Diagram one shows the fossilizer remains of the lower portion of a camel's leg each substantial diagram shows the same portion of a camel's leg but the diagram are from progressively later time. Diagram for shows the most recent fossil how fossils evidence cannot be used to support evolution all the living organisms have increased in size over time how fossils evidence can be used to show the evolution of a species over time the modern camels have more toes than earlier species of camels
How fossils evidence can be used to show the evolution of a species over time. As seen in the diagrams, the lower portion of the camel's leg has changed over time, possibly indicating adaptation to different environments or selection for certain traits. Comparing fossils of different ages can help us understand how a species has changed and evolved over time. The statement about all living organisms increasing in size over time is not necessarily true and is not supported by the diagram. The statement about camels having more toes in modern times is also not supported by the diagram as all diagrams show a camel's foot with two toes. The diagram showing the most recent fossil does not indicate that fossils cannot be used to support evolution, but rather shows the progression of changes in the camel's leg over time.
Which of the phone is an example of natural selection pesticides are sprayed on a field resulting in an increase in crop growth and a decrease in insect population crickets frogs prefer to sleep during the day while red-eyed tree frog prefer to sleep during the night to produce more desirable fruit a farmer crosses a tree that produces sweet oranges with a tree that produces large oranges rabbits with a mutation for a longer thicker for survive and unusually cold winter while many normal rabbits do not survive
Rabbits with a mutation for longer and thicker fur surviving an unusually cold winter is an example of natural selection. The rabbits with the advantageous mutation were more likely to survive and pass on their genes to their offspring, resulting in a higher frequency of the mutation in the population. This is an example of natural selection because the environment (in this case, the cold winter) is selecting for certain traits that give the rabbits a survival advantage.
To understand why fossil evidence can be used to show the evolution of a species over time, let's look at the case of the camel's leg.
When we examine Diagram 1, we see the fossilized remains of the lower portion of a camel's leg. This fossil represents a species of camel from an earlier time. As we move to Diagram 2, which shows a more recent fossil, we observe that there are some changes compared to the first diagram. These changes indicate the evolution of the species over time. Finally, in Diagram 3, we have the most recent fossil, which represents the modern camel. Again, we can see further changes in the structure of the leg.
These changes in the leg structure can indicate the evolution of the species over time. In the case of the camel, one notable change is the number of toes. Earlier species of camels had more toes compared to modern camels. This shift in toe number can serve as evidence of evolution, specifically evolutionary changes over time in the camel's lineage.
Fossil evidence, when combined with other forms of evidence like genetic data and comparative anatomy, can provide valuable insights into the evolutionary history and development of species. By studying fossils and comparing them across different time periods, scientists can trace the lineage of a species, identify patterns of change, and build a comprehensive understanding of how the species has evolved over time.