All articles tagged with #indian ocean
After over a decade, Malaysia Airlines has resumed a new search for Flight 370 in the Indian Ocean, using advanced technology and focusing on areas with the highest likelihood of finding the wreckage, amid ongoing uncertainty about the plane's fate.
A new deep-sea search for Malaysia Airlines Flight 370 has begun in the Indian Ocean, led by Ocean Infinity, aiming to solve the mystery of the vanished aircraft more than a decade after its disappearance, with previous efforts failing to locate the wreckage.
A new deep-sea search for Malaysia Airlines Flight 370 has begun in the Indian Ocean, led by Ocean Infinity, aiming to solve the mystery of the missing plane more than a decade after its disappearance.
Nearly 12 years after Malaysia Airlines flight MH370 disappeared, a new search using advanced underwater robots has resumed in the Indian Ocean, focusing on a smaller, updated search zone with hopes of finally locating the wreck and providing closure for families and investigators.
The search for Malaysia Airlines Flight MH370, which disappeared in 2014 with 239 people aboard, has resumed after nearly 12 years, utilizing advanced underwater drone technology to locate the wreckage in the Indian Ocean, focusing on a narrowed area of about 5,800 square miles.
The search for Malaysia Airlines flight MH370 is set to resume on December 30, over a decade after its disappearance, with Ocean Infinity conducting a new seabed search in the Indian Ocean under a 'no find, no fee' contract, aiming to locate the wreckage and provide answers to families of the victims.
Over a decade after Malaysia Airlines flight MH370 disappeared, a new search by Ocean Infinity in the Indian Ocean aims to locate the missing aircraft using advanced underwater robotics, despite challenging terrain and incomplete previous data, with hopes of finally solving the mystery.
Malaysia Airlines Flight MH370 disappeared in 2014, sparking a decade-long search that has yet to find the wreckage or determine the cause. Despite extensive efforts, only small debris has been recovered, and the plane's exact fate remains unknown. A new seabed search by Ocean Infinity is set to resume in late 2023, fueled by hopes of finally solving the mystery.
Malaysia is set to resume the search for Malaysia Airlines Flight 370, which disappeared in 2014, with Ocean Infinity beginning a new seabed search in the Indian Ocean from December 30, after previous efforts failed to find conclusive wreckage, keeping the mystery of its disappearance unresolved.
The Malaysian government announced that a renewed deep-sea search for Malaysia Airlines Flight 370 will begin on December 30, 2025, with Ocean Infinity conducting a 55-day search in the Indian Ocean, aiming to finally locate the missing aircraft after over a decade.
Scientists have discovered evidence of a submerged microcontinent called Mauritia beneath the Indian Ocean, based on ancient zircon grains found in beach sands of Mauritius, indicating that remnants of this landmass, which once sat between India and Madagascar, are still present beneath the ocean floor.
Scientists have identified the cause of the Indian Ocean Geoid Low, a large gravity anomaly, as deep mantle processes involving ancient subducted slabs and buoyant plumes beneath Africa, which have reshaped Earth's gravity field over the past 20 million years.
SpaceX's Starship's 10th test flight successfully concluded with a controlled splashdown in the Indian Ocean, despite the vehicle sustaining damage from reentry. The mission achieved key milestones, including engine re-ignition and payload deployment, paving the way for future Mars missions.
Scientists attached tiny cameras to red-footed boobies in the Indian Ocean, capturing the first-ever footage of seabirds catching flying fish mid-air, revealing new insights into their hunting behavior and adaptation to wind conditions.
Scientists have uncovered that a massive gravity anomaly beneath the Indian Ocean, known as the Indian Ocean Geoid Low, is caused by ancient mantle convection processes and the influence of the African superplume, revealing a complex interaction between deep Earth processes and surface features.