Long before anyone could place the Megalodon tooth on a table, take a photo of it, or look at its sharp edge, the tooth was actually doing something far less peaceful. It was a part of one of the largest sharks that hunted prey ever to live in the oceans of Earth. The tooth was ripped off. That would mean the end for the majority of objects. It can also be the start of a tale for fossils.
Fossil Driven provides fossils that have undergone geological processes that are not measured in years or centuries rather in millions. The experience of viewing a fossil is transformed when you know the story behind it. It’s no longer just looking at an intriguing object. You’re witnessing physical evidence from the past.
Image credit: fossildriven.com
First Station: An Ancient Ocean
Consider the Megalodon teeth recovered from West Java, Indonesia. Around 20 million years ago the areas of dry land we have today were warm marine habitats. Megalodons, in addition to many other marine species, were a part of the prehistoric seas.
Megalodon also produced and shed teeth in a way similar like modern sharks. Some of the teeth were later buried in marine sediments. In the right conditions burial, they were protected until long enough to allow fossilization to occur.
Then Geology Suddenly Takes Over
The next chapter moved incredibly slow. Sediments formed. Minerals acted in conjunction with buried materials. Geological forces altered landscapes, and areas that had previously were underwater later were transformed into the land that we know today. The reasons for the color differences in fossil teeth is what buyers can observe when they examine Megalodon teeth for sale.
Indonesian specimens from the West Java’s Miocene Bentang Formation can appear in a variety of shades including gold or tan as well as brown blue, red, and brown. They may also show many shades within a single tooth. The mineral environment around them contributes to the appearance that a specimen is able to develop during its lengthy burial. It is difficult to achieve the results in large amounts by natural means. Each fossil has its own geological background.
Discovery begins a new chapter
In the end, a fossil that remained hidden for millions of years is recovered. Documentation and identification are vital.
Collectors don’t only look at the appearance of megalodon tooth teeth when they search for them. The details regarding the locale and age of the geological formation, preservation, repairs and restorations can provide a better understanding of what collectors are actually looking at.
Natural wear won’t remove the fossil’s history. It’s possible that the worn tip or an imperfect root along with the absence of a serration are all a part of the specimen’s past. The most important thing is to present the specimen accurately.
Fossil Driven provides more than 13 years of fossil identification experience to the process, and also works with well-known fossil hunters and suppliers. As soon as possible, fossils are described and examined with all the relevant details.
The Fossil reaches someone’s hands eventually
People buy real Fossils for many reasons. Some people build a carefully separated collection. Some are looking to create an engaging conversation piece. A child who is intrigued by prehistoric animals could receive their first fossil that sparks a lifetime love for paleontology.
Megalodons are but one of the many entrances which lead to the present. Dinosaur tooth, mosasaur, ammonites and trilobites, as in addition to mammoth and ammonite and amber pieces of material, preserve different chapters in Earth’s history.
The best part is knowing that it’s real
A replica is able to reproduce the shape of a tooth that was once in use. The replica is not able recreate its story. It is impossible to replicate its past.
It’s for this reason that authenticity is vital. When you hold a real fossil the object you’re holding has accomplished an incredible journey through the ages. The display case represents its latest stop.