The Mediterranean Basin receives sedimentary contributions from several sources with different geological characteristics. The most important natural source of dust is the Saharan desert. Data from aerosol dust samples collected in a remote site in the Central Mediterranean Basin were used to investigate incursions of Saharan dust during a seven-month period (October through April). This work is an attempt to trace source areas and transport of dust plumes by means of grain-size, mineralogical, and chemical analyses. Two sets of aerosol samples typical of "desert-dominated" and "anthropogenic- dominated" air masses were studied. We propose a model for assessing the effects of latitude on the chemistry and mineralogy of the Central Mediterra...
International audienceMineral dust is an active component of the climate system. Dust can absorb and...
International audienceDust samples from rainfall residues have been collected in southeast Italy (40...
We address observations of physical and chemical properties of Saharan dust advections (SDA) as obse...
The Mediterranean Basin receives sedimentary contributions from several sources with different geolo...
Data are presented for a number of parameters for aerosols and rainwaters collected at a station on ...
Saharan dust outbreaks transport appreciable amounts of mineral particles into the atmosphere of the...
Eight measurement campaigns for the characterization of atmospheric aerosol properties were conducte...
Eight months (June 2011 to January 2012) of aerosol property data were obtained at the remote site o...
Dust transported from north African source region toward the Mediterranean basin and Europe is a ubi...
Dust transported from north African source region toward the Mediterranean basin and Europe is a ub...
This paper reviews work on the role of Saharan dust as a contribution of various chemical to the Med...
Of numerous aeolian studies around the world, few have been dedicated to dust trapping in the Sahara...
The occurrence of African dust outbreaks over different areas of the western Mediterranean Basin wer...
International audienceMineral dust is an active component of the climate system. Dust can absorb and...
International audienceDust samples from rainfall residues have been collected in southeast Italy (40...
We address observations of physical and chemical properties of Saharan dust advections (SDA) as obse...
The Mediterranean Basin receives sedimentary contributions from several sources with different geolo...
Data are presented for a number of parameters for aerosols and rainwaters collected at a station on ...
Saharan dust outbreaks transport appreciable amounts of mineral particles into the atmosphere of the...
Eight measurement campaigns for the characterization of atmospheric aerosol properties were conducte...
Eight months (June 2011 to January 2012) of aerosol property data were obtained at the remote site o...
Dust transported from north African source region toward the Mediterranean basin and Europe is a ubi...
Dust transported from north African source region toward the Mediterranean basin and Europe is a ub...
This paper reviews work on the role of Saharan dust as a contribution of various chemical to the Med...
Of numerous aeolian studies around the world, few have been dedicated to dust trapping in the Sahara...
The occurrence of African dust outbreaks over different areas of the western Mediterranean Basin wer...
International audienceMineral dust is an active component of the climate system. Dust can absorb and...
International audienceDust samples from rainfall residues have been collected in southeast Italy (40...
We address observations of physical and chemical properties of Saharan dust advections (SDA) as obse...