Discovering Mount Everest Properties
Published: 6/08/25
By Oceans Research
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Published: 6/08/25
By Oceans Research
Discoveries of Mt Everest Properties
Mt Everest, the highest peak in the world, is full of mysteries and fascinating discoveries. Let's dive into some of the notable findings related to Mt Everest's properties.
Geological History and Fossils
Mt Everest wasn't always a towering mountain. Marine fossils found near the summit indicate that the area was once submerged underwater. These fossils, though microscopic, reveal that the mountain was formed due to plate tectonics, pushing oceanic formations upwards over 100 million years
Growth of Mt Everest
Scientists have discovered that Mt Everest is still growing! Research shows that the mountain has grown between 15 to 50 meters in the last 89,000 years, and it's growing about 2mm per year. This growth is attributed to the erosion caused by nearby rivers like the Arun and Kosi, leading to an increase in uplift at Everest.
Human Remains and Climbing History
In October 2024, a team from National Geographic discovered human remains on Mt Everest believed to belong to Andrew "Sandy" Irvine, a 22-year-old Briton who vanished in 1924 while attempting to reach the summit with George Mallory. The discovery was made on the Central Rongbuk Glacier, with a boot containing a foot and a sock with "A.C. IRVINE" embroidered on it. This find could help solve the 100-year-old mystery of whether Mallory and Irvine reached the summit.
Impact of Climate Change
Climate change is affecting Mt Everest, with thinning snow and ice exposing bodies of mountaineers who died climbing the mountain. Over 300 lives have been claimed by Mt Everest since expeditions began in the 1920s. Some bodies have become landmarks like "Green Boots" and "Sleeping Beauty".
Other Mysteries and Findings
1. Yeti Footprints: In 1951, Eric Shipton found mysterious footprints and hair in the Himalayas, sparking speculation about the Yeti.
2. Strange Sounds: Climbers report eerie noises at night due to glaciers cracking from rapid temperature changes, signaling climate change issues.