Sentence examples for population trees from inspiring English sources

Neighbour-Joining population trees were calculated in MEGA using these pair-wise FST-values.

These were very long runs but were used to ensure that the very complex joint model spaces of genealogies and population trees were explored.

The validity of population trees depends on the reliability of their reconstruction method and on the hypothesis that genetic differentiation results from population fission.

Mantel tests are used to reject the absence of correlation between a matrix of genetic distances and a matrix of linguistic distances, and do not require reconstructing population trees.

BATWING uses a Markov chain Monte Carlo procedure to generate a sequence of genealogic and population trees, with associated model parameter values, consistent with the genetic data observed in a sample of individuals.

The a posteriori groups were suggested by the ambiguous placement of samples from British Columbia, analyses of nuclear DNA population trees, and Bayesian analyses of population structuring, as well as those suggested by geographical isolation (see below and [10]).

Each subsequent set of operators is then computed once (for each sample in the training set), using a bottom-up evaluation of the population tree.

Simulations were done for both example populations, by sampling with replacement and using both Methods 1 and 2, to estimate the population tree average basal area and the total basal area of all trees, together with their standard errors.

The NJ population tree for clade B showed overall shorter branches (Figure 3c).

To illustrate the genetic distance between populations we generated a Neighbour-Joining (NJ) population tree from these pair-wise distances (Figure 3a).

We also evaluated genetic relationships among the accessions by generating a neighbor-joining population tree based on pairwise allele-sharing distances.