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Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A good type of workman is building the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Aggregate storage pile which provides crushed stone and sand for the building of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a quarry, mine, excavation, or mining site, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A pipe fitter at the Fort Loudoun Dam, furthest upstream of the TVA's Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Hand of a carpenter setting frame at the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Pipe fitters lay a new line at Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A workman on a cofferdam of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precaution in the form of a life preserver strapped to this worker

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Downstream face of Fort Loudoun Dam spillway with aggregate storage pile in the background. The new Fort Loudoun Dam is furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a construction site, industrial or commercial building, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Aggregate storage pile which provides crushed stone and sand for the building of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a mine, mining, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Carpenters setting a frame at the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a construction site, wooden frame, timber, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. It takes tough and agile men to set and drive the sheet piling of a cofferdam cell for the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A workman on a cofferdam of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precaution in the form of a life preserver strapped to this worker

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a worker, labor, factory, plant, manufacture, industrial facility, 1930s, mid-20th-century industrial photo, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A pipe fitter measures up and squares up as a new pipeline is fitted at the Fort Loudoun Dam, furthest upstream of the TVA's Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Steel sheet piling of the cofferdam wall at Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Working inside the sheet steel wall of the cofferdam at the new Fort Loudoun Dam, Furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precautions in the form of life preservers strapped to the backs of these workers

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. The upstream face of the spillway at the new Fort Loudoun Dam. This dam is located further upstream than any of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this damn will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. The downstream face of the spillway of the new Fort Loudoun Dam. This dam is located further upstream than any of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this damn will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a historical building, landmark architecture, world heritage, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A workman on a cofferdam of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precaution in the form of a life preserver strapped to this worker

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. One arm of the cofferdam wall at Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a quarry, excavation or mining site, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Acetylene welder on a new pipeline at Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of an aircraft, assembly line, industrial facility, 1930s aviation, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Steel sheet piling of the cofferdam wall at Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a construction site, industrial or commercial building, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. General view of the progress of construction at the Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A crew of huskies at work near the cofferdam of the new Fort Loudoun Dam, furthest upsteam of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precautions in the form of life preservers on the backs of the men

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A pipe fitter measures up and squares up as a new pipeline is fitted at the Fort Loudoun Dam, furthest upstream of the TVA's Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A workman on a cofferdam of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precaution in the form of a life preserver strapped to this worker

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a farmer, 1930s, 20th-century dust bowl era, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A workman on a cofferdam of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precaution in the form of a life preserver strapped to this worker

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

View of the re-built Base Juliet during Exercise Global Hawk 00-04, Fairchild Air Force Base, Washington, on 14 March 2000. The exercise area stands quietly after a night of wind gusts reaching a recorded fifty-five miles per hour

View of the re-built Base Juliet during Exercise Global Hawk 00-04, Fa...

The original finding aid described this photograph as: Subject Operation/Series: GLOBAL HAWK 00-04 Base: Fairchild Air Force Base State: Washington (WA) Country: United States Of America (USA) Scene Camera... More

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A busy construction scene near the downstream face of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a damaged, burned, or destroyed building, natural disaster, war destruction, ruins, 19th-century architecture, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Steel sheet piling of the cofferdam wall at Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. A workman on a cofferdam of the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precaution in the form of a life preserver strapped to this worker

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a worker, labor, factory, plant, manufacture, industrial facility, 1930s, mid-20th-century industrial photo, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. The downstream face of the spillway of the new Fort Loudoun Dam. This dam is located further upstream than any of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this damn will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a damaged, burned, or destroyed building, natural disaster, war destruction, ruins, 19th-century architecture, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Workmen opening valve on a new pipeline of Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of byciclyst, bike, bicycle wheel, sport event, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Steel sheet piling of the cofferdam of Fort Loudoun Dam in the foreground; the upstream face of the spillway in the background. The Fort Loudoun Dam is located furthest upstream of all the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Public domain photograph of 1930s-1940s bridge, no copyright restrictions image - Picryl description

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Ready for action against saboteurs is the hand and weapon of a public safety service officer at the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a power dam, cascade, free to use, no copyright restrictions.

Tennessee Valley Authority power and conservation. Fort Loudoun Dam construction. Placing a structural member for the cofferdam at the new Fort Loudoun Dam, furthest upstream of the TVA's main Tennessee River projects. Scheduled for closure and first storage of water early in 1943, this dam will create a 15,000-acre lake reaching fifty-five miles upstream to the city of Knoxville. The reservoir will have a useful storage capacity of 126,000 acre-feet. Power installation of 64,000 kilowatts is authorized, with a possible ultimate of 96,000 kilowatts. Note safety precautions in the form of life preservers strapped to the backs of these workers

Tennessee Valley Authority power and conservation. Fort Loudoun Dam co...

Picryl description: Public domain image of a construction site, wooden frame, timber, free to use, no copyright restrictions.