Results 181 to 190 of about 8,685 (236)
Study on the driving force of seasonal changes of soil erosion in Lulang-Tongmai section of Sichuan-Tibet Highway. [PDF]
Tong X +6 more
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EMR-HRNet: A Multi-Scale Feature Fusion Network for Landslide Segmentation from Remote Sensing Images. [PDF]
Jin Y, Liu X, Huang X.
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Remote sensing identification and hazard assessment methods for spoil sites. [PDF]
Xiao W, Tian W.
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Research on deformation characteristics and mechanisms of an open pit coal mine landslide event in extremely cold region. [PDF]
Du H, Wan Y, Wang D, Cao B, Liu G.
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A comprehensive dataset of landslide inventory in Pannonian Croatia: Archived and reported data. [PDF]
Filipović M +3 more
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2023
Abstract A major feature of the magnitude 7.9 Wenchuan earthquake of 12 May 2008 in China was the rockfalls that obliterated many kilometres of main roads, damaged power plants and destroyed transmission lines. The rockfalls would have made access to many dams impossible for long periods of time.
Jonathan Hinks, John M Reynolds
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Abstract A major feature of the magnitude 7.9 Wenchuan earthquake of 12 May 2008 in China was the rockfalls that obliterated many kilometres of main roads, damaged power plants and destroyed transmission lines. The rockfalls would have made access to many dams impossible for long periods of time.
Jonathan Hinks, John M Reynolds
openaire +1 more source
2010
Rockfalls are a type of fast mass movement common in mountain areas worldwide triggered. Natural triggers of rockfalls comprise earthquakes (Harp and Wilson 1995; Marzorati et al. 2002), freeze-thaw cycles of water (Gardner 1983; Matsuoka and Sakai 1999), melting of snow (Wieczorek and Jager 1996) or permafrost (Gruber et al. 2004), temperature changes
Guzzetti F, Reichenbach P
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Rockfalls are a type of fast mass movement common in mountain areas worldwide triggered. Natural triggers of rockfalls comprise earthquakes (Harp and Wilson 1995; Marzorati et al. 2002), freeze-thaw cycles of water (Gardner 1983; Matsuoka and Sakai 1999), melting of snow (Wieczorek and Jager 1996) or permafrost (Gruber et al. 2004), temperature changes
Guzzetti F, Reichenbach P
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2013
Table of content : Chapter 1. Geophysical detection and structural characterization of discontinuities in rock slopes. Chapter 2. Remote sensing and monitoring techniques for rock mass characterization. and change detection. Chapter 3. Mechanical stability analyses of fractured rock slopes. Chapter 4.
Lambert, Stéphane, Nicot, François
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Table of content : Chapter 1. Geophysical detection and structural characterization of discontinuities in rock slopes. Chapter 2. Remote sensing and monitoring techniques for rock mass characterization. and change detection. Chapter 3. Mechanical stability analyses of fractured rock slopes. Chapter 4.
Lambert, Stéphane, Nicot, François
openaire +3 more sources

