Sentence examples for length of breeding from inspiring English sources

hindfoot length and tail length of breeding condition of California mice from HNHR (measured from specimens collected from 1986–1990) is 26.52±1.17 mm (n = 42; 21 males and 21 females) and 123.63±7.80 mm (n = 18; 6 males and 12 females), respectively.

hindfoot length and tail length of breeding condition California mice at the Peromyscus Genetic Stock Center (measured in 2009) is 25.38±0.89 mm (n = 16; 7 males and 9 females) and 120.33±6.65 mm (n = 15; 7 males and 8 females), respectively.

In addition, efficient genotype selection is most advantageous where a reduction in the length of breeding cycle is possible.

Genomic selection (GS) in forestry can substantially reduce the length of breeding cycle and increase gain per unit time through early selection and greater selection intensity, particularly for traits of low heritability and late expression.

Food quality and quantity have been shown to accelerate rodent sexual maturation [ 7, 8], to increase the length of the breeding season [ 9, 10], the fraction of the population breeding [ 8- 10] and litter size [ 11, 12].

For rapid-breeding protocols under controlled-environment conditions, this can add significantly to the length of the breeding cycle.

These species pair for at least the length of the breeding season or in some cases for several years or until the death of one mate.

The endogenous genetic mechanism of chill requirement is a fascinating area for further research and potentially an additional target for reducing the length of the breeding cycle.

Possibly the most exciting potential for reducing the length of the breeding cycle is the biotechnological manipulation of endogenous, genetic flowering pathways.

GS is used to predict phenotype from marker profiles alone, to reduce dramatically the length of the breeding cycle and the costs involved in phenotyping [ 5, 6].

Based on the high accuracy of GWS in the initial study, pollen from several of these elites will be used to advance to the next generation, prior to phenotyping, thus reducing the length of each cycle of breeding.