The individuals that are hunted have a maladaptive trait, indicating that they are less fit to survive (step 5).
Except GBSSI for AC, SSIIa for DEC and PGWC, RGS1 for GL and LWR, other marker-trait associations only explained less than 15%% of the phenotypic variation of a trait, indicating that accumulating desirable alleles of multiple genes is necessary for achieving sizable improvement.
Particularly if the phylogenetic distribution of the trait indicates that it was gained, and retained, independently in several evolutionarily distant groups of cyanobacteria, then one can seek evidence for the nature of its adaptive value in environmental characteristics that are common to the habitats typical of those particular groups, but absent in those lacking it.
Accordingly, a high heritability (>80%) was estimated for each trait, indicating that genetic effects play a predominant role in the performance of the traits (Table 1).
The presence of clusters of genes in the regions involved in the control of this trait indicates that a well-coordinated response of many genes is fundamental to achieve pathogen resistance.
Although few markers associated with Al tolerance were mapped to 3R, they were highly associated with the trait, indicating that a single QTL is present on the 3R chromosome.
Analysis of the population size trait indicated that on day 5, the population sizes of N2 and NIL-110 were significantly greater than those of NILs-1 and -9, which were in turn greater than that of DR1350 (F4,96 = 17.86, p < 0.001).
The observed effects of casein loci haplotypes on economically important milk production traits indicate that there is an opportunity to select for specific haplotype as a tool to enhance selection response.
Together, these traits indicate that the forerunners of marsupial mammals called metatherians and placental mammals diverged even earlier still and have been separated by over 160 million years of evolutionary change.
In the present study, the moderate to high H2 values for yield and yield-related traits indicate that they are genetically controlled by additive gene action and can be used as a selection parameter under both drought stress and non-stress environments.
