Sentence examples for physical bedrock from inspiring English sources

Moreover, implementation is often an indirect process that involves many stages before physical bedrock, and each level involves a specification/artifact pairing, and each involves a notion of implementation.

The persistence of refugee status for millions of Palestinians has been the physical bedrock of rejectionism, both expressly, as in the infamous "three noes" of the Khartoum conference of 1967, and by implication, as demonstrated by the recent Palestinian decision to withdraw from direct talks.

We establish that the river corridor width series, extracted from 1 m LIDAR topography of a mountainous river, exhibit a rich multiscale statistical structure (anomalous scaling) which varies distinctly across physical boundaries, e.g., bedrock versus alluvial valleys.

Therefore, the P 560 nm group is more pure and should correspond to lithogenic hematite that originates from physical disintegration of surrounding bedrock.

The illustration of the depth variation of long-period Love wave amplitude in Figure 5b might be suggestive of the weak physical effect of the bedrock on the excitation of long-period Love waves.

Although there is a large scatter of data, this observation implies that the physical effect of the bedrock on long-period ground motions is sufficiently strong to be observable in the shallow part of the basin, but it becomes very weak where the depth of the bedrock exceeds about 2 km. Figure 3 Comparison between the predominant period of long-period horizontal ground motion and bedrock depth.

That has been the bedrock distinction between physical and electronic works since digital goods became widely available a decade ago.

According to a prior pedological knowledge such soil maps, the combination with the use of a sensor based on different physical parameters may enhance the bedrock detection.

Field data of physical properties in heterogeneous crystalline bedrock, like porosity and fracture aperture, is associated with uncertainty that can have a significant impact on the analysis of solute transport in rock fractures.

As with mass movements in other material types (snow, ice, soil, and debris), inventory mapping, monitoring, and modeling (numerical and physical) form the basis of bedrock mass movement recognition and anticipation.

The rate of physical weathering or lowering of the bedrock surface is represented as an exponential decline with soil thickness.