Sentence examples for extensive propagation of from inspiring English sources

The extensive propagation of the drying front and the effect of vadose zone drainage on contaminant breakthrough time suggest the importance of considering surface tension effects on unsaturated flow and transport in systems containing surface-active organic contaminants or systems, where surfactants are used for remediation of the vadose zone or unconfined aquifers.

Yet, depending on the failure propagation model, a highly connected graph may be very brittle due to the extensive propagation of failures.

There is extensive propagation of dose effects into the entire gene expression network.

Numerous physical parameters favour the extensive propagation of cyanobacteria, such as warmer temperatures, particular rainfall patterns, windiness and consequently the intensity of thermal stratification of the water column.

No mutations were observed within the 12316 nt virus cDNA sequences after this extensive propagation of the BACs in the bacterial host, indicating a highly stable system for the maintenance of complete pestivirus cDNA sequences.

Aided by the novel computational analysis which was orchestrated by the TEIRESIAS pattern discovery algorithm, we identified a plethora of highly conserved motifs in specific non-coding regions of the Sirevirus genome and we hypothesized that these may be among the factors that underlie the extensive propagation of the genus in plant species.

However, the results suggested that these products were caused by the local acidification generated by the hydrolysis of cations after LAI corrosion underwent extensive propagation, instead of being directly reduced in alkaline conditions.

However, even with extensive propagation, the distribution of Y′ elements does not return to its starting point: each telomere retains at least one Y′ element in an EST1 strain that has a previous history as a telomerase-defective survivor (V Lundblad, unpublished results).

Full-length sequencing revealed that no changes occurred in the cDNA during extensive propagation in E. coli DH10B of the pBeloR26 and the E2-chimeric derivative, pBeloR26_E2gif, indicating a very high stability of these BAC-cloned CSFV cDNAs.

Innovations that require more effort to implement require a more extensive propagation plan to achieve sustained adoption of the developed products.

Toward this goal, the detailed knowledge of the dispersive characteristics of CGW is required; henceforth, the robust numerical method has to be established, which allows for the extensive study of the propagation of these modes under different loading conditions.