Tajikistan is often affected by atmospheric mineral dust originating from various surrounding deserts. The direct and indirect radiative effects of that dust play a sensitive role in the Central Asian climate system and therefore need to be quantified. The Central Asian Dust Experiment (CADEX) provides for the first time an aerosol climatology for Central Asia based long-term aerosol profiling by ground-based lidar (PollyXT type) in Dushanbe, Tajikistan. For pure dust cases, mean depolarization(lidar) ratios of 0.23±0.03(44±3 sr) at 355 nm and 0.32±0.02(38±3 sr) at 532 nm wavelength have been measured. The mean extinction-related Ångström exponent was 0.18±0.15
For the first time lidar measurements of vertical aerosol profiles are conducted in Tajikistan/Centr...
In Central Asia, climate and air quality are largely affected by local and long-travelled mineral du...
The airborne dust has been well recognized to have a significant impact on the climate system at var...
Tajikistan is often affected by atmospheric mineral dust originating from various surrounding desert...
Tajikistan is often affected by atmospheric mineral dust. The direct and indirect radiative effects ...
For the first time, a comprehensive characterization of optical, microphysical, and cloud-relevant p...
Mineral dust influences climate and weather by direct and indirect effects. Surrounded by dust sourc...
For the first time, continuous vertically resolved aerosol measurements were performed by lidar in ...
The location of Central Asia, almost at the center of the global dust belt region, makes it suscepti...
For the first time lidar measurements of vertical aerosol profiles are conducted in Tajikistan/Centr...
Mineral dust needs to be characterized comprehensively since it contributes to the climate change in...
For the first time, continuous, vertically resolved long-term aerosol measurements were conducted wi...
For the first time, a dense data set of particle extinction-to-backscatter ratios (lidar ratios), li...
For the first time, continuous vertically resolved aerosol measurements were performed by lidar in T...
Several long-term monitoring of aerosol datasets from the Moderate Resolution Imaging Spectroradiome...
For the first time lidar measurements of vertical aerosol profiles are conducted in Tajikistan/Centr...
In Central Asia, climate and air quality are largely affected by local and long-travelled mineral du...
The airborne dust has been well recognized to have a significant impact on the climate system at var...
Tajikistan is often affected by atmospheric mineral dust originating from various surrounding desert...
Tajikistan is often affected by atmospheric mineral dust. The direct and indirect radiative effects ...
For the first time, a comprehensive characterization of optical, microphysical, and cloud-relevant p...
Mineral dust influences climate and weather by direct and indirect effects. Surrounded by dust sourc...
For the first time, continuous vertically resolved aerosol measurements were performed by lidar in ...
The location of Central Asia, almost at the center of the global dust belt region, makes it suscepti...
For the first time lidar measurements of vertical aerosol profiles are conducted in Tajikistan/Centr...
Mineral dust needs to be characterized comprehensively since it contributes to the climate change in...
For the first time, continuous, vertically resolved long-term aerosol measurements were conducted wi...
For the first time, a dense data set of particle extinction-to-backscatter ratios (lidar ratios), li...
For the first time, continuous vertically resolved aerosol measurements were performed by lidar in T...
Several long-term monitoring of aerosol datasets from the Moderate Resolution Imaging Spectroradiome...
For the first time lidar measurements of vertical aerosol profiles are conducted in Tajikistan/Centr...
In Central Asia, climate and air quality are largely affected by local and long-travelled mineral du...
The airborne dust has been well recognized to have a significant impact on the climate system at var...