The phrase "attributed to uncertainty of" is correct and usable in written English.
It can be used when discussing the causes or reasons behind a particular situation or phenomenon that is linked to uncertainty.
Example: "The fluctuations in the market were largely attributed to uncertainty of economic policies."
Alternatives: "due to the unpredictability of" or "resulting from the ambiguity of".
Figures 2 and 3 show scatterplots of the incremental cost effectiveness of population based screening compared with no screening overall, highlighting uncertainty in the analysis, which is largely attributed to uncertainty regarding the impact of angiotensin blockade on mortality in people without diabetes and with chronic kidney disease.
"A substantial amount of the drop can probably be attributed to uncertainty -- people not doing anything," said Ralph Kauffman, chairman of the institute's nonmanufacturing business survey committee.
Discrepancies can be attributed to uncertainty in parameters related to dimensions, composition profile and orientation of the QRs.
However, deviation in performance is attributed to uncertainties and improper selection of control, noise, and process factors.
This was attributed to uncertainties in the estimates of PAH uptake from food and/or small sample size limiting statistical power of the study.
Deviations between predicted and actual building energy consumption can be attributed to uncertainties introduced by four components of such projections: (1) the accuracy of the underlying models in simulation tools, (2) the accuracy of input parameters describing the design conditions of building envelopes and HVAC systems (3) actual weather, (4) variations in building operation practices.
Figure 9 shows that the observed overdispersion cannot simply be attributed to uncertainties in identifying the limits of cortical areas: regrouping cortical areas into 7 large regions having less uncertainty in their boundaries reduced but did not eliminate overdispersion (Fig. 9 D – F ).
This level of discrepancy can be attributed to the uncertainty of channel spacing, which influences significantly the pressure losses and for which unfortunately no concrete measurements can be made, owed to no actual access to the plate manufacturing process itself.
The good agreement of FAS at high frequencies rises from the exact estimate of the high-frequency cutoff filter, κ 0. The misfit of FAS at low frequencies might be attributed to the uncertainty of the slip distribution.
