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BONITA LXXV
UELN:
190101002115324
For further information, please consult the Breeding Program
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Date of Birth
20/05/1996
Microchip
405E6F2665
Sex
H
Breeding Status
B
Colour
GREY
Genetic Coat Colour Test
Genetic category
Ownership Card
Not
Breeder
AGROPECUARIA LEZAMAR S.A.
Owner
(last stud farm known)
SUE TAYLOR
Genealogy
Genealogy
Offspring (7 horses)
Offspring (7 horses)
Photos (0)
Photos (0)
Genetic values - Conformation traits for dressage
Genetic values - Conformation traits for dressage
Conformation
Conformation
Save File
Save A3 File
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#
Name
Studbook code
Year of birth
R.S.
Offspring coat color
Sire
Sire coat color
FAROL 27
190101002300400
2000
TORDA
BANDOLERO XXVI
TORDA
GRIFON 1
190101002306365
2001
TORDA
BANDOLERO XXVI
TORDA
BONITO XXIII
190101002319050
2002
TORDA
BANDOLERO XXVI
TORDA
GAZARRO TABANUS
190101002404096
2003
TORDA
BANDOLERO XXVI
TORDA
GAZARO OTOBIO
7240020124GB073
2005
TORDA
ROMERO XXV
CASTAÑA
DOMINANTE LXV
7240150801GB044
2008
B
CASTAÑA
GASTADOR XII
CASTAÑA
PIMENTERO
7240150902GB192
2009
TORDA
MACEDONIO-MAC
TORDA
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No photos available for this horse. The current owner can publish photos from his private area on the web.
Pedigree
IGG:
104.03
High Repeat.
IGG:
91.29
Low Repeat.
IGG:
102.57
Low Repeat.
IGG:
103.71
Low Repeat.
IGG:
92.92
Low Repeat.
IGG:
93.47
Low Repeat.
Global Conformation Genetic Index
Information
The Global Genetic Index (GGI) indicates a horse’s ability to genetically transmit specific favorable traits to its descendants. In this particular case, it refers to conformation traits that adapt the horse for Dressage.
This value is based on the horse’s own phenotypic assessment (lineal conformation score) as with any other relative that has previously participated in the various performance controls. Environmental information is also necessary, as is genealogic or pedigree data.
Genetic values for the conformation variables taken into consideration are used to obtain the GGI. This information is expressed on a scale where the average is 100 (average for the herd population analyzed), thus a horse with a GGI that is greater than 100 is, as a whole, recommendable for these variables.
Repeatability is also included in the GGI, as this indicates the precision for estimation.
The main advantage in knowing the genetic quality of a given horse is to select the best breeding stock, to obtain foals with given conformation traits that are functionally outstanding in a certain discipline, such as Dressage.
There may be a greater or lesser degree of discrepancy between a horse’s conformation (what the breeder perceives when observing a horse) and what is expected of that horse (the ability of a horse to transmit certain traits to its descendants).
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Head
Information
Values are expressed from -2 to +2 with the average being 0. Having a positive or negative genetic value does not mean that a horse is more or less favorable. Rather, it is the level to which a given trait is transmitted to its descendants.
For example, a genetic value of -1 for the Length of Head indicates that the horse could transmit a head that is shorter than the average for the breed to its progeny. A value of +0.5 for length of back indicates that the horse could transmit a longer than average back to the next generation.
The final result, in terms of offspring, will always depend on reliability and what the other parent transmits. Each parent contributes 50% of its genetic information to its progeny.
Thanks to the genetic values for the various conformation variables, breeders may correct conformation defects to then obtain progeny in keeping with their preferences.
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Body
Information
Values are expressed from -2 to +2 with the average being 0. Having a positive or negative genetic value does not mean that a horse is more or less favorable. Rather, it is the level to which a given trait is transmitted to its descendants.
For example, a genetic value of -1 for the Length of Head indicates that the horse could transmit a head that is shorter than the average for the breed to its progeny. A value of +0.5 for length of back indicates that the horse could transmit a longer than average back to the next generation.
The final result, in terms of offspring, will always depend on reliability and what the other parent transmits. Each parent contributes 50% of its genetic information to its progeny.
Thanks to the genetic values for the various conformation variables, breeders may correct conformation defects to then obtain progeny in keeping with their preferences.
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Forelimb
Information
Values are expressed from -2 to +2 with the average being 0. Having a positive or negative genetic value does not mean that a horse is more or less favorable. Rather, it is the level to which a given trait is transmitted to its descendants.
For example, a genetic value of -1 for the Length of Head indicates that the horse could transmit a head that is shorter than the average for the breed to its progeny. A value of +0.5 for length of back indicates that the horse could transmit a longer than average back to the next generation.
The final result, in terms of offspring, will always depend on reliability and what the other parent transmits. Each parent contributes 50% of its genetic information to its progeny.
Thanks to the genetic values for the various conformation variables, breeders may correct conformation defects to then obtain progeny in keeping with their preferences.
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Hindlimb
Information
Values are expressed from -2 to +2 with the average being 0. Having a positive or negative genetic value does not mean that a horse is more or less favorable. Rather, it is the level to which a given trait is transmitted to its descendants.
For example, a genetic value of -1 for the Length of Head indicates that the horse could transmit a head that is shorter than the average for the breed to its progeny. A value of +0.5 for length of back indicates that the horse could transmit a longer than average back to the next generation.
The final result, in terms of offspring, will always depend on reliability and what the other parent transmits. Each parent contributes 50% of its genetic information to its progeny.
Thanks to the genetic values for the various conformation variables, breeders may correct conformation defects to then obtain progeny in keeping with their preferences.
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General
Information
Values are expressed from -2 to +2 with the average being 0. Having a positive or negative genetic value does not mean that a horse is more or less favorable. Rather, it is the level to which a given trait is transmitted to its descendants.
For example, a genetic value of -1 for the Length of Head indicates that the horse could transmit a head that is shorter than the average for the breed to its progeny. A value of +0.5 for length of back indicates that the horse could transmit a longer than average back to the next generation.
The final result, in terms of offspring, will always depend on reliability and what the other parent transmits. Each parent contributes 50% of its genetic information to its progeny.
Thanks to the genetic values for the various conformation variables, breeders may correct conformation defects to then obtain progeny in keeping with their preferences.
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For more information about competitions, please visit
web de ANCCE
. Thanks.
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