Ammonite Rainbow Fire High Quality Fossil - Select

Ammonite Rainbow Fire High Quality Fossil - Select

Mineral Information:

Ammolite is a unique and rare gemstone that is formed from the fossilized shells of ammonites, which were ancient marine mollusks that lived around 70 to 75 million years ago during the Late Cretaceous period. Ammolite is known for its vibrant and iridescent colors, which can display a wide range of hues, including green, red, orange, yellow, and blue.

The formation of ammolite occurs through a process called fossilization. Over millions of years, the shells of ammonites undergo mineralization, with layers of aragonite (a form of calcium carbonate) replacing the original organic material. The iridescent colors of ammolite are a result of the interference and diffraction of light as it passes through these thin layers of aragonite.

Ammolite is primarily found in the Bearpaw Formation, which stretches across parts of Alberta, Canada, and Montana, United States. It is considered one of the rarest gemstones in the world, with limited deposits and a finite supply.

Metaphysical Meaning:

Ammonite is a fossil that displays Fibonacci Spiral. This fossil encourages problem solving and survival instincts. It relaxes and protects, and promotes stability and structure. Ammonite is good for anyone working with sacred geometry
Their spiral shapes are also symbols of change and positive motion. The spiral draws in negative energy, filtering it through the chambers and releasing fresh, positive energy. This energy connection is used by those wishing to activate Kundalini energy.  The primal energy that is at the base of the spine and the life force source. (aka Shakti) Due to their age Ammonites are associated with ancient knowledge.

Mineral Care:

Ammolite, despite its stunning beauty, is considered a delicate and relatively fragile gemstone due to its composition and structure. Several factors contribute to its fragility:

Thin Layers: Ammolite is composed of thin layers of aragonite, a delicate form of calcium carbonate. These layers are responsible for the gemstone's iridescent colors. However, their thinness makes them vulnerable to damage, such as cracking or chipping, if exposed to excessive force or pressure.

Lamination: Ammolite is made up of stacked layers of aragonite that are susceptible to delamination, which is the separation or peeling of layers. Delamination can occur if the gemstone is subjected to sudden changes in temperature, excessive humidity, or physical stress. It is crucial to avoid exposing ammolite to extreme conditions or harsh environments.

Water Sensitivity: Ammolite can be sensitive to moisture and prolonged exposure to water. Excessive moisture can cause the gemstone to swell, warp, or become more susceptible to damage. It is advisable to remove ammolite jewelry before engaging in activities that involve water, such as swimming or bathing.

Heat Sensitivity: Ammolite is also sensitive to heat. High temperatures can cause the aragonite layers to expand or contract, potentially leading to cracks or fractures. It is essential to protect ammolite from direct heat sources, such as hot water, sunlight, or excessive heat exposure.

To protect the fragility of ammolite, it is recommended to handle it with care and avoid subjecting it to unnecessary force or pressure. Store ammolite jewelry separately in a protective case or pouch to prevent scratching or accidental impacts. Clean ammolite gently using a soft cloth or a mild, non-abrasive cleaning solution, and avoid using ultrasonic cleaners or harsh chemicals.

By treating ammolite with the necessary precautions and avoiding extreme conditions, you can help preserve its delicate beauty and ensure its longevity.

Disclaimer:

No information here is intended to diagnose, treat or cure ailments or afflictions of any kind. One should always consult a medical professional if a serious issue presents itself.

Statistics:

Category    fossilized, mineralized Ammonite shell
Formula (repeating unit)    CaCO3 aragonite polymorph, with minor amounts of calcite, pyrite, silica, and other impurities
Color    Gray to brown, can be radiant blue, with primarily red to green iridescence.
Cleavage    no true cleavage
Fracture    uneven to granular
Mohs scale hardness    3.5 - 4.5
Luster    greasy to dull
Specific gravity    usually about 2.70 (varies with mineral content)
Polish luster    vitreous
Optical properties    anomalous aggregate reaction
Refractive index    usually 1.52 - 1.68 (varies with mineral content)
Birefringence    0.135 - 0.145
Pleochroism    none
Ultraviolet fluorescence    variable