Awesome Post Alexandra....seems like just yesterday I was breeding all the colors under the rainbow. Did you get some of your first Red and Red Tux Coturnix eggs off of me??? It was mainly me, Garrie, and 1-2 other breeders breeding this mutation back just 2 years ago. Now everyone has every Coturnix coloration...except...BLUE and BUFF. I'll get there
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I had a look at that report and some of those colors are just beautiful.
I thought the blues were beautiful but those pansy's and the red eyed browns are out of this world. (Come on Alexandra, are you holding back on offering eggs for those?
I have the Orange in my M Golds from time to time. At present 2 malesno description does not match. What I was calling a copper.
The Pansy is interesting but to dark for what I have seen in the Spring here. Still looking at the article.
I want to thank you Rainwolf for bursting my bubble.
But now I know. What I see in the Spring is not a form of dotted white.
This just describes it. Cream with little black dots all over them makes them fawn.
So evidently they are fawn2 mutations and they are all heterozygous females that I see. I would have been snookered into buying all females w/no males. Thought so.
But they are here somewhere, I am going to look and get a few anyway. Maybe I will luck out and they will have just been with males and are at start of lay.
I don't agree with some his changes to mutation names or the combining thereof. He's trying to combine variations of color to decrease the number of mutations to keep track of. Yes, there can be a bleu and lavender. Black is certainly different than brown, so the French study is not necessary wrong. etc. Since when is cinnamon, buff and orange the same. Are these guys color blind? or just against outside studies? I can't decide which.
ok... I understand what these mean but no idea who to tell which one my quail bird is....
Homozygous: Possessing two identical forms of a particular gene, one inherited from each parent.
Heterozygous: Possessing two different forms of a particular gene, one inherited from each parent.
How in the world can you tell if your breeder is either Homozygous or Heterozygous??
I agree with this article a lot as many people "think" they create a mutation when it has been already created...makes it difficult in naming the variety. This is the most correct article there is right now.