Using experience in carpentry and a geology degree to make unique and custom items.

At the age of 14 Adam went to work during the summers learning how to do home repairs of all types. Fifteen years later, while working in Fayetteville, NC, he suffered an injury which would lead to vocational retraining with an Associates of Applied Science degree in Environmental Technology. The next few years were spent in the Northern Virginia area monitoring and remediation of ground water contamination. Adam would eventually enroll at Radford University and obtaining a Bachelor’s of Science in Engineering and Environmental Geology. Choosing to be a stay-at-home dad while his wife advanced her career has led to the birth of House of Wood and Stone. Using both his carpentry background and his geologic education to blend wood and stone to create unique and custom designs at a fair price.

Some rocks and minerals, such as Sulphur, are scientifically known to have inherent health/safety risks which may not be listed in these descriptions. Other species may become altered when exposed to moisture, Ultra-Violet light or heat. I provide information which can be confirmed through multiple sources and make every attempt to eliminate large discrepancies between authors. Some portions may be taken directly from the source with additional citation. Metaphysical descriptions can vary based intention, method and even location of use. It is strongly recommended to find the method of use which best fits your own personal preferences.

Crystal Vaults. (2009-2016, April 4). Crystal Vaults. Retrieved from Crystal Vaults, crystals for life, your spirit, your wellbeing:
Cunningham, S. (2011). Cunningham's Encyclopedia of Crystal, Gem & Metal Magic. Llewellyn Worldwide, Jan 8.
Donald R. Prothero, F. S. (2004). Sedimentary Geology: An Introduction to Sedimentary Rocks and Stratigraphy second edition. New York, NY: W.H. Freeman and Company.
Foundation for Balance and Harmony. (2016, Jan 1). Retrieved from metaphysical directory:
Hudson Institute of Mineralogy. (1993-2016, January 1). Retrieved February 15, 2016, from
Perkins, D. (2011). Minerolgy Third Edition. Upper Saddle River, NJ: Pearson Prentice Hall.

As little as 0.01% impurity can alter the coloration of a mineral. This chart shows which colors are
result from which metallic impurities. This shows only the most common colorations and does not reflect additional causation such as radiation, isotopes, or light refraction properties.

Coloring elements
Element Colors
Titanium Blue
Vanadium Green / Color change
Chromium Red - Green
Manganese Pink
Iron Red - Green - Yellow
Cobalt Blue
Nickel Green
Copper Green - Blue

Legal imprint