Aeolian landforms occur on all earths' continents as well as on Mars, Titan and Venus and
are typically formed where sediment is eroded and/or deposited by near surface wind flow …

Trends in research on morphologic changes on beaches and foredunes on sandy shores
are identified from the 1960s to the present. Research during this period evolved from early …

Foredunes provide many environmental and ecosystem services including protection from
wave erosion and flooding hazards during storm events. While the impact of human …

Wind flow and sediment transport across a northern California beach‐foredune system with
two adjacent vegetation types are examined for the same incident wind conditions. The …

Gravel “megaripples” in the Puna of Argentina are the most extreme aeolian megaripples on
Earth and are useful analogs for aeolian processes on Mars. Field observations …

Desert railways are constantly exposed to incoming sand blown by the wind. The railway
body acts as an obstacle that perturbs the wind flow and the sand drift, resulting in zones of …

This study focuses on four years of survey of two low-microtidal emerged beaches (average
tidal range≈ 0.3 m), presenting permanent megacusps on the French Mediterranean coast …

An investigation of wind flow and sand transport over a low to high density Ammophila
dominated foredune on the Łeba barrier, Poland, utilizing multiple anemometers and sand …

Rapid urban development has been widespread in many arid regions of the world during
the Anthropocene. Such development has the potential to affect, and be affected by, local …

The nature of wind flow over a small, 0.6 m high foredune scarp is investigated on the Sir
Richard Peninsula, South Australia during a variety of incident wind directions and speeds …