Sentence examples for content bedrock from inspiring English sources

In a denudational setting, slope as an influence over process rate may be subordinated to such factors as runoff volume, soil-moisture content, bedrock coherence, ground-cover type, channel roughness, channel cross section, weathering type, sediment calibre, and sediment quantity.

These results raise doubts on the need for a global acidic event to produce the sulfate-bearing assemblages, suggest that regional sequestration of sulfate deposits is due to regional differences in sulfide content of the bedrock, and pave the way for reevaluating the likelihood that early sediments preserved biosignatures from the earliest times.

The median Cr content in Finnish bedrock varies from 2,300 mg/kg in mafic rocks to 4 mg/kg in granitic rock (Koljonen 1992).

All individuals in SAC used drinking water from the same source; the As concentration of this water was around 200 μg/L (with little variation over time) because of the As content of the bedrock (Concha et al. 2006).

Police media releases are occasionally lamented as the bedrock of content in the 24-hour news cycle.

Regional differences are attributed to underlying lithography the greater calcium carbonate content of the flysch bedrock at Beskydy provides better buffering against acid deposition.

The performance of the simple model ranged from good (Ceff ranging from 0.56 to 0.74) to poor (Ceff ranging from 0.10 to 0.15), performance was better at sites with smaller depths to water table (<1 m) highlighting the effect of micro-topography on soil and bedrock water content dynamics.

To achieve the goal, objectives were to: (1) use DFA to identify the most important factors affecting temporal variation in soil and bedrock water contents, (2) develop a simplified DFA based regression model for predicting soil and bedrock water contents as a function of canal stage and (3) assess the effect of the proposed incremental raises in canal stage on soil and bedrock water contents.

Results also indicated that the most important factor influencing temporal variation in soil and bedrock water contents in terms of regression coefficient magnitude was canal stage.

Results indicated that canal stage significantly (t > 2) drives temporal variation in soil and bedrock water contents, which was represented as scaled frequency while net surface recharge was significant in seven out of the 11 time series analyzed.

Based on DFA results, a simple regression model was developed to predict soil and bedrock water contents at various elevations as a function of canal stage and net recharge.