What happens when a massive landslide and climate change collide? A 650-foot tsunami in Greenland shakes the world for nine whole days! ๐๐
In a jaw-dropping event that sounds like a plot twist straight out of a disaster movie, Greenland experienced a colossal tsunami that reached a staggering height of 650 feet! The culprits? A dramatic landslide of mega proportions, triggered by climate change as glacial ice gave way. Imagine waves so enormous they ricocheted back and forth in a fjord for an astounding nine days, creating not only chaos on the water but also geological vibrations felt across the globe. Scientists were called into action, trying to crack the case of the bizarre seismic signals recorded by monitoring stations, which resembled the rumblings of an earthquake!
The landslide that triggered this titanic wave was no mere boulder tumble; it was a mountainside of rock collapsing and dragging glacial ice along with it. As the mountain gave way, it created a monstrous wave that started at a height of around 200 meters, which subsequently got trapped in the narrow fjord, leading to a phenomenon where the wave floundered back and forth. This natural disaster sent tremors reverberating around the planet and kept a crowd of scientists on their toes, pondering the implications of climate change and its ability to influence natural disasters of this extraordinary scale.
Over those nine days, the earth vibrated like it had just caught an unexpected case of the jitters, and scientists observed the natural phenomenon with a mix of fascination and disbelief. How often do you get to say that the entire planet felt something? This is a stark signal of the shifting dynamics of climate change and serves as a reminder of how interconnected our world can be. Clearly, when one part of the Earth acts up, it may just have repercussions felt far and wide, and this geological drama proved it with flying colors.
The magnitude of this event doesnโt just stop at impressive seismic activity. Itโs a wake-up call about the power of nature in the face of climate change. Interestingly, this mega-tsunami incident is not the only one to have rattled the Earth recently; lethal waves have hit various parts of the globe, from Asia to the Americas. But Greenland's recent record-breaker has truly set a new standard, and scientists continue to study its intricacies to better understand the potential risks posed by our changing climate. Who knew that a landslide could shake up not just a fjord but the entire Earth!
A 650-foot tsunami in Greenland was the result of melting glacial ice that caused a landslide. The waves it created bounced back and forth for nine days.
The landslide - a mountainside of rock that collapsed and carried glacial ice with it - triggered a 200m wave. That wave was then โtrappedโ in the narrow fjord ...
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Earthquake scientists detected an unusual signal on monitoring stations used to detect seismic activity during September 2023.
Seismologists were mystified by a strange signal that persisted for nine days in 2023 โ now its source has been identified as a standing wave caused by a ...
A massive landslide triggered by climate change unleashed a 650-foot "mega-tsunami" that caused Earth to vibrate for nine days.
TEMPO.CO, Jakarta - In September 2023, the world's seismographs and researchers were shocked by a vibration that came out of nowhere.
It started with a melting glacier, which set off a landslide, which triggered a 650-foot high mega-tsunami in Greenland. Then came something inexplicable.
A tsunami stemming from a landslide was behind a surprising seismic event last year that shook the earth for nine days, researchers said.