New research has uncovered that a massive landslide in Greenland triggered a tsunami so powerful that it caused the Earth to shake for nine days. The event, which involved a 1.2 km-high mountain collapsing into a fjord, sent shockwaves through the Earth’s crust, according to a study by scientists from University College London (UCL).
The landslide, which occurred near Dickson Fjord, was linked to glacier thinning caused by climate change. This unprecedented seismic activity left researchers astounded, marking the first time that water movement from a tsunami produced detectable vibrations across the globe for such an extended period.
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Dr. Stephen Hicks of UCL emphasized the significance of these findings, illustrating the deep connection between climate, water, and the Earth’s crust. The study serves as a reminder of the powerful impact of natural events influenced by climate change, offering new insights into the dynamic interactions shaping our planet.
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