Mineral dust particles suspended in the atmosphere span more than three orders of
magnitude in diameter, from< 0.1 µm to more than 100 µm. This wide size range makes dust …

We report on the electric field variations during Saharan dust advection over two
atmospheric remote stations in Greece, using synergistic observations of the vertical …

For the first time, the changes in the atmospheric electric field (E z) during foggy conditions is
studied in a hyper-arid region; the United Arab Emirates (UAE), using comprehensive …

Measurements of atmospheric electrical variables in arid desert environments provide a
route to assessing dust charging, which affects dust lofting; satellite remote sensing of dust …

Understanding rainfall in arid and water-scarce regions is central to the efficient use of water
resources in agriculture, irrigation, and domestic food security. This work presents a new …

Blowing dust events are common meteorological phenomena that can influence the
atmospheric vertical electric field (E z). In this work we examine different local blowing dust …

Distinct differences in electrical characteristics of the atmosphere are observed during clear
and foggy laden air. The presence of droplets in the air causes the removal of natural cluster …

Sand-sized quartz grains selected from sediments of a Pleistocene inland dune (eastern
Poland) were subjected to a series of laboratory analyses, including grain-size distribution …

There is an atmospheric electric field (AEF) or an electric potential gradient (PG) in fair
weather between the Earth's surface and the mesosphere/ionosphere, which is positive …