It wasn’t peaceful when Megalodon’s tooth was first found. It was one of the largest predatory sharks that have ever existed in oceans on Earth. The tooth slid out. That would mean the end for a lot of objects. It can also be the beginning of a tale for a fossil.
Fossil Driven’s fossils have gone through a geological experience that is not measured in years or even decades instead, millions of years. The understanding of this journey alters the perception of viewing a fossil. It’s no longer just looking at a fascinating object. You’re looking at physical evidence from an old world.
First Station: An Ancient Ocean
Take Megalodon’s tooth from West Java in Indonesia. At the time of 20 million years ago warm marine habitats were prevalent in the dry regions that are now. Megalodons and other marine creatures lived in these prehistoric seas, as did Megalodons.
Image credit: fossildriven.com
Megalodon also shed teeth in a similar way to sharks of today. Some of these teeth sank in marine sediments. In the right conditions burial, they were protected so long that fossilization could occur.
Then, Geology took over
The next chapter went on slow. Sediments were accumulating. Minerals were able to react with the material that was buried. The forces of geology altered landscapes and even environments that had was underwater were transformed into the land that we know today. Those processes help explain something shoppers immediately notice when looking at megalodon teeth for sale: genuine fossil teeth can have dramatically different colors.
Indonesian specimens from West Java’s Miocene Bentang Formation may appear in a variety of shades, including tan or gold, as well as brown, red, and blue. They can also display several shades in one tooth. The surrounding minerals contribute to the way a specimen is able to develop during its lengthy burial. It is impossible to make this result in large quantities using natural methods. Every fossil has been through its own geological past.
Discovery begins a new chapter
Finally, a mysterious fossil of thousands of years old has been discovered. Now identification and documentation become vital.
When collectors search for authentic megalodon teeth on the market they’re not just focusing on appearance. The information about the locality and the age of geological formation, preservation, repairs and restoration can help explain what the collectors actually are taking a look at.
Natural wear doesn’t take away an old fossil’s past. A worn edge, an imperfect root, or incomplete serration can simply be part of what happened to that specimen prior to and following burial. What is important is that it represents the condition of the specimen accurately.
Fossil Driven’s knowledge of fossil identification is more than thirteen years. We work with well-established fossil hunters and suppliers. Where possible, fossils are described and examined with all pertinent details.
The Fossil will eventually land in the hands of someone
Real Fossils are bought for a variety of different reasons. Some make carefully classified collections. Others prefer a single, dramatic conversation piece. A child who is intrigued by prehistoric animals could receive their first real fossil, that can ignite a lifetime passion for paleontology.
Megalodon teeth are only one entry point into this world. Dinosaur tooth and mosasaur teeth, trilobites and ammonites, as together with mammoth, ammonite and amber pieces of material, preserve diverse chapters in the history of Earth.
The most satisfying part is knowing it’s real
A replica can reproduce the shape of a tooth from the past. The replica can’t recreate its story. It is impossible to reproduce its past.
This is the reason authenticity is so important. You hold a fossil that has created a virtually unimaginable journey through time. The display case is merely its latest stop.