Moldavite is a gemstone that resembles green glass and has drawn the interest of both crystal enthusiasts and skeptics. How did genuine moldavite come to be, and what precisely is real moldavite tektite? We shall explore moldavite’s intriguing geological history and development in this post.
One kind of tektite, a naturally occurring glass created by a meteorite collision, is moldavite. Around 15 million years ago, the actual meteorite that gave rise to moldavite impacted the Bohemian area of the Czech Republic. The impact’s extreme heat and pressure melted the surrounding sand and rocks, which later crystallized into the emerald-green glass that we now know as moldavite.
Among tektites, moldavite is distinct because it contains a lot of silicon dioxide, which gives it its green hue. Moldavite’s precise chemical makeup varies because the makeup of the rocks and soils in the impact region impacts it. Small bubbles, inclusions, or other flaws in some moldavite specimens are natural characteristics that give the gemstone individuality.
Moldavite is connected to both volcanic activity in the Bohemian area and its meteorite impact-related origin. Volcanic eruptions were triggered by the impact’s high heat, which combined the pressure and heat to create moldavite.
Only a few places on earth have been discovered to have moldavite, with the Czech Republic’s Bohemian area having the most significant quantities. However, little Moldavite shards have been found in nearby nations like Germany and Austria, suggesting that the meteorite impact significantly influenced worldwide.
As a result of a meteorite impact in the Bohemian area of the Czech Republic, Moldavite is a rare and intriguing gemstone. It is a sought-after gemstone for crystal fans and spiritual searchers due to its unusual composition and green hue. The next time you gaze at a piece of moldavite, stop to consider the tremendous geological forces that created this gemstone.