a lot
Avalanches can cause extensive damage to buildings, including structural collapse, destruction of roofs and walls, and damage to foundations. Buildings in avalanche-prone areas should be built to withstand the forces exerted by avalanches, with reinforced structures, avalanche barriers, or relocation to safer areas. Mitigation measures such as snow fences, deflectors, and controlled detonations can also help reduce the impact of avalanches on buildings.
Landslides and avalanches are similar, because they are formed where unstable masses fall down a mountainside under gravity. They are different, because landslides are formed fromsolid rock or soil, whereas avalanches are formed from snow and ice.
it depends on what kind of sentence it's in.
the way a avalanches stronger is the higher the mountain the bigger the avalanches
the way that people in an avalanche disaster area decrease the damage done by a avalanche is they put up snow fences that are like fences that stand on an angle and they are meant to break and roll with the snow and while the snow is rolling, it's very likely for the snow fences to stick back into the ground and that decreases the avalanches speed so that when it hits it isn't as bad
Avalanches use a combination of snow, ice, rocks, and debris to gain momentum and destroy things in their path. The force of a moving avalanche can be incredibly powerful, capable of uprooting trees, destroying buildings, and causing significant damage to the landscape.
The Avalanches was created in 1997.
The Damage Done was created in 1997.
avalanches
avalanches
The Damage Done has 211 pages.
Meteorologists track avalanches by monitoring weather conditions such as snowfall, temperature changes, wind speed, and precipitation. They also use remote sensing techniques like satellite imagery and radar to detect potential avalanches. In addition, on-the-ground observations and data from avalanche forecasting centers help in tracking avalanche activity.