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The Landsat image series shows the gash widening from a narrow channel in 1991 to a crater with steep-sided cliffs by 2021, at a resolution of 30 meters. Sentinel-2A’s 10-meter resolution in the natural color bands provides a more detailed look at the crater.

Declassified satellite images from 1965 and 1975 show the spot as a mere gully.

Now about 1 km long, 800 m wide, and 50 m deep, the crater also features a 70-m vertical ice wall on the southwestern edge.

Covering about 81 hectares, the crater’s area has increased by three times from 1991 to 2018, with the fastest expansion taking place between 2010 and 2014.

Incidentally, here’s how Batagaika Crater compares in size with Meteor Crater in Arizona.

How did this start?
Mineral exploration and clearing of trees for firewood exposed the surface to erosion in the 1950s and 1960s. The ground, no longer shaded by trees, became warmer than normal in the summers. There was also less transpiration from those trees to help cool the ground.

The permafrost under the warmer layer of soil began to thaw. Once the ice was exposed to warmer temperatures, the melting sped up. At Batagaika, a gully eventually formed and cut into the ice-rich permafrost. Once this process begins, it cannot be stopped.

Imagery

Every picture has a story to tell
Aug. 13, 1991, Landsat 5 (path/row 122/12) — Batagaika Crater, Russia
Aug. 27, 1999, Landsat 7 (path/row 122/12) — Batagaika Crater, Russia
Aug. 20, 2005, Landsat 7 (path/row 122/13) — Batagaika Crater, Russia
June 15, 2010, Landsat 7 (path/row 121/13) — Batagaika Crater, Russia
July 11, 2014, Landsat 8 (path/row 122/12) — Batagaika Crater, Russia
Aug. 7, 2018, Landsat 8 (path/row 122/12) — Batagaika Crater, Russia
Aug. 8, 2021, Landsat 8 (path/row 121/13) — Batagaika Crater, Russia
July 30, 2021, Sentinel-2A — Batagaika Crater, Russia

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