New Data Revives Search for Missing MH370: A Potential Lead Identified

Dr. Vincent Lyne has discovered a yellow pixel in ocean terrain data that may indicate the location of the lost Malaysian flight MH370. The Malaysian government has announced a renewed search effort led by Ocean Infinity, which will cover 15,000 square kilometers in the southern Indian Ocean. The ongoing search is crucial for the families of the passengers, who continue to seek answers regarding the aircraft’s disappearance.

Dr. Vincent Lyne has observed a noteworthy anomaly while analyzing the global terrain model of the ocean floor, identifying a singular yellow pixel that may indicate the resting place of the lost Malaysian flight MH370. This pixel, located at Latitude: 33.02°S and Longitude: 100.27°E, corresponds to a crater at Broken Ridge in the Indian Ocean, identified using GEBCO bathymetric data, which meticulously charts underwater terrain.

Dr. Lyne remarked, “Hidden deep in the vast ocean where Broken Ridge meets the Diamantina Fracture Zone, a single bright pixel has emerged—pinpointing the wreckage with unprecedented accuracy.” He further noted that despite the pixel indicating a potential crash site at a depth of 5,750 meters, variations in sonar and satellite data incur uncertainties regarding its precise location.

Previously, Dr. Lyne, a former researcher at the University of Tasmania, speculated that Captain Zaharie Ahmad Shah may have purposefully submerged the aircraft into Broken Ridge to complicate recovery efforts. He suggested that the identified crater appears “inconsistent with natural seafloor features,” proposing that it may have been intentionally targeted for the crash. While such assertions remain conjectural, they add depth to the ongoing enigma surrounding the aircraft’s disappearance.

The Malaysian government has announced the recommencement of search efforts for MH370, a decision confirmed by Transport Minister Loke Siew Fook. The operation will be undertaken by the American firm Ocean Infinity, which operates under a “no find, no fee” contract. “The government is committed to continuing the search operation and providing closure for the families of the MH370 passengers,” stated Loke.

Under the agreement, Ocean Infinity stands to receive a fee of $70 million upon the successful identification of the wreckage, targeting a search area that encompasses roughly 15,000 square kilometers in the southern Indian Ocean. The history of the search for MH370 is marked by extensive but ultimately inconclusive efforts; a joint search by Malaysia, China, and Australia concluded in 2017 after encompassing 120,000 square kilometers without significant results.

In 2018, Ocean Infinity commenced an independent exploration covering 25,000 square kilometers, yet the wreckage remained elusive. Although some debris identified as originating from MH370 has been discovered along various African coasts and islands, the search remains one of aviation history’s most costly and prolonged endeavors, amounting to hundreds of millions in expenditure.

The ongoing situation deeply affects the families of the 239 individuals aboard MH370, many of whom are from China and have voiced their distress over the insufficient information. In March 2014, relatives held protests in front of the Malaysian Embassy in Beijing seeking greater transparency and responsibility. With the new search set to continue for six weeks, the quest may represent the last major attempt to decipher the fate of Flight MH370, with hopes that the mysterious yellow pixel may bring some clarity to an unresolved mystery.

In summary, Dr. Vincent Lyne’s discovery of a distinct yellow pixel in oceanographic data may signify a pivotal lead in the MH370 investigation. The Malaysian government’s renewed search initiative, now under Ocean Infinity, seeks to uncover answers for the families of the missing passengers. As this operation unfolds, the combination of fresh insights and determined efforts may ultimately provide long-awaited clarity surrounding Flight MH370’s fate.

Original Source: m.economictimes.com