This study explores validating and calibrating the wind regime predicted by Global
Circulation Models (GCM) on Earth and other planets using optical remote sensing of dune …

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 …

Köhler et al.(2018, https://doi. org/10.1002/2017JF004375) deploy a high spatial and
temporal resolution GEODAR radar system to reveal the inside of snow avalanches over the …

Although microorganisms play an important role in biological soil crusts and plant
rhizospheres in deserts, it is unclear whether temperature and moisture deep within …

The current research presents ground penetrating radar images up to 30m in depth of two
large desert dunes in California, USA—a barchanoid ridge in the Dumont field and a linear …

In spite of the prevailing dry and windy climate conditions the mega dunes in the Badain
Jaran Desert in northwestern China are relatively moist underneath a dry surface layer of …

Turbulent flows over wavy surfaces give rise to the formation of ripples, dunes and other
natural bedforms. To predict how much sediment these flows transport, research has …

Moisture is known to affect sand cohesion and therefore transport threshold and rate of
aeolian sand transport. Aeolian sand transport has been widely documented for dry sand …

Dielectric measurements reveal that bulk density on the surface of recently mobilized dry
ripples of a nearly monodisperse desert sand varies from the random jammed packing at …

We describe a quantitative, non-invasive capacitance detector providing a rapid signal that
varies continuously with powder level and/or mass holdup in the metal feed tube of a tablet …