Correct response is: (A)
Avalanches at Rogers Pass in Glacier National Park killed more than 200 people between 1885 and 1910, but they are now controlled if not prevented; cannons are fired at the slopes to make snow masses fall before they become dangerous.
<h3>Avalanches at Rogers Pass in Glacier National Park killed more than 200 people between 1885 and 1910?</h3>
More than 200 people were killed by avalanches at Rogers Pass in Glacier National Park between 1885 and 1910, but today they are at least controlled, if not completely avoided. Cannons are fired at the slopes to cause snow masses to fall before they become deadly.
- Over 200 people were killed by avalanches near Rogers Pass in Glacier National Park between 1885 and 1910, but today they are at least controlled, if not completely avoided.
- The Canadian Armed Forces (CAF) are supporting the Parks Canada avalanche-control program in Rogers Pass, British Columbia, through Operation PALACI. The Canadian Pacific Railway and the Trans-Canada Highway cross the Selkirk Mountains at Rogers Pass. The mission's objective is to prevent naturally occurring avalanches.
Learn more avalanches near Rogers Pass Glacier National Park here:
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Tundra covers most of northern Canada.
Answer:
B. created by man made dams
Answer:
b) Caucasus
Explanation:
<u>Caucasus mountains are occupying the place between Europe and Asia, going from the Black Sea and the Caspian sea.</u> As Afghanistan is in central Asia, <u>we can conclude that the Caucasus is on the west of the country - all the mentioned elements (Europe, Caspian, and Black sea) are located on the west side of Afghanistan. </u>
Ural mountains are in Russia, on the north side of Afghanistan.
Kunlun mountains are located in central China, which means it is located on the east compared to the position of Afghanistan.
Altai mountains are located in Mongolia, which is north-east of Afghanistan.
Answer: P wave
Explanation: The first kind of body wave is the P wave or primary wave. This is the fastest kind of seismic wave, and, consequently, the first to ‘arrive’ at a seismic station. The P wave can move through solid rock and fluids, like water or the liquid layers of the earth.
