Description
- Small- Approx. 2.00″ in diameter, 134g
- Large- Approx. 2.50″, 272g
These blue coral spheres are WYSIWYGs.
For those who are unfamiliar with WYSIWYG, it means: What You See Is What You Get. Pieces identified as WYSIWYGs are not a random pull of stones that are similar to the one(s) pictured. Instead, you receive the actual piece that is pictured.
Modern Coral Skeletons or Fossilized Coral Skeletons?
Did you know that blue coral skeletons are NOT fossils? They are considered modern coral skeletons. Read more below.
Modern Coral Skeletons
- Composition: Modern coral skeletons are primarily composed of calcium carbonate (CaCO₃), usually in the form of aragonite.
- Structure: They are formed by living coral polyps, which secrete the skeleton as part of the coral reef-building process. The skeletons have a porous, often branch-like or fan-shaped structure, depending on the species.
- Color: Living corals get their color from symbiotic algae (zooxanthellae) and pigments in the tissue; the skeleton itself is typically white or pale when the living tissue is removed.
- Example: Blue coral (Heliopora coerulea) is a modern coral species with a distinctive blue skeleton due to iron salts, not fossilization.
- Reference:
- Barnes, D.J. (1970). “Coral Skeletons: An Explanation of Their Growth and Structure.” Science, 170(3956), 1305-1308. Science Magazine
- NOAA Coral Reef Conservation Program: What are coral skeletons?
Fossilized Coral Skeletons
- Composition: Fossilized coral skeletons are typically composed of silica (SiO₂, as chalcedony or agate) or calcite, as minerals gradually replace the original aragonite skeleton over millions of years through a process called permineralization.
- Structure: Fossil corals retain the shape and internal structure of the original coral but are much harder and denser than modern coral due to mineral replacement.
- Color: Fossil corals can display a wide range of colors (tan, brown, gray, sometimes red or yellow) depending on the minerals involved in fossilization.
- Reference:
- University of Florida, Florida Museum: Fossil Coral
Blue Coral Note
- Veron, J.E.N. (2000). “Corals of the World.” Australian Institute of Marine Science.
- Blue Coral
Feature | Modern Coral Skeletons | Fossilized Coral Skeletons |
---|---|---|
Composition | Calcium carbonate (aragonite) | Silica, calcite (mineralized) |
Formation | Produced by living corals | Formed by mineral replacement |
Color | White/blue (rare), tissue colors | Tan, brown, gray, multicolored |
Example | Blue coral (Heliopora coerulea) | Agatized/fossil coral (various) |
Coral Metaphysical Properties:
- Encourages diplomacy
- Calms emotions
- Brings peace to the inner self
- Assists with intuition, imagination and visualization
- Helps one to understand and use the same modalities of the mystic
- Can help one to communicate with past spiritual masters and Ascended Masters
- Astrological Association: Pisces
- Numerical Vibration: 22 (Master Number)
Blue Coral Metaphysical Properties:
- Helps activate and energize the Throat chakra
- Can clear the Navel chakra (alternatively, the Solar Plexus chakra)
- Can illuminate the 3rd Eye
- Can enhance psychic capabilities and awareness
- Helps improve and cement in permanence pursuits in commerce
- Also helps to accrue and maintain tangible goods
- Can aid communication
- Helps one to understand the process of relating to others
- Astrological Association: Aquarius & Sagittarius
- Numerical Vibration: 8
Can’t get enough of fossilized sea life? Check out our orthoceras fossils here.
Please Note:
- Sizes and weights are approximate. Dimension sizes can vary based on the way the rock is formed. We hand measure our pieces on the longest side. Please see the pictures in the listing.
- The colors may vary due to monitor and lighting differences.
- Please use your own judgment when allowing children to handle.
- Not suggested for use in animal habitats or fish tanks.
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