Stromatolite

Stromatolites are rocks formed from fossilized algae, otherwise known as cyanobacteria. It is believed to be one of the oldest fossils found on earth. Layered strips and whirlpools are visible on the surface of these rocks. They contain silica, jasper and other impurities that affect fossil's colours. They can be various - brown, beige, reddish-brown, yellow, white and grey.

These are fossils that protect the earth's energy. It formed at a time of peace and harmony in the world, and it will give its holder exactly those feelings. Do not be afraid to hold these stones in your hands during meditation - it will unite your soul with ancestors who know the secrets of the world.

These fossils will calm your emotions. It will be easier for you to get rid of your fears and mistrust. By stimulating the root chakra, the stone will help you feel in the world like home and accept yourself despite any rules.

Your soul has come to live in the physical body to gain experience. Stromatolite will remind you of this and help you feel protected and assured that everything that happens in your life has a deeper meaning and purpose. These feelings, acting through the root chakra, will reach the heart, which usually becomes the guide of life. By listening to your inner voice, you will always be where you are destined to be. The crystal will encourage you to have hope, give you a sense of lightness, soften the character traits and help you look at everything more positively.

Stromatolites help the body feel better. Fossils improve the immune system, maintain fluid in the body, and support the functioning of all organs. It has been observed that those who have these stones heal wounds faster, especially various bone fractures.

Approximate weight: 32g. 
Approximate size: 3,4x4,1x2,6cm.

Crystal: Stromatolite. 
Country of origin: Australija. 
Chemical composition: SiO₂ Fe₂+ CaCO₃.
Hardness based on Mohs scale: 4 - 7. 

Crystal and gemstone meanings, Detailed Stromatolite properties

Crystal and gemstone meanings, Detailed Fossil properties