They are found on the face of the moon because most of the craters and meteors hit the moon and in those meteores are old bones. By myth there is a old tale that once a meteor had hit the earth 288999 billion years ago and you could see tiny black dots crawling all over the moon. by then. these days you can still see them but only with a very strong telescope because the moon is moving away from us.
The principle of fossil succession states that fossils found in younger layers of rock tend to be more similar to current species, while fossils in older layers differ more. This is because newer fossils represent species that have evolved and survived to the present day, while older fossils may belong to species that have become extinct. This pattern helps scientists understand the evolution and biodiversity of life on Earth.
The fossil record is thought to organize things in age order with the older rocks behind at the bottom and newer rocks being at the top.
In a rock column, the oldest rock fossils are typically found at the bottom layers. This is due to the principle of superposition, where sedimentary layers are deposited over time, with newer layers forming on top of older ones. Thus, as you move downward in the column, you encounter older geological formations and their associated fossils.
The fossils are typically found in the uppermost layer of rock, as sedimentary rock is formed from the accumulation of materials over time. Newer layers are deposited on top of older layers, meaning that the youngest fossils would be located in the most recent (top) strata. Therefore, the youngest fossils are in the layer that is highest in the sequence shown.
Older fossils may not always be found at the bottom layers of rocks due to geological processes like folding, faulting, or erosion, which can disrupt the original order. In these cases, older fossils may be found at higher layers while younger fossils are found in lower layers.
Fossils show the progression of ancient organisms. By comparing older fossils with more recent fossils, we can see how older ones are related in body structure to newer ones, supporting the idea that new generations evolve from older ones.
The principle of fossil succession states that fossils found in younger layers of rock tend to be more similar to current species, while fossils in older layers differ more. This is because newer fossils represent species that have evolved and survived to the present day, while older fossils may belong to species that have become extinct. This pattern helps scientists understand the evolution and biodiversity of life on Earth.
The fossil record is thought to organize things in age order with the older rocks behind at the bottom and newer rocks being at the top.
In a rock column, the oldest rock fossils are typically found at the bottom layers. This is due to the principle of superposition, where sedimentary layers are deposited over time, with newer layers forming on top of older ones. Thus, as you move downward in the column, you encounter older geological formations and their associated fossils.
The fossils are typically found in the uppermost layer of rock, as sedimentary rock is formed from the accumulation of materials over time. Newer layers are deposited on top of older layers, meaning that the youngest fossils would be located in the most recent (top) strata. Therefore, the youngest fossils are in the layer that is highest in the sequence shown.
Older fossils may not always be found at the bottom layers of rocks due to geological processes like folding, faulting, or erosion, which can disrupt the original order. In these cases, older fossils may be found at higher layers while younger fossils are found in lower layers.
No. Trilobite fossils are much older.
From the information provided, it can be determined that jellyfish are older than trilobites, and trilobites are older than ammonites. This suggests a chronological order of these organisms in the fossil record, with jellyfish appearing first, followed by trilobites, and then ammonites. This pattern aligns with the principles of stratigraphy, where older fossils are found in lower rock layers.
lower0000
Fossils found in the lowest geological strata are generally the oldest. This is because the law of superposition dictates that older rock layers are found at the bottom, with each successive layer above being younger. Therefore, fossils found in lower strata are older than those in higher strata.
Fossils found in deeper rock layers are typically older than those found in shallower layers. Scientists also use methods like radiometric dating to determine the age of fossils based on the decay of radioactive isotopes present in the fossils. Additionally, studying the index fossils that are typically associated with specific time periods can help determine the relative age of fossils.
The fossils that are further up among the layers would be newer because they were formed before the others.When fossils are further down in the ground they are older because they had been covered up longer in time.