Sentence examples for breeding programmes for the from inspiring English sources

In the short term, conservationists are urging zoos to set up captive breeding programmes for the most threatened amphibians.

Knowledge of genetic variations related to susceptibility will facilitate the incorporation of this information into breeding programmes for the improvement of health status.

Wood properties (WPs) have also become mandatory traits in breeding programmes for the development of improved varieties for pulp and paper, energy wood or timber production.

Identification of major genes responsible for growth traits is highly desirable in scallop breeding programmes for the purpose of genetic improvement.

For this reason, it is necessary to strengthen forage breeding programmes for the development of disease-resistant cultivars (Boa et al. 2005).

As a consequence of the demand for new varieties, breeding programmes for the genetic improvement of key species have been established worldwide, and in line with almost all other crop plants, a huge investment in the development of molecular tools to assist these programmes, and to answer more fundamental biological questions, has been made over the past 20 years.

As another approach, development of SSR markers based on important candidate genes related to a particular trait may greatly expedite marker assisted breeding programme for the trait.

Variability in terms of genetic divergence for agronomic traits is the key component of breeding programmes for broadening the gene pool of rice and requires reliable estimates of heritability to plan an efficient breeding programme [ 9].

Grasseni (2007) emphasises the management changes that become necessary as a result of adopting expert-led breeding programmes, for example, the resulting increase in size of cows leading to the need for better diets and increased stall sizes, and the need for infrastructure to supply semen.

Nevertheless, breeding programmes for mastitis resistance have been implemented throughout the world in dairy cattle [ 14, 16] and sheep [ 21] using indirect predictor traits such as clinical mastitis and SCS.

Selection and breeding programmes for production will rely on some knowledge of the species genetic diversity that will be useful in determining the extent of natural genetic variation, which will facilitate any future breeding, conservation and genetic management of kauri.