Sentence examples for implementation of breeding from inspiring English sources

These decision frameworks enable us to design optimum breeding plans by providing an objective and theoretical basis to make and validate breeding decisions, enabling us to understand the underlying mechanisms of breeding schemes with genomic information, and allowing us to test the practical implementation of breeding decisions against theoretical models.

Although the UMCP actively involved and depended on CORPs in the routine implementation of breeding habitat surveillance, there appeared to be significant limitations in the employment system with regard to how these human resources were identified, mobilized and maintained.

Two periods were involved: the first, from 1979 to 1996, corresponding to the formation and expansion of the herd, and second, from 1997 to 2007, characterized by the implementation of the breeding program of the Girolando breed.

After successful implementation of genomic prediction of breeding values of Holstein and Jersey dairy cattle (Hayes et al. 2009a; Goddard and Hayes 2009; Habier et al. 2010) and genetic risk of human diseases (Daetwyler et al. 2008), it is now beginning to be used in plant breeding programs (Lorenzana and Bernardo 2009).

Indeed, except for generation 1004 with POCRE0 (CV0), all POCRE implementations provided more robust predictions of breeding values than BayesB.

Careful implementation of local code abatements, notification of breeding sites by citizens, addressing issues of waste management disposal, proper maintenance of public spaces can aid in the definition of legislation that once implemented and followed can improve overall environmental management and identify better application strategies for vector control [ 54].

Computing time is important, particularly for cross-validation and implementation in practice which requires frequent re-estimation of breeding values.

The implementation of genetic groups in BLUP evaluations accounts for different expectations of breeding values in base animals.

This review documents the current status of whole-genome prediction of breeding merit in beef cattle and describes its implementation for the purposes of selection.

None is capable of breeding.

While genomic selection is shown to have the potential to improve genetic gain in layer breeding programs, its implementation remains a business decision of the breeding company; the possible extra profit for the breeding company depends on whether the customers of breeding stock are willing to pay more for improved genetic quality.