In those correlation functions clock-drift-induced blurring is eliminated, SNR is higher than in the 1.5 day averages, and the nonreciprocity time shift is isolated.
Multiple regression analysis was used in developing those correlations.
We choose the use of the term "information flow", instead of distance between probability distributions or correlations, because in those systems correlations are often caused by migration or inheritance of a part of a population to another one.
The significance of these correlations was poor, and in addition to those correlations mentioned, we observed several negative correlations.
In this case, those correlations are very significant since the position of H completely depends on the position of R1, R2 and R3.
Importantly, we do not know whether the invariant correlation structure among modules is an adaptation that facilitates homeostasis, if the correlations are neutral, or if, in fact, the failure of those correlations to change in the face of different temperatures is actually maladaptive [ 48].
The differences in these correlations compared to those found for the first water release, especially for the subduction velocity, result from the thermal structure of the system.
Results revealed that all psychological variables were significantly correlated with each other, and those correlations were in the expected direction.
We have shown the magnitudes of those correlations in Fig. 4. Fig. 4 Magnitudes of correlations R 1,1, R 2,1, and R 3,1.
