Corgi Wiki

X Halmor Caeser Romb
Bouev's Topper
Bouev's Star Bright
Silver Creek's Lad Of Rhydowen Romb
X Llewyn's Colwyn Of Rhydowen
Hazen Ffon Rupert
Blarneystone Ayn Of Rhydowen
Rhydowen's Herr Bach Cd
Rhydowen Sir Smokey
Rhydowen Llandovery Katydid
Rhydowen Jane Ffon Rupert
Rhydowen Morlo Ap Llwynogyn Cd
Rhydowen Tara Of Scallon
Rhydowen Happy Of Rowlegate Cd
X Swansea Black Jack
Llewyn's Colwyn Of Rhydowen
Rhydowen Ink Of Lindsey
X Swansea Good Nite Romg
Rhydowen Bristol Breeze
Rhydowen Turley Ffon Rupert
Rhydowen Ruf Rolo Ffon Rupert
Rhydowen Hanging Rock Hedrik
Rhydowen Holly Ffon Rupert

(5 Gen.) Ancestor Loss: 41.27%

(5 Gen.) Pedigree Inbreeding: 14.84%

(5 Gen.) Genetic Inbreeding: N/A

Generation	Unique Ancestors	Total Possible
1	2	2
2	4	4
3	7	8
4	13	16
5	23	32

pedigree incomplete, values might be very inaccurate

Explanation of the values:

* Due to Computational constrains the isonometric coefficient is given which is a derived value from Wrights coefficient that might be lower than the Wrights for dogs that are inbred to inbred dogs.

Population average for dogs is about 6.25%.
The higher the value, the more inbred the dog is. The Inbreeding-Coefficient (IC) is a measure of the degree of inbreeding in an individual dog. It is the probability that two alleles at a locus are identical by descent. The IC is calculated by summing the probabilities of all possible paths of common ancestors that connect the two alleles. The IC is expressed as a percentage and can range from 0% to 100%. The IC is a measure of the degree of inbreeding in an individual dog. It is the probability that two alleles at a locus are identical by descent. The IC is calculated by summing the probabilities of all possible paths of common ancestors that connect the two alleles. The IC is expressed as a percentage and can range from 0% to 100%.

Bouev's Rubicon Sweet Sue
Rubicon Phillipa
Swansea Rubicon Sugar
Swansea Rubicon Rhydawn
Rubicon Argentyna
Rubicon Drummer Hodge
Rubicon Priscilla Ayn

AM CH Bouev's Rubicon Sweet Sue

Dam (1972)

AM CH
Bouev's Rubicon Sweet Sue