#coprolite

Let's start with the fossils this time.

This year I finally tracked down a Tully Monster, which is my state fossil! He's not a complete fossil, but you can see his eyestalk and the bottom of his proboscis very clearly.

A big chunk of dinosaur bone from Utah! Dino bone is easy to ID due to its distinct pattern, where agate and jasper have filled in the porous structure of the bone.

This is a coprolite, a piece of fossilized dinosaur poop! This one is from Madagascar.

This one is a stromatolite, a rock formation created by a colony of bacteria! Stromatolites are some of the oldest fossils on Earth. In fact, the microbes that make them were likely the very first lifeforms on the planet. And they're still around today, mostly unchanged from their ancient ancestors, and still making rock formations! This little stromatolite came from Madagascar.

A giant chunk of Turritella agate, which I won at the silent auction! Turritella agate is made of a bunch of fossilized snail shells all packed together and filled in with agate. (Despite the name, they're not actually Turritella snails, but rather Elimia tenera.) When cut and polished, it reveals beautiful organic patterns. This stuff comes from Wyoming.

That's all the fossils I brought home! Now on to the minerals!

I was very responsible and didn't come home with a million agates this year, but I couldn't resist this gorgeous rain flower agate! Hailing from Nanijing, China, these agates are naturally polished by the Yangtze River and have a unique, frosted finish.

Another cabochon for my cab collection! This is afghanite, a blue mineral that isn't related to the sodalite family, but likes to grow alongside it.

It fluoresces!

Vesuvianite, a mineral that gets its name because it was first discovered on the slopes of Mt. Vesuvius! The dark crystals growing on its surface are garnets. This piece is showing off a great example of vesuvianite's crystal habit and terminations.

A huge zircon crystal! Zircon is the oldest mineral on planet Earth. There's a deposit in Australia which has been radiometric dated to be about 4.4 billion years old! Not this guy, though. This one is from Pakistan.

It fluoresces!

An AMAZING specimen of anatase! It's extremely rare for anatase crystals to grow this large. In fact, the only other anatase crystals I've seen in person had to be viewed under a microscope!

Here's the most expensive piece I came home with - a South African diamond! Can you believe I didn't have a diamond in my collection yet? That problem has been remedied.

It fluoresces!

And finally, my friends and I broke open a few geodes at the geode-cracking booth. I picked out some Trancas geodes from Mexico.

This locale produces weird, wavy, wormy crystals! These formations occur when quartz (in the form of chalcedony or hyalite) grows atop hair-thin, curly crystals of anhydrite.

They fluoresce!

Phospraus [+Shiny]

I HAVE ACQUIRED THE MINERAL

I don't see why they would. Gems don't leave any rests behind and don't generally know what other living organisms are.

Gem Society doesn't treat pearls right (as they come from another gem) so maybe gems that are nature related (Amber, Petrified Wood...) wouldn't be treated equally and in that group, Coprolite would enter.

Okay so basically, image the Ballad of Big Al but like it was a photo album of snapshots???

2nd half \/