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The shoreline was beautiful even if there was fog. |
We got up not so early today and readied ourselves for the Soo Locks boat tour. Breakfast, batteries for Hobbs' camera, warm clothes, cameras. We were ready for our adventure.
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While we were waiting for the fog to lift, I was over taking photos of the power plant. Old habits of taking power plant photos die hard. This hydro plant began as Edison and was started in 1902. It generates more than 150 million kilowatt-hours of electricity each year to operate the locks. What is not used for the locks is distributed to homes and businesses in Sault Ste. Marie, Michigan. |
We arrived at the dock about 20 minutes before the tour was due to leave. If there aren't 10 people to take the tour, they cancel. There were 16. Yay. The area was foggy. Wouldn't you know it, weather delay. Now I'm wondering if the tour will be cancelled.
About 15 minutes or so later the captain of the vessel Bide-a-wee, advised us that we would start boarding. It was still foggy here and there, but was lifting rapidly.
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Our transportation for the tour had all the amenities ... restrooms, snacks, drinks, enclosed area, and not too many people on the tour so we could wander at will and not be crowded at all. Not so good for their business, but wonderful for us. |
The tour was two hours, and the first part took us around over near the Canadian side, then back to the U.S. side, past the old Edison Power Plant (Cloverland) (hydro) started in 1902, all the while giving us a history of the ships, boats, buildings and area.
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When the Edison plant was built the dividers were constructed to resemble light houses. |
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The locks and more. |
There are four U.S. locks, one Canadian lock, the St. Mary's Rapids (St. Marys River), three hydro electric plants, the International Highway Bridge linking Sault Ste, Marie, Michigan, and Sault Ste. Marie, Ontario. There's so much history in this small area it's hard to take it all in.
Then we headed toward the first lock we'd be going through. This one is on the American side, going from Lake Huron to
Lake Superior.
The whole process is fascinating and is an engineering marvel that overcomes the 21-foot difference in water level between Lake Superior and some of her sister lakes by “locking” a boat into a canal of a certain length, then either raising or lowering the water level to allow the boat to sail calmly into the next lake. The locks allow safe passage, as well, past the St. Marys Rapids for ships carrying iron ore, coal, grain, stone, road salt, petroleum and manufactured goods. Tankers, Coast Guard cutters, tour boats, pleasure boats – all go through the locks at no cost.
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We went through the lock on the left, the MacArthur Lock, named after World War II Gen. Douglas MacArthur. It measures 800 feet long between the inner gates, 80 feet wide and 31 feet deep. It was built during the war years of 1942-43. The longest vessel that can go through the MacArthur lock is 730 feet long by 76 feet wide. In emergencies, the limit may be exceeded for vessels up to 767 feet in length. There's a ship in the lock on the right, waiting for the water level to rise and allow it to pass through to Lake Superior. The building between the two locks is the Administration Building, built in 1897. |
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As we pulled into the lock, you can see the gates at the other end are closed. The water level is low, to accomodate our boat coming from a lower lake to one that is higher in elevation. The difference between the two lakes is about 21 feet. That means our boat has to be enclosed in the lock and the water level raised 21 feet before allowing us to come out into Lake Superior. |
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The gates behind us closed, locking us into the MacArthur Lock. |
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The water is coming through the gates and takes about 12 minutes to rise 21 feet. The water flows in naturally without the help of pumps. |
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The difference between the beginning and ending photos is startling, and the locks become a marvel. |
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This ship exited the Poe Lock shortly after we came through the MacArthur Lock. The Poe Lock is the only lock capable of handling vessels more than 730 feet in length. The size limit is 1,100 feet long by 105 feet wide. |
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Hobbs can always find a cup of coffee somewhere. |
In the early days canoes, boats and ships had to be portaged past the rapids, sometimes taking not just months but years using oxen and skids. By comparison, although the water level quickly rises or lowers, there is time spent entering and leaving the locks, positioning the boats and so on, with large vessels spending an average of slightly more than an hour from the time they enter the canal at one end and exiting at the other. What a difference!!!
Because of Charles T. Harvey, a salesman, entrepreneur and builder, the first lock became a reality in 1855. The State Lock is the site of succeeding locks, the first Poe Lock in 1896 and the present Poe Lock constructed in 1968. It's the largest of the four locks and was rebuilt to accommodate 1,000-foot-long ships. It's the only lock ever rebuilt over an existing lock between two operating locks. The Poe Lock was named for Colonel Orlando M. Poe, Engineer Officer during the Civil War.
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It was a beautiful day for a boat ride, and the big ship coming behind us did not catch up nor run us over. |
Two other locks, Davis (named for Colonel Charles E.L.B. Davis, Detroit District Engineer) and the Sabin Lock (named for L.C. Sabin, the only civilian to serve as a Detroit District Engineer) are currently both closed. The U.S. Army Corps of Engineers plans to replace them with a larger lock to handle even larger vessels. Due to the price tag, it's unlikely construction will begin anytime soon.
