elevation changes between the Great Lakes
Only two full days in the Niagara area, and the best-weather day will be at the Falls. What to do on the other?
A question came up in the car on our drive from Toronto to St. Catharines, Ontario, where we are staying in the Niagara region: If the Great Lakes Waterway connects the five Great Lakes, allowing navigation from the westernmost lake, Superior, to the easternmost lake, Ontario, and on through the St. Lawrence Seaway to the Atlantic Ocean, how do ships bypass the falls on the Niagara River? The Niagara is the natural connection between Lake Erie and Lake Ontario. [Is it just us, or do other people have conversations like this in the car? A friend just shakes her head when I tell her these things and admonishes, “This is what happens when engineers intermarry.”]
ship entering Lock 3
Marcus had read that there is a manmade canal across the Niagara isthmus that was built to handle maritime traffic. I checked the road map. Sure enough: The Welland Canal connects the two lakes.
Why had I never heard of this canal? With its eight locks, it descends the Niagara escarpment from Lake Erie to Lake Ontario—100 meters* overall. It is the greatest elevation change between any two adjacent Great Lakes. I don’t know that I’ve ever seen a canal that drops 100 meters over 43 kilometers in length. How is that possible? Guess where we’re going on our extra day?
*Note: We’re in Canada now, so I’m using metric units. If Jimmy Carter had had his way, the US would be using the metric system today, just like our neighbors to the north and almost everyone else everywhere. As it is, we are one of only three countries in the world that insist on using “traditional” units, the other two being Burma and Liberia. Seriously? [Sorry. Rant over.]
front gate of the lock holding back water
back gate closing behind ship
It turns out that the Welland Canal is the town line between St. Catharines and Niagara-on-the-Lake, so we didn’t have to drive far. We arrived at Lock 3 just as a ship was pulling in from the Lake Erie side. And it just barely fit! We stayed to watch the whole process, until the ship was on its way at the lower level to Lock 2 an hour and a half later.
maneuvering out of the lock at the lower level
After checking out the Welland Canal Museum, which is very conveniently located at Lock 3 and very well curated, we drove up the Niagara escarpment to Locks 4, 5, and 6. This is the steepest part of the grade, and the three locks–one right after another–climb the escarpment like watery steps.
Locks 4, 5, and 6 (courtesy of Google Earth)
Kudos to the engineers who built all four of the Welland Canals, from the original canal with its 40 manual locks in 1829 to the current canal utilizing eight hydraulic locks in 1932.