fascinating explanation for the huge hole in a lake



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Astronomical-sized dams work in a fascinating way. For this reason, there is a very logical explanation for the huge hole in a reservoir.

Images with a hole that appears to lead to the center of the earth have gone viral in recent years. The whole set of circumstances around the apparent well is even more fascinating, since it is located on the edge of a tank and thousands of liters seem to flow into it every second.

As fascinating as it is dangerous. Nicknamed The Glory Hole, it is located in the California Berryessa Reservoir, 100 miles north of San Francisco. The reason why its popularity has exploded lately is related to a natural phenomenon, a large amount of rain that fell last year.

At that time, the Monticello Dam Morning Glory landfill, after its official name, came into operation to drain excess water collected in the American lake from rain. It is important to remember that this hole is a human construction, made to prevent a possible disaster. If it did not exist, excess water could cause massive flooding at the base of the dam.

The Glory Hole is a hole with a diameter of 22 meters and a depth of 61 meters. As soon as the tank collects water above a certain threshold, it is put into operation to send the excess to the base of the dam in complete safety.

In the context where such large-scale constructions are rarely carried out in 2020, it is important to note that the dam and well in question were built in 1957. US officials. USA They were convinced that the presence of such a mechanism would not justify more than 50 years. However, they seem to have been wrong, and the global warming manifested by heavy rains and floods has made the well a very useful one in recent years.

It is illegal to approach that well, swim, or ride a boat, because you are at risk of losing your life, as swimmer Emily Schwalen suffered in 1997. The risk is caused by massive currents caused by the large volume of water flowing there. It can take up to 1.36 million liters per second.



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