The Illinois Prairie Canal: The Day They Forced a River to Run Backwards

Wide hero image rendition of the Chicago Sanitary and Ship Canal deep rock cut at Lockport by SofistiKateIt
A visual rendition of the Lockport engineering marvel that changed American geography.

Whoa! And all this took place in the 1800s... and by hand???!! What skill, grit, and determination they had back then, folks! When you read about the sheer scale of the engineering challenges of this canal, also known as the Chicago Sanitary and Ship Canal, tackled over a century ago, you have to stop and think, "How the hell did they do all that without today's technology?!" I know I was constantly stopping and typing... stopping and typing...

We rely so heavily on automated machinery today and probably still couldn't get it done in the eight years it took them to finish this, lol. It's mind-boggling to realize that thousands of men spent nearly a decade swinging heavy sledgehammers, manually holding steel drill spikes into solid rock, and risking their lives against unstable dynamite in the freezing winter mud just to get it done. This is exactly the kind of history that makes you want to dig into the old archives and figure out how they actually pulled it off...

At the turn of the twentieth century, the city of Chicago executed an unprecedented infrastructural transformation that permanently altered the geography of the North American continent. To resolve a catastrophic public health crisis, engineers did the unthinkable: they forced a major river system to completely reverse its natural flow direction...

Gone for Real: The Arson, The Casino Dream, and the Final Voyage of Niagara’s Ghost Ship

A visual rendition of the fire-damaged La Grande Hermine ghost ship as it once appeared in Jordan Harbour at sunset by SofistiKateIt
A visual rendition of Niagara's most famous 'optical illusion' as seen from the QEW.

If you’ve ever driven the QEW and felt like something was "missing" from the horizon, you aren't imagining things. For over 25 years, the weathered masts of La Grande Hermine were the ultimate Niagara landmark. I drive past this spot constantly, and it always felt like a little piece of a pirate movie was tucked away in Jordan Harbour. Well, as of late 2024, the "Ghost Ship" has officially moved on. lol!

It’s the end of an era for Niagara commuters. While the ship is gone, its history—and the series of business failures and mysteries that kept it there—is a story worth telling. This wasn't an ancient relic; it was a monument to a vision that simply didn't float.

The "Landless Bridge": An Engineering Marathon Over Open Water

Wide hero image rendition of the Lake Pontchartrain Causeway stretching toward the horizon by SofistiKateIt
A visual rendition of the Lake Pontchartrain Causeway: An assembly-line marvel spanning 38.6 km (24 miles) of open water.

Oooooh my goodness! I can't even picture driving that long with nothing in sight but sea—not a single blade of grass, a tree, a landmark or even a shoreline in any direction! It's like driving on one of those long deserted roads for miles and miles and miles and... I'd start seeing things after a while, or develop some kind of phobia, lol. Which is EXACTLY why they have "pit stops" aka safety bays along the way. After all, you aren't on a boat, folks, but you're still at sea! Meet Lake Pontchartrain Causeway in Louisiana, the "Landless Bridge" of the Americas.

At 38.6 km (24 miles) long, this isn't just a road; it is an engineering marathon that follows the actual physical curve of the planet. Because the Earth is not flat, engineers had to build the bridge to accommodate the horizon. From one end to the other, the Earth’s surface actually curves away from a straight line by a staggering 116 m (380 feet).

DID YOU KNOW: Switzerland has a "Roller Coaster" Loop Designed for Real Trains? 🇨🇭

A minimalist rendition of the 1908 Brusio Spiral Viaduct looping 10 meters (33 feet) above the Swiss countryside by SofistiKateIt
A minimalist rendition of the 1908 Brusio Spiral Viaduct looping 10 meters (33 feet) above the Swiss countryside.
Wee! Lol. It's a rollercoaster train ride for kids and big kids alike but with real trains! Cool!

In fact, it is one of the only places on Earth where a train literally chases its own tail. In the heart of the Alps, engineers faced a mountain of a problem: how to get a massive train up a steep hill without using gears or expensive tunnels. The answer was a 360-degree loop that lets the engine pass right over the back carriages. Read on to learn about this ingenious masterpiece of engineering...
 
A Circular Solution: The 360-Degree "Adhesion" Loop
 
Originally built in 1908, the Brusio Spiral Viaduct was constructed to solve a major mountain problem near the Swiss-Italian border. Engineers needed the Bernina Railway to climb a steep Alpine hill, but there was almost no space to do it. Instead of building a dark tunnel that would hide the mountain views, they designed a 360-degree stone spiral that allows the train to cross over its own path to gain 10 metres (33 feet) of elevation.  

Whirlpool Aero Car: 4 Nations, 6 Cables, and 100 Years of Being Niagara’s Most ‘Terrifyingly’ Safe Ride


This stylized cross-section reveals the hidden 9,072 kg (10-ton) counterweights
and the high-wire border hop of the 1916 Spanish Aero Car at Thompson Point.

Ok, I definitely had to include this ‘glocal’ marvel in my collection. I’ve always known the Whirlpool Aero Car was a thing—and no, I haven’t worked up the nerve to ride it yet!—but I had no idea it lets you cross into the United States four times in ten minutes without ever leaving Canada!? Say whaaat?

Obviously, there's a catch and as you read on, you’ll understand what I mean. Plus soaring high above the rapids on a hundred-year-old cable... yikes!, sounds scary, but guess what? The safety record will settle your mind. It settled mine! This, folks, is another one of those Niagara secrets hiding in plain sight.


A LEGACY OF SPANISH GENIUS

The Aero Car wasn't a local design. In 1913, the idea for a new "thrill" was designed entirely by the famed Spanish engineer Leonardo Torres Quevedo. Quevedo was actually a pioneer of early Artificial Intelligence, inventing the "Telekino"—recognized as the world's first radio-remote-control system. While the machinery chambers were excavated locally in 1915, the iconic carriage was built in Bilbao, Spain, and shipped to Niagara for its maiden voyage on August 8, 1916. It remains the only aerial tram of its kind still operating in the world today.

On August 8, 1916, the car didn't just carry tourists—it carried Spanish dignitaries for its official inauguration. To celebrate its international engineering, the carriage was draped in the flags of four nations: Canada, Spain, the United States, and France. 

DID YOU KNOW: Australia’s "Great Wall" is a 5,614 km Fence So Massive it Can Be Seen From Space? 🇦🇺

A rendition of the Dingo Fence stretching across the vast Australian Outback.
Ok, so it's not a stone fortress, but it’s a fence, folks! A 5,614 km (that's over 3,400 miles) fence! And believe it or not, this structure is actually longer than many of the main continuous sections of the Great Wall of China. And unlike that ancient wonder, this entire fence requires constant, daily maintenance because those dingoes never stop trying!

In the Land Down Under, this 'Dingo Fence' was built to protect an entire continent's sheep industry. And guess what? As it turns out, it did more than just that! Read on further below to learn more about this amazing structure—one of the longest man-made wonders on the planet..."
 
The Great Wall of Australia
 
Originally started in the late 1800s, the Dingo Fence was constructed to keep dingoes away from the fertile, bustling parts of Australia like Melbourne and Sydney to protect the sheep industry. These gingery, wolf-like apex predators were causing massive trouble for local farmers. Today, the structure spans over 5,614 kilometres (3,488 miles) from Queensland to South Australia. If you took all of Australia’s major exclusion fences and straightened them out, they would cover more than an eighth of the entire equator's length.

WHERE TO WANDER NEXT...