Massive Landslide Triggers Devastating Mega-Tsunami, Shaking Earth for Nine Days.. Uncover the Shocking Impact!

A huge landslide in Greenland unleashed a “mega-tsunami” that caused the Earth to vibrate for nine days. This seismic event occurred in September 2024 and was linked to climate change. Scientists from University College London (UCL) studied the phenomenon, revealing how the landslide created a massive wave that affected global seismic activity.

The landslide involved a mountain collapsing into Dickson Fjord, sending water soaring 656 feet into the air. The study highlights the impact of climate change on geological events.

Key takeaways:

• A massive landslide caused a 650-foot mega-tsunami.
• The event triggered vibrations felt globally for nine days.
• Climate change played a crucial role in the landslide.
• Researchers used advanced models to study the tsunami’s effects.

Understanding the Mega-Tsunami Triggered by Greenland’s Landslide

The landslide in Greenland was a significant geological event. It involved the collapse of a 1.2 km-high mountain into the Dickson Fjord. This massive shift sent a wave soaring 656 feet high, creating a tsunami that affected the surrounding area. The wave traveled across the fjord, generating vibrations that scientists detected worldwide.

The Global Impact of the Seismic Event in Greenland

Scientists found that the vibrations from the tsunami were unique. Unlike typical earthquake signals, these vibrations had a single frequency, resembling a hum. This phenomenon puzzled researchers, who initially labeled it an “unidentified seismic object.” The collaboration of 68 scientists from various institutions helped uncover the source of the seismic activity.

Investigating the Causes of the Landslide and Tsunami

The research team concluded that the landslide resulted from glacier thinning due to climate change. This destabilization allowed the mountain’s rock face to collapse into the fjord. The study emphasizes the need to understand how climate change affects geological stability.

• Glacier thinning leads to instability.
• Climate change increases the risk of landslides.
• Geological events can have global repercussions.
• Further research is essential for future predictions.

For more information on climate change and geological events, visit the Science Direct journal or the NASA climate change page.