Southern Tunisia is a region very prone to wind erosion because of its soil features, and the development of mechanized agriculture. Moreover, this region is located downwind the Sahara, which is the main source of mineral dust in the world. For these reasons, dust haze is frequently observed in this region. If some authors have already documented air quality in the northern part of Tunisia, no equivalent studies have ever been conducted for southern regions even though Dahech & Beltrando (2012) highlighted the potential negative impact of mineral dust on air quality in Sfax. This is why a ground-based station dedicated to the monitoring of mineral dust was installed at the Institut des Régions Arides (IRA) of Médenine to document the tempo...
Millions of tons of mineral dust are lifted by the wind from arid surfaces and transported around th...
The Sahelian belt is known to be a region where atmospheric levels of suspended mineral dust are amo...
An analysis of chemical composition data of particulate matter samples (TSP, PM10 and PM2.5) collect...
International audienceThe south of Tunisia is a region very prone to wind erosion. During the last d...
This paper presents the evolution of Saharan dust advection when the PM10 (particles with an aerodyn...
International audienceDesert dust is now recognized as a major health hazard. However, there still e...
Desert dust is now recognized as a major health hazard. However, there still exists a lack of measur...
The Sahara largely contributes to the global injection of mineral dust into the northern hemisphere....
We address observations of physical and chemical properties of Saharan dust advections (SDA) as obse...
The Sahara Desert is the largest dust source on Earth. Its dust is frequently emitted into the Medit...
In order to identify the source apportionment of particulate matter PM10 and PM2.5 in the southern M...
International audienceThe "Sahelian belt" is known as a region where mineral dust content is among t...
Suite aux changements climatiques, de nouveaux paysages reflétant les interactions entre les process...
International audienceThis study presents in situ aircraft measurements of Saharan mineral dust tran...
Millions of tons of mineral dust are lifted by the wind from arid surfaces and transported around th...
The Sahelian belt is known to be a region where atmospheric levels of suspended mineral dust are amo...
An analysis of chemical composition data of particulate matter samples (TSP, PM10 and PM2.5) collect...
International audienceThe south of Tunisia is a region very prone to wind erosion. During the last d...
This paper presents the evolution of Saharan dust advection when the PM10 (particles with an aerodyn...
International audienceDesert dust is now recognized as a major health hazard. However, there still e...
Desert dust is now recognized as a major health hazard. However, there still exists a lack of measur...
The Sahara largely contributes to the global injection of mineral dust into the northern hemisphere....
We address observations of physical and chemical properties of Saharan dust advections (SDA) as obse...
The Sahara Desert is the largest dust source on Earth. Its dust is frequently emitted into the Medit...
In order to identify the source apportionment of particulate matter PM10 and PM2.5 in the southern M...
International audienceThe "Sahelian belt" is known as a region where mineral dust content is among t...
Suite aux changements climatiques, de nouveaux paysages reflétant les interactions entre les process...
International audienceThis study presents in situ aircraft measurements of Saharan mineral dust tran...
Millions of tons of mineral dust are lifted by the wind from arid surfaces and transported around th...
The Sahelian belt is known to be a region where atmospheric levels of suspended mineral dust are amo...
An analysis of chemical composition data of particulate matter samples (TSP, PM10 and PM2.5) collect...