Gordon, Robert B. (Author)
Michael S. Raber (Author)
Site surveys and hydrological analysis show the success individuals and small partnerships had in southern New England using waterpower resources without the aid of professional engineering services through the nineteenth century. This study examines seven Connecticut milling and small-scale manufactunng sites and the remains of eighteen iron-smelting blast furnaces blown with waterpower, using hydrological data to reconstruct operating parameters. Through 1830, blast furnace operators assured continuity of operation by locating on large rivers or at the outlets of lakes that served as reservoirs. Once these sites were occupied, operators of later furnaces made do with less reliable water privileges. Many grist and sawmill proprietors devised complex management systems based on drawdown and recharge of pond or reservoir storage, scheduled different kinds of work seasonally and constructed sophisticated systems of races and distributing ponds. They made agreements with others to share, manage, and distribute water resources. Some added manufacturing to more fully utilize the power potential of their privileges. Their vernacular engineering and hydrological expertise added technical talent throughout the region's villages and small towns, facilitating a diverse economy of agriculture and manufacturing.
...More
Article
John S. Wilson;
(1977)
Upper Factory Brook Sawmill: Middlefield, Massachusetts
(/isis/citation/CBB516510720/)
Article
Robert R. Gradie;
David A. Poirier;
(1991)
Small-Scale Hydropower Development: Archeological and Historical Perspectives from Connecticut
(/isis/citation/CBB181273462/)
Article
John S. Wilson;
(1978)
Reply to Comment on Upper Factory Brooke Sawmill
(/isis/citation/CBB166149241/)
Article
John P. Johnson;
(2010)
Reinventing the Waterwheel: Rediscovering the Knowledge of a Mid-Nineteenth Century Millwright in New England
(/isis/citation/CBB163746950/)
Book
Jackson, Donald C.;
(2013)
Pastoral and Monumental: Dams, Postcards, and the American Landscape
(/isis/citation/CBB001321155/)
Article
Edwin A. Battison;
(1975)
Ascutney Gravity-Arch Mill Dam: Windsor, Vermont 1834
(/isis/citation/CBB783949687/)
Article
Theodore Z. Penn;
Roger Parks;
(1975)
Nichols-Colby Sawmill in Bow, New Hampshire
(/isis/citation/CBB047229576/)
Book
Erik Swyngedouw;
(2015)
Liquid Power: Contested Hydro-Modernities in Twentieth-Century Spain
(/isis/citation/CBB814785175/)
Thesis
Hawley, Hilary L.;
(2006)
Water/Power in the Pacific Northwest
(/isis/citation/CBB001560951/)
Article
Jeffrey A. Hess;
(1996)
Inventions and Patents for the Public Good: The Needle-Valve Program of the Bureau of Reclamation
(/isis/citation/CBB768942983/)
Article
Norman R. Ball;
(1976)
Notes on a Muley Saw
(/isis/citation/CBB982121940/)
Article
Donald C. Jackson;
(1979)
John S. Eastwood and the Mountain Dell Dam
(/isis/citation/CBB105127424/)
Article
Ted Penn;
(1978)
A Comment on the Upper Factory Brook Sawmill
(/isis/citation/CBB096970201/)
Article
Todd, Edmund N.;
(2000)
Building a hybrid landscape to purify the Ruhr region, 1890--1935
(/isis/citation/CBB001180609/)
Article
Susan M. Ross;
(2003)
Steam or Water Power? Thomas C. Keefer and the Engineers Discuss the Montreal Waterworks in 1852
(/isis/citation/CBB870824105/)
Article
Robert L. Johnson;
Patricia O'Reilly;
(1978)
The Barker's Turbine at Hacienda Buena Vista
(/isis/citation/CBB691969877/)
Article
Pauline Desjardins;
(2003)
Navigation and Waterpower: Adaptation and Technology on Canadian Canals
(/isis/citation/CBB109945092/)
Article
Yvon Desloges;
(2003)
Behind the Scene of the Lachine Canal Landscape
(/isis/citation/CBB615841132/)
Book
Hirt, Paul W.;
(2012)
The Wired Northwest: The History of Electric Power, 1870s--1970s
(/isis/citation/CBB001201248/)
Article
Mary E. Pyne;
(1989)
New England's Gasholder Houses
(/isis/citation/CBB371858245/)
Be the first to comment!