Atmospheric Electric Potential Gradient (PG) measurements were carried out in three sites forming a triangular array in Southern Portugal. The campaign was performed during the summer, characterized by Saharan dust outbreaks; 16the17th July 2014 dust event is considered. Short time-scale oscillations of the PG at two of the stations and a mid time-scale suppression of the PG in the three stations are found. Results are interpreted as evidencing long-range dust electrification; attributed to the air-Earth electrical current creating a bipolar charge distribution inside of the dust layer. The relevance of using arrays of sensors, instead of single sited, is highlighted
Dust and sand electrification, which is a ubiquitous phenomenon in dust events, has a potentially d...
Airborne dust and aerosol particles affect climate by absorbing and scattering thermal and solar rad...
Atmospheric transport and suspension of dust frequently brings electrification, which may be substan...
Atmospheric Electric Potential Gradient (PG) measurements were carried out in three sites forming a ...
Electrification of atmospheric dust influences the coagulation, wet removal and fall speeds of dust ...
We report on the electric field variations during Saharan dust advection over two atmospheric remote...
We report on the electric field variations during Saharan dust advection over two atmospheric remote...
The impact of long range Saharan dust transport, arising from one event in February and other in Mar...
Numerous studies of the electrical properties in dusty environments, related to lofted particle char...
Numerous studies of the electrical properties in dusty environments, related to lofted particle char...
Measurements of atmospheric electrical variables in arid desert environments provide a route to asse...
International audienceAtmospheric transport and suspension of dust frequently brings electrification...
International audienceOptical polarimetry observations on La Palma, Canary Islands, during a Saharan...
Results of field campaigns performed in the Sahara desert during the dust storm season. Focus on the...
Around 100 years after Carnegie expeditions discovered the Global Electric Circuit, a measuring camp...
Dust and sand electrification, which is a ubiquitous phenomenon in dust events, has a potentially d...
Airborne dust and aerosol particles affect climate by absorbing and scattering thermal and solar rad...
Atmospheric transport and suspension of dust frequently brings electrification, which may be substan...
Atmospheric Electric Potential Gradient (PG) measurements were carried out in three sites forming a ...
Electrification of atmospheric dust influences the coagulation, wet removal and fall speeds of dust ...
We report on the electric field variations during Saharan dust advection over two atmospheric remote...
We report on the electric field variations during Saharan dust advection over two atmospheric remote...
The impact of long range Saharan dust transport, arising from one event in February and other in Mar...
Numerous studies of the electrical properties in dusty environments, related to lofted particle char...
Numerous studies of the electrical properties in dusty environments, related to lofted particle char...
Measurements of atmospheric electrical variables in arid desert environments provide a route to asse...
International audienceAtmospheric transport and suspension of dust frequently brings electrification...
International audienceOptical polarimetry observations on La Palma, Canary Islands, during a Saharan...
Results of field campaigns performed in the Sahara desert during the dust storm season. Focus on the...
Around 100 years after Carnegie expeditions discovered the Global Electric Circuit, a measuring camp...
Dust and sand electrification, which is a ubiquitous phenomenon in dust events, has a potentially d...
Airborne dust and aerosol particles affect climate by absorbing and scattering thermal and solar rad...
Atmospheric transport and suspension of dust frequently brings electrification, which may be substan...