High-valley soils are sometimes suitable for irrigation, depending on texture, steepness of slopes, length of snow cover, and the presence of trace elements (e.g., selenium) that limit suitability for crop cultivation.
Deep, coarse-textured soils are assigned a T-value of 11.2 metric tons per hectare (5 tons per acre), fine-textured soils have a T-value of 9 metric tons per hectare (4 tons per acre), and shallow soils or those with an impeding layer are assigned T-values in the range of 2.2 6.7 metric tons per hectare (1 3 tons per acre), depending on texture.
The main novelty relies on the complete texture analysis/synthesis framework, which enables the use of multiple algorithms, depending on texture characteristics.
Roughness parameters are chosen depending on texture properties to be highlighted, and collected into feature vectors that are then subjected to clustering.
We also found that localized necking depends on texture evolution in the vicinity of equi-biaxial stretching, through the sharpness of the predicted yield surface.
In the stationary reaction period achievable in 1 6 h after beginning of reaction, depending on texture characteristics of catalysts, maximal conversion of EB and minimal rate of accumulation of carbon deposits are observed over catalyst surface.
Finite element analysis was performed and the analyzed results indicate that the transverse wave velocity depends on texture evolutions mainly, whereas the longitudinal wave velocity is sensitively influenced by point defects induced by cross-slips.
The mechanisms involved in wind erosion depend on soil texture and the size of soil particles.
Seedbed-preparation procedures depend on soil texture and the desired change in size of aggregates.
Our results suggest that TiO2-NPs toxicity does not depend on soil texture but likely on pH and OM content.
It is found that even the qualitative behavior of combined tension torsion can critically depend on the texture.
