yes.In your head
Avalanches occur in the back country where we like to play. Most avalanches occur on slopes between 35 & 45 degrees. Slopes less than 30 degrees rarely produce avalanches, and slopes greater than about 50 degrees tend to sluff off the snow often, and not build up slabs, not to say they will never avalanche down. Stay alert, always pay attention to your surroundings
any other mountains other than which mountain
Avalanches and landslides are similar, as they are both a natural event, where snow/ice or mud freely slides down an inclined surface e.g. a mountain. Other than what is actually sliding, thereis almost no difference between the two.
because debris avalanches occur in steep valleys, and are made up of more solid matter than debris flows. debris avalanches are the direct cause of debris flows, which are fluid flows of water, rock and sediment.
It is best if preventative measures are taken to prevent avalanches, rather than trying to recover from them. However, to be safe at all times, you should be prepared and have safety gear.
YES.
Land, vegetation, cities, mountains, and many other features.
High mountains can be uninhabitable due to extreme weather conditions, lack of oxygen at higher altitudes, limited resources such as food and water, and difficult terrain that makes transportation and communication challenging. The cold temperatures, strong winds, and risk of avalanches or landslides also contribute to the inhospitable nature of high mountains for human habitation.
Mountains tend to be larger under the ocean than on land. A mountain is large, though they can be rather small compared to other mountains or landforms.
The older mountains are, the more they will have eroded. Australia is the Earth's oldest continent, so its mountains have had more time to erode than most other mountains have. Many other mountains ranges, including the Himalayas, are much younger than those in Australia, so they have not eroded nearly as much as Australia's mountains, and are therefore higher.
Mountains contain potential energy due to their elevated position. This potential energy can be converted into kinetic energy by processes such as avalanches, landslides, and rockfall. Additionally, mountains can also generate renewable energy through techniques like hydroelectric power generated by flowing water from higher to lower elevations.
There are many species and can be found anywhere. From mountains to swamps to cities, there is always some type of sparrow found in the area, usually more than one.