Shark Tooth On Limestone | Fossil 136gms

⚖️ Weight: 136gms

📏 Size: 7.8cm x 5.8cm

🌍 Source: Morocco

🦈 Dive Deep Into Prehistory with Megalodon Teeth Fossils! 🦈

Unearth the Mysteries of the Ocean Giant!

Capture a slice of prehistoric ocean life with our authentic Megalodon teeth fossils, remnants of the largest marine predator to ever roam the ocean depths! Each fossil is a gateway to a bygone era, where the formidable Megalodon, the apex predator of its time, ruled the waves.

🌊 A Glimpse of the Giant: Megalodon, the colossal prehistoric shark, cruised the world’s oceans around 23 to 3.6 million years ago. With a length exceeding 82 feet, this magnificent behemoth possessed teeth that could grow over 7 inches, designed to grasp and tear through the flesh and bone of large marine animals, including whales.

🏆 Collector's Treasure: Our Megalodon teeth are coveted pieces for any collector or enthusiast. They are striking reminders of the marine life that once was, embodying the power and majesty of one of the ocean’s greatest predators. Each tooth is a unique relic, encapsulating the essence of this magnificent creature and offering insight into the evolutionary journey of sharks.

🌀 Fossils

Fossils are life forms of either plants or animals that have been captured within an impression and preserved usually within the sedimentary rocks. Another type of fossil is resin fossilization where insects and plants are embedded within amber.

Most fossils are just casings or cavities of what was, and the soft parts of the animals and plants are rarely preserved due to certain salts and minerals breaking down the organic matter within.

Now another type of fossil can be completely replaced by an imprint or impression of the original shell, animal or plant within sedimentary rock or hard rock such as petrified wood.

Lastly a process called mineralization, is where an entire cavity can be completely replaced meaning if it was a shell, it would have completely dissolved. Through this process certain acids and solutions penetrate the cavity and form a new matrix within the cavity creating a 3D version of the shell itself.