You are browsing the archive for Landslides Mudslides.
24 March 2017
In a paper just published, Clayton et al. (2017) describe the Mitchell Creek landslide, a very large rockslide in Canada triggered by glacial debuttressing
20 March 2017
In a paper just published in Landslides, Alcántara-Ayala et al. (2017) link the La Pintada landslide in Mexico to ancient rock carvings found in the area
22 February 2017
In 2013 the catastrophic Sanxicun landslide in Sichuan Province in China killed 166 people. A new paper suggests that it reached a peak velocity of 170 km/h
21 February 2017
In a paper just published in the Journal of Biogeography, the authors propose that landslides play a key role in the transport of species between islands
9 February 2017
In a new paper in landslide, my colleague Lis Bowman and her co-authors describe the reactivation by bridge construction of the Dongla landslide in China
27 January 2017
In new paper, O’Brien et al. (2016) report that regional earthquakes generate substantial changes in the groundwater level in landslides in Cromwell Gorge, New Zealand
30 November 2016
Earthquake induced landslides in the Himalayan mountains – new evidence for earthquake potential in Bhutan
A recently-published paper suggests that the Himalayan country of Bhutan suffered a major (approx M=8.0) earthquake in 1714, emphasing the potential for a future event that would probably lead to extensive landsliding.
10 October 2016
A new paper in the journal Landslides describes a 20 cubic kilometre landslide that occurred on Meru Volcano in Tanzania about 9000 years ago
5 August 2016
In a paper published in Science today, Wu et al (2016) report on the Jishi Gorge landslide in China, which may have been responsible for the creation of the Xia Dynasty as a result of a catastrophic flood on the Yellow River that occurred when it breached.
18 June 2016
In a recent paper, Temme (2015) has used descriptions of rockfall risk in Alpine climbing guides to examine the effects of climate change on the degradation of permafrost and the resulting increased occurrence of rockfalls.