You are browsing the archive for Landslides Mudslides.
16 May 2022
Damaging landslides have occurred as a result of heavy rainfall in Assam state in the northeast of India over the weekend.
8 March 2022
A year on from the Chamoli disaster in India, the population of the village of Raini continue to face severe impacts from landslides initiated by the debris flow
24 January 2022
Thelkoloi: another tailings failure, this time in India On Thursday 20 January 2022 another tailings failure occurred, this time at Thelkoloi in Odisha, India. The failure has been reported in some of the media in India, but not more widely. For example, the Hindustan Times reports that the failure was in a slurry pond from the JSW Bhushan Power and Steel Limited works in Sambalpur district. It suggests that a …
20 January 2022
CCTV footage has been posted online of an unusual and interesting large rock slab topple from Jammu and Kashmir in India
19 November 2021
Images from Planet indicate that the 29 October 2021 Kameng Valley event was a probably a rock and ice avalanche that originated on a steep slope high in the mountains.
18 November 2021
An Indian government official claimed yesterday that the Char Dham highway project in India is not responsible for causing landslides. This is demonstrably incorrect.
1 November 2021
The Discovering Arunachal blog reports that the Kameng River in N. India suffered a major sediment event on 29 October. The cause is unclear, but Planet Labs images confirm that a major erosion and deposition event occurred.
20 October 2021
Very unusual late monsoon rainfall has had devastating impacts on South Asia in the last few days, with many deaths from landslides and floods in both India and Nepal. Parts of Nepal recorded over 500 mm of rainfall in 48 hours.
18 October 2021
Heavy rainfall in Kerala, SW India, since Friday has triggered landslides and floods that have killed at least 26 people.
4 October 2021
An interesting paper has just been published in the journal Science, (Cook et al. 2021), which looks at the seismic signals generated by the Chamoli rockslide and debris flow. It concludes that the event was fully detectable by seismic instruments located at up to 100 km from the event.