Celilo Canal

Celilo Canal was a canal connecting two points of the Columbia River between the states of Oregon and Washington, U.S. just east of The Dalles.

Celilo Canal
Celilo Canal in 1910;
the Columbia River is visible at left.
Specifications
Maximum boat beam65 ft 0 in (19.8 m)
Statusinundated by Lake Celilo formed by The Dalles Dam
History
Principal engineerArmy Engineers[1]
Construction began1905
Date of first useMay 15, 1915
Date closed1957

In the natural state of the Columbia River, there was an 8-mile (13 km) stretch above The Dalles known as Celilo Falls that was impassable upstream and navigable downstream only at high water and at great risk. Celilo Canal was built in the early part of the 1900s to allow steamboat and river-borne traffic to bypass Celilo Falls.

History and construction

In 1858, a 19-mile (31 km)-long wagon road, the Oregon Portage Railroad, had been built around the falls on the south side of the river. This was replaced in 1863 by a 13-mile (21 km)-long portage railway owned by the Oregon Steam Navigation Company. A number of studies and false starts were made towards building a canal around the falls, but construction on what was to become known as the Celilo Canal did not begin until 1905, and then took ten years to complete.[2] In 1909, Scientific American summarized the status of the work and its objectives:[3]

The Columbia River, which is the most important waterway in the western part of the United States, extends a distance of 1,400 miles (2,300 km) from Its mouth to British Columbia, where it has its source. Including its tributaries, it forms a system of waterways available for steamboats and barges aggregating 2,132 miles (3,431 km). This is not continuous, however, for the channel is obstructed at two different points. One of these obstructions is formed by what is called the Cascades, a series of rapids located 60 miles (97 km) from the city of Portland. Here the government built, about twelve years ago, a lock canal. The canal has a depth of 8 feet (2.4 m) and is 3,000 feet (910 m) long, and it contains two locks, each of which is 462 feet (141 m) in length, and capacious enough for much larger craft than pass through it to the upper river. With the aid of the canal, steamers can travel from Portland to what are called the Dalles, a distance of about 200 miles (320 km). Here, however, the natural obstacles are very great, and to overcome them an elaborate engineering scheme Is now being carried out. The river, for a distance of several miles, flows swiftly through a series of gorges which it has cut out of the rock formation in this part of Oregon.

Scientific American was also optimistic about the prospective economic value of the canal:

[A] very large area of Washington and Oregon may be reached by river craft. This area comprises not only an extensive wheat-growing country, but cattle and sheep ranches and fruit farms, as well as an extensive mining district. There are some counties in this region which are entirely destitute of railroads, and their commercial products are hauled from 50 to 75 miles (121 km) to the nearest stations by freighting outfits. As the improvement referred to will allow craft carrying nearly a thousand tons to ply upon the upper Columbia, It must be regarded as one of the most important engineering projects which has yet been undertaken by the government.

The federal government spent 5 million dollars on its construction.[4] For an inaugural cruise, the steamer Undine left Portland April 29 and arrived in Lewiston, May 3, 1915.[5]

Effect on navigation

Boosters of the Celilo Canal organized the Open River Navigation Company, and put the Charles R. Spencer and J.N. Teal on the run from Portland to The Dalles, Twin Cities and Inland Empire on the route up the Snake River, and Relief on the run from Celilo to Pasco, Washington. Mountain Gem supported Relief above Celilo[6]

Once the canal was complete, navigation was open on the Columbia from the mouth of the river all the way to Priest Rapids, and, up the Snake River, to the mouth of the Grande Ronde River near Rogersburg. However, completion of the canal came too late to fend off competition from railroads had taken away most of the steamboat's business. Riverine transportation above Celilo never reached the hopes of the proponents of the canal. Only in the late 1930s did the development of wheat barge traffic, eventually driven by diesel towboats, become an important transport method on the Columbia River.[7]

Current state

The canal and all related works were flooded following the completion of The Dalles Dam in 1957.

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gollark: I'm completely maybe entirely serious. Metric is much more consistent and easier to convert than the imperial system.
gollark: Always use metric all the time.
gollark: Mostly okay. Though as of now I'm kind of bored and putting off maths homework.
gollark: Hi, since I happen to be here, I guess.

References
  1. "Columbia River History—Navigation". Northwest Power and Conservation Council. Retrieved 2009-09-03.
  2. Timmen, at 36-39
  3. Willey, Day Allen, "The Improvement of the Columbia River", Scientific American, February 13, 1909, page 134
  4. Lyman, William D. (1 June 1915). "Address of Welcome at the Dalles Celilo Canal Celebration, Wallula, May 4th". The Quarterly of the Oregon Historical Society. Retrieved 15 April 2013.
  5. Dana, Marshall N. (1 June 1915). "The Celebration of the Open Columbia". The Quarterly of the Oregon Historical Society. 16. Retrieved 3 June 2013.
  6. Timmen, at 40
  7. Timmen, at 39-47

Photographs
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