To observe aeolian dust in high mountainous areas, two sets of automatic weather station including visibility meters have been installed on the slopes of the Tianshan Mountains and the Kunlun Mountains. The two observation sites are at a height of about 2500 m above sea level, and those slopes face to the Taklimakan Desert. The aeolian dust climbs the slopes with anabatic wind in daytime. Horizontal mass transportation of dust over the slopes on a fine day was estimated using the data set of visibility and wind speed, and its daily and seasonal variations were analyzed. Before this analysis, visibility was converted to dust concentration via a relationship determined by visibility meter and an optical particle counter in a laboratory. It ha...
Based on data from the dust storm monitoring station over Hunshandake Desert Area, Inner Mongolia, t...
The provenance of fine-grained eolian dust over East Asia is distinguished using a regional climate ...
International audienceClimate change is predicted to induce more extreme events such as storms, heat...
The Taklamakan Desert in China is one of the major source regions for Asian dust particles. All ball...
Dust emission generated by wind erosion is the largest source of tropospheric aerosols. The Gobi Des...
Observation of number concentration of aerosol particles in the south of the Taklimakan Desert, Chin...
Dust events have been observed in Japan with high frequency since 2000. On the other hand, the frequ...
The emission of dust particles into the atmosphere is governed by the aerodynamic and resistant fact...
A meteorological and dust monitoring tower with 20 m height set up at a Nomgon site in the Mongolian...
Based on observations and numerical simulations, the topographic impacts on dust transport in East A...
A severe dust storm (SDS) event occurred during March-20 to March-22, 2010 in China. A regional dyna...
In April 2002, a severe dust storm occurred in the Taklimakan Desert. A large amount of the dust was...
Aerosol sampling and meteorological observations were carried out from March 2001 to April 2004 at A...
The Aeolian Dust Experiment on Climate Impact (ADEC) was initiated in April 2000 as a joint five-yea...
Aerosols are an important factor affecting air quality. As the largest source of dust aerosol of Eas...
Based on data from the dust storm monitoring station over Hunshandake Desert Area, Inner Mongolia, t...
The provenance of fine-grained eolian dust over East Asia is distinguished using a regional climate ...
International audienceClimate change is predicted to induce more extreme events such as storms, heat...
The Taklamakan Desert in China is one of the major source regions for Asian dust particles. All ball...
Dust emission generated by wind erosion is the largest source of tropospheric aerosols. The Gobi Des...
Observation of number concentration of aerosol particles in the south of the Taklimakan Desert, Chin...
Dust events have been observed in Japan with high frequency since 2000. On the other hand, the frequ...
The emission of dust particles into the atmosphere is governed by the aerodynamic and resistant fact...
A meteorological and dust monitoring tower with 20 m height set up at a Nomgon site in the Mongolian...
Based on observations and numerical simulations, the topographic impacts on dust transport in East A...
A severe dust storm (SDS) event occurred during March-20 to March-22, 2010 in China. A regional dyna...
In April 2002, a severe dust storm occurred in the Taklimakan Desert. A large amount of the dust was...
Aerosol sampling and meteorological observations were carried out from March 2001 to April 2004 at A...
The Aeolian Dust Experiment on Climate Impact (ADEC) was initiated in April 2000 as a joint five-yea...
Aerosols are an important factor affecting air quality. As the largest source of dust aerosol of Eas...
Based on data from the dust storm monitoring station over Hunshandake Desert Area, Inner Mongolia, t...
The provenance of fine-grained eolian dust over East Asia is distinguished using a regional climate ...
International audienceClimate change is predicted to induce more extreme events such as storms, heat...