Samples from the same population, depth and sampling date were combined for analysis (four combined samples per site).
Compared with standard approaches that infer selection coefficients from the size of dips in genetic diversity around the adaptive site, our estimator requires much shorter sequences but sampled at high population depth to capture low-frequency variants; given such data, it consistently outperforms standard approaches.
Basically, the coverage of a given population for health services can be characterized in three dimensions: "breadth" as the extent of covered population, "depth" as the number and character of covered services, and "height" as the extent to which costs of the defined services are covered by prepaid financial resources as opposed to cost-sharing requirements.
A number of countries fear that the United States, given its population and depth, would have a greater advantage in an under-23 Olympic tournament than it does now with N.B.A. players.
The likelihoods of genotypes for each individual were integrated and sites with a probability of >0.95 and a population whole depth higher than 40 were extracted as candidate SNPs.
This is based on the idea that a benefit package is decided by coverage and benefit entitlements, including breadth (population coverage), depth (service coverage), and height (cost of coverage).
Soil pH, nutrient content and structural properties were determined from six soil samples per population site, depth (0 10 cm or 20 30 cm) and sampling date, sampled from across each population site as for soil moisture (see above; N = 24 per site).
Such rates vary depending on organism, degree of sampling from a population, and depth of sequencing, but those here are generally consistent with studies in other plants [ 54, 55], including oaks (when considering the rate across all contigs, not just contigs with variant loci) [ 5, 41], but somewhat lower than Arabidopsis that was sampled more broadly [ 56].
For example, assuming that healthy individuals should have generally similar clonal frequency distributions (Figs. 4 and 5), and thus similar diversity profiles (Fig. 3), deviations from this 'immunosignature of health' (Additional file 8) may signal technological differences between experimental workflows (i.e., library preparation, cell population, sequencing depth).
The occurrence, population, and depths of the traps determine the pathway that the electron hole pairs (i.e., exciton, e−/h+) generated by irradiation will follow during emission.
However, the occurrence, population and depths of the traps determine the pathway that the electron hole (e-/h+) pair generated by the absorption of light will follow, i.e. recombine and produce the emission of light and/or undergo non-radiative decay.
