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Can You Survive A Whirlpool

author
Elaine Sutton
• Saturday, 07 November, 2020
• 8 min read

Found in rivers, tidal waters near their mouths or other areas where currents swirl in more than one direction, whirlpools pose a potential danger of drowning. Survive a whirlpool by familiarizing yourself with the different types you may encounter, devising a strategy for each and remaining calm should you become swept up in one.

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Contents

When river kayaking, pull your craft over to the side and walk downstream to spy out any standing whirlpools or dangerous hydraulics. Use your momentum and additional paddle strokes to break free of the whirlpool's grasp on the downstream side.

The largest standing whirlpool in the Western Hemisphere is the Old Sow, found off the coast of Deer Island in New Brunswick, Canada. Old Sow's vortex is up to 250 feet in diameter, with roiling waters, holes and troughs around its perimeter.

Avoid getting caught in this vortex by ducking down beneath the foaming water churning in the backwash. Wear a life vest when boating or kayaking to help you stay afloat should you become caught up in a whirlpool.

When flowing water hits any kind of barrier, it twists away and spins around rapidly with great force. Whirlpoolscanoccur in a small area where a piece of land juts out into a river, causing the water to swirl around.

Not technically a whirlpool, Arévalo occurs when the winds and tides meet at cross-purposes in the less than two-mile wide (but over 800 feet deep) Strait of Messina. The rough seas produced are known to be very hazardous for small vessels, and occasionally, even dangerous for large ships.

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The newly revealed pairs, however, churn through the water up to ten times faster than their single counterparts, and are connected underwater by a U-shaped vortex. Known as deep eddies, they are produced by ocean currents flowing around terrain features like seamounts (submerged mountains).

For the first time, scientists have recorded a bizarre phenomenon in fluid dynamics, which up until now had only ever been theoretically predicted, but never observed in the wild. In the ocean, vast whirlpools called eddies span up to hundreds of kilometers across and are a relatively common event.

Getting out of a riptide isn't exactly easy, but you have to swim diagonal to where the current is pushing you. A whirlpool however (spinning water) would basically be swum outwards.

I had a fabulous birthday and 4th of July celebration, but now I am once again feeling stuck in that effort to get back to work. And for some unknown reason, I decided to add more design confusion to my brain by painting the perfectly fine walls of my cozy home in bright colors. As I was starting to drown in my own indecision, I remembered a river rafting trip that I took a few years ago on a visit to Oregon.

It was fairly early in the season and the rivers were running very full (and cold) in Oregon. We were all given the choice of shooting the 20’ waterfall or watching from the bridge above as our mates risked their lives. There were plenty of instructions but the one I remember is what to do if you fall out: don’t try to swim out but instead float on your back until the current carries you away from the downward force of the waterfall.

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And getting nowhere. He was getting very tired and would go under repeatedly then fight his way to the surface again. Everyone was trying to reach him, yelling at him to relax and float, but he was lost in his own nightmare. October 16, 2013 • By Lynn Homestead, PhD, RAT, Object Relations Topic Expert Contributor was not far from the shore in the fickle, warm Gulf of Mexico, a place I love.

I was swimming, enjoying the sun, feeling deeply at peace. I wasn’t paying attention, and I swam right into it, caught before I knew it was there.

I’m a strong swimmer, and expected to swim out of the vortex and get back to shore, but I couldn’t. Each time I made it to the edge of the circle, I was forced back by the whirlpool.

Lucky for me, there was a lifeguard standing on the shore; I screamed to him for help, and he saw what was happening. I expected him to swim to me and rescue me, carry me out of the ocean like you see in the movies.

Instead, he waded in a bit, careful not to get caught in the whirlpool himself, and pointed at something. I have a different perspective on what’s happening, even if I had a similar experience sometime in the past, in my own life, but to help I will stay slightly apart, so as not to get caught in the whirlpool.

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I was about 30 years old, recently divorced, mother of an infant, full-time social worker, and struggling financially. My therapist listened to me, felt for and with me, showed me some of my less healthy habits, expanded my ways of thinking, and adjusted my vision.

She did not carry me out of my misery, but she was a positive example and helper, and I emerged, eventually, with a better understanding of the world and my place in it, so I could find my path and make it to shore. The preceding article was solely written by the author named above.

The term whirlpool describes the action of water flowing in a downward spiral. While small, the whirlpool is at most an unstable place for a paddler, but when the currents involved are powerful enough, the whirlpool can become a very entertaining or intimidating phenomenon.

When running a high-volume river, you'll probably spend a lot more of your time avoiding whirlpools than playing in them, and this isn't always easy to do. In many cases, whirlpools (like boils) can be totally unpredictable and pop up in front of you unexpectedly.

The helical flow of a whirlpool offers you a free ride if you make your way into the right part of the swirling water. This slingshot technique uses a similar concept to that which allows satellites to resist the gravitational pull of the earth and maintain orbit.

If for some reason you find yourself in the eye of the whirlpool, your momentum will be lost and there's not much toucan do but hold on and wait for the opportunity to escape. This can be nerve-racking (or exhilarating), but toucan take comfort in the fact that the whirlpool will eventually die out.

If you're having trouble rolling, or even moving your paddle into a set up position, try to relax and wait for the whirlpool to dissipate. So next time you get to that squirrelly spot on your local river, throw on your nose plugs and start messing around.

Even the swirling water formed when the stopper is removed from a sink or bath could properly be called a whirlpool. Experiments have shown that whirlpools often pull objects to the bottom of the sea bed.

It is thought that the mythical Charybdis of the Greeks may have been a whirlpool off the coast of Sicily, capable of swallowing small ships. The Saltstraumen forms four times a day as the tides carry large amounts of water through a small channel only 490 feet (150 meters) wide.

Thousands of tourists visit the city of Body to view the maelstrom at high tide, when it is the strongest. It owes its formation to the area’s unusual shape of the ocean floor and a combination of powerful tides.

Famous writers Jules Verne and Edgar Allen Poe used this whirlpool as a plot element in their stories. The video in your OP is the very first result when googling, “what causes whirlpools.

“Given this, it seems clear you've already done that and have reviewed the information provided. Unless you have something specific to ask about the information you encountered, I will lock the thread.

If this turns into yet another thread of yours where you argue in bad faith and ignore clear answers, or claim you know more than all physicists (or whatever other bullshit you decide to spew today), this thread will be locked. INow wrote: The video in your OP is the very first result when googling, “what causes whirlpools.

“Given this, it seems clear you've already done that and have reviewed the information provided. Unless you have something specific to ask about the information you encountered, I will lock the thread.

If this turns into yet another thread of yours where you argue in bad faith and ignore clear answers, or claim you know more than all physicists (or whatever other bullshit you decide to spew today), this thread will be locked. So I looked up whirlpools on YouTube to post a video of a whirlpool to give a visual of the question.

I have no idea how a whirlpool works and considered it would be interesting to know. So please share your wisdom. My mind is blank on the subject, fill it up please.

INow wrote: The video answered that, as does the wiki. A whirlpool is a body of rotating water produced by opposing currents or a current running into an obstacle.

I think I ran out of information when I asked about space vortex's ? Do galaxies rotation work the same ? You see, Stevie, this is one of the reasons (apart from not taking on board advice and info given, claiming victory when there's nothing to be claimed, thinking that asserting is the same as explaining etc.

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