Cirques are formed
When multiple glaciers start their downward flow from a single point, they create a valley glacier. This type of glacier forms as two or more alpine glaciers flow together and merge into a single larger glacier that moves down a valley. Valley glaciers can be quite large and have a significant impact on shaping the landscape.
The tip of a glacier is called the glacier terminus or glacier snout. It is the furthest point reached by the glacier as it flows downhill.
The line dividing the zone of accumulation from the zone of ablation on a valley glacier is called the equilibrium line. This line marks the point where accumulation (snowfall) equals ablation (melting and sublimation), influencing the glacier's overall mass balance and movement.
Seasonally, you can find them in McGurk Meadow off the drive to Glacier Point, Tuolumne Meadow or the meadow in Yosemite Valley.
Glacier Point Hotel was created in 1918.
Glacier Point Hotel ended in 1969.
When the weight of snow and ice is great enough the glacier starts moving downhill under the influence of gravity. This point is determined by the relationship between accumulation and wastage of the glacier.
Glacier Point Trailside Museum was created in 1924.
A huge bowl-shaped depression created by a valley glacier is known as a cirque. Formed through the process of erosion, cirques are characterized by steep cliffs on three sides and a gentle slope leading away from the glacier. They often serve as the starting point for glacial valleys and can accumulate snow and ice, leading to the formation of small lakes in their basins.
A temperate glacier remains at melting point from surface to base throughout the year. A polar glacier always remains below freezing point.
The end of a valley glacier, or terminus, is at a lower elevation where temperatures are generally warmer, leading to increased melting. Meanwhile, at the glacier's origin, which is at a higher elevation, temperatures are cooler, allowing for continued snowfall and accumulation of ice. This elevation gradient creates a balance where the glacier can still gain mass at its source while losing mass at its lower end due to melting. Thus, the combination of elevation and temperature differences explains the contrasting dynamics at different points along the glacier.
it would bend towards the point of origin or where it starts.