Goethite on Calcite Mineral Specimen

$30.00

Description

This striking goethite on calcite specimen showcases deep, earthy iron oxide crystal formations contrasted against bright, natural calcite. The goethite forms rugged, textured coatings and sparkling microcrystals across the matrix, while bladed and crystalline calcite adds soft pink-white highlights and luminous depth.

The interplay between metallic goethite and lighter calcite creates a visually dramatic specimen — a true example of nature’s geological artistry. Every surface of this piece reveals new textures, crystal faces, and mineral growth patterns.

Dimensions & Weight

Measurements: 4” x 3” x 2.5”

Weight: 411g

Collector’s Notes

Goethite on calcite is highly prized when both minerals are sparkling and well-defined, as seen in this specimen. The presence of visible calcite crystal sprays alongside richly developed goethite indicates multi-stage mineral growth, which significantly increases collectability.

Specimens like this form in iron-rich hydrothermal environments and are increasingly difficult to source in this level of visual complexity and contrast.

Highlights

  • Natural sparkling goethite 

  • Crystalline calcite matrix

  • Strong texture and mineral contrast

  • Visible crystal sprays and microcrystals

  • No treatments or enhancements

  • Collector-quality mineral specimen

Metaphysical Properties

Goethite is known as a stone of grounding, emotional release, and strength. It is believed to:

  • Help process deep emotions

  • Support shadow work and healing

  • Encourage stability and resilience

  • Absorb negative or stagnant energy

Calcite is associated with clarity, amplification, and emotional balance, making this pairing especially powerful for grounding and energetic cleansing.

Mineralogy

  • Goethite: FeO(OH) — Iron Oxyhydroxide

  • Calcite: CaCO₃ — Calcium Carbonate

  • Crystal Systems:

    • Goethite – Orthorhombic

    • Calcite – Trigonal

  • Hardness:

    • Goethite: 5–5.5

    • Calcite: 3

  • Formation: Hydrothermal and sedimentary mineralization


Description

This striking goethite on calcite specimen showcases deep, earthy iron oxide crystal formations contrasted against bright, natural calcite. The goethite forms rugged, textured coatings and sparkling microcrystals across the matrix, while bladed and crystalline calcite adds soft pink-white highlights and luminous depth.

The interplay between metallic goethite and lighter calcite creates a visually dramatic specimen — a true example of nature’s geological artistry. Every surface of this piece reveals new textures, crystal faces, and mineral growth patterns.

Dimensions & Weight

Measurements: 4” x 3” x 2.5”

Weight: 411g

Collector’s Notes

Goethite on calcite is highly prized when both minerals are sparkling and well-defined, as seen in this specimen. The presence of visible calcite crystal sprays alongside richly developed goethite indicates multi-stage mineral growth, which significantly increases collectability.

Specimens like this form in iron-rich hydrothermal environments and are increasingly difficult to source in this level of visual complexity and contrast.

Highlights

  • Natural sparkling goethite 

  • Crystalline calcite matrix

  • Strong texture and mineral contrast

  • Visible crystal sprays and microcrystals

  • No treatments or enhancements

  • Collector-quality mineral specimen

Metaphysical Properties

Goethite is known as a stone of grounding, emotional release, and strength. It is believed to:

  • Help process deep emotions

  • Support shadow work and healing

  • Encourage stability and resilience

  • Absorb negative or stagnant energy

Calcite is associated with clarity, amplification, and emotional balance, making this pairing especially powerful for grounding and energetic cleansing.

Mineralogy

  • Goethite: FeO(OH) — Iron Oxyhydroxide

  • Calcite: CaCO₃ — Calcium Carbonate

  • Crystal Systems:

    • Goethite – Orthorhombic

    • Calcite – Trigonal

  • Hardness:

    • Goethite: 5–5.5

    • Calcite: 3

  • Formation: Hydrothermal and sedimentary mineralization