In low temperature conditions not only the mean value of the measured frequencies increased, but also their variance increased considerably.
While the future interannual variance is of similar magnitude to that of the present day, the ensemble variance increased considerably into the future period.
With the increase of Th, most sensor nodes began to consume energy, and the variance increased.
The residual variance increased as the length of the projection period increased as is typical in yield projections.
In winter, the explained variance increased to 29.2 % among patients with temperature sensitivity, but was not significant among those without temperature sensitivity.
In the complete model, the model to which we added the situation-specific aspects of motivation, the explained variance increased marginally, by 5%, for the students attending academic-track schools.
Post-hoc comparisons (Tukey's HSD) revealed that variance increased as a function of duration (p = .0001) (Figure 5B).
Post-hoc comparisons (Tukey's Honest Significant Difference) showed that variance increased as a function of duration (p = .0001) (Figure 5A).
Similarly, with group 2B, after the prior's variance increased, the variability in the average estimate increased (Fig. 5D, p<0.001).
Overall, these results indicate that although variance increased as a function of duration in both tasks, the pattern of increase varied as a function of task.
The second key finding in this study is that although variance increased as a function of duration in both tasks, indicating scalarity, it did so at different rates.
