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Home https://server7.kproxy.com/servlet/redirect.srv/sruj/smyrwpoii/p2/ Science https://server7.kproxy.com/servlet/redirect.srv/sruj/smyrwpoii/p2/ A huge freshwater tank hidden deep beneath the ocean near the East Coast of the United States

A huge freshwater tank hidden deep beneath the ocean near the East Coast of the United States



Scientists have discovered a huge reservoir of potentially fresh water hidden under the ocean off the east coast of the United States.

Formation is aquifer – an underground layer of permeable rocks that may contain groundwater. A survey of the area showed that it stretches 50 miles from the sea and ranges from Massachusetts to New Jersey – and possibly Rhode Island, Connecticut and New York.

If the scientists' calculations are correct, the volume of the locked water can be 670 cubic miles – almost as much water as it can be found in Lake Huron (850 cubic miles). This would make the aquifer the largest form of this species.

Discovery is important because researchers believe that similar aquifers may exist worldwide ̵

1; potentially providing a source of fresh water in regions where access to this resource is getting larger.

Access to fresh water is a huge concern for billions of people across the planet. According to the World Health Organization, 785 million people do not have access to even a basic drinking water service, whereas by 2025 half of the world's population will live in "water-drenched areas".

A team of researchers led by Chloe Gustafson from the Columbus University Lamont-Doherty Earth Observatory was based on previous studies showing that fresh water is present in sediment under the salty ocean

Evidence of aquatic horizon occurs through 1970. The oil would occasionally fall into the fresh water pocket. However, it is not clear whether these are isolated regions or are parts of a larger structure. In 2015, using technology previously used by petroleum companies to search for oil, researchers began exploring the coasts of New Jersey and Massachusetts, where pockets of fresh water sludge had previously been identified. Their findings have already been published in the journal Scientific Reports .

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Map showing the degree of the aquifer The team uses receivers placed on the seabed to measure the electromagnetic fields beneath them. they also emit artificial electromagnetic impulses and record the reactions Saline water is a better conductor of electromagnetic waves than fresh water so that the low conductivity group shows the presence of fresh water

"We knew there was isolated water there, but we do not know the degree or the geometry, "Gustafson said in a statement They began off shore and stretched to 75 miles, and deposition began to begin at a depth of about 600 feet and stretched to about 1,200 feet HEL Improving the patterns of continental shelf history that provide insight into the cycle, and it is believed that the water could have reached it in one of two ways – that it was locked there at the end of the last Ice Age, or that it is currently being fed by an underground runoff from the continent. The team believes that the latter may be more likely, as measuring the salinity of the water further indicates that the salt is more salty.

The discovery also shows that other large, fresh water tanks can hide under the ocean – and that these aquifers can provide a vital resource for people living in water scarce areas. "It could be an important resource in other parts of the world," Gustafson said.

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