Not sure where this one was supposed to go
The Bermuda Triangle has always been a fixture for the world. Theres dozens of accounts of ships and planes being lost in that area and never heard from again.
But could there be a more natural explanation for the losses? Something that is rare, but totally natural.
Bubbles. Giant bubbles. The area inside the Bermuda Triangle is rich in methane gas, built up in pocket underneath the sea floor. Occasionally, the landscape shifts and releases a giant bubble which rises to the surface and breaks. What would happen if a ship were sailing over that area when it happened?
A boat relies on the balancing of two forces. The buoyant force of the water, and the downward force of the boat. If either one of the forced is disrupted or imbalanced, the boat can sink. So if you make the water less buoyant, you give the boat less to float on and it sinks.
A bubble breaking under a ship creates a momentary withdrawal of seawater that causes the ship to fall into that hole created by the bubble, the water rushes in and seconds later, the boat is covered by water and sinks in less than a minute. If the bubble breaks under the bow, the bow will slide into the water using the boats own inertia to just slip beneath the waves, the same is true of the stern. But if the bubble breaks in the MIDDLE of the ship, the pressure from both the bow and the stern can literally snap a ship in half, resulting in near instant sinking. The upward pressure on the bow and stern lift them both up, while the lack of upward pressure from water in the center of the ship makes it bend beyond the point it was designed for and the ship snaps in half.
On small craft (such as yacht or pleasure boat) the ocean can literally swallow a ship in a matter of seconds with no warning and not nearly enough time to get off a distress call. On a large tanker, lab tests conducted at a US Navy test facility have shown that in under one minute, a large bubble can sink a fully loaded tanker or cargo ship, giving the crew no time to don life preservers or call for help.
But what about planes? The methane gas contained in the bubbles dont sink back into the sea or rise into the stratosphere, it hangs in a haze above the ocean for several hours at a time. This gas pocket can spell disaster for planes flying into it, as it can interfere with altimeters that judge altitude by measuring the outside air pressure, making the pilot think he is climbing, when in reality he is plunging his plane into the ocean. The gas also interferes with the internal combustion of the plane engines and can cause them to cut out and stall.
Also, methane gas, while not toxic, cannot replace oxygen. The human body needs oxygen to survive, and if a methane bubble erupts under a ship or if a plane flies into a cloud of methane gas, the people on board are going to experience lower oxygen levels. In severe cases this can kill you, as you are taking in a purely methane or almost totally methane atmosphere with no or little oxygen. In most cases, the lack of oxygen can result in dizziness, impaired vision, and impaired judgment, not something you want to have at a time like that.
The Bermuda Triangle has always been a fixture for the world. Theres dozens of accounts of ships and planes being lost in that area and never heard from again.
But could there be a more natural explanation for the losses? Something that is rare, but totally natural.
Bubbles. Giant bubbles. The area inside the Bermuda Triangle is rich in methane gas, built up in pocket underneath the sea floor. Occasionally, the landscape shifts and releases a giant bubble which rises to the surface and breaks. What would happen if a ship were sailing over that area when it happened?
A boat relies on the balancing of two forces. The buoyant force of the water, and the downward force of the boat. If either one of the forced is disrupted or imbalanced, the boat can sink. So if you make the water less buoyant, you give the boat less to float on and it sinks.
A bubble breaking under a ship creates a momentary withdrawal of seawater that causes the ship to fall into that hole created by the bubble, the water rushes in and seconds later, the boat is covered by water and sinks in less than a minute. If the bubble breaks under the bow, the bow will slide into the water using the boats own inertia to just slip beneath the waves, the same is true of the stern. But if the bubble breaks in the MIDDLE of the ship, the pressure from both the bow and the stern can literally snap a ship in half, resulting in near instant sinking. The upward pressure on the bow and stern lift them both up, while the lack of upward pressure from water in the center of the ship makes it bend beyond the point it was designed for and the ship snaps in half.
On small craft (such as yacht or pleasure boat) the ocean can literally swallow a ship in a matter of seconds with no warning and not nearly enough time to get off a distress call. On a large tanker, lab tests conducted at a US Navy test facility have shown that in under one minute, a large bubble can sink a fully loaded tanker or cargo ship, giving the crew no time to don life preservers or call for help.
But what about planes? The methane gas contained in the bubbles dont sink back into the sea or rise into the stratosphere, it hangs in a haze above the ocean for several hours at a time. This gas pocket can spell disaster for planes flying into it, as it can interfere with altimeters that judge altitude by measuring the outside air pressure, making the pilot think he is climbing, when in reality he is plunging his plane into the ocean. The gas also interferes with the internal combustion of the plane engines and can cause them to cut out and stall.
Also, methane gas, while not toxic, cannot replace oxygen. The human body needs oxygen to survive, and if a methane bubble erupts under a ship or if a plane flies into a cloud of methane gas, the people on board are going to experience lower oxygen levels. In severe cases this can kill you, as you are taking in a purely methane or almost totally methane atmosphere with no or little oxygen. In most cases, the lack of oxygen can result in dizziness, impaired vision, and impaired judgment, not something you want to have at a time like that.