U-shaped valleys, erratic boulders and rocks, modern soils, glacial striations on bedrock, the Great Lakes in the United States, extinction events, and massive redistribution of soils and rock.
Glaciers originate on land. They exists in both the northern and southern hemispheres and show evidence of past and present water flow.
Glacial striations, erratic boulders, drumlins, and moraines are some geological evidence found in Alberta indicating past glaciation. These features were left behind by moving glaciers and are common throughout the province, especially in the Canadian Rockies and foothills regions.
Glaciers provide evidence for the existence of Pangaea through glacial deposits and striations found in regions now located near the equator, such as Africa, South America, and India. These remnants indicate that these continents were once situated closer to the poles, where glacial activity could occur. Additionally, the alignment of rock layers and the presence of similar glacial features across continents support the idea of these landmasses being part of a single supercontinent. This evidence aligns with the theory of continental drift, which suggests that Pangaea existed around 335 million years ago.
The gouging of bedrock by rock fragments dragged by glaciers results in the formation of grooves, scratches, and striations on the surface of the bedrock. These features, known as glacial striations, provide evidence of the direction and movement of past glaciers. These marks can also help geologists determine the extent and timing of glacial activity in an area.
Evidence for the past existence of surface water on Mars includes features like dried-up river channels, lake beds, and mineral deposits that form in the presence of water. Present evidence includes the detection of hydrated minerals and recurring slope lineae, which are dark streaks on Martian slopes that appear to change over time, possibly indicating the presence of briny water.
it has evidence of these glaciers because of the existence of Pangea.In the diagram that scientists believe Pangea was India Was Connected to the South Pole meaning it would have evidence of having glaciers on it
Evidence for past glaciations includes glacial landforms like moraines and drumlins, glacial striations on bedrock caused by the movement of glaciers, and the presence of glacial erratics, which are large rocks transported by glaciers and deposited in areas where they are not native. Additionally, the study of ice cores from polar ice sheets provides a record of past climate conditions and the extent of glaciations.
We don't know that they do. Evidence of running water some time in the past has been found on the surface of Mars, but as yet no direct evidence of the past or present existence of micro-organisms.
cause there is and in southern US it's a little worm so glaciers couldn't really last last there as long in more up north.
Glaciers originate on land. They exists in both the northern and southern hemispheres and show evidence of past and present water flow.
Not likely. Coincidences are evidence of coincidence, or if you will, random chaos, which is what the universe is all about. Asking if they are evidence of God's existence is like asking if water is evidence of a fish's existence.
Glacial striations, erratic boulders, drumlins, and moraines are some geological evidence found in Alberta indicating past glaciation. These features were left behind by moving glaciers and are common throughout the province, especially in the Canadian Rockies and foothills regions.
Just as there is no evidence for the existence of God, so there is no evidence for the existence of the Holy Ghost. It is a matter of faith, and faith alone.
Glaciers provide evidence for the existence of Pangaea through glacial deposits and striations found in regions now located near the equator, such as Africa, South America, and India. These remnants indicate that these continents were once situated closer to the poles, where glacial activity could occur. Additionally, the alignment of rock layers and the presence of similar glacial features across continents support the idea of these landmasses being part of a single supercontinent. This evidence aligns with the theory of continental drift, which suggests that Pangaea existed around 335 million years ago.
loess deposits
glaciers melting is an example
Australia has no glaciers currently, though it had some in past ages.