Quartz Specimen with Iron Oxide Staining, 289g, California
Quartz Specimen with Iron Oxide Staining, 289g, California
Quartz Specimen with Iron Oxide Staining, 289g, California
Quartz Specimen with Iron Oxide Staining, 289g, California
Quartz Specimen with Iron Oxide Staining, 289g, California
Quartz Specimen with Iron Oxide Staining, 289g, California

Quartz Specimen with Iron Oxide Staining, 289g, California

$85.00

Dimensions: 70.9 mm x 62.8 mm x 60.8 mm

This unique specimen features a matrix of quartz crystals heavily stained with iron oxides, primarily limonite, giving the piece its characteristic yellow to rusty orange hues. The iron staining highlights the geometric structure of the quartz, with well-defined terminations and a lustrous surface. The host rock comprises a significant portion of the weight, adding to its layered and rugged aesthetic. Dug directly from a natural vein in the Malibu Mountains, this specimen reflects the geological history of the region. Its layered structure, as seen in the side profiles, tells a story of mineral deposition over time, making it a fascinating addition for collectors and geology enthusiasts alike.

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Unraveling the Beauty and Rarity of this Quartz Specimen with Iron Oxide Staining, 289g, California

A hefty quartz specimen stained with iron oxides, showcasing layered formations and a striking contrast between quartz crystals and a host rock base.

This specimen epitomizes the interplay of natural forces, where hydrothermal activity created pristine quartz crystals, later adorned with limonite staining from oxidized iron. The dynamic hues and layered textures make it both a geological and visual masterpiece, perfect for display or study. Its origins in the Malibu Mountains further add a story of discovery and locality-specific charm.

Additional Information about this Quartz Specimen with Iron Oxide Staining, 289g, California

  • Good (G)
  • United States
  • Hexagonal
  • Likely Late Miocene to Pliocene
  • Hydrothermal quartz veins with secondary iron oxide alteration