Produced by: BT Desk Designed by: Manoj Kumar
At 8,849 meters and still growing, Everest’s increasing height isn’t fully understood—could it be the Arun River or something more beneath the surface?
Some scientists suggest the Arun River’s erosion might have unlocked Everest’s potential to rise, but is this the full story, or just one piece of the puzzle?
Around 90,000 years ago, the Arun River changed course, eroding rock that once held Everest down. But could the mountain’s growth really be due to an old river?
While the Indian and Eurasian plates collide to form Everest, something else might be at play. Is it just tectonics, or are unseen forces shaping its size?
The Tibetan Plateau, a massive viscous mass pushing south, plays a role in Everest’s rise. But is this mysterious mass the key, or part of a bigger phenomenon?
Frequent earthquakes in the region make Everest grow, but the exact contribution remains unclear. Could the quakes be masking another driving force?
Everest stands taller because of the strength beneath it. But what is hidden under the mountain? Is there something deeper affecting its legendary height?
Rivers carry debris from avalanches, reducing Everest’s height, yet lightening the load could also make it grow. Is this natural balancing act the real secret?
Everest keeps rising while neighboring peaks remain steady. Is it because of frequent earthquakes, or is there an undiscovered factor keeping it ahead?
Scientists debate whether erosion, tectonics, or something else entirely explains Everest's growth. Is there an unseen force pushing the world's tallest mountain even higher?