Studying extinct species helps us learn about evolution, but it comes with some challenges:
Incomplete Fossil Record: Many extinct species leave behind only a little bit of evidence, like broken bones or scraps. This makes it hard to understand how they are related to other species.
Environmental Context: The environment changes over time, which makes it tough to see how species changed or adapted to survive.
Interpretative Bias: Scientists sometimes look at ancient species through the lens of today’s theories. This can lead to mistakes in understanding them.
To overcome these challenges, we can use better fossil dating methods and advanced imaging technology. By combining paleontology, genetics, and ecology, we can get a fuller picture of how evolution works.
Studying extinct species helps us learn about evolution, but it comes with some challenges:
Incomplete Fossil Record: Many extinct species leave behind only a little bit of evidence, like broken bones or scraps. This makes it hard to understand how they are related to other species.
Environmental Context: The environment changes over time, which makes it tough to see how species changed or adapted to survive.
Interpretative Bias: Scientists sometimes look at ancient species through the lens of today’s theories. This can lead to mistakes in understanding them.
To overcome these challenges, we can use better fossil dating methods and advanced imaging technology. By combining paleontology, genetics, and ecology, we can get a fuller picture of how evolution works.