Fossils are used to show changes because they are permanent. These fossils are also old and show evolutionary changes in species alive today.
True. Fossils provide evidence of descent with modification by demonstrating how species have changed over time through the fossil record. Transitional fossils show characteristics that are intermediate between different groups, illustrating the gradual changes that occur within lineages. This evidence supports the theory of evolution by showing the relationships between ancient and modern species.
Fossils show that there have been many different species of organisms that have lived on Earth throughout its history. These fossils provide important clues about the evolution and biodiversity of life on our planet.
Scientists study fossils, geological records, and genetic data to understand early life on Earth. Fossils provide evidence of ancient organisms, while geological records show changes in environments over time. Genetic data helps trace the evolution of species and how they are related to each other.
it can show the futur
Assuming the layers aren't deformed, the lowest deposition layers are the earliest. Later deposition layers accumulate on top of the earlier layers. Thus, the lowest layers have the earliest fossils, and the highest layers have newer fossils. By comparing the features of early and late fossils of a species, you can determine some of its evolutionary changes. Of course, not all features survive in a fossil - soft tissues, for example.
Fossils show certain species underwent small changes over a period of years the rock in which the fossil is encased dates the fossil and so they can put them in order to show the progression of the physical changes
plant fossils (glossopteris) were found there.
True. Fossils provide evidence of descent with modification by demonstrating how species have changed over time through the fossil record. Transitional fossils show characteristics that are intermediate between different groups, illustrating the gradual changes that occur within lineages. This evidence supports the theory of evolution by showing the relationships between ancient and modern species.
Fossils show that there have been many different species of organisms that have lived on Earth throughout its history. These fossils provide important clues about the evolution and biodiversity of life on our planet.
Fossils show clear evidence that the earliest human species had many apelike features & have evolved over the years.
Scientists study fossils, geological records, and genetic data to understand early life on Earth. Fossils provide evidence of ancient organisms, while geological records show changes in environments over time. Genetic data helps trace the evolution of species and how they are related to each other.
similarity
Punctuated equilibrium posits that species remain relatively stable for long periods (stasis) and undergo rapid changes during brief episodes of speciation. This model suggests that the fossil record may show few transitional forms because these rapid changes often occur in small, isolated populations, which are less likely to be preserved as fossils. As a result, the fossil record reflects long periods of little change interrupted by sudden appearances of new species, leading to the perception of a scarcity of transitional fossils linking older and newer species.
Fossils show that the organisms that were around a long time ago were not the same ones that are around now, indicate that life changes over time.
Fossils. These show the incredible amount of time required to turn early life forms into stone. Studying the fossils, one can see the similarities and evolution of species over time. UNREST.
it can show the futur
Evidence for evolution includes the fossil record showing transitional forms, comparative anatomy showing similarities in structures among different species, genetic similarities among different species, and observed instances of natural selection leading to changes in populations over time.