We observe that the relative numbers of these site types fluctuate through time, and hypothesize that the larger fluctuations indicate changing patterns of social aggregation and dispersal, and settlement abandonment and reoccupation.
Large fluctuations indicate springy arteries; small ones, hardening.
Perhaps most important, the analysis of the fluctuations indicates that the universe has a "flat" geometry, as predicted by inflation.
In this region, there are very significant temperature fluctuations indicating a very high level of unsteadiness.
At 300°C substrate temperature, the film surface appears some fluctuations, indicating that the Ni film starts to melt (Figure 3b).
The phase difference for coherent fluctuations indicates a propagation direction away from local geomagnetic noon and midnight.
The upward vertical drift (Figure 12b) was mostly less than 10 m/s and underwent positive/negative fluctuations, indicating the presence of oscillations in the bottomside ionosphere.
The fluctuating structures at GOES-12 and GOES-10 (both located in the nearby MLT zone in the morning hours) are similar, while those of GOES-11 (3:00 MLT) shows damped fluctuations, indicating daytime enhancement of the wavy structures.
Numerical modeling results of near-surface water-table fluctuations indicate that the substantial groundwater rise observed in the vicinity of the region's major water supply canal could not be attributed solely to seepage from overlying irrigated fields.
