Sentence examples for by statistical analyses and from inspiring English sources

Thereafter field data collection and analyses of nitrogen stable isotope using an isotope ratio mass spectrometer are performed followed by statistical analyses and modeling of the tracer across the landscape.

The reliability of the approach has been demonstrated by statistical analyses and the CSM is currently under consideration for inclusion in European and North American design standards for stainless steel structures.

These qualitative statements were later elaborated mathematically by Gabriel Altmann [ 4] and supported by statistical analyses of many languages and linguistic and phonetic relationships of many types.

Given the potential for false positives with SLH correlations, confidence in these relationships can be bolstered by appropriate statistical analyses and by examining the location of loci on the annotated genome of a related species that might provide post hoc links to causative agents (Von Hardenberg et al. 2007; Kupper et al. 2010; Kardos et al. 2014).

All of the decay profiles were multiphasic and fit to multiexponential decay functions (Table 2), and the number of parameters was determined by statistical analyses, including the χ2 and F tests.

However, all results are based on a large cohort (n = 423), were obtained by stringent statistical analyses and survived Bonferroni corrected thresholds, reducing the likelihood of this interpretation.

The stripping rate was evaluated by statistical analyses for each deposition method and thickness.

Two uncertainties, which are the spatial distribution of SPT-N value and the resistance coefficients in the bearing resistance expression, are quantitatively evaluated by statistical analyses of various soil investigations and loading test results.

The specificity of the male lineages was confirmed by statistical analyses (MDS plot, MJ network) and by individual comparison of the Y-STR haplotypes with the literature data since only three haplotypes were shared with other populations.

This may be explained by regional- and global-scale patterns of sea-surface temperature (SST) that modulate the mesoscale convective systems as demonstrated by statistical analyses (Folland et al. 1986) and the use of models (Giannini et al. 2003).

The data supporting the first set of observations and associated conclusions in the manuscript are extensive, well presented, and backed by statistical analyses.