All that would happen, would be the bubbles would cause a ship to rise up and move away to the side.She said: "The bubbles actually make the ship go up - not down - and methane bubble releases in the Bermuda Triangle definitely do not sink ships."Another theory is that the force of nature comes from above from "hexagonal clouds," an extremely rare, bizarre and severe weather pattern, over the region could be to blame.Disappearances have been blamed on UFOs, strange mists, and even time travel.
All that would happen, would be the bubbles would cause a ship to rise up and move away to the side.Tags: Nineteenth-Century Piano Music Essays On Performance And AnalysisDefinition Business PlanBusiness Plan For BankArmenia Photo EssayResearch Proposals In EducationFido Business PlansNotre Dame Dissertation LibraryExample Of Research Question In Research ProposalGreat Opening Lines College Essays
One one side, researchers have found huge undersea craters which could be tell-tale signs on why vessels went missing and were possibly blown to smithereens, to end up at the bottom of the sea.
Loch Ness monster: There have been many sightings over the years and photos and videos of actual footage have been checked and looked at time and time again, confirming if it could be some kind of sea serpent or a descendant of the dinosaurs.
Helen Czerski, a physicist and oceanographer said that the methane bubbles would quickly break into smaller ones before reaching the surface.
She said there would not be one big bubble that exploded at the surface.
The up to half-mile-wide and 150ft deep craters in the Barents Sea are thought to have been caused by a build-up of methane.
They are just off the Norweaigan coast - a country rich in natural gas reserves.
Bermuda Triangle is the greatest unsolved mystery of the modern age. It is a triangular shaped area in the North Atlantic Ocean, from Bermuda Island to Miami, USA and Puerto Rico.
Hundreds of people and numerous boats, ships and planes have disappeared inside this triangle.
Experts first found hexagonal clouds, a very rare cloud formation, in the North Sea near to Britain, Dr Steve Miller, satellite meteorologist at Colorado State University, said: “You don’t typically see straight edges with clouds.
Most of the time, clouds are random in their distribution.”Using radar satellites to measure what was happening beneath the clouds, they found that sea level winds were reaching almost 170 miles an hour – powerful enough to generate waves of over 45 feet high – as 'air bombs' are forced to come crashing down towards the ocean.