After a massive glacier collapse in Greenland triggered a mega-tsunami, the entire planet recorded vibrations for nine straight days - much longer than any earthquake. So what actually happened?

It started with a melting glacier that set off a huge landslide, which triggered a 650-foot high mega-tsunami in Greenland last September. Then came something inexplicable: a mysterious ...

After a mountaintop collapsed into the sea in Greenland, a 'mega-tsunami' as tall as a skyscraper shook the Earth for nine straight days, baffling scientists around the world. No one was injured ...

A massive landslide triggered by climate change unleashed a 650-foot “mega-tsunami” that caused Earth to vibrate for nine days. Søren Rysgaard / Danish Army / SWNS Researchers estimated that ...

A mega-tsunami caused by a landslide in Greenland caused the Earth to vibrate for nine days, a new study has shown. The collapse of a 1.2km-high (0.7 miles) mountain peak last September caused ...

The peak – comprising of 25 million cubic metres of rock – collapsed into the remote Dickson fjord in eastern Greenland on September 16, 2023, sparking a 200m “mega-tsunami” – one of the ...

A huge landslide triggered by climate change unleashed a 650-foot "mega-tsunami" that caused Earth to vibrate for an astonishing nine days. The seismic event in a remote part of Greenland last ...

A new study published today in Science provides the stunning solution: In an East Greenland fjord, a mountaintop collapsed into the sea and triggered a mega-tsunami about 200 meters (650 feet) tall.

A mega-tsunami caused by a landslide in Greenland caused the Earth to vibrate for nine days, a new study has shown. The collapse of a 1.2km-high (0.7 miles) mountain peak last September caused ...

The landslide, which took place in September last year, triggered a massive tsunami in Dickson Fjord, creating puzzling tremors and a planet-wide “hum”, scientists said. The hum, unlike any ...

A mega-tsunami caused by a landslide in Greenland caused the Earth to vibrate for nine days, a new study has shown. The collapse of a 1.2km-high (0.7 miles) mountain peak last September caused water ...