Rare Azurite Geode - Ural Mountains - Certified Italian Silver Jewel - Height: 27.5 mm - Width: 21 mm- 9 g






Holds BSc in geology and post-graduate qualifications in geochemistry.
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€39 |
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This 9 g certified Italian silver jewel in 925 silver features a rare blue azurite geode from the Ural Mountains, Russia.
Description from the seller
Deep blue color, beautiful and rare; we are talking about this natural azurite geode. Azurite geodes form as a result of natural geological processes that involve exposure of copper-bearing minerals to air and water. For this geode to form, a complex set of geological conditions was required:
The presence of copper minerals, such as malachite, is gradually exposed to water that flows through the rocks. At the same time, a copper oxidation process leads to the formation of azurite. Water containing minerals such as calcium bicarbonate and calcium sulfate seeps through the cracks and cavities of the rock, slowly depositing azurite crystals inside these cavities.
Over time, the water evaporates, leaving behind azurite geodes. The shape and size of azurite geodes can vary considerably depending on the type of rock hosting the deposit and the particular conditions of the surrounding environment.
Seller's Story
Deep blue color, beautiful and rare; we are talking about this natural azurite geode. Azurite geodes form as a result of natural geological processes that involve exposure of copper-bearing minerals to air and water. For this geode to form, a complex set of geological conditions was required:
The presence of copper minerals, such as malachite, is gradually exposed to water that flows through the rocks. At the same time, a copper oxidation process leads to the formation of azurite. Water containing minerals such as calcium bicarbonate and calcium sulfate seeps through the cracks and cavities of the rock, slowly depositing azurite crystals inside these cavities.
Over time, the water evaporates, leaving behind azurite geodes. The shape and size of azurite geodes can vary considerably depending on the type of rock hosting the deposit and the particular conditions of the surrounding environment.
