Sentence examples for more efficient breeding from inspiring English sources

It would contribute to the development of a new, more efficient breeding system preferentially for East Asian domestic cattle breeds including Japanese one.

Consideration of nonlinear relationships between DAI, FUA, RUW, SUS, and UDD may help in the design of more efficient breeding programs for dairy goats using conformation traits.

Not only does breeding close to ovulation increase pregnancy rates when using cooled, frozen, or poor-quality semen, but it also reduces the number of inseminations needed per cycle, resulting in a more efficient breeding program.

Our work would lead to more efficient breeding practices for cattle and to a better understanding of folliculogenesis in mono-ovulatory animals.

The study of the differences in global gene expression between tolerant and susceptible genotypes could provide important information to design more efficient breeding programs to produce maize varieties better adapted to water limiting conditions.

Our study provides the highest resolution view of admixture in the rice genome to date and lays the foundation for more effective genetic resource management, more efficient breeding strategies utilizing natural variation, and raises interesting questions about the dynamics of the domestication process in O. sativa.

Combining ability analysis is commonly used to obtain information for designing more efficient hybrid breeding strategies in rice.

Imminent climate changes will put further constraints on agricultural production, including an increasing need for faster and more efficient plant breeding to adapt crops to more variable local conditions [ 17].

Selection signature analysis is a relatively novel and highly promising approach in livestock population genomics, an accurate and comprehensive set of selection signatures will be the basis for a better understanding of the forces driving artificial selection and will help to design more efficient livestock breeding programs.

The SNPs identified in this study will enable high-throughput genotyping of germplasm and populations, which in turn will enable more efficient marker-assisted breeding efforts in potato.

The projects, one led by Cornell grape breeder Bruce Reisch, professor of horticulture, and the other by senior extension associate Tim Martinson, take complementary approaches to a common problem: how to make grape breeding more efficient, since new grape varieties can take more than 20 years to breed and evaluate and much longer to reach commercial success.