Beach nourishment—the addition of sand to increase the width or sand volume of the beach—
is a widespread coastal management technique to counteract coastal erosion. Globally …

The definition of the shoreline position from satellite imagery is of great interest among
coastal monitoring techniques. Understanding the reality mapped by the resulting shorelines …

Buildings at the beach change the near-bed airflow patterns in the surrounding area. This
induces alterations in wind-induced bed shear stress and wind-induced sediment transport …

A cellular automata model is used to evaluate, over decadal time spans, the effect of beach
width changes on the development of coastal dune systems. The model includes the effects …

In biogeomorphic landscapes, plant traits can steer landscape development through plant‐
mediated feedback interactions. Interspecific differences in clonal expansion strategy can …

Buildings affect aeolian sediment transport and bedform development in sandy
environments. Cellular automaton (CA) models have, however, only been used to simulate …

Layered mounds and inverted channels with polygonal fractures from the Ntwetwe Pan in
the Makgadikgadi Basin (central Botswana) have been herein investigated. These …

Coastal erosion occurs due to different processes involving physical and ecological
systems. One of these factors is the degree of water stress experienced by dune vegetation …

The purpose of this paper is to contribute with a tool to guide decision makers with some
level of understanding of coastal dynamics as to the most appropriate management …

Vegetation plays a crucial role in coastal dune building. Species‐specific plant
characteristics can modulate sediment transport and dune shape, but this factor is absent in …