Sentence examples for proportion of traits from inspiring English sources

It does so through cumulative, statistical effects on the proportion of traits differing in their consequences for reproductive success.

This contrasts with the correct, "variational" understanding of natural selection in which it is the proportion of traits within populations that changes (Fig. 2).

The proportion of traits changes from one generation to the next as some traits are passed on at a higher rate than others Due to response to need or an effort to change by individual organisms.

Finally, it must be noted that fitness refers to reproductive success relative to alternatives here and now natural selection cannot increase the proportion of traits solely because they may someday become advantageous.

If this process happens to occur in a consistent direction—say, the largest individuals in each generation tend to leave more offspring than smaller individuals then there can be a gradual, generation-by-generation change in the proportion of traits in the population.

GLMs did not reveal any significant influence of soil type on the proportion of traits in tree assemblages.

Heritability is a measure that ranges between 0 and 1 and describes the proportion of variation present in a population for a particular trait that is due to the additive effects of alleles; it is the proportion of trait variation that can respond to natural selection.

In behavioral genetics literature, additive genetic effects are associated with a narrow sense of heritability and broad-sense heritability refers to the proportion of trait variation that can be attributed to all types of genetic effects, including dominance, epistatic interaction, and additive effects.

Because trait values were standardized, Sc is the proportion of trait variance attributable to intra-specific variation.

Heritability, the proportion of trait variability explained by genetic factors, has two somewhat different meanings.

REML provides estimates of the proportion of trait variance explained by genetic variation in the nuclear and/or mitochondrial genome.