Exquisitely preserved fossilized ammonite Setting in...

A paleontological jewel to wear, set in 925 silver — This lot features a fascinating pendant that captures the essence of a remote geological era: a brilliantly polished cross-section of fossilized ammonite, expertly set to be worn. The specimen has been carefully cut and polished to reveal the intricate internal structure of the shell, highlighting its cambered chambers and the intricate sutural lines, filled with minerals that range from creamy white to reddish ochre. This color contrast creates a striking visual effect, turning the fossil into a true piece of natural art. Ammonites, extinct cephalopods related to modern cuttlefish and octopuses, inhabited the world’s oceans for millions of years. This particular specimen dates to the Early Cretaceous, more precisely the Albian stage, a geological era between about 113 and 100.5 million years ago. During the fossilization process, the original shell was gradually replaced by minerals, preserving details with remarkable fidelity and providing tangible evidence of prehistoric marine life. The provenance from Timor adds an extra layer of interest and rarity to this jewel. The island is renowned for its rich fossil-bearing deposits, which offer unique windows into ancient marine faunas from millions of years past. The care in workmanship is evident not only in the flawless finish of the ammonite’s glossy surface but also in the high-quality sterling silver 925 setting, which enhances its circular shape and protects the precious fossil, making it at once an elegant and durable accessory. This pendant is not merely an object of aesthetic beauty but represents an authentic paleontological treasure, a fragment of remote time to carry with you. It is an ideal piece for geology and paleontology enthusiasts, fossil collectors, or anyone wishing to wear jewelry with a millennial history and undeniable charm, combining elegance, scientific interest, and a touch of ancestral mystery. Any small imperfections or color variations should be considered part of the natural formation of the fossil.

Estimate:£177.41

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