Animal Trait Correlation Database

 Chicken Trait Heritabilities

Filters
Search:   trait:
to display
Force an estimate of the statistics
Summary:
There are 14 heritability data found on "Eggshell strength" trait.
n:14 1. .8 .6 .4 .2 0
Median:0.335 Mean:0.342
Min-Max range:0.230 - 0.510 STD: 0.094
Interquartile range:0.255 - 0.409 95% CI:0.293 - 0.391

Heritability of "Eggshell strength" (ESS)

= 0.23
Mean40.0
Standard deviation 9.7
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsBreaking strength
Reference:

Blanco A E et al., (2014)
Genetic parameters of egg quality traits on different pedigree layers
Poultry Science, 93 (10): 2457-63

Heritability of "Eggshell strength" (ESS)

= 0.33
Mean33.1
Standard deviation 9.1
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsBreaking strength
Reference:

Blanco A E et al., (2014)
Genetic parameters of egg quality traits on different pedigree layers
Poultry Science, 93 (10): 2457-63

Heritability of "Eggshell strength" (ESS)

= 0.35
Mean52.0
Standard deviation 9.3
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsBreaking strength
Reference:

Blanco A E et al., (2014)
Genetic parameters of egg quality traits on different pedigree layers
Poultry Science, 93 (10): 2457-63

Heritability of "Eggshell strength" (ESS)

= 0.34
Mean49.0
Standard deviation 10.0
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsBreaking strength
Reference:

Blanco A E et al., (2014)
Genetic parameters of egg quality traits on different pedigree layers
Poultry Science, 93 (10): 2457-63

Heritability of "Eggshell strength" (ESS)

= 0.496
Meann/a
Standard deviation n/a
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsNon-destructive deformation
Reference:

Gervais O et al., (2017)
Long-term selection using a single trait criterion, non-destructive. . .
Animal Science Journal, 88 (2): 222-230

Heritability of "Eggshell strength" (ESS)

= 0.372
Meann/a
Standard deviation n/a
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsNon-destructive deformation
Reference:

Gervais O et al., (2017)
Long-term selection using a single trait criterion, non-destructive. . .
Animal Science Journal, 88 (2): 222-230

Heritability of "Eggshell strength" (ESS)

= 0.435
Meann/a
Standard deviation n/a
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsNon-destructive deformation
Reference:

Gervais O et al., (2017)
Long-term selection using a single trait criterion, non-destructive. . .
Animal Science Journal, 88 (2): 222-230

Heritability of "Eggshell strength" (ESS)

= 0.295
Meann/a
Standard deviation n/a
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsNon-destructive deformation
Reference:

Gervais O et al., (2017)
Long-term selection using a single trait criterion, non-destructive. . .
Animal Science Journal, 88 (2): 222-230

Heritability of "Eggshell strength" (ESS)

= 0.246
Meann/a
Standard deviation n/a
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsNon-destructive deformation
Reference:

Gervais O et al., (2017)
Long-term selection using a single trait criterion, non-destructive. . .
Animal Science Journal, 88 (2): 222-230

Heritability of "Eggshell strength" (ESS)

= 0.421
Meann/a
Standard deviation n/a
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
CommentsNon-destructive deformation
Reference:

Gervais O et al., (2017)
Long-term selection using a single trait criterion, non-destructive. . .
Animal Science Journal, 88 (2): 222-230

Heritability of "Eggshell strength" (ESS)

= 0.27
Mean3.17
Standard deviation 0.94
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
Comments
Reference:

Liu Z et al., (2018)
Genetic variations for egg quality of chickens at late laying period. . .
Scientific Reports, 8 (1): 10832

Heritability of "Eggshell strength" (ESS)

= 0.25
Mean2.99
Standard deviation 0.89
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
Comments
Reference:

Liu Z et al., (2018)
Genetic variations for egg quality of chickens at late laying period. . .
Scientific Reports, 8 (1): 10832

Heritability of "Eggshell strength" (ESS)

= 0.24
Mean3.25
Standard deviation n/a
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
Commentskg/cm*2
Reference:

Zhang L C et al., (2005)
Heritabilities and genetic and phenotypic correlations of egg quality
Poultry Science, 84 (8): 1209-13

Heritability of "Eggshell strength" (ESS)

= 0.51
Mean4.09
Standard deviation 1.02
Variancen/a
Genetic variance on mother siden/a
Genetic variance on father siden/a
Permanent environmental variancen/a
Temperary environmental variancen/a
Comments
Reference:

Gao J et al., (2022)
Genome-Wide Association Study of Egg-Laying Traits and Egg Quality in
Frontiers In Veterinary Science, 9: 877739


14 records of 620 chicken heritability records match your search.

To explore further:

 

© 2003-2025: USA · USDA · NRPSP8 · Program to Accelerate Animal Genomics Applications. Contact: Bioinformatics Team