Using information available from markers in selection can increase the accuracy and efficiency of a breeding program when compared to traditional breeding schemes [ 12].
One of the versions of the CRM modestly increased the amount of explained genetic variance, slightly reduced the 'missing heritability' and tended to improve the prediction accuracy of breeding values in both populations when compared to both NRM and GRM.
More specifically, Thompson et al. (2012) identified 132 genes in HVC cells that changed in expression between breeding and nonbreeding conditions when compared to gene expression in RA, a non-neurogenic region of the song bird brain [ 40].
Specifically, species breeding in farmland areas were more likley to be found in urban centres in Oslo when compared to those breeding in forests.
When compared to birds breeding in relatively undisturbed areas, birds in areas of high chronic human disturbance were found to exhibit attenuated HR responses to acute anthropogenic stressors of low-intensity (i.e. sounds or human approaches) to which they had been subjected intensely over the years.
If the benefit of this new (genome-wide marker) information is evaluated using the base PEV reliability, its usefulness in a breeding program may be undervalued, particularly when compared to the value of old information from the parental generation, i.e., the EBV of selected parents [ 16].
Our results show that, as in prior studies, using female reproductive technologies increases genetic gain when compared to traditional breeding programs.
Assuming the same fusion power, results show that main reactor global neutronic parameters, e.g. tritium breeding ratio and neutron multiplication factor, evolved slightly when compared to present uncertainties margin.
A higher percentage of participants with less knowledge of breeding sites (one and two) had uncovered water jars in their yard (90.1% and 76.1%, respectively) when compared to those with more knowledge of breeding sites (3 or more – 64.4%), (p < .01).01
High level of genetic polymorphism detected by these markers is in agreement with the assumption that outcrossing plant species from natural population will have higher level of genetic diversity when compared to in-breeding plant species.
