Alpine biomes are found in mountain regions worldwide, including the Andes, Alps, and Rocky Mountains. WEATHER: In the summer average temperatures range from 40 to 60°F (4.5 to 15.5°C). In the winter the temperatures are well below freezing. Generally, as the altitude increases, the temperature gets colder.

The most common climatic results of high elevation are those of decreased pressure, reduced oxygen availability, decreased temperature, and increased insolation; the last two combine to produce a typical “hot sun and cold shade” condition.

Alpine climate is the typical weather (climate) for the regions above the tree line. This climate is also referred to as a mountain climate or highland climate.

Possible Disadvantages of Living in the Mountains:

• can be isolated.
• city is further away.
• can be harder to access telecommunication services.
• snow can make getting in and out difficult.
• tricky, and sometimes pricy, to build on a sloped lot.

The 10 best places to live near the mountains in the U.S. are:

• Boulder, Colorado.
• Denver.
• Colorado Springs, Colorado.
• Fort Collins, Colorado.
• Boise, Idaho.
• Salt Lake City.
• Greenville, South Carolina.
• Asheville, North Carolina.

The Andes

Too much CO2 contributes to global warming, but too little would have made the earth a much colder place, preventing life from developing. “If it weren’t for feedback mechanisms, it would only take 5-10 million years to screw things up,” Derry says.

Mantle material can sink at a plate boundary, and then flow back upward farther away, pushing on the crust — a process called small scale convection. The slow but inexorable motions can move mountains — both gradually and through earthquakes or eruptions.

(52:9-10) meaning, they will move from their places and will vanish. As Allah says: And you will see the mountains and think them solid, but they shall pass away as the passing away of the clouds. (27:88) And the mountains will be like carded wool. (101:5)

They are the place where material is transferred from the deep earth to the Earth’s surface through rapid and efficient erosion.” By removing an enormous amount of material from the surface, water can create a pressure gradient in the Earth’s crust, causing rocks to “flow” and eventually push mountains upwards.

Mountains can change in several ways over time. They can undergo erosion by rain and wind, as well as landslides due to flooding. Some mountains change via volcanic activity. They may also change due to earthquakes and shifting of tectonic plates.

But scientists have also believed rain can erode a landscape quickly enough to essentially ‘suck’ the rocks out of the Earth, effectively pulling mountains up very quickly. “When a cosmic particle from outer space reaches Earth, it is likely to hit sand grains on hillslopes as they are transported toward rivers.

So 50 million lorry loads x 0.5 hours, is a total of 25 million hours to move our mountain. If we assume a typical day has 25 hours, just to make our calculations a little simpler, that’s means a million days to move the mountain using only one lorry. So the total time works out to a little less than 3,000 years.

Quiz 10: Battle for Earth’s Surface or Degradation vs. Diastrophism  Question 1 What is faster when a mountain range is still rising? Selected Answer: erosion Correct Answer: diastrophism Response Feedback: Sorry. Only one answer involves increasing the height of mountains.