Fig. 2: Marginal means from three generalized quasi-binomial mixed-effects models which represent three variance ratios separately as response variables as a function of breeding design, the number of genotypes, and the interaction between breeding design and the number of genotypes. | Heredity

Fig. 2: Marginal means from three generalized quasi-binomial mixed-effects models which represent three variance ratios separately as response variables as a function of breeding design, the number of genotypes, and the interaction between breeding design and the number of genotypes.

From: Heritability and variance components of seed size in wild species: influences of breeding design and the number of genotypes tested

Fig. 2: Marginal means from three generalized quasi-binomial mixed-effects models which represent three variance ratios separately as response variables as a function of breeding design, the number of genotypes, and the interaction between breeding design and the number of genotypes.The alternative text for this image may have been generated using AI.

a h2, b m2, and c e2. Black dots represent predicted marginal means and bars represent their standard errors. Predicted marginal means across breeding designs in each panel were calculated assuming a mean value for number of genotypes (paternal for h2, maternal for m2 and e2).

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