Sentence examples for spatial variances of from inspiring English sources

These uncertainties are determined by the spatial variances of the magnetic flux distribution from full disk magnetograms that contribute to each bin in the synoptic chart.

In the modeling of spatial variances of material properties, the graded finite element method is employed to conduct the heat transfer analysis and structural analysis and their sensitivity analysis.

The seasonal variation in contribution can be attributed into differences in soil wetness conditions; lower contribution was found at intermediate wetness for spatial variances of temporal mean and temporal anomalies.

The comparison of the spatial variances of damping loss factor between the two methods showed that the decay rate method gives a more reliable estimate of the damping loss factor of the plates.

The geostatistical models also indicated that podoconiosis risk can be moderately variable over relatively short distances, with spatial variances of 0.25 and an estimated spatial range of roughly 31 km.

Increasing extent scales from 250 to 3000 km raise spatial variance of all products and all study areas according to a power law, which is varying seasonally.

In about 43% of the SPIs a severe mechanical disturbance was observed, which introduced a significantly increased spatial variance of BHQ-indices in trawled areas compared to control areas.

At the same time, wetter soil moisture conditions in the deforested area increased the spatial variance of soil moisture in the summer and therewith altered the relationship between spatial mean and variance.

The spatial variance of time-invariant temporal means was shown to be the primary contributor (61.7 76.2%) to the total variance but the magnitude of this contribution was much lower than observed in large-scale studies.

These results indicated that integrating methods to examine present and past events of disturbance, including analyses to detect changes in spatial variance of response variables, may provide a powerful approach to the analysis of environmental impacts on P. oceanica.

The dominant scales in terms of explaining the spatial variance of SWC for Transect 1 were about 376 m (IMF1) and 677 m (IMF2), and those for Transect 2 were about 639 m (IMF2) and 1304 m (IMF3).