|Title||Western approach to Evergreen Point Bridge under construction, Seattle, 1962 |
|Caption||Washington's Evergreen Point Floating Bridge carries State Route 520 across Lake Washington, connecting Seattle with the growing area east of the lake. When it opened, the bridge's 7, 578 foot floating span was the longest in the world. This was the second floating bridge to cross Lake Washington, and both bridges are overcrowded daily with commuters in their automobiles.|
This photo shows the construction work on the western approach to the Evergreen Point Floating Bridge. The photo was taken near Portage Bay, looking west. The bridge was completed in 1963 and named for former Governor Albert D. Rosellini in 1988.
|Notes||Handwritten on sleeve: SEATTLE, Bridges, Lake Washington #2, construction of east and west approaches.|
Caption by MOHAI staff.
Date photograph was filed at the Seattle Post-Intelligencer (date of photograph and file date may differ by a month or more): August 24, 1962.
|Subjects||Road construction--Washington (State)--Seattle; Evergreen Point Bridge (Medina and Seattle, Wash.) |
|Places||United States--Washington (State)--Seattle|
Montlake (Seattle, Wash.)
Washington, Lake (Wash.)
|Digital Collection||Museum of History & Industry Photograph Collection |
|Image Number||1986.5.7590.1 |
|Ordering Information||To order a reproduction or to inquire about permissions contact email@example.com or phone us at 206-324-1126. Please refer to the Image Number and provide a brief description of the photograph. |
|Credit Line||Seattle Post-Intelligencer Collection, Museum of History & Industry, Seattle; All Rights Reserved |
|Repository||Museum of History & Industry, Seattle (MOHAI) |
|Repository Collection||Seattle Post-Intelligencer Collection |
|Physical Description||1 acetate negative: b&w; 4 x 5 in. |
|Digital Reproduction Information||Scanned from original negative as a 3000 pixel TIFF image in 8-bit grayscale, resized to 640 pixels in the longest dimension and compressed into JPEG format using Photoshop 6.0 and its JPEG quality measurement 3. |