Sentence examples for shore profile from inspiring English sources

Despite these simplifications, the model exhibits a large range of emergent shore profile shapes.

This paper presents a new exploratory numerical model developed to study long-term shore profile evolution on rock coasts.

Hence, an opportunity is now provided, following the testing described in this paper, to use the model to systematically investigate the broader controlling conditions on rock shore profile development.

The Mehby Rule shows that, to be stable and self-sustaining, whole shore profile manipulation is required, whilst S-factor analysis indicates these will have an S close to zero.

The model is used to explore the dynamics of retreating soft rock shore profiles and to predict future behaviour of a study site.

The presented formulation is able to reproduce both the cross-shore profile and the distribution of sediment facies in time.

This paper investigates cross-shore profile changes of gravel beaches, with particular regard to discussing the tendency for onshore transport and profile steepening in the swash zone.

Given the results of the cross-shore profile and the horizontal and vertical accuracy evaluation of the extracted shoreline, this smartphone-based technique is considered appropriate for applications in coastal monitoring.

For this purpose, a typical coastal cross-shore profile with and without the mangrove forest model was constructed in the 2 m- and the 1 m-wide flumes, respectively (see Figs. 6(a) and (b)).

For a bare flat under only tidal action, the model predicts a convex cross-shore profile with the surficial distribution of mud and sand on the upper and lower part of the intertidal flat, respectively.

The numerical model simulations showed the importance of including short-wave grouping and infragravity wave effects in order to reproduce the cross-shore profile development, especially the breaker bar dynamics and sediment sorting processes.