New detection can help pinpoint the exact location of the MH370

Analysis of oysters on the fragment of MH370 can help authorities find the clues of the aircraft has mysteriously disappeared over two years.

Analysis of oysters on the fragment of MH370 can help authorities find the clues of the aircraft has mysteriously disappeared over two years.

In July 2015, a 2-meter shard was found by beach cleaners on the French island of Reunion. Later, it was identified by the experts as the auxiliary wing of a Boeing 777 aircraft. A month later, the Malaysian government claimed the upper wing belonged to the missing MH370 aircraft on March 8, 2014. of Malaysia Airlines.

However, more than a year later, the fate of the bad plane has not been clarified, many countries have announced the suspension of the most expensive search in the history of aviation in the world.

Picture 1 of New detection can help pinpoint the exact location of the MH370

Mh370's secondary wing was found on the French island of Reunion in July 2015. (Photo: Reuters)

Recently, Professor Patrick De Deckker from the Australian National University announced an important discovery of the MH370 debris found on the island of Reunion. According to Deckker, the research on oysters sticking to the debris could help experts track down where the plane was.

According to Deckker, oysters often live in cold waters, most likely in the same latitude as Perth. In the final stages of their life cycle, these oysters live in warmer waters. Throughout the study, Deckker concluded that the oysters clinging to the side wing fragment of MH370 live in a warm water.

"This finding matches my current search area and model made by the Commonwealth Scientific and Industrial Research Organization , " Professor Deckker told The Courier Mail.

However, the researcher said that it is unclear how old the oysters are on the wing. They can grow on the wing right after the crash, or long after the debris has drifted off the sea.

Professor Deckker's important discovery is expected to open up a breakthrough in aircraft search and decipher one of the biggest aviation mysteries in world history.

Update 12 December 2018
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