Animal Traits Correlation Database

Animal Trait Correlation Database

Cattle Trait Heritabilities

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Summary:
There are 39 heritability data found on "Scrotal circumference" trait.

n: 39

Median: 0.400 Mean: 0.403

Min-Max range: 0.209 - 0.650 STD: 0.099

Interquartile range: 0.320 - 0.466 95% CI: 0.372 - 0.434

Heritability of "Scrotal circumference" (SCRCIR)

= 0.47

Mean 27.44 (cm)

Standard deviation 3.38

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Santana M L et al., (2013)
Genetic associations among average annual productivity, growth traits,
Journal of Animal Science, 91 (6): 2566-74

Heritability of "Scrotal circumference" (SCRCIR)

= 0.30

Mean 28.65 (cm)

Standard deviation 4.06

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Santana M L et al., (2013)
Genetic associations among average annual productivity, growth traits,
Journal of Animal Science, 91 (6): 2566-74

Heritability of "Scrotal circumference" (SCRCIR)

= 0.28

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Vargas et al., (1998)
Estimation of genetic parameters for scrotal circumference, age at. . .
Journal of Animal Science, 76 (10): 2536-41

Heritability of "Scrotal circumference" (SCRCIR)

= 0.37

Mean 26.39 (cm)

Standard deviation 3.65

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Lacerda V V et al., (2018)
Effect of mature size and body condition of Nelore females on the. . .
Theriogenology, 118: 27-33

Heritability of "Scrotal circumference" (SCRCIR)

= 0.50

Mean 23.0 (cm)

Standard deviation 2.75

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Ferreira Júnior RJ et al., (2018)
Evidence of negative relationship between female fertility and feed. . .
Journal of Animal Science,

Heritability of "Scrotal circumference" (SCRCIR)

= 0.48

Mean n/a (cm)

Standard deviation n/a

Variance 6.21

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Schenkel FS et al., (2004)
Genetic parameters and breed differences for feed efficiency, growth,
Can J Anim Sci, 84:177-185

Heritability of "Scrotal circumference" (SCRCIR)

= 0.32

Mean 35.24 (cm)

Standard deviation 2.70

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments cm

Reference:
McAllister CM et al., (2011)
Genetic Parameters for Intramuscular Fat Percentage, Marbling Score,. . .
J Anim Sci, 89(7):2068-72

Heritability of "Scrotal circumference" (SCRCIR)

= 0.29

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments 365 days of age

Reference:
Costa EV et al., (2020)
Estimated genetic associations among reproductive traits in Nellore. . .
Animal Reproduction Science, 214: 106305

Heritability of "Scrotal circumference" (SCRCIR)

= 0.4617

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Silva TL et al., (2022)
Testicular hypoplasia in Nellore Cattle: Genetic analysis and. . .
Journal of Animal Breeding And Genetics,

Heritability of "Scrotal circumference" (SCRCIR)

= 0.49

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.45

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.44

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.40

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.38

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.36

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.38

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.36

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.38

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.31

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Buzanskas ME et al., (2017)
Parameter estimates for reproductive and carcass traits in Nelore. . .
Theriogenology, 92: 204-209

Heritability of "Scrotal circumference" (SCRCIR)

= 0.22

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Bessa AFO et al., (2021)
Genetic evaluation for reproductive and productive traits in Brahman. . .
Theriogenology, 173: 261-268

Heritability of "Scrotal circumference" (SCRCIR)

= 0.26

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Bessa AFO et al., (2021)
Genetic evaluation for reproductive and productive traits in Brahman. . .
Theriogenology, 173: 261-268

Heritability of "Scrotal circumference" (SCRCIR)

= 0.65

Mean n/a (cm)

Standard deviation n/a

Variance 3.36

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Grossi D A et al., (2009)
Genetic associations between age at first calving and heifer body. . .
Journal of Animal Breeding And Genetics , 126(5): 387-93

Heritability of "Scrotal circumference" (SCRCIR)

= 0.42

Mean n/a (cm)

Standard deviation n/a

Variance 8.51

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Grossi D A et al., (2009)
Genetic associations between age at first calving and heifer body. . .
Journal of Animal Breeding And Genetics , 126(5): 387-93

Heritability of "Scrotal circumference" (SCRCIR)

= 0.48

Mean n/a (cm)

Standard deviation n/a

Variance 2.48

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Grossi D A et al., (2009)
Genetic associations between age at first calving and heifer body. . .
Journal of Animal Breeding And Genetics , 126(5): 387-93

Heritability of "Scrotal circumference" (SCRCIR)

= 0.64

Mean n/a (cm)

Standard deviation n/a

Variance 4.45

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Grossi D A et al., (2009)
Genetic associations between age at first calving and heifer body. . .
Journal of Animal Breeding And Genetics , 126(5): 387-93

Heritability of "Scrotal circumference" (SCRCIR)

= 0.30

Mean n/a (cm)

Standard deviation n/a

Variance 4.32

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Pereira LS et al., (2023)
Genetic association between feed efficiency, growth, scrotal. . .
Tropical Animal Health And Production, 55(2): 132

Heritability of "Scrotal circumference" (SCRCIR)

= 0.32

Mean n/a (cm)

Standard deviation n/a

Variance 2.44

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Pereira LS et al., (2023)
Genetic association between feed efficiency, growth, scrotal. . .
Tropical Animal Health And Production, 55(2): 132

Heritability of "Scrotal circumference" (SCRCIR)

= 0.37

Mean 21.68 (cm)

Standard deviation 2.27

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Mamede M M S et al., (2023)
Estimating genetic parameters of reproductive, carcass, and meat. . .
Tropical Animal Health And Production, 55(2): 119

Heritability of "Scrotal circumference" (SCRCIR)

= 0.31

Mean 19.73 (cm)

Standard deviation 1.96

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Mamede M M S et al., (2023)
Estimating genetic parameters of reproductive, carcass, and meat. . .
Tropical Animal Health And Production, 55(2): 119

Heritability of "Scrotal circumference" (SCRCIR)

= 0.46

Mean 209.68 (cm)

Standard deviation 22.60

Variance 353.05

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Yokoo M J et al., (2010)
Genetic associations between carcass traits measured by real-time. . .
Journal of Animal Science, 88(1): 52-8

Heritability of "Scrotal circumference" (SCRCIR)

= 0.43

Mean 276.78 (cm)

Standard deviation 34.44

Variance 644.45

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Yokoo M J et al., (2010)
Genetic associations between carcass traits measured by real-time. . .
Journal of Animal Science, 88(1): 52-8

Heritability of "Scrotal circumference" (SCRCIR)

= 0.51

Mean 245.87 (cm)

Standard deviation 30.22

Variance 607.29

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Yokoo M J et al., (2010)
Genetic associations between carcass traits measured by real-time. . .
Journal of Animal Science, 88(1): 52-8

Heritability of "Scrotal circumference" (SCRCIR)

= 0.209

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Reding JJ et al., (2023)
Understanding the underlying genetic mechanisms for age at first. . .
BMC Genomics, 24(1): 480

Heritability of "Scrotal circumference" (SCRCIR)

= 0.48

Mean n/a (cm)

Standard deviation n/a

Variance 8.30

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Portes JV et al., (2024)
Effects of inbreeding on production traits and genetic evaluations in
Tropical Animal Health And Production, 56(4):132

Heritability of "Scrotal circumference" (SCRCIR)

= 0.46

Mean n/a (cm)

Standard deviation n/a

Variance 8.19

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Portes JV et al., (2024)
Effects of inbreeding on production traits and genetic evaluations in
Tropical Animal Health And Production, 56(4):132

Heritability of "Scrotal circumference" (SCRCIR)

= 0.455

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Russell Chad A et al., (2021)
Genetic parameter estimates for bull prolificacy and its relationship
Translational Animal Science, 5(3): txab128

Heritability of "Scrotal circumference" (SCRCIR)

= 0.457

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Russell Chad A et al., (2021)
Genetic parameter estimates for bull prolificacy and its relationship
Translational Animal Science, 5(3): txab128

Heritability of "Scrotal circumference" (SCRCIR)

= 0.39

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Ferreira Carlos E R et al., (2021)
Genome-wide association and genomic prediction for scrotal. . .
Theriogenology, 172: 268-280

Heritability of "Scrotal circumference" (SCRCIR)

= 0.48

Mean n/a (cm)

Standard deviation n/a

Variance n/a

Genetic variance on mother side n/a

Genetic variance on father side n/a

Permanent environmental variance n/a

Temperary environmental variance n/a

Comments

Reference:
Ferreira Carlos E R et al., (2021)
Genome-wide association and genomic prediction for scrotal. . .
Theriogenology, 172: 268-280

39 records of 2,873 cattle heritability records match your search.
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