some fossil of sheels and fish have found at the tops of rocky mountain peaks. How do you suppose this happend
Maybe there was a flood.
suppose you find a foosil imprint of an aninmal that existed many years ago. You want to make a model to compare tath imprint to the foot of the aniaml living today that this imprint best matches. How would you make a model?
I think you'd draw both imprints, lablethem, and compare.
Oh, and for the answer I wrote before, you can also write that there wasn't a mountain before the fish got there.
Suppose you find fossil imprint of an animal that existed many years ago. You want to make a model to compare that imprint to the foot of the animal living today that this imprint best matches. How would you make a model?
The presence of fossils of shells and fish at the tops of rocky mountain peaks can be explained by a geological process called uplift. Uplift is the gradual movement of Earth's crust, causing rocks to rise to higher elevations over long periods of time.
To understand how this process can lead to fossils being found at high altitudes, we need to consider the following steps:
1. Deposition: At some point in the past, the area where the mountains now exist was covered by a body of water, such as a sea, lake, or ocean. This is when the shells and fish lived.
2. Sedimentation: Over time, layers of sediment, including the remains of dead organisms, accumulated at the bottom of the water body.
3. Tectonic activity: Due to tectonic forces, such as the movement of tectonic plates, the crust of the Earth began to deform and fold. This led to the formation of mountain ranges, including the Rocky Mountains.
4. Uplift: During the uplift process, the crustal rocks were slowly pushed upward, raising the entire mountain range to high elevations. This uplift usually occurs due to the collision of tectonic plates or the movement of hot mantle material beneath the Earth's surface.
5. Erosion: As the mountains rose, various weathering and erosional forces, such as wind, water, and ice, began to wear down the rocks. This process exposed the layers of sedimentary rocks that had formed at the bottom of the ancient water body.
6. Fossil discovery: As the mountains continued to erode over millions of years, the layers containing the fossils were gradually exposed at the tops of the rocky peaks. This allowed scientists to find and study the fossilized remains of shells and fish that were once at the bottom of the ancient water body.
So, the presence of these fossils at the tops of the Rocky Mountain peaks can be explained by the combination of ancient marine deposition, tectonic uplift, and millions of years of erosion and weathering.