We sailed easily through and then out and around over toward the Canadian side of the river. We had great views of the International Bridge, 2.8-miles in length, and opened to traffic in 1962. It's the only vehicle link between the United States and Canada for 350 miles to the south and 580 miles to the west. It hangs 140-feet above the ground and is jointly owned by the State of Michigan and the Province of Ontario.
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I've ridden over this bridge, a long time ago. |
Located close by the International Bridge are Canadian National Railway bridges that date back to 1887. The bridges have counterweights that are so well balanced that it takes only a 40-horsepower electric motor to raise and lower the bridges so ships can sail under them.
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This contraption is used to get boats out of the water and up on the ramp for repairs. |
On the Ontario side of the river we passed the Algoma Steel plant. It's the largest employer in Sault Ste. Marie, Ontario. The main raw materials that go into making steel (coal, limestone and taconite iron ore) are all shipped by water on self-unloading vessels. The plant handles about 3.5 million tons of iron ore, 1.5 million tons of coal and about 300,000 tons of limestone. Large cranes take the raw materials from the dock area and place them into rail cars that take them to the blast furnaces.
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The steel plant is huge, and yet it's quite fascinating to right next to big industry. |
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I've often likened the ride into Phoenix as riding into a blast furnace. Now I know what one looks like. |
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The whole plant area. |
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The Lake Superior Power, Inc., plant. |
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What's a photo in Canada without some of their fall colors? |
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There are beautiful old buildings on the Canadian side, too. |
All too soon we were traveling through the Canadian lock, used exclusively by small vessels and tour boats due to the restricted draft of 12 feet or less, sailing in, having the gates closed, the water lowered and the second gate opened. Out we sailed. You know the water's rising or falling, and you can see it, but you don't really feel the motion from the movement.
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The fog had disbursed and the bridges were quite visible. You could even see the vehicles crossing. |
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Our little boat didn't stand up to these big ships. But we were quicker. |
We sailed back alongside the power plant. The old plant is a quarter-of-a-mile long, 80 feet wide and has 74 horizontal shaft turbines, each driving a 60-cycle generator. The excavation of the hydro canal began in 1898 and was completed in 1902. The plant is constructed of steel and red sandstone. The stone was excavated from the power canal and each individual stone was hand cut to fit perfectly. It's a beautiful building and reminiscent of the old age of craftsmanship and pride of a job well-done.
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The tall building is the Tower of History, that we had visited the day before. |
While the boat tour was more history than a person could take and I've got a very short attention span, once we were back on land, we opted to visit the Valley Camp Ship Museum.
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Valley Camp, the world's largest maritime museum within a great lakes freighter. |
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A painting of Valley Camp in its heyday. |
The Valley Camp ship was owned by the Republic Steel Corp. It's 532 feet long and 58 feet wide, more than large enough to handle lots of seagoing memorabilia and history. We couldn't tarry too long, but we went through it. There are ship models, four large fish aquariums and two lifeboats from the Edmund Fitzgerald, which sank on Lake Superior Nov. 10, 1975. (Remember the song?)
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Looking aft. There are numerous holds which carried all types of cargo. |
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The bridge. |
There were loads of displays, and while everything is interesting, I mostly liked seeing into the rooms the crew used because it really takes you back in history. There was a time when some folks used linen table napkins and fine china for meals, but I surely wouldn't miss doing the dishes. There was quite a difference between the captain's stateroom, space for his or his immediate officer's guests and the lower-ranked sailors. Of course, the toilet facilities and washing were a lot more limited than most of us currently have now, and I wouldn't give up my washer and dryer at the house. That's not a luxury but a necessity.
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There's not much room although the captain has more of a "suite.' |
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The captain's table for his guests and officers. |
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The table for the regulars. There's quite a difference ... no fine linen here. |
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The steam-powered winces raised the two anchors, each of which weighed 6.5 tons. The anchors are attached to 300 feet of chain, weighing 25 pounds per link. |
The two Edmund Fitzgerald lifeboats were of interest as 29 sailors lost their lives in the wreck. The lifeboats were the largest pieces of wreckage recovered, and it's still a mystery as to what really happened. There are theories, a sketch of the ship broken into three pieces, and so much more. But Lake Superior weather is unforgiving and many lives have been taken to show that those things can happen quickly and without warning.
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The lifeboats were pretty beaten up. |
The upper decks were open to us as well as the cargo decks that have exhibits. Originally these held coal, iron ore and limestone and the large hatches remind you that this was once an operational vessel.
One other point of interest was the four 1,200-gallon fishtanks. They hold a variety of fish that eat only live food. When live food is not used, the fish die. Hobbs found out that when the exhibit shuts down for the winter months the fish are used for a fish fry for the employees. I think that's pretty cool. There were some pretty large fish in there, too, so maybe there wouldn't be too many bones. Yuk to bones. (I have tasted whitefish, walleye and perch on this trip now, though and haven't run into any bones.)
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Birds rested on the rocks in the lake. Or showed off for those of us who were watching them. |
From Valley Camp we had to get on the road, and head to Escanaba. The plan was to spend the night somewhere (no destination planned) and roll into Escanaba and visit friends at a fish fry Friday evening.