Sentence examples for mean occurrence and from inspiring English sources

Table 1 also lists the percentage occurrence, mean occurrence, and range of all taxa associated with H. glandiforme.

This way we managed to obtain, for each transposable element, mean and variance, which we used to calculate a z-score zr = (xr − μr) / √sr, where xr is the occurrence of a particular transposable element r in the original dataset, while μr and sr are respectively its mean occurrence and its variance in the 1000 random sets.

We performed the same analysis also with classes of transposable elements and similarly calculated the z-score zc = (xc − μc) / √sc, where xc is the occurrence of a particular class of transposable elements in the original dataset, while μc and sc are respectively its mean occurrence and its variance in the 1000 random sets.

Delineation of seismotectonic provinces and evaluation of seismicity parameters (i.e., b value, annual mean occurrence rate, and maximum possible magnitude, Mmax in each seismotectonic province.

This method includes three major steps which are presented below: 1. Delineation of seismotectonic provinces and evaluation of seismicity parameters (i.e., b value, annual mean occurrence rate, and maximum possible magnitude, Mmax in each seismotectonic province. 2.

The mean occurrence rate and expansion velocity of ICMEs do not change from 0.72 to 1 AU.

In this method, seismotectonic province is considered as a statistical unit to evaluate the seismicity parameters (i.e., b values and annual mean occurrence rate, λ ) and also the mean annual occurrence rate in seismotectonic province will be allocated to each magnitude grade in the corresponding potential seismic source.

Parametric analyses show that the reliability is sensitive to the load intensity at the end of the service period, moderately sensitive to the initial and final mean occurrence rates of load events and the nature of these increases in time, and relatively insensitive to the nature of the increase in mean load intensity.

The mean occurrence frequencies of double and triple nucleotide substitutions within a codon were 5-7 timesmallerer.

The Kaplan Meier method will be used to assess the incidence and mean occurrence time of endpoint events.

As for the mean occurrence frequencies of double and triple nucleotide substitutions within a codon, it became twofold greater than for sample I, making up 8.21% for the branch a, 7.38% for the branch b, 13.74% for the branch c, and 5.24% for the branch d (Additional data file 8).