The scorelines on the sea floors along the east coast of North America testify to the emergence of large amounts of icebergs along the bottom. Seaflu Mapping reveals these lines from South Florida. Surprised geologists reported that some of these lines were created and their exploration in nature communications, including dates, with a model of how they might be possible. The idea of running icebergs from the pole to the water in the desert was once popular but proved to be costly in practice.
Not only is the problem of ice melting faster when hit by warm waters, but any such project in the North Atlantic would put pressure on strong ocean currents, which would require a lot of fuel consumption. If icebergs can be a challenge for toggle boats to fight the Gulf Stream all the way to Florida, it’s hard to imagine that they’re working so powerlessly, says Dr. Alan Kondron of the Hard Woods Hole Oceanographic Institution and Dr. Jetrir Otteric of the United States. The adventure will make Odyssey look like crossing a calm pond, but they can’t ignore what they see. .
Evidence has been provided by scraping the sea floor, known as dwarfs, by icebergs 300 meters (over 1000 feet) thick. These are common in coastal waters where icebergs are prevalent today, but ocean flower mappings have revealed more than 700 in South Carolina. Condron said in a statement, “The presence of low-latitude scores in this region is highly unpredictable, not only because of the exceptionally high melting rate in this region, but also because the scores are below the Gulf Stream flowing north.”
Iceberg attacks are known as the Heinrich incident, and glycologists are well acquainted with them and so have given their numbers. Condron and Hill collected pollen from several of the South Florida lines and saw that it was formed 31,000 years before Heinrich Event 3. “We further hope that there are more low-score scores that, starting from other discharge events, hundreds of score samples have not yet been found here,” Hill said.
Since icebergs reaching so far south is clearly impossible in modern conditions, Condron explored how it could be allowed. A model from the North Atlantic only created a scene where the icebergs went south in a flood of molten water coming from Hudson Bay. The glacier in this region was certainly melting fast for the process to happen, but some obstacles have made it behind the cold water. When the dam broke, a huge flood was released into the sea. “These floods create a cool, fast-flowing, south-facing coastal current that carries icebergs all over Florida,” Condron said. “The model produces ‘scouring’ of seaweed in the same place as the original square.”
