How Millions of Years Underground Can Transform the Color of a Shark Tooth

Before anyone could put the Megalodon tooth on a desk, snap it, or examine its serrated edge, it was doing something else, and it was not peaceful. The tooth belonged to the biggest predatory fish that could ever be found in the oceans of Earth. The tooth slid out. That’s the end of it for most items. It can be also the beginning of a tale for fossils.

Fossil Driven provides fossils that have undergone geological processes measured not in centuries or years rather in millions. The experience of looking at a fossil is transformed when you know the story behind it. It’s not just looking at an intriguing object. You’re seeing physical evidence of a long-gone world.

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First Stop: An Ancient Ocean

Take Megalodon’s tooth from West Java in Indonesia. About 20 million years ago, warm marine habitats were common in the dry regions of today. Megalodons as well as other marine creatures lived in these prehistoric seas, together with Megalodons.

Like modern sharks Megalodon always produced and lost teeth. Some of these teeth sank in marine sediments. If the conditions are ideal burial may protect them sufficient time to permit fossilization.

Then, Geology took over

The next chapter proceeded incredibly slowly. Sediments accumulated. Minerals acted in conjunction and buried material. Geological forces changed landscapes and submerged landscapes transformed into land. These processes explain what shoppers immediately notice when looking at megalodon teeth on sale The genuine fossil teeth have dramatically different colors.

Indonesian specimens in West Java’s Miocene Bentang Formation tend to be tan, golden, brown, blue, red or black. Many exhibit different shades on a single tooth. The surrounding minerals can alter the appearance of a fossil after it has been dug up for a long time. It is impossible to make the final product in large amounts by natural means. Every fossil has had the geological past.

Discovery Begins A New Chapter

Finally, a mysterious fossil dating to thousands of years old has been discovered. Documentation and identification are now important.

Collectors aren’t content with the appearance of megalodon teeth as they look for them. This is the reason why they need to be aware of the geological age, locality, preservation and repairs.

Natural wear will not erase the past of a fossil. The fossil’s past can be reflected by a worn edge, an imperfect root or a surface with a serrated edge. It is important to accurately represent its condition.

Fossil Driven’s history of fossil identification spans more than thirteen years. We collaborate with established fossil hunters and fossil suppliers. If possible, fossils are described and analyzed with all relevant information.

The Fossil will eventually land in the hands of someone

People buy real Fossils for many reasons. Some people build a carefully classified collection. Some want to create a striking conversation piece. A child who is enthralled by prehistoric creatures could get their first fossil which sparks a lifelong passion for paleontology.

Megalodon teeth are but one doorway into that world. Dinosaur teeth, fossils of mosasaurs trilobites, ammonites mammoth material, as well as other specimens preserve entirely distinct chapters of Earth’s past.

The greatest part is knowing It’s Real

A replica can replicate the general shape and size of a tooth that was found in prehistory. The replica cannot recreate its history. A genuine Megalodon tooth existed in an ancient animal, was able to enter an environment that was completely different from the one we know today it was resistant to geological changes, remained buried for hundreds of years and eventually was discovered.

It’s for this reason that authenticity is so important. If you’re holding a genuine fossil it is a thing that has was able to successfully complete an unimaginable trip through time. The latest stop of the fossil is the display case.

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