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Heel low:
So let's go back to sorta behaving--yeh as behaving as I can be...which is not too much...
We have done the WHITE chooks which were "c" and now let's do the big C as in C"+" ("+" as in superscript just means WILD TYPE).
Know that the more proper scientific genetic way is for one series to have say, one letter of the alphabet, in this instance, we are dealing with the "C" series, so typed out nice and proper, we are doing the "c-series." If the series had more than just two alleles, we can add more letters (E-series is so far made up of: E for extended black, ER for birchen, e"+" for duckwing, eb for brown, and eWh for wheaten). Hope that makes sense fer y'all.
Me funking with your brains when I go big D and big C for DUCK and CHICKEN...or big D for DUCK and little s for SOCCER-BALL...that is not completely correct BUT (I do have a big one) that is a good way to begin the Punnett Squares to make it make some sense--start slow, be totally wrong and go from there (no place but UP from that, eh). So, like now we gotta be good (gooder, eh) and make improvements and be more proper.
So if there are two alleles on one series, in this case the little "c" was for WHITE (recessive white <--this is a review mention on that) and the big "C" is for NOT-White (non-white) or simply put, COLOURED. We will add the superscript of the plus sign ("+") to show this allele in the c-series is the wild type. Got it, I hope so...
So let's get going on this...should be pretty easy, peasy...
So I have the plastic chickens, the coloured chooks...I have two types of hens, one type of female is more a dual purpose heritage hen shaped set and the other type, a more eggy layer heritage hen shaped set. Only one set thus far of coloured males...I will eventually find a set of coloured males I like and add those and have TWO sets of coloured chooks...but fer now...one set of males and two sets of females (eggy and the duallies).
So the little scrap of paper above says, simply, "Not white, Coloured, BR (meaning like brown) and C"+" C"+"...
Now right off...jest like the Whites, we will keep this demo real simple (big kissy KISS eh!).
Y'all gotta know that if we breed coloured chook to coloured chook, the NORMAL expectation is for coloured chooks in the kids. The progeny being evenly divided up with coloured females and coloured males. Not no rocket science in this round. We will be kind and simple to ourselves, eh.
So let's get set up to do the Punnett Square for the genetics...
See the female and the male are Velcro stuck to the little pieces of yeller paper... female bird on P1 and male bird on P1 paper...the PARENTS...
So each P1 has the genetics of being C"+"/C"+", so we put one C"+" in each square....
Tis a no brainer...fill in the progeny as C"+"/C"+"...the ratio for the geno and pheno in this case is 100 percent for both the C"+"/C"+" and they are all gonna be coloured progeny.
So here are the kids; note the yeller patches of paper, each one stating "F1" with gender opposite...makes sense I hope fer yah now.
See if you turn the yeller patch of paper over, you can see the genotype...C"+" C"+"... A very good visual and hands on kinda demo, only we have to do it by photos.
I mean we knew coloured chook to coloured chook (C"+"/C"+") was gonna equal all coloured chooks in the phenotype...yes?
That is the normal expectation...but things don't always stay normal or simple...but that is a set I have yet to take photos of...so we can get into when white x white does not equal white offspring, when coloured x coloured don't end up with coloured.
In the real world, we see things that should be "like begets like" NOT happening and when this happens to us Poultry Folks...well our feathers get all ruffled up and we eventually ask the open ended question..."WHY?" and then we often go on to discover genetics to help us understand the WHY...it works, it's kewl, you'll learn to LOVE it. Simply because it makes sense and you know why and you can figure it out and I feel, it makes all of us much better breeders...birds sure benefit from us learning about them, dat's fer sure!
Wisher is absolutely correct..."genetic knowledge is power" and we need to become all powerful with the knowledge of genetics to assist us...now don't we! Still need to fear the duck though...heh heh heh,...FTD...
Doggone & Chicken UP!
Tara Lee Higgins
Higgins Rat Ranch Conservation Farm, Alberta, Canada
So let's go back to sorta behaving--yeh as behaving as I can be...which is not too much...

We have done the WHITE chooks which were "c" and now let's do the big C as in C"+" ("+" as in superscript just means WILD TYPE).
Know that the more proper scientific genetic way is for one series to have say, one letter of the alphabet, in this instance, we are dealing with the "C" series, so typed out nice and proper, we are doing the "c-series." If the series had more than just two alleles, we can add more letters (E-series is so far made up of: E for extended black, ER for birchen, e"+" for duckwing, eb for brown, and eWh for wheaten). Hope that makes sense fer y'all.

Me funking with your brains when I go big D and big C for DUCK and CHICKEN...or big D for DUCK and little s for SOCCER-BALL...that is not completely correct BUT (I do have a big one) that is a good way to begin the Punnett Squares to make it make some sense--start slow, be totally wrong and go from there (no place but UP from that, eh). So, like now we gotta be good (gooder, eh) and make improvements and be more proper.
So if there are two alleles on one series, in this case the little "c" was for WHITE (recessive white <--this is a review mention on that) and the big "C" is for NOT-White (non-white) or simply put, COLOURED. We will add the superscript of the plus sign ("+") to show this allele in the c-series is the wild type. Got it, I hope so...
So let's get going on this...should be pretty easy, peasy...

So I have the plastic chickens, the coloured chooks...I have two types of hens, one type of female is more a dual purpose heritage hen shaped set and the other type, a more eggy layer heritage hen shaped set. Only one set thus far of coloured males...I will eventually find a set of coloured males I like and add those and have TWO sets of coloured chooks...but fer now...one set of males and two sets of females (eggy and the duallies).
So the little scrap of paper above says, simply, "Not white, Coloured, BR (meaning like brown) and C"+" C"+"...
Now right off...jest like the Whites, we will keep this demo real simple (big kissy KISS eh!).

Y'all gotta know that if we breed coloured chook to coloured chook, the NORMAL expectation is for coloured chooks in the kids. The progeny being evenly divided up with coloured females and coloured males. Not no rocket science in this round. We will be kind and simple to ourselves, eh.

So let's get set up to do the Punnett Square for the genetics...
See the female and the male are Velcro stuck to the little pieces of yeller paper... female bird on P1 and male bird on P1 paper...the PARENTS...
So each P1 has the genetics of being C"+"/C"+", so we put one C"+" in each square....
Tis a no brainer...fill in the progeny as C"+"/C"+"...the ratio for the geno and pheno in this case is 100 percent for both the C"+"/C"+" and they are all gonna be coloured progeny.
So here are the kids; note the yeller patches of paper, each one stating "F1" with gender opposite...makes sense I hope fer yah now.
See if you turn the yeller patch of paper over, you can see the genotype...C"+" C"+"... A very good visual and hands on kinda demo, only we have to do it by photos.
I mean we knew coloured chook to coloured chook (C"+"/C"+") was gonna equal all coloured chooks in the phenotype...yes?

That is the normal expectation...but things don't always stay normal or simple...but that is a set I have yet to take photos of...so we can get into when white x white does not equal white offspring, when coloured x coloured don't end up with coloured.
In the real world, we see things that should be "like begets like" NOT happening and when this happens to us Poultry Folks...well our feathers get all ruffled up and we eventually ask the open ended question..."WHY?" and then we often go on to discover genetics to help us understand the WHY...it works, it's kewl, you'll learn to LOVE it. Simply because it makes sense and you know why and you can figure it out and I feel, it makes all of us much better breeders...birds sure benefit from us learning about them, dat's fer sure!
Genetic Knowledge is POWER
Fear The Duck!
Wisher is absolutely correct..."genetic knowledge is power" and we need to become all powerful with the knowledge of genetics to assist us...now don't we! Still need to fear the duck though...heh heh heh,...FTD...
Doggone & Chicken UP!
Tara Lee Higgins
Higgins Rat Ranch Conservation Farm, Alberta, Canada