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What situation allows a glaciers size to be maintained?
a glacier has a snowline at the same height as the wastage line.
Which situation allow a glacier size to be maintained?
A glacier can maintain its size when the rate of snow accumulation in its upper regions matches the rate of melting and calving at its lower edge. This balance typically occurs in environments where temperatures remain consistently cold enough to prevent significant melting, and precipitation falls as snow rather than rain. Additionally, stable weather patterns that promote consistent snowfall can help sustain the glacier's mass over time.
What are some external forces of a glacier?
Some external forces acting on a glacier include temperature, precipitation (snowfall), wind, and sunlight. These factors can influence the accumulation, melting, and movement of glacial ice.
How does latitude effect the size of glaciers?
Latitude affects the size of glaciers primarily through temperature and precipitation patterns. As latitude increases, temperatures generally decrease, leading to cooler climates that can support larger glaciers. Additionally, higher latitudes often receive more snowfall, which contributes to glacier accumulation. Conversely, at lower latitudes, warmer temperatures can lead to increased melting, resulting in smaller glacier sizes.
Under what circumstances will the front of the glacier advance Retreat Remain history?
Glacial advance and retreat is determined by the balance between the accumulation of snow and the removal of ice by sublimation, melting, and calving (ablation). When the rate of ablation below the snowline equal
What situation allows a glaciers size to be maintained?
a glacier has a snowline at the same height as the wastage line.
What is the zone above the snowline on a glacier called?
The zone above the snowline on a glacier is called the accumulation zone. This is where snowfall exceeds melting, leading to an increase in glacier mass.
What is the Relationship between temperature and glacier size?
As temperatures rise, glaciers generally shrink in size due to melting. Warmer temperatures cause glaciers to lose more ice through melting than they gain through snowfall, leading to a net reduction in size. This relationship is a key indicator of the impact of climate change on glaciers worldwide.
Two factors that effect the size of glaciers?
Two factors that affect the size of glaciers are temperature and precipitation. Higher temperatures can cause glaciers to melt faster, while increased precipitation can help glaciers grow by adding more ice mass.
What is a large mass of ice and snow forming when the rate of snowfall constantly exceeds the melting rate of snow?
A glacier.
Which situation allow a glacier size to be maintained?
A glacier can maintain its size when the rate of snow accumulation in its upper regions matches the rate of melting and calving at its lower edge. This balance typically occurs in environments where temperatures remain consistently cold enough to prevent significant melting, and precipitation falls as snow rather than rain. Additionally, stable weather patterns that promote consistent snowfall can help sustain the glacier's mass over time.
What can a glacier do to earth?
A glacier can not do any damage to earth and it depends on the size of the glacier if it is huge it may flood
What is the average snowfall for glacier national park MT?
According to the National Parks Service, the average annual snowfall over the last thirty years is 137.5 inches (unless I added wrong).
What is the slowest moving glacier?
The slowest moving glacier is the Pitcher Glacier in Alaska, which moves at a rate of only a few inches per year. Its slow movement is due to its location in a region with very cold temperatures and low annual snowfall.
What are some external forces of a glacier?
Some external forces acting on a glacier include temperature, precipitation (snowfall), wind, and sunlight. These factors can influence the accumulation, melting, and movement of glacial ice.
How does latitude effect the size of glaciers?
Latitude affects the size of glaciers primarily through temperature and precipitation patterns. As latitude increases, temperatures generally decrease, leading to cooler climates that can support larger glaciers. Additionally, higher latitudes often receive more snowfall, which contributes to glacier accumulation. Conversely, at lower latitudes, warmer temperatures can lead to increased melting, resulting in smaller glacier sizes.
Under what circumstances will the front of the glacier advance Retreat Remain history?
Glacial advance and retreat is determined by the balance between the accumulation of snow and the removal of ice by sublimation, melting, and calving (ablation). When the rate of ablation below the snowline equal
