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Known sex-linked recessive inheritance in Pyrrhura conures: Yellow sided & Cinnamon
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1. sex-linked x normal = normal/sex-linked cocks, sex-linked hens
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2. normal x sex-linked = normal/sex-linked cocks, normal hens
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3. normal/sex-linked x sex-linked = sex-linked cocks, normal/sex-linked cocks, sex-linked hens, normal hens
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4. normal/sex-linked x normal = normal cocks, normal/sex-linked cocks, sex-linked hens, normal hens
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5. sex-linked x sex-linked = sex-linked cocks & hens
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NOTE: Sex-linked you need a visual sex-linked cock or split sex-linked cock to get visuals in the first nest which will be hens (hens can never be split).
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/ = split (carrier)
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Known recessive inheritance in Pyrrhura conures: Pastel-blue (Europe) or Turquoise (USA)
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1. normal x recessive = normal/recessive cocks & hens
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2. normal/recessive x normal/recessive = normal/recessive cocks & hens,normal, recessive cocks & hens
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3. normal/ recessive x recessive = recessive cocks & hens , normal/recessive cocks & hens
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4. recessive x recessive = recessive cocks & hens
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NOTE: Pairing No: 2, you cannot tell the difference visually between the young, normal/recessive & normals. The only way to find out if their split is to test pair to proven splits or visual recessive.
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/ = split (carrier)
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Dominant inheritance is unknown (not proven) in Pyrrhura conures at present.
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1. dominant(sf) × normal = dominant(sf) cocks & hens, normal cocks & hens
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2. dominant(df) × normal = dominant(sf) cocks & hens
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3. dominant(sf) × dominant(sf) = normal cocks & hens, dominant(sf) cocks & hens, dominant(df) cocks & hens
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4. dominant(sf) × dominant(df) = dominant(sf) cocks & hens, dominant(df) cocks & hens
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5. dominant(df) × dominant(df) = dominant(df) cocks & hens
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(sf) = single factor
(df) = double factor
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