The elevation of the treeline varies with several factors, including but not limited to:
latitude
rainfall
species of tree
prevailing winds
the type of soil
slope face ( i.e. the tree line might differ by 500 ft on opposites sides of the same mountain)
The main reason trees can't survive at high elevations or latitudes close to the poles is because they need relatively warm summer temperatures in order to grow. In parts of the Andes in Bolivia, the tree line can be as high as 4,000-5,000m / roughly 13,000-17,000ft. By contrast, in the mountains of New England, trees will not grow above 5,000 ft. because summers in New England don't get very hot. The difference is, when you go up in elevation, the temperatures in South America have a lot more room to fall before they can no longer support trees. In the Arctic, trees don't grow at any elevation- another way to think of it is the tree line drops all the way to sea level.
Elevation can impact how active an earthquake fault is. Studies have shown that the higher in altitude a fault line is, the more active the fault line is.
The numbers of contour lines indicate altitude or elevation along that line.
An altitude is measured from mean seal level on Earth. So asking what the planet's altitude is, is a nonsense question.
Yes, but most people who get altitude sickness just feel flu-like symptoms for 1 or 2 days and then feel better. At very high elevations altitude sickness can progress to high altitude pulmonary edema (HAPE) or high altitude cerebral edema (HACE), both of which can be fatal. If you are below 4200m and get altitude sickness the best remedy is to descend to a lower altitude, drink lots of water, and avoid physical exertion. If you are going above 4000m do more research before you go and get advice from someone who knows more than me.
The altitude for Mount Everest Base Camp is as follows: North Side: 17,000ft South Side: 17,400ft
A tree line is a boundary such that trees no longer on one side of it. Often, the tree line is the maximum altitude at which trees grow.
A tree line is the edge of the habitat at which trees are capable of growing. A tree line is different from a timberline. A timberline, often called a forest line, is the line where trees form a forest with a closed canopy.
The highest altitude or latitude where trees can grow is called the tree line or timberline. This is the point where environmental conditions become too harsh for tree growth, such as low temperatures, high winds, or lack of nutrients. Above this line, only smaller vegetation like shrubs and grasses can survive.
'altitude' or perpendicular. If on line is the base (horizontal) line, then the line that is a 90 degrees to it is the perpendicular/altitude.
Cripple Creek, Colorado has an altitude of approximately 9,494 feet (2,894 meters) above sea level. It is located in the Rocky Mountains.
Altitude
If the slope of a line is m then the slope of an altitude to that line is -1/m.
The climate above the tree line is characterized by low temperatures, strong winds, and limited precipitation. Vegetation is scarce due to the harsh conditions, with only low-lying plants, mosses, and lichens able to survive in this environment. The tree line marks the altitude beyond which trees are unable to grow due to these extreme conditions.
The point on a mountain beyond which trees cannot grow is called the tree line or timberline. This is typically determined by factors such as temperature, altitude, and soil conditions. Above this line, environmental conditions become too harsh for trees to survive.
The median is a line from a vertex to the midpoint of the opposite line and an altitude is a line from a vertex to the opposite line which is perpendicular to the line. These are NOT the same thing in most triangles. The only time they could be the same is in an equilateral triangle.
Trees do not grow above the tree line primarily due to harsh environmental conditions, including low temperatures, high winds, and short growing seasons. The tree line typically marks the elevation where these factors limit tree growth, leading to the dominance of alpine vegetation instead. In these high-altitude areas, conditions are more suitable for shrubs, grasses, and other hardy plants that can withstand extreme climates.
A level line is based on altitude. Altitude is the distance from sea level. Sea level is curved to the shape of the earth so a level line must be curved.