Sentence examples for breeding points from inspiring English sources

However, the poor crossability of the plant at the interpopulation or intraspecific levels is an obstacle from the evolutionary and breeding points of view as an average of 4.56% crossability was recorded for AP in this study.

6 The collaboration of local communities (community-based approach) is thus recognised as essential to long-term vector control, especially for the management of domestic breeding points, 7 in spite of limited evidence for the effectiveness of these strategies.

Such robust QTLs are important from breeding point of view.

From the breeding point of view, understanding Q×E interaction is important in marker-assisted selection and breeding.

Bumblebees, the only insects that pollinate tuber-bearing Solanum species, do no visit plants with aberrant flowers [ 34] that are, consequently, isolated from the breeding point of view.

From a rice breeding point of view, it will be necessary to clarify the association between particular haplotypes and phenotypic differences.

Both procedures provided similar results identifying a high risk cluster in the western part of the village where a mosquito breeding point was located.

The tree age of this material (17 yr) is also considered to be appropriate for assessment and selection in breeding (Rosvall 2011), making the results of this study also relevant from a breeding point of view.

In other words, a QTL cluster that was usually able to increase the values of ELO, STR, UHM or UI but reduce the SFC value is considered as a favorable QTL from a breeding point of view.

Although profiling techniques are now widely available for most important crop plants, screening of entire populations is still very expensive and not very cost-effective from a breeding point of view as the extent of phenotypic and genetic variation found for a particular quality trait is likely not to be captured in a single population, tissue type or time point.

From a breeding point-of-view, a particularly attractive feature of some APR genes in wheat is their effectiveness against several pathogens (e.g. Lr34/ Yr18/ Pm38, Lagudah et al. 2009; Sr2/ Lr27/ Pm?, Mago et al. 2011b; Lr67/ Yr46/ Sr55/ Pm46), although others are effective against a single pathogen only (e.g. Yr36 against stripe rust; Lagudah 2011).