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  Label Dataset Type Subdivision Identifier
1. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639575
2. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639581
3. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639579
4. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639583
5. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639572
6. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639576
7. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639580
8. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639578
9. Palmer, Alfred T. 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 1942 June

 BIBFRAME Instances
 Instance 19639582
10. Closure

 LC Classification (LCC)
 ClassNumber
Topic		 PS374.C56
Language And Literature--American literature--History of American literature--Special forms--Prose--Prose fiction--Special forms and topics, A-Z--Closure ; Closure in literature--American--Literary history--Prose fiction
11. Closure (Rhetoric)

 LC Classification (LCC)
 ClassNumber
Topic		 PR830.C587
Language And Literature--English literature--History of English literature--Prose--By form--Prose fiction. The novel--Special topics--Other special topics, A-Z--Closure (Rhetoric) ; Closure (Rhetoric) in literature--English--Literary history--Fiction
12. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639572
13. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639576
14. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639580
15. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639578
16. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639582
17. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639575
18. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639581
19. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639579
20. Palmer, Alfred T. 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

 BIBFRAME Works
 Work
StillImage
Collection		 19639583


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