Sentence examples for processes at the scale of from inspiring English sources

Failure models of these materials remain empirically calibrated due to the lack of a thorough understanding of the controlling processes at the scale of the materials' heterogeneity, i.e. the mesoscale.

Various researchers attempting to model hydrological processes at the scale of drainage basin have found difficulties extracting, synthesizing and aggregating data from limited number of locations (Stuart and Stocks 1993; Singh et al. 2013) and finding the suitable data for fully distributed models such as Institute of Hydrology Distributed Model (IHDM) or the Systeme Hydrologique European (SHE).

Overall, this paper suggests that the analysis of individual event recession curves (particularly when compared among watersheds and seasons) can be a valuable tool for gaining insights into hydrological processes at the scale of large watersheds and can justify alternatives to current low flow models.

Investigating vector processes at the scale of hundreds of meters may prove useful.

The application of water-balance modeling at 270-m resolution allows the representation of this process at the scale of hillslopes.

Two new designs of electrodialysers were developed for adapting the process at the scale of a little village.

A calculation based on the most optimistic assumptions illustrates that despite the fact that Li4SiO4-based absorbent demonstrates high CO2 uptake capacity, it would be impractical to perform the process at the scale of a fixed-bed temperature swing process at a 500-MW coal-fired power plant [34].

Therefore, whilst the model is neutral with regard to processes occurring at the scale of the local community it is not necessarily so with regard to processes occurring at the regional level.

Variance components were higher at the spatial scale of shore for abundance and fragmentation of L. byssoides with the only exception of percentage cover and thus, processes acting at the scale of 10s of kilometres seem to be more relevant in shaping the spatial variability both in abundance and fragmentation of L. byssoides.

The process looked at the scale of the risk, the opportunity for improvement, and the influence or control GNM had over the risk.

Analyses of processes driving spatial genetic structure are only reliable if these processes are sufficiently homogeneous at the scale of the study area (Rioux Paquette et al. 2010; Segelbacher et al. 2010).