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- #161
70%cocoa :
Yes, that is right. Buffs are homozygous for several recessive colour genes that we know about (dusky, chocolate and buff). You can tell that by looking. No testing required for those genes. Are you sure they only have one Blue dilution gene though? That'd be something to test for.
You already know they don't have any black. No sign of bibs. That's all good.
It'd also be good to rule out recessive white. I'm not sure how one dose of Harlequin would show up (if it did at all) so ruling that out would be good too. Also crests.
Then there are other things like leg/feet, bill and eye colour to establish. And then there's type.
It'll take a while to see that the desired characteristics are stable abd to establish them as stable if they are not.
It's worth a go, I think. After all, if people had not done the same thing 150 years ago we'd have half the duck breeds we have now. Getting new or newly discovered ones recognised is not easy but it's not impossible either, if you have something worth developing.
The Blue dilution, I think it's one dose because they are a shade or two darker than our (north american) regular Buffs, but I suppose that doesn't mean anything.
Recessive white, Harlequin and Aleutian are genes that are recessive (of course), and so it would have been very hard in the history of these ducks to have those genes introduced and then survive in a perfect Buff penetrance specimen. There's actually alot of criteria for those genes to go through there. But it is possible.
Bill color (along with bib) is probably the most possible of all the genes that you mentioned. Dusky's carry one of the two bill modifiers (y/y. Willow. The other is Sexlinked Blue). It is possible, via sexlink, that they carry this gene. I must profess that I don't know anything about leg color genes.
I will probably get bibbed specimens, but this isn't because of a penetrance. It's spontaneous. I don't know about in the UK or Australia, but it's very common for two perfectly solid buffs or khakis to produce fully bibbed progeny. This is very strange, but a very common spotaneous mutation. It's not b/b, but I'm not sure whether it's S/S either.
Yes, that is right. Buffs are homozygous for several recessive colour genes that we know about (dusky, chocolate and buff). You can tell that by looking. No testing required for those genes. Are you sure they only have one Blue dilution gene though? That'd be something to test for.
You already know they don't have any black. No sign of bibs. That's all good.
It'd also be good to rule out recessive white. I'm not sure how one dose of Harlequin would show up (if it did at all) so ruling that out would be good too. Also crests.
Then there are other things like leg/feet, bill and eye colour to establish. And then there's type.
It'll take a while to see that the desired characteristics are stable abd to establish them as stable if they are not.
It's worth a go, I think. After all, if people had not done the same thing 150 years ago we'd have half the duck breeds we have now. Getting new or newly discovered ones recognised is not easy but it's not impossible either, if you have something worth developing.
The Blue dilution, I think it's one dose because they are a shade or two darker than our (north american) regular Buffs, but I suppose that doesn't mean anything.
Recessive white, Harlequin and Aleutian are genes that are recessive (of course), and so it would have been very hard in the history of these ducks to have those genes introduced and then survive in a perfect Buff penetrance specimen. There's actually alot of criteria for those genes to go through there. But it is possible.
Bill color (along with bib) is probably the most possible of all the genes that you mentioned. Dusky's carry one of the two bill modifiers (y/y. Willow. The other is Sexlinked Blue). It is possible, via sexlink, that they carry this gene. I must profess that I don't know anything about leg color genes.
I will probably get bibbed specimens, but this isn't because of a penetrance. It's spontaneous. I don't know about in the UK or Australia, but it's very common for two perfectly solid buffs or khakis to produce fully bibbed progeny. This is very strange, but a very common spotaneous mutation. It's not b/b, but I'm not sure whether it's S/S either.