The Spring Valley Water Company's aqueducts first tapped the creeks of San Mateo County, and then of Alameda and Santa Clara Counties. The lands acquired by the company in the nineteenth century today provide about 18 percent of the city's water."
This map, with its proposed aqueduct and tunnel from Arroyo Valley and a proposed pipeline and tunnel connecting the Calaveras Reservoir to the Crystal Springs Reservoir, represents Schussler's vision for supplying water to the city, in turn increase the power and wealth of the company he did much to help build.
Hermann Schüssler or Schussler (1842 -1919) was a German water-systems engineer and architect of dams famous for designing the Comstock water system.
He immigrated to Californiain 1864 and started working for the Spring Valley Water Works of San Francisco. He worked on several projects in the Bay Area. Remarkable projects are the dams at Crystal Springs Reservoir and San Andreas Lake which survived the 1906 San Francisco earthquake. Schussler became chief engineer of Marin County, and later of Virginia City. In Virginia City, Schussler worked for Virginia City and Gold Hill Water Company and build the Comstock water system. He also worked for the Sutro Tunnel Company and designed the water system for Tuscarora and Pioche. In 1878 Schussler worked on several water projects in Hawaii.
Soft horizontal fold.
Brechin, Gary. Imperial San Francisco: Urban Power, Earthly Ruin. University of California Press, 2006, p. 88.