Despite widespread recognition that landforms are complex Earth systems with process-
response linkages that span temporal scales from seconds to millennia and spatial scales …

Over the past several decades, a number of studies have shown that intergranular cohesion
associated with the presence of moisture significantly increases the critical shear velocity …

A series of spatially explicit equations are derived that form the foundation of a modeling
framework that provides insight into how the interaction of the fetch effect and angle of wind …

Accurate and reliable methods of measuring windblown sediment are needed to confirm,
validate, and improve erosion models, assess the intensity of aeolian processes and related …

Sediment supply to coastal foredunes was measured over the period 1986-1992 at three
sites along the accretional distal end of Long Point spit, Lake Erie. Sediment supply was …

Depending on the amount of aeolian sediment input and dune erosion, dune size and
morphology change over time. Since coastal foredunes play an important role in the Dutch …

Aeolian transport of sand onto the foredunes is of importance with respect to the sediment
budget of the coastal system. A classification of foredune types has been made, based on …

The collection of a time series coupling hourly wind data (speed and direction) with sand
transport over months has provided new insights into the dynamics of transport events that …

Aeolian sand transport measurements and detailed topographic surveys were carried out
during 1 year along a macrotidal upper beach/dune system experiencing rapid coastal …

A one‐day field investigation on an unvegetated backbeach documents the importance of
surface sediment drying to aeolian transport. Surface sediments were well sorted fine sand …