Wired Earth

Wired Earth, LLC

Shop2022-06-04T21:06:27-04:00
  • 5cm x 5cm x 6cm Dream amethyst (also known as Chevron Amethyst) is a natural mineral formed when amethyst and white quartz fuse together while cooling down off after a volcanic eruption. The amethyst that fuses to the white quartz creates the chevron-like shapes in the crystals. The main areas Dream Amethyst can be found is Brazil, Namibia, and Morocco. ***Due to natural variations in stones, the appearance will vary***
  • Dream amethyst (also known as Chevron Amethyst) is a natural mineral formed when amethyst and white quartz fuse together while cooling down off after a volcanic eruption. The amethyst that fuses to the white quartz creates the chevron-like shapes in the crystals. The main areas Dream Amethyst can be found is Brazil, Namibia, and Morocco. ***Due to natural variations in stones, the appearance will vary***
  • 8cm - 9cm Tall Bloodstone is formed, like many other minerals, when molten rock rises to the Earth's surface and cools. Then as gasses escape and settle on the rock's surface, it leaves little pockets on the surface of the mineral. The green color in Bloodstone comes from Chlorite and Amphibole. The red spots are iron oxide deposits where the gasses rose. Most Bloodstone is found in India, Australia, Brazil, and Madagascar. ***Due to natural variations in stones, the appearance will vary***
  • 6cm - 7cm Dalmatian Jasper is made up of feldspars, quartz, alkali amphiboles, and small amounts of hematite and epidote. It gets its name from the neutral color body with the black spots (arfvedsonite). This stone is used in many homes all over the world as a decor item and some countries use this a lot in their jewelry. Dalmatian Jasper is found in Chihuahua, Mexico. ***Due to natural variations in stones, the appearance will vary***
  • 9cm Tall Agate is a translucent form of microcrystalline quartz. These crystals form inside of igneous rocks over a long period of time and get their banding from years of siliceous groundwater building up in the cavities of these rocks. What makes this mineral so beautiful and unique is that the color variations and banding patterns are completely dependent on the environmental factors around them. This makes it so that every formation is different and there are no two formations that are the same! ***Due to natural variations in stones, the appearance will vary***
  • 10cm - 11cm Tall Agate is a translucent form of microcrystalline quartz. These crystals form inside of igneous rocks over a long period of time and get their banding from years of siliceous groundwater building up in the cavities of these rocks. What makes this mineral so beautiful and unique is that the color variations and banding patterns are completely dependent on the environmental factors around them. This makes it so that every formation is different and there are no two formations that are the same! ***Due to natural variations in stones, the appearance will vary***
  • 6cm - 7cm Wide Clear quartz is made of Silicon dioxide and is one of Earth's hardest minerals on the Moh's hardness scale. It is found mixed in many types of minerals and also in bedrock, sand, and gravel. Quartz is naturally clear and opaque but can be found in many other colors. This mineral Earth's most abundant crystal and can be found in many different places but mostly in the Alps, Madagascar, and Brazil. ***Due to natural variations in stones, the appearance will vary***
  • 6cm - 7cm Chocolate calcite is a calcium carbonate mineral. It gets its name from its milky, chocolately appearance that comes from the different hues and banding. This mineral is often referred to as brown aragonite as they are both very similar in composition. Chocolate calcite can be found in calcium-rich environments. ***Due to natural variations in stones, the appearance will vary***
  • 30mm Carnelian is a part of the Chalcedony family. It is formed when two silica minerals with different crystal structures grow together such as quartz and moganite. The firey orange and red colors come from iron oxides in the mineral. Carnelian can be found in Brazil, India, and Uruguay. ***Due to natural variations in stones, the appearance will vary***
  • 45mm - 50mm Carnelian is a part of the Chalcedony family. It is formed when two silica minerals with different crystal structures grow together such as quartz and moganite. The firey orange and red colors come from iron oxides in the mineral. Carnelian can be found in Brazil, India, and Uruguay. ***Due to natural variations in stones, the appearance will vary***
  • 4cm - 5cm Carnelian is a part of the Chalcedony family. It is formed when two silica minerals with different crystal structures grow together such as quartz and moganite. The firey orange and red colors come from iron oxides in the mineral. Carnelian can be found in Brazil, India, and Uruguay. ***Due to natural variations in stones, the appearance will vary***

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