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Railroad
History
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Grabbing
Orders at St. Regis (NP)
Shasta
Memories from Andesite (SP)
All
Aboard the Castles and Cabins of the Canadian Rockies
The
Dynomometer Car (MILW)
Grabbing
Orders at St. Regis
by Gary Muehlius
St. Regis, Montana, a point
at which the Milwaukee Road crosses over Northern Pacific in this scene,
saw its first rail connection to the outside world with the completion
of the NP "Coeur d' Alene Branch". This line, shown as the diverging
route in the foreground, was completed in December 1890 over the 4% grades
of Lookout Pass and on to serve the mining interests in the Wallace, Idaho
area, 80 miles to the west. A segment of track west of St. Regis was abandoned
due to heavy flooding in 1933, necessitating trackage rights over the Milwaukee
for 18.7 miles to Haugan. This lasted until Burlington Northern abandoned
the entire line to Wallace in September 1980. The remnant of this line
survived into the late 1980s as a short spur at St. Regis.
In February 1909
the Northern Pacific completed an extension of track west to Paradise to
connect with the mainline. This created a new water level grade along the
Clark Fork River for freight traffic to avoid the heavy grades encountered
on NPs original mainline over Evaro Hill, just west of Missoula.
St. Regis was now a mainline train order station witnessing the passage
of most NP transcontinental freight traffic, although the route was some
28 miles longer than the original line.
Enter the Chicago,
Milwaukee and Puget Sound, a Milwaukee Road predecessor, which began operations
on its "Pacific Extension" through St. Regis in May 1909. Like the NP,
Milwaukee also had the challenge of a mountain grade to the west. The summit
of St. Paul Pass, at East Portal, was some 33 miles distant with the last
15 miles rising on a 1.7% grade.
Electrification was completed
through St. Regis in 1916 and for the next 58 years the various classes
of Milwaukee electric locomotives could be seen crossing over the NP and
the Clark Fork River. Sadly the electrics faded from the scene in 1974
and the Milwaukee itself departed from St. Regis forever in March 1980.
This scene, circa
1968, depicts two trains of the competing railroads grabbing train orders
"on the fly" during their respective westward journeys.
The NP operator has copied
orders from each road's dispatchers for delivery to their trains. NP's
new 3600 horsepower SD45s are accelerating on to Paradise while the conductor
in the Milwaukee caboose is about to snag his orders.
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Grabbing Orders
at St. Regis |
Shasta
Memories from Andesite
by Gary Muehlius
Northern California's Mt.
Shasta, at an elevation of 14,380 feet, towers over a Southern Pacific
eastbound train as it passes the siding known as Andesite at milepost 360.7
(mileage from San Francisco).
This portion of the
Shasta Division, Black Butte District, stretches from Dunsmuir north 105
miles to Klamath Falls, Oregon. Trackage flanking the north face of the
snowy peak was completed in 1926 as part of a lower grade alternate
to the heavy grades encountered on the original Siskiyou line in Oregon.
In this scene, SP
8234. and EMD SD40T-2, is in charge of a train of general merchandise and
empty cars bound for Klamath Falls, Eugene, Portland and points north in
February 1989. This train, although proceeding generally northward, is
actually considered and eastbound by the SP which uses its headquarters
in San Francisco as a reference to train direction. It has but eight more
miles to climb before attaining the highest point of the Shasta route at
Grass Lake, elevation 5,063 feet, then easing downgrade to Klamath Falls
for a crew change.
Although the
scenery remains as breathtaking, the face of railroading has changed dramatically
with the Union Pacific takeover of Southern Pacific.
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Shasta Memories
from Andesite |
All
Aboard to the Castles and Cabins of the Canadian Rockies!
By Christine Barnes,
author of Great Lodges of the Canadian Rockies (WW West, 1999)
The Canadian Parliament had
withstood nearly ten years of debate, when on February 1, the Canadian
Railway Bill of 1881 was finalized. When all was said and done, the Canadian
Pacific Railway Company was a reality. On November 7, 1885, the last spike
of the railway’s transcontinental line was
driven near Craigellachie,
British Columbia.
That line cut
through the stunning Rocky Mountains of what is now Banff National Park.
The glaciated peaks dwarf most mortals, but to the men who explored and
surveyed them, they were spectacular conquests.
To William
Cornelius Van Horne, the American born general manager of the CPR, the
towering crags and remarkable vistas were a business opportunity. “Since
we can’t export the scenery,” said Van Horne, “we shall have to import
the tourists.”
The Canadian government
shared the railway’s enthusiasm: the government
would reserve the land,
and the railway would transport tourists to the parks and provide dining
and lodging accommodations.
By 1887, the
first national park was established near recently discovered hot springs,
and a year later, the CPR had built the Banff Springs Hotel. Guests arrived
by rail to the Banff station for a stay at the hotel or the equally opulent
Chateau Lake Louise.
Spurred by
tourists’ demands for accommodations in the far reaches of the Rockies,
a series of tent camps was set up by the CPR. Many of these temporary shelters
evolved into log bungalow camps including two “camps deluxe,” Emerald Lake
Lodge and Lake O’Hara Lodge. Trail and bridle systems were cut to bring
tourists into the backcountry, creating one of the great hiking and riding
trail systems in the world. Swiss guides, hired by the CPR, led climbing
parties from its hotels.
Today, tourists
can still arrive by rail to Banff. They can wallow in luxury at the Banff
Springs Hotel or Chateau Lake Louise, spend a few nights at a “camp de
luxe” then hike to Twin Falls Chalet or helicopter to Mount Assiniboine
Lodge. And they can thank the CPR, whose vision rarely wavered in those
halcyon days of exploration and adventure.
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All Aboard at Banff |
The
Dynamometer Car
by
Warren Newhauser
The Dynamometer Car was designed
and built by the Milwaukee Road at the Milwaukee Shops in 1930. It is 60’
long and weighs 77.5 tons. It was designed by Vern Green and Mr. Leonard
Lentz to go over a mountain. It is said by some to be the strongest car
ever built with structural supports every 12-18” throughout the car.
Originally
built to measure steam locomotive performance, the car was upgraded in
1969 with modern electronic measuring equipment.
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Dyno Test |
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