- Joined
- Dec 16, 2005
- Messages
- 655
Wow, I don't know how I missed this, but that's amazing. If any babies pop out white, what'd it take to get a couple?
first born....lolWow, I don't know how I missed this, but that's amazing. If any babies pop out white, what'd it take to get a couple?
My first born? Deal!first born....lol
well there are some albino millipedeshahaha its the first ever in history albino invert haha
Thats a GREAT looking Jerusalem Cricket John...I have not found any in years...used to find them all the time growing up in So Cali. Wish I could find them again...
White millipede (no idea if it's albino) and a Jerusalem cricket.
Juveniles of Diplocentrus bereai are also very white until they become adult (the one below is about 8 months old)
Yeah you do. I don't even check the scorpion section anymore very often but I spotted this and had to check on those babies.Cool thanx Wolf
They are doing in fact quite well [as gracilis does lol]...the only color change that they may have gone thru is this...adults are yelloy with brown-yellow telson and last two segments as well....all areas between any plate sclerite is WHITE....
man gotta take a few pics again
Interesting you say that on the color, I wonder if the same was about the albino N. americanusWhat you're seeing is completely normal. It is natural variation that exists in large populations. The reason not many of us see things like this is because the animals that we get from the wild and which later become the foundations of captive stock are usually not selected for this reduction in pigmentation. It wouldn't help a light colored bark scorpion to hide amongst dark leaf litter and bark. It would get eaten and its genes removed from the gene pool of that population. The same would go for dark scorpions on a very light background. They look the way they do because the scorpions that look like the "wild type" we are so used to are the ones that survive, grow up to breed and propagate their genes. But there is always variation in a healthy gene pool that allows for change in a changing environment.
I've seen this same thing in frogs as well. For people saying the siblings aren't "hets" and that this is just a birth defect I'm sad to say that you don't much understand the concepts behind heterozygosity and birth defects. The siblings may very well be heterozygous. However it is impossible to know this without backbreeding them to the mother and father for F1 and F2 generations to see if the mutation reappears.
With that being said, John, I would suggest you take care before selling people your "hets". You don't want to develop a bad reputation here. Start a breedin program for them and keep a good stud book. In a few years you may be very lucky in being able to supply folks with a new proven morph.
Until then folks, lets please not have any more territorial peeing. We're peers here in this community.
And John... please stop using the term albino. It is a very specific term for a very specific genetic mutation. You have no way of proving that what you have are albino. If memory serves you have light color morph C. gracilis, this has come up before and you used to be able to buy them.