This approach could not reveal the main source of the deviation on the layer thickness.
Rather, the source of the deviation was likely environmental, due to the unique growing conditions at this collection site.
Sources of the deviations most frequently included misinterpretations of technical artifacts, which were erroneously assessed by the meat inspectors as pneumonic lung lesions.
From the Q-Q plot we can identify the source of this deviation: the data show lighter tails than a lognormal distribution with fewer large PDs and more PDs being concentrated around the median.
The primary source of these deviations is shown to be related to intermittent deactivation of metathesis pathways which transform the newly added monomer into a chain end capable of further propagation.
The resonant properties of the fiber cantilever are a major source of these deviations.
Controls exclude conventional physical explanations or experimental error as the source of the measured deviations.
This measurement uncertainty is most probably the main source of the median absolute deviations in the peak density and cepstrum plots.
Most of the source of deviation at the higher relative densities was due to errors in mortality predictions (Fig. 5a), resulting in trajectories that were much flatter (i.e., higher mortality rates and lower changes in Dq) than what were associated with the FVS-Acadian projections.
Pore network modelling supported these results and helped us reveal a source of systematic deviations between the effective transport parameters obtained either from permeation experiments or from diffusion experiments.
