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The rain water washes away the dirt that is covering the fossil.
What else can I help you with?
Why is the seaside a good place to look for fossils?
The seaside is a good place to look for fossils because it often contains exposed layers of sedimentary rock that are rich in fossils. The constant erosion from the waves can also help to uncover new fossils that may have been buried. Additionally, marine environments are known to have a high abundance and diversity of fossilized marine organisms.
What are two forces that can expose deeply buried fossils?
Erosion
Why are there aquatic fossils in Oklahoma?
Aquatic fossils are found in Oklahoma due to the region's geological history, which includes periods when large bodies of water, such as seas and inland oceans, covered the area. These water bodies supported diverse marine life, and over time, sediment accumulation led to the preservation of their remains as fossils. Geological processes, such as uplift and erosion, have since exposed these fossils, allowing us to study the ancient ecosystems that once thrived in what is now landlocked Oklahoma.
Where does the dirt that covers or forms over the fossils in the strata of the earth come from?
The dirt and sediment that cover or form over fossils in the Earth's strata come from various sources such as weathering of rocks, erosion of land surfaces, and deposition of organic matter. Over time, these materials accumulate and bury the fossils, preserving them in layers of sediment for thousands or millions of years.
What geologic process can cause deeply buried fossils to be brought toward the surface?
The geologic process that can bring deeply buried fossils to the surface is called erosion, which involves the wearing away of soil and rock by natural forces such as water, wind, and ice. Additionally, tectonic activities, such as uplift and faulting, can elevate layers of rock containing fossils closer to the surface. Over time, these processes expose the fossils, making them accessible for discovery and study.
Why do you digs for fossils?
to uncover the past
How does erosion help in bringing fossils to the earths surface?
erosion helps bring fossils to earths surface by when a animal dies it turns into a fossil
Which cycles can be studied by looking at fossils?
erosion
How are fossils uncovered?
By wind and water erosion, and activities of men, such as building.
Why is the seaside a good place to look for fossils?
The seaside is a good place to look for fossils because it often contains exposed layers of sedimentary rock that are rich in fossils. The constant erosion from the waves can also help to uncover new fossils that may have been buried. Additionally, marine environments are known to have a high abundance and diversity of fossilized marine organisms.
What ce is stored in food and fossils?
chemical erosion
What are two forces that can expose deeply buried fossils?
Erosion
How does weathering and erosion affect fossils triceratops?
Weathering and erosion can significantly impact Triceratops fossils by breaking down and transporting the sedimentary rock in which they are embedded. Weathering processes can lead to the exposure of these fossils at the surface, making them more accessible for discovery. However, erosion can also remove or damage fossils, reducing their integrity and potentially leading to the loss of valuable paleontological information. Thus, while weathering can aid in fossil exposure, erosion poses a risk to their preservation.
Do fossils define earths history?
yes. It gives vital clues to uncover the events that once occurred on earth.
What are the three natural occurrences that favor the formation of fossils?
wheathering,erosion and cementing
What type of erosion is water?
Water erosion is caused by the action of flowing water, which can wear away or transport soil and rock particles. This erosion can occur through processes such as sheet erosion, rill erosion, and gully erosion, depending on the amount and intensity of water flow.
Why are there aquatic fossils in Oklahoma?
Aquatic fossils are found in Oklahoma due to the region's geological history, which includes periods when large bodies of water, such as seas and inland oceans, covered the area. These water bodies supported diverse marine life, and over time, sediment accumulation led to the preservation of their remains as fossils. Geological processes, such as uplift and erosion, have since exposed these fossils, allowing us to study the ancient ecosystems that once thrived in what is now landlocked Oklahoma.
