Buyer’s Guide: Dreamsicle Project
Want to make your own Dreamsicles but don’t know where to start? We’ve outlined all your options so you can buy with confidence.
Want to make your own Dreamsicles but don’t know where to start? We’ve outlined all your options so you can buy with confidence.
Everything you need to know about the crazy cool Jungle Woma morph.
Without further ado… the SUMA PIED! What a sweet moment to admit that my doubts were proven wrong! As many of you know, I had just about given up on the Suma Pied being anything like the animal I set…
We made some major progress with the Highway / Gravel Pieds as well as the Orange Dream Pied project. Here are the highlights!
For the new year I’ll be listing collections of different projects. Many of these animals will be revealed for the first time.
These wild new combos are integral to unlocking the future of GHI Clowns!
The story of the clutch that took me from an average hobbyist to a full on Ball Python addict.
The complete backstory behind the elusive “Gene X.”
After missing this combo twice in 2015, I’m thrilled to finally hit it!
About a week ago I showed off the world’s first Highway Pied, but… I had a secret. We made something even better.
The Leopard Clown is the most essential combo to future of the Clown project. As the major pioneer of Leopard Clowns, let me make my case…
The world’s first Lavender Albino Clown, the “Grail,” has arrived!
This incredible new combo definitely lives up to the name.
Very pleased to introduce the Superfly Piebald, another JKR World’s First.
There has been much discussion and debate regarding the compatibility of these two similar-looking morphs. We’ve just unlocked a piece to the puzzle!
A common question is whether the amount of white on a Piebald is determined by the parents. Can you buy a low-white Pied and expect it to produce high-white offspring? Let’s explore the topic and examples.
Another world’s first from the Leopard Clown project. This one’s a stunner!
As the market matures, we face the inevitable reality that the genes we work with will eventually lose value. However, not all morphs are created equal. Some will retain value much longer than others based on a few key criteria.