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Which would most likely have caused the giant ice capsthat exsisted in the paleozoic era to melt?
Increased Greenhouse effect apex
Usually thin till layer laid down by a retreating glacier?
This is likely referring to till, which is a mixture of unsorted materials (rock, sand, and silt) left behind by a retreating glacier. Till layers can vary in thickness and composition, and they are often seen in areas where glaciers have once existed.
What is the galloping glacier?
A galloping glacier is a glacier that, unlike others of their type which move at inches per day, shoots ahead feet per day, an astonishing rate for glaciers. The nickname "the galloping glacier" has also been given to an Alaskan black rapids glacier which set a record for its speed. Galloping glaciers are most likely caused by extra melted snow lubricating the glacier.
An ice front is likely to be stationary when the glacier does what?
An ice front is likely to be stationary when the rate of ice accumulation in the glacier matches the rate of ice loss due to melting or calving at the front. This equilibrium state is known as a stable glacier front, where there is no net advance or retreat of the ice front.
What de you call a slow-moving mass of ice on a mountain?
Depending on when it was formed, the size and speed it is moving it could be either an Avalanche or Glacier. If it is an incredibly old, slow moving, large, ice mass it is likely a Glacier; however if it is a quickly moving, small (relatively), ice mass it is an Avalanche.
Ask us anythingWhich would most likely have caused the giant ice caps that existed in the Paleozoic era to melt?
Significant volcanic activity or a sudden increase in greenhouse gases, such as carbon dioxide, most likely caused the giant ice caps of the Paleozoic era to melt. These events would have led to a rapid warming of the climate, resulting in the melting of the ice caps.
What caused the giant ice caps that existed in the paleozoic era to melt?
During the Paleozoic era, the Earth experienced significant fluctuations in climate due to factors such as variations in the Earth's orbit, volcanic activity, and changes in greenhouse gas levels. These fluctuations likely led to the melting of the giant ice caps that existed at that time.
What most likely caused the the giant ice caps to melt that existed in the Paleozoic era?
The melting of the giant ice caps in the Paleozoic era was likely caused by a combination of natural processes such as changes in Earth's orbit, volcanic activity releasing greenhouse gases, and plate tectonics shifting continents. These factors led to a warming of the climate and the eventual melting of the ice caps.
Which would have most likely have caused the giant ice caps that existed in the paleozoic era to melt?
A significant increase in greenhouse gases, such as CO2, and a rise in global temperatures would have most likely caused the giant ice caps of the Paleozoic era to melt. This could have been triggered by volcanic activity releasing large amounts of CO2 or natural climate cycles.
Which would most likely have caused the giant ice capsthat exsisted in the paleozoic era to melt?
Increased Greenhouse effect apex
Which would most likely have caused the giant ice caps that existed in Paleozic era to melt?
Changes in the Earth's orbit and axis tilt, increased volcanic activity releasing greenhouse gases, and decreased albedo due to the removal of vegetation cover could have contributed to the melting of the giant ice caps that existed in the Paleozoic era.
Usually thin till layer laid down by a retreating glacier?
This is likely referring to till, which is a mixture of unsorted materials (rock, sand, and silt) left behind by a retreating glacier. Till layers can vary in thickness and composition, and they are often seen in areas where glaciers have once existed.
What is the galloping glacier?
A galloping glacier is a glacier that, unlike others of their type which move at inches per day, shoots ahead feet per day, an astonishing rate for glaciers. The nickname "the galloping glacier" has also been given to an Alaskan black rapids glacier which set a record for its speed. Galloping glaciers are most likely caused by extra melted snow lubricating the glacier.
The land left behind after a glacier passed through it would most likely become?
a U-shaped valley with steep sides and a flat bottom due to the erosion caused by the glacier. Once the glacier retreats, it will leave behind a variety of landforms such as moraines, drumlins, and kettle lakes.
An ice front is likely to be stationary when the glacier?
melts as fast as it moves.
Where would one most likely find a glacier carved lake?
Patagonia
Where would one most likely find a glacier-carved lake?
Patagonia
