The societal usage of coastal zones (including offshore wind energy plants, waterway
deepening, beach conservation and restoration) is of emerging importance. Sediment …

Sediment remobilization processes have a high impact on coastal morphology as well as
offshore engineering. In many cases countermeasures are required to preserve the stability …

Although vapor exchanged across hyper‐arid surfaces without free liquid affects the water
budget of sand seas, its mechanism is poorly documented for want of accurate instruments …

In-situ geotechnical measurements of surface sediments were carried out along large
subaqueous dunes in the Knudedyb tidal inlet channel in the Danish Wadden Sea using a …

Wind-formed ripples are distinctive features of many sandy aeolian environments, and their
development and migration are basic responses to sand transport via saltation. Using data …

We tested the ability of a small dynamic penetrometer, Nimrod, to infer geotechnical
properties of sediment mixtures in the inner shelf. The penetrometer is light and easy to …

We present a model that underscores the role played by the porous snow cover in
sustaining large, rapid, dilute powder avalanches over weakly cohesive snow. The model …

A continuum model is constructed to investigate the effects of sediment heterogeneity on the
formation of aeolian sand ripples and the grain size sorting over the bed forms. The …

A non-invasive capacitance instrument was embedded in the base of a vacuum-drying tray
to monitor continuously the residual amount of solvent left in a pharmaceutical powder. Proof …

Researchers in a variety of fields, including aeolian science, biology, and environmental
science, have already made use of stationary and mobile remote sensing equipment to …