Where's Dale

11/14/2019

Are you, or do you know someone, thinking of getting engaged? Here's some insight into lab-grown diamonds.

10/16/2018

When you want up to the minute info, go to our store page, Dale Robertson Jewelry

11/20/2015

Getting closer and closer!
5 weeks from today!

10/31/2015

Please be sure to go to and "Like" our other page, Dale Robertson Jewelry for all the updates and information.

03/19/2015

"A leader takes people where they want to go. A great leader takes people where they might not want to go, but ought to be" Rosalyyn Carter

10/01/2013

Announcement #1. After having the store open about a year, it's time for us to move. We're not moving the store, but we are moving our web site to www.dalerobertsonjewelry.com and Facebook to DaleRobertsonJewelry. Please check out the new site and if you haven't already, enter our Facebook contest to celebrate our one year anniversary for the store!

Every life has a story to tell.

09/30/2013

85 days until Christmas. 1 day until our announcement!

08/17/2013

Come see me today. Plus, go to my new page and like Dale Robertson Jewelry. I'm posting all the news there.

08/13/2013

Great place! Be sure to like the new page.

08/05/2013

Change happens!

08/02/2013

Breaking news from 4.6 billion years ago. (yea, right!)

If you're still using the old saw, "A diamond is a piece of coal that just stuck to its job!", it's time for a science lesson. We're telling you this today because the diamond-coal relationship was recently listed as one of the "35 Science 'Facts' That Are Totally Wrong" by Business Insider . Contrary to what most people believe — including, mayhaps, some percentage of you out there — coal doesn't usually play a role in diamond formation. In fact, most diamonds are older than Earth's first land plants. And since land plants are the source of coal, well, there's your proof that diamonds typically don't come from coal. An article on Geology.com used as reference states the most common ways diamonds are formed — including formation in the earth's mantle (these diamonds were later brought to the earth's surface via deep volcanic eruptions over the subsequent 4.6 billion years), formation in space, and formation during asteroid impact. (Geologists speculate that coal's carbon content could play a role in diamond formation after asteroid impacts, but that the amount of diamonds thus formed is not significant.) The diamond and coal have one thing in common - carbon!