Melting Permafrost Leading To Alpine Rock Instability

GALTUR, AUSTRIA - JUNE 22: In an aerial view, partially collapsed Fluchthorn mountain (middle peak, grey) stands above a swath of rock and gravel deposited by its rockslide into the valley below on June 22, 2023 near Galtur, Austria. On June 12 approximately one million cubic meters of rock fell from the mountain, causing no injuries but shortening the mountain by 19 meters, from 3,399 meters to 3,380 meters, and bringing down the cross on its peak. Scientists blame melting permafrost, which is undoing the natural bonding effect of ice within high alpine rock. Average temperatures have risen twice as fast in the European Alps compared to lowlands over recent decades. (Footage by Sean Gallup/Getty Images)
GALTUR, AUSTRIA - JUNE 22: In an aerial view, partially collapsed Fluchthorn mountain (middle peak, grey) stands above a swath of rock and gravel deposited by its rockslide into the valley below on June 22, 2023 near Galtur, Austria. On June 12 approximately one million cubic meters of rock fell from the mountain, causing no injuries but shortening the mountain by 19 meters, from 3,399 meters to 3,380 meters, and bringing down the cross on its peak. Scientists blame melting permafrost, which is undoing the natural bonding effect of ice within high alpine rock. Average temperatures have risen twice as fast in the European Alps compared to lowlands over recent decades. (Footage by Sean Gallup/Getty Images)
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DETAILS

Credit:
Sean Gallup
Editorial #:
1502920050
Collection:
Getty Images News Video
Date created:
June 22, 2023
Upload date:
License type:
Rights-ready
Release info:
Not released. More information
Clip length:
00:00:29:39
Location:
Galtur, Austria
Mastered to:
MPEG-4 8-bit H.264 4K 3840x2160 59.94p
Source:
Getty Images News Video
Object name:
230622-fluchthorn06