Sentence examples for variation and four from inspiring English sources

A Bayesian approach implemented within the program MrBayes 3.1.2 [35] was used to estimate the evolutionary history of 10 species of Cervidae by evaluating random trees using 2×106 generations, GTR model with gamma-distributed rate variation, and four simultaneous Markov chains [38].

There were eight genes that explained 56% of the variation in weight, five genes explaining 33% of triglyceride variation, and four genes explaining 27% of sugar variation.

Similar issues were identified across English and Welsh focus groups with little variation and four key themes emerged: 'loss of personal autonomy and erosion of professionalism', 'lack of senior management understanding'barriersers and facilitators to change' and 'differences between English and Welsh units'.

It began as a simple unsigned e-mail message, only five sentences long in one variation, and six sentences in the other.

Of these, it found that five followed the Shell methodology very closely, another six used a variation, and six more used "very simplified versions".

Three parameters control the three types of boundary conditions at the edges, two parameters control the thickness variation and two parameters control the shape of the plate.

Using qualitative research methods, four focus groups selected on the basis of geographical variation, and two semi-structured interviews were conducted.

If applied to the G. salicornia specimens examined in this study, the result was 0.66% average intraspecific variation and ten times of 0.66% would be 6.6% threshold.

There were ten QTLs for DEC and each QTL explained 5.391 ~ 12.779%% of phenotypic variation, and sixteen QTLs associated with PWGC were detected explaining 4.457 ~ 12.975%% of phenotypic variation.

Twenty-four QTLs for CS parameter were detected across ten chromosomes using single-environment analysis and each QTL explained 3.403 ~ 26.139%% of phenotypic variation, and six major QTLs with higher PEV value were located on chromosomes 3, 4, 5 and 7.

Here we first examined whether there is a relationship between cuticular colour variation and two aspects of cuticular architecture that we hypothesised may influence resistance to fungal invasion through the cuticle: its thickness and its porosity.