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Publications by [Pedrazzini A.]
Total Items found:
Michoud C.
,
Derron M.-H.
et al.
Unlike fragmental rockfall runout assessments, there are only few robust methods to quantify rock-massfailure susceptibilities at regional scale. A detailed slope angle analysis of recent Digital Elevation Models (DEM) canbe used to detect potential rockfall ...
Filed under:
Rock Mechanics -
Rock Falls
Reference:
Nat. Hazards Earth Syst. Sci., 12, 615–629, 2012
Matasci B.
,
Carrea D.
et al.
Yosemite Valley poses significant rockfall hazard and related risk due to its glacially steepened walls and approximately 4 million visitors annually. To assess rockfall hazard, it is necessary to evaluate the geologic structure that contributes to the destabilization ...
Filed under:
Rock Mechanics -
Rock Falls
Reference:
Pan Am GCS Geotechnical Conference 2011
Loye A.
,
Jaboyedoff M.
et al.
In this paper, a DEM-based (Digital Elevation Models) geomorphometric approach is presented for detecting potential rockfall sources.
Filed under:
Rock Mechanics -
Rock Falls
Reference:
Nat. Hazards Earth Syst. Sci., 9, 1643-1653, 2009
Loye A.
,
Pedrazzini A.
et al.
A factor limiting preliminary rockfall hazard mapping at regional scale is often the lack of knowledge of potential source areas. Nowadays, high resolution topographic data (LiDAR) can account for realistic landscape details even at large scale. With such ...
Filed under:
Rock Mechanics -
Rock Falls
Reference:
Proceedings of the 4th Canadian Conference on Geohazards : From Causes to Management. Presse de l’Université Laval, Québec, 594 p.
The 30 M m<sup>3</sup> rockslide that occurred on the east face of Turtle Mountain in the Crowsnest Pass area (Alberta) in 1903 is one of the most famous landslides in the world. In this paper, the structural features of the South part of Turtle Mountain are ...
Filed under:
Engineering Geology -
Landslides
Reference:
4th Canadian Conference on Geohazards : From Causes to Management, J. Locat, D. Perret, D. Turmel, D. Demers et S. Leroueil