Ocean waves drawing steps7/23/2023 ![]() Bill Sikes/AP/FILEĪccording to the company’s website, OceanGate developed 4,000-meter (13,123 feet) and 6,000-meter (19,685 feet) depth capable crewed submersibles, for charter and scientific research. OceanGate CEO and co-founder Stockton Rush speaks in front of a projected image of the wreckage of the ocean liner SS Andrea Doria during a presentation on their findings after an undersea exploration, on June 13, 2016, in Boston. OceanGate Expeditions, based in Everett, Washington, was founded in 2009 by aerospace engineer Stockton Rush, who is also aboard the submersible, according to a source with knowledge of the mission plan. The company said it is “exploring and mobilizing all options to bring the crew back safely.” On Monday, the US Coast Guard launched a search and rescue operation for a vessel belonging to OceanGate that lost contact during a private tour of the Titanic. OceanGate launched successful expeditions to the Titanic wreckage in 20. ![]() They want something they they’ll never forget,” said Nick D’Annunzio, the owner of TARA, Ink., a public relations firm specializing in special events. “What I’ve seen with the ultra-rich – money is no object when it comes to experiences. OceanGate Expeditions, for example, is among several companies that cater to demand from private individuals wanting to explore the seas and even the seemingly unreachable depths of the world’s oceans. From OceanGate Expeditions/Twitter/FILEĮxtreme tourism has become a growing trend among thrill-seekers looking for an adrenaline rush, pushing the boundaries of conventional travel and, sometimes, of safe travel. Storm surges and tsunamis power onto land like a wall of water, wiping out anything in their way.A file photo shows the RMS Titanic shipwreck from a viewport of an OceanGate submersible. Underwater earthquakes or mudslides can cause long waves called tsunamis. Not all waves crest on shore the way wind-caused waves do. It crashes onto shore and slides up the beach before retreating. The wave crests, curling over the top and tumbling over itself. This causes the water behind it to pile up. It’s only when those swells reach shallow areas that we see the distinctive form of a wave.Īs the circular flow of water runs into the seafloor, it catches on the bottom and slows down. Swells don’t look like the waves we see on the beach. When wind creates waves in deep water, we get large swells. Next time you see a buoy out on the water, watch it bob up and down. If you were small enough to drift in the water, your body would complete a circle. ![]() You then drop into the trough (low point between waves). If you have ever stood in a wave, you know this feeling. As it goes it circles back to its starting position or a spot very close to it. Then gravity takes over, pulling it back down again. As it reaches the highest point (the crest), it slows. A particle of water on the surface moves up. But they don’t simply travel in the direction the wind is blowing. This energy causes particles of surface water to move. When it blows across water, it transfers some of that energy to the water. ![]() It’s this difference in temperature that causes wind. Hot air rises, drawing in air from cooler areas to fill the space. It’s most intense near the equator and decreases as we get closer to the poles. What causes waves? Wind and, ultimately, the sun. These waves crash on the beach, waking you in the morning and lulling you to sleep at night. A trip to the ocean means sun, wind, and waves.
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