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Coefficients of Kinship, Relationship and Inbreeding
This page consist of inbreeding calculations for the Cane Corso you selected or the "Virtual Mating" you have entered.
The calculations on this page are accurate to the point that they can only be made based upon the information in the database.
For more detailed calculations please make sure that as many as possible of the ancestors are known in the database.
We hope this tool will be valuable to breeders and enthousiasts.
Each information block has an explanation button which can be clicked to find information on that specific subject.
father (SIRAS) and mother (BERTA ATISON)
Name Gender children
SIRAS 19 offspring
BERTA ATISON 4 offspring
  • Explanation
    List of common progency of father and mother
    Name Gender children
    DAMON MAT ATISON 1 offspring
    DOMINIKA ATISON 4 offspring
  • Explanation
    Ascendents count
    Total count of known ascendants (over 10 generations : max=2046) 429
    Count of distinct known ascendants (over 10 generations) 145
  • Explanation
    For any animal out of father and mother :
    Coefficient of Inbreeding (this value is low) 8.715%
  • Explanation
    Top contributing ascendants :
    Partial inbreeding due to BAYRON 3.619%
    Partial inbreeding due to ARBA 3.271%
    Partial inbreeding due to SAIDA 0.586%
    Partial inbreeding due to DAVID 0.391%
    Partial inbreeding due to PLUD 0.217%
    Partial inbreeding due to ELSA 0.171%
    Partial inbreeding due to BRUNO 0.124%
    Partial inbreeding due to LEONE 0.070%
    Partial inbreeding due to CLEO 0.055%
    Partial inbreeding due to RUDUS 0.037%
  • Explanation
    Most inbred ascendants :
    RETICO 26.563%
    BAYRON 15.820%
    VESPA 15.625%
  • Explanation
    Statistics for father and mother :
    Coefficient of Relationship between father and mother 16.989%
    Coefficient of Inbreeding of father 1.855%
    Coefficient of Inbreeding of mother 3.333%
  • Explanation
    Inbred pedigree
    Click here for the Inbred pedigree
    A word of thanks
    We would like to thank Jacques Le Renard for the algorithms behind this webpage. Jacques has spent many hours perfecting these calculations. Please visit his website E.R.o's Information System