Sentence examples for breeding improvement from inspiring English sources
Genetic information based on molecular markers has increasingly being used in cattle breeding improvement programmes, as a mean to improve conventionally phenotypic selection.
In the past few years, genetic information based on molecular markers has increasingly been used in cattle breeding improvement programmes, as a mean to improve conventionally phenotypic selection, particularly for traits with low heritability or for which measurement of phenotype is difficult, expensive, only possible late in life, sex-limited or not possible on selection candidates [ 2].
Thus, the selection of offspring should consider variation in the mating system in the design of alternative breeding improvement programs.
Thus, the human-driven tetraploid wheat evolution process is the result of domestication (WEW to DEW), continued evolution under domestication (DEW to durum wheat landraces, DWL) and breeding improvement from DWL to modern durum wheat cultivars (DWC).
The identification of morpho-physiological traits responsible for a better behavior in a target N environment is useful for cultivar selection, and become crucial for maize breeding improvement.
In Tunisia, the northern Sulla pallida and the southern S. spinosissima seem to be molecularly closely related suggesting their implication in breeding improvement program particularly in arid and semi arid areas in order to enhance forage production in the marginal area.
The field day focused on new management methods, breeding improvements, and environmentally sound farming practices.
There were breeding improvements, and an ABC News commentator suggested in 1968 that the larger shrimp, now guaranteed to live two years, might be called sea apes.
The plant also has high amounts of within-species and interspecific genetic diversity allowing breeding improvements in traits including oil quantity and quality.
Such knowledge is also required in order to disseminate breeding improvements to the production sector.
Compositional analysis is also needed to provide a basis for future breeding improvements not only for biofuel production, but also for other potentially renewable products that can be produced from straw components.
