Genetic diversity


Sire pedigrees are analysed to determine "genetic originality". The tools proposed can help the breeder. They help avoid increasing inbreeding and maintain a sufficiently diverse pedigree.

Inbreeding is the result of mating between related breeding stock.

This horse does not have an inbreeding coefficient.

Inbreeding coefficient for the breed Shetland : 1.12 %
This is the average inbreeding level in a reference population of thoroughbred horses SHE
(SHE nés entre 2017 et 2021 pour la consanguinité affichée en 2024)

Generation depth

The percentage of known ancestors per generation only takes into account ancestors for which the origin has been certified. The inbreeding coefficient has been established based on these certified origins. There can be a difference between a 3-generation pedigree and the percentage of known ancestors actually used.

Generation number 10°
Atimbale De La Celle 100.00 % 100.00 % 87.50 % 43.75 % 25.00 % 0.00 % 0.00 % 0.00 % 0.00 % 0.00 %

Use of the inbreeding coefficient calculation can have the following consequences:
- favourable, when it allows the expression of "interesting" genes from one or more ancestors;
- unfavourable, when it results in the accumulation of undesirable genes and their expression in the genotype.

This calculation only uses knowledge of the pedigrees recorded in the SIRE and ranges from 0 to 48.3% (average 0.8%). Half of all horses are not inbred (53% with an inbreeding coefficient = 0) 22% have an inbreeding coefficient under 1% and 23% between 1 and 5%. Only 2.5% have an inbreeding coefficient over 12.5%. To find out more about inbreeding in horses, click here