As fascinating as bizarre signals from other planets can be—teaching us about earthquakes on Mars or auroras in the skies of Jupiter —sometimes even weirder signals come from weather extremes ...

Starting at around 23ft (seven metres) in height by the time it had crossed the 6.2-mile (10km) extent of the Dickson Fjord, the standing wave had become just centimetres tall after a few days.

A massive landslide triggered by climate change unleashed a 650-foot “mega-tsunami” that caused Earth to vibrate for nine days.

A tsunami struck a fjord in East Greenland in 2023, ringing seismometers for nine straight days. A new satellite study provides the first observational evidence of the waves.

The event in Greenland's Dickson Fjord registered on sensitive seismographs from the Arctic to Antarctica for nine days following a massive landslide that sent more than 32 million cubic yards of ...

A massive landslide in Greenland's Dickson Fjord in September 2023 triggered a tsunami that sent shockwaves around the world, causing seismic tremors that lasted for more than a week.

But Dickson Fjord forces us to look downward, to the very crust beneath our feet. For perhaps the first time, climate change has triggered a seismic event with global implications.

In the remote Dickson Fjord in northeastern Greenland, a catastrophic event occurred that resonated globally. The top of a mountain collapsed, causing a massive landslide that generated a mega ...

A series of "extraordinary" tremors observed across the globe were caused by two tsunamis stranded within a fjord in Greenland, a new study has confirmed. During September and October 2023, the ...

In September 2023, a massive landslide in Greenland's Dickson Fjord triggered a mega-tsunami, sending seismic waves globally for nine days. The 650-foot wave, caused by climate change-induced ...

The trigger, not observed by human eye, was the collapse of a 1.2km-high (nearly 4,000ft) mountain peak into the remote Dickson Fjord beneath, causing a backsplash of water 200 metres (656ft) in ...