We can see the bones. Also if the Skin or outer layer has been preserved then we can see how thick it was and that helps us with climate.
Fossils tell how Earth's landforms, climate, and ecosystems have changed over time. They provide valuable clues about the past by preserving evidence of ancient organisms and environments.
hi
Fossils provide evidence of past life forms that existed in different environments and climates. By studying the types and distribution of fossils, scientists can infer how the Earth's surface and climate have changed over time. For example, fossils of tropical plants found in polar regions suggest a much warmer climate in the past.
The fossil evidence shows that the Earth's climate before had high levels of carbon dioxide. The plants that evolved consumed this carbon dioxide out of the air and formed oxygen, coal, limestone, and other fuels.
Fossils of plants found in Greenland suggest that it had a warmer climate in the past when those plants existed. This provides evidence that Greenland was once covered in forests and supported a diverse range of plant life. The fossils also offer insights into the history of the Earth's climate and environmental conditions.
That animals have changed over time
There are fossils of tropical rainforest plants in areas that are now dry desert. Either the land has moved (which has also happened), or the climate changed. This is one of the most obvious bits of evidence for past climate change, but there are numerous others.
Fossils tell how Earth's landforms, climate, and ecosystems have changed over time. They provide valuable clues about the past by preserving evidence of ancient organisms and environments.
There are fossils of tropical rainforest plants in areas that are now dry desert. Either the land has moved (which has also happened), or the climate changed. This is one of the most obvious bits of evidence for past climate change, but there are numerous others.
Antarctica does have dinosaur fossils! Dinos used to live there before the climate changed.
Fossils Further evidence is derived from living organisms Bones
changes in the environment e.g. the place, temperature, climate.
hi
Fossils of tropical plants found on an island in the Arctic Ocean provide evidence for the theory of continental drift and plate tectonics. These fossils suggest that the region was once located in a much warmer climate, indicating that the continents have shifted over geological time. This supports the idea that landmasses have moved away from the equator, altering their climate and environment significantly. Such findings illustrate how Earth's geological and climatic conditions have changed through time.
Fossils serve as evidence of changes in organisms over time and reveal major changes in the Earth's surface and climate. By studying the types of fossils found in different rock layers, scientists can understand how life has evolved and how the environment has changed over millions of years. This field of study is known as paleontology.
Fossils provide evidence of past life forms that existed in different environments and climates. By studying the types and distribution of fossils, scientists can infer how the Earth's surface and climate have changed over time. For example, fossils of tropical plants found in polar regions suggest a much warmer climate in the past.
Alfred Wegener's evidence for his theory of continental drift included similarities in the shapes of the coastlines of continents, the distribution of fossils across continents, and the matching geological features on different continents. These provided support for the idea that the continents were once connected and have moved over time, influencing climate patterns.