Marine fossils form when creatures die and sink to the bottom where there is little oxygen, and are covered with sediment. If sediment continues to accumulate, after many years its weight will crush the deposit, and in combination with well known chemical processes, can cement it into sandstone. Later, if the sea floor it lifted by any of a number of (again, well understood) geological processes, what was once the sea floor can become part of a mountain. Such a mountain can form in a few million years, where fossils have been forming for 3 BILLION years.
the animal died there, or at least remains were left there. remember geology is constantly shifting so current mountains could have been under the water, and under the ocean could have been land. example... sunken cities, Arizona used to be a rainforest, Ohio has sealife fossils from being under water.
because they were covered by oceans millions of years ago.
The discovery of fossils on mountain tops supports the theory of plate tectonics, as it indicates that these areas were once at lower elevations where fossils could form. Over time, the movement of tectonic plates pushed these areas upwards to form mountains, carrying the fossils with them. This provides evidence of the dynamic nature of the Earth's crust and the processes that shape the planet's surface.
The Himalayan Mountains were gradually "pushed up" by plate tectonic shifts over several eons, but their peaks had at one time been below sea level - and covered by a shallow sea. That is where the fossils came from.
paleontologist
Shark teeth fossils found in the mountains of North Carolina are a result of the area being underwater millions of years ago. During that time, the movement of tectonic plates caused the seabed with shark teeth to be pushed up to form the mountains. The shark teeth fossils are evidence of the region's geological history and ancient marine ecosystems.
because they were covered by oceans millions of years ago.
The geologists look for fossils on mountaintops because the wind blows sand and small fossilized creatures on the tops of mountains. They also look up there because sealevel used to be much higher so creatures could still end up on the top.
The discovery of fossils on mountain tops supports the theory of plate tectonics, as it indicates that these areas were once at lower elevations where fossils could form. Over time, the movement of tectonic plates pushed these areas upwards to form mountains, carrying the fossils with them. This provides evidence of the dynamic nature of the Earth's crust and the processes that shape the planet's surface.
Some scientists believed that a great flood left the fossils on Ural mountains. Other scientists believed that there were subcontinents that collide with each other creating the mountains by pushing the tectonic plates up.
Rocks on high mountains can have fossils because those areas were once underwater or at lower elevations where living organisms existed. Over time, geological processes like uplift and erosion pushed these rocks to higher altitudes, preserving the fossils within them.
Animals that end up being fossils in a rock.
Falling Up I tripped on my shoelaceAnd I fell up--Up to the roof tops,Up over the town,Up past the tree tops,Up over the mountains,Up where the colorsBlend into the sounds.But it got me so dizzyWhen I looked around,I got sick to my stomachAnd I threw down.
Through harsh winds constantly battering the mountain tops possibly earthquakes which could end up grinding two mountains together,the friction of which could cause the peaks to round off.
No. Mountains are formed when the end of tectonic plates collide pushing one side up or both.
The Himalayan Mountains were gradually "pushed up" by plate tectonic shifts over several eons, but their peaks had at one time been below sea level - and covered by a shallow sea. That is where the fossils came from.
paleontologist
Obviously the soil and rocks that are now on top of the mountain were once underneath the ocean. This occurs when the ground is raised up from beneath the sea by plates colliding and raising mountains.