While the impact of the spatio/temporal variability of grain size on morphological beach state
is reasonably well understood, relatively little is known on its impact at a scale of …

Grain size affects the rates of aeolian sediment transport on beaches. Sediment in coastal
environments typically consists of multiple grain‐size fractions and exhibits spatiotemporal …

An open‐source quantitative model for predicting coastal foredune growth at monthly to
multi‐annual (meso) temporal scales is developed. The model builds on the established …

This study examines wind flow dynamics and downwind sand deposition behind engineered
notches in a foredune system on a developed coast. Recent studies have examined the …

Evaluating the ability of natural surfaces to generate wind driven dust emissions into the
atmosphere is essential to the development and refinement of local to regional and global …

ABSTRACT Strypsteen, G. and Rauwoens, P., 2023. Aeolian sand transport on a natural
beach with shells and moist sand patches. Journal of Coastal Research, 39 (4), 700–711 …

Recent research has increasingly focused on the intricate relationship between wind
dynamics and sediment transport in coastal settings, particularly how surface features affect …

Although wind-blown sand activity may be crucial for the landform and stability of coral
islands in the ocean, the characteristics of coral sand movement remain largely unknown …

Vertical sand flux density and grain-size distributions of wind-blown sand over gobi are an
essential way for examining the complex grain-bed collisions over gobi surfaces and then …

A beach in Mariakerke-Bad (Belgium) was monitored in 2017-2018 for more than a year with
a near-continuous laser scan system. From a total of 8500 scans 7700 hourly scan epochs …