Provisional linkage maps made by the RG method generally provide poor fits to observed recombination rates among markers (Table 6, nonidentical loci only).
The proportional method generally provides minor parties with better representation in the federal Senate, where Senators for each state are elected in 12-seat districts, than in the House of Representatives.
As a result, the method generally provides a very large gain in bit rate (up to 45%) compared to short term (frame-by-frame) quantization, at an equivalent coding quality.
The smaller median fold-change of genes changing with high confidence suggests that the direct random method generally provided higher statistical confidence in lower fold-change values.
We find that both methods provide almost identical results for absolute survival but the new method generally provides more meaningful estimates of relative survival with often a smaller standard error.
Overall, a descriptive look at the table demonstrates that the growth curve method generally provides a HBW estimation that is closer to the weight at ROM than does the BMI method.
As illustrated in Fig. 7, with samples of individuals, loci, and alleles routinely available today, the LD method should generally provide better precision than the temporal method, unless samples for the latter are spaced a large number of generations apart.
While conventional long-range PCR amplicon sequencing methods generally render higher specificity (provided that primer design is unique), such methods work best on limited numbers of small-size targets.
Apart from a few notable exceptions (see below), satellite-based methods do not generally provide direct measurements of land use intensity.
[ 1] Thus, analysts who wish to discuss point estimates should report results based on weighting method A. For analysts more interested in residual between-cluster variance, method B may generally provide the least biased estimates.
