Under the background of global climate change, the frequency of extreme weather events is
ever-increasing. Climatic anomaly in dust source areas and intensive Mongolian cyclones …

Previous studies have shown that dust aerosols may accelerate the melting of snow and
glaciers over the Tibetan Plateau. To investigate the vertical structure of dust aerosols, we …

A model was developed to simulate lidar signals and quantify the relative errors of retrieved
aerosol backscattering. The results show that a 1064 nm atmospheric aerosol lidar has a …

The vertical distribution of aerosol extinction coefficient (EC) measured by lidar systems has
been used to retrieve the profile of particle matter with a diameter< 2.5 µ m (PM 2.5) …

In recent years, climate change and the intervention of anthropogenