Landslides debris avalanches

Lava flows, including debris avalanches, landslides and slope failures ... 

Debris flow Landslide Snow avalanche 3-D stereo simulation Virtual reality... 

As previously mentioned the software realized by the consortium allows to view a 3D simulation of a debris flow in motion, a landslide in its multitemporal evolution and a snow avalanche, all of them in their natural context of occurrence. 

A computer simulation has been realized in 2011, by a consortium of different institutions leaded by the Civil Protection Department of the Turin Province, that allows a 3D view of three different types of natural instability phenomena a debris flow, a landslide and a snow avalanche. The computer simulation has been shown to the public during several occasions at the European Researchers Night 2012 (University of Torino—Geositlab), at Liceo M. Curie (Pinerolo— Turin, April 2012), at Liceo Des Ambrois (Ouk— Turin, June 2012), during civic protection drills (Ivrea—Turin, October 2012 Bussoleno— Turin, June 2013) at the 2013 Science Festival (Genova, October 2013). It has repeatedly revealed to be useful to attract the public attention and so to produce an increase of awareness of the environmental risks produced by the natural phenomena that have been simulated. 

Slope movements (SM). Slope movements, including underwater landslides, consider a wide variety of gravitational slope processes such as rockfaUs, debris falls, and toppling rock or debris slides, avalanches, and mudslides debris-, earth-, and mudflows and sackungen, complex landslides, and eventually lateral spreads. This category may show up at intensity IV and saturate (i.e., their size does not increase)... 

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