For rockhounds, teachers and mineral lovers!

Terra Harmonia -Resources for Rock Clubs and Rockhounds

Home-grown ‘Diamonds’ - Illinois Fluorite like you've never seen it!

Home-grown ‘Diamonds’ - Illinois Fluorite like you've never seen it!

Tom Wiesner is highly regarded as a collector, and was known as “The Fluorite Man” in Tucson for many years, although he has since sold his collection a few years ago. The Wiesner Fluorite Collection was so well known that the Springfield, Illinois State Museum featured a program of his mineral specimens. While also known for his incredible cabochons, it’s the exceptional polished fluorite octahedrons that are truly unique. While I’m trying to decide how to photograph these incredible octahedrons - what angle do you shoot when each side reveals an awesome beauty? - we asked Tom a few questions about his fascination with shaping and polishing fluorite. Fluorite usually grows as a cubic crystal, but breaks (cleaves) as an octahedron. So the octahedrons are made out of massive fluorite – not usually out of crystals. Crystals are valuable just as they are.
Terra Harmonia -  Entering the Rockhounding Realm!

Terra Harmonia - Entering the Rockhounding Realm!

Terra Harmonia - earth in sync - earth in harmony
Earth in sync - in harmony, creating incredible crystals, minerals and semi-precious stones that are a joy to explore. What do you do when you have a basement full of rocks and mineral specimens? I'll bet you have a few buckets of rocks laying around! Geodes, agates, fossils, petrified wood, corals and crystals. Rockhunting is possible in your own garage or basement. 
Terra Harmonia - from buckets to rock shop on the web!

Terra Harmonia - from buckets to rock shop on the web!

Learning about geology, minerals, crystals, gemstones and agates these past 15 years has given us the desire to have our own rock shop on the web. This has opened up the brand new and challenging world of Facebook, Shopify and the mysterious process of SEO, along with learning about the rocks and minerals themselves.