Sentence examples for drainage behavior of from inspiring English sources

Achievement of wetland conditions can be achieved with a smaller total flood release, provided that repeated cycling of higher and lower river elevations is timed to benefit from the characteristic drainage behavior of wetland soils.

This study not only emphasizes previous findings on the direct effect of vegetation, acting as frictional constraints on flow in tidal marshes, it also suggests that the indirect effect of vegetation, namely its induced micro-topography, influences the flooding and drainage behavior of marsh systems potentially altering feedbacks caused by direct vegetation effects.

Furthermore, a simple theoretical model of the drainage behavior was derived.

We see how this probabilistic tendency plays out as Leopold views the river as a whole from headwater to mouth, in the drainage net, in the behavior of meanders, and in aspects of sediment transport.

Therefore, after the process some non-wetting phases remain trapped in the smaller pores causing capillary retention that can explain the behavior of drainage curve of capillary pressure at higher saturation than the imbibition one.

This model depends on the behavior of the total drainage system.

After the application of BMA, for a given probability, the impervious area extension and the design rainfall event were identified and used as input data for a numerical model based on the SWMM software which was adopted to simulate the behavior of the urban drainage-system adopted as case study.

Thus, the reconstruction of past spatiotemporal changes in areas of heavy precipitation and flood within the Yangtze drainage basin is critical for understanding the long-term behavior of the EASM and ISM.

In order to understand the hydrological behavior of a catchment area, morphometric analysis of the drainage basin plays an important role to expresses the geology, geomorphology and structural antecedents.

The transient behavior of the liquid holdup at trickle and pulse flow as well as after drainage were examined and correlations for static and dynamic holdups were derived.

First, simulation experiments were performed to analyze the behavior of the designed system and to study the water supply dynamics to the substrate and subsequent drainage and evaporation.