Sentence examples for available variability from inspiring English sources

The magnitudes of range for quantitative as well as qualitative characters were wide indicating the possibilities of exploiting the available variability for further genetic improvement programmes.

The decrease of VC in the reduced sampling suggests that the potential of agt1 is not exhausted and deeper sampling would likely increase available variability and thus phylogenetic resolution.

Although it might have been possible to measure MMA retrospectively, in cats where stored serum was available, variability in sample collection procedures (e.g. differing times between collection and freezing of samples), time and temperature of storage could have made the results less reliable.

The number of stands available, the variability in stand density, and periodicity of measurement did not allow for the development of models of diameter at breast height (DBH), mortality, or a thinning function.

In sites where provider costs were not available, range variability from western Kenya was used.

On the other hand, sexual ornaments are usually subject to strong, directional selection, which should result in depletion of available (genetic) variability [2], [3].

Central questions surrounding major surface proteins in the Anaplasma genus are to what degree different species utilize available genetic variability to evade host immunity and why A. phagocytophilum maintains an order of magnitude higher number of functional pseudogenes compared with A. marginale (and in fact most other rickettsias).

With 4 different commercial assays, available method variability was evident (Table 1 and Supplementary Table 1).

When spatial data is available, the variability in the observed response is usually greater than the expected, resulting in over dispersion.

If more than one possibility is available, intrinsic variability in cue rates and group sizes might be a determinant in choosing the object of interest.

Present understanding of plant response to abiotic stresses reveals that withstanding an adverse condition is a multigenic trait and breeding approaches based on the available germplasm variability has led to significant success in developing environmentally hardy plants [ 4, 5].