To check this analysis, we calculated the evaporation efficiency.
Based on spectral mixture analysis, we calculated the response of a wide range of vegetation/biocrust/bare soil landscape compositions, obtaining a total of 702 spectra.
As a first step of our analysis, we calculated the number of particles penetrating into the magnetosphere in dependence on the fluctuation level of the turbulence and magnetic field shear parameter.
For analysis, we calculated the ratio of the TRPV1-IR cells in TB accumulated neurons.
For another analysis we calculated the Pearson coefficient of correlation between MP and descriptors.
Through the LISREL analysis, we calculated the varimax-rotated factor loadings.
Following compartment analysis, we calculated the global influx of tracer from the compartment data using the formula: influx = (K 1 × k 3)/ k 2 + k 3).
To further validate our not finding solar neutron signals within the period of our analysis, we calculated the probability of obtaining no successful events.
For the main analysis, we calculated the number of RF as categories (one minimum, four maximum) on admission (first 24 h) and during the ICU stay (mean RF categories present per day).
For BA analysis, we calculated the mean (x-axis) and the differences (y-axis) between each RP comparison to obtain a graph to evaluate the discrepancy of values in the rest and stress dynamic studies.
For our analysis, we calculated the PRCCs for all output variables using a package in R called knitr.6 Table 3 shows the top three contributing inputs for each output variable when the PRCC was estimated.
