Corgi Wiki

* 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%.

Spectrum Huff Of Larchmont
Spectrum Nellie
Spectrum Amelia Airhart
Phi-vestavia Spectrum Bonus
Spectrum Oops A Daisy

AM CH
Spectrum Oops A Daisy

Dam (1994)

CH
Phi-vestavia Cardach Aeron Ax Oap Njp Romb

CH
Phi-vestavia Havana Rulin

CH
Joseter Joson Romg

CH
Kentwood Lyneth Romg

CH
Twinroc Max-in-a-million Roms

CH
Phi-vestavia Valencia Romb

AM CH, CAN CHPhi-vestavia Cardach Aeron Ax Oap Njp Romb

AM CHPhi-vestavia Havana Rulin

UK CH
Joseter Joson Romg

BISS AM CH
Kentwood Lyneth Romg

AM CH
Twinroc Max-in-a-million Roms

AM CH
Phi-vestavia Valencia Romb

UK CH
Jubilee Joseph

Ringinglow Valentine

UK CH
Downholme Silversand Of Joseter

UK CH
Kentwood Bethan

AM CH
Chandler's Critics Choise

AM CH
Phi Vestavia Original Sin Am Cdx Hs Roms

AM CH
Salvenik Sea Treasure Rom-v-g

BISS AM/CAN CH
Phi's Amazing Grace Ap Ronel Rom-v-g

Somerset's Copper Penny

Spectrum Huff Of Larchmont

Spectrum Nellie

Spectrum Amelia Airhart

Phi-vestavia Spectrum Bonus

Spectrum Oops A Daisy

AM CH Spectrum Oops A Daisy

Dam (1994)

AM CH
Spectrum Oops A Daisy