EBV Accuracy

Convert an estimated breeding value reliability into the accuracy correlation as the square root of the reliability.

Description

Convert an estimated breeding value reliability into the accuracy correlation as the square root of the reliability.

EBV Accuracy applies one documented biological calculation to the values you provide. Convert an estimated breeding value reliability into the accuracy correlation as the square root of the reliability.1

When to use EBV Accuracy

Use this population- or quantitative-genetics calculation when genotype counts, variance components, pedigree relationships, and ploidy follow the definitions assumed by the tool.

Reliability
Reliability of the breeding value estimate.

How EBV Accuracy calculates the result

The implementation follows this calculation rule: Convert an estimated breeding value reliability into the accuracy correlation as the square root of the reliability.

Accuracy correlation
The calculated accuracy correlation.

Limitations of EBV Accuracy

Allele frequencies and genetic parameters describe the sampled population and model. Population structure, relatedness, selection, genotyping error, non-random mating, environmental covariance, and omitted variance components can bias interpretation. The output is explicitly an estimate or proxy; preserve that label when reporting it.

Alternative or Complementary measurements

Inspect genotype counts and Hardy–Weinberg diagnostics, or fit a pedigree/genomic mixed model when individual records are available. Confidence intervals and replication across populations are more informative than a point estimate alone.

References

  1. Quantitative genetics — Wikipedia contributors

Similar or alternative tools

  • Breeding Value EBV

    Estimate an individual breeding value as heritability times the signed phenotype deviation from the population mean.

  • GEBV Blend

    Blend a genomic estimated breeding value and a pedigree estimated breeding value using a weighted average.

  • HW Chi-Square

    Compute a chi-square statistic comparing observed genotype counts against Hardy-Weinberg expectations derived from an allele frequency.

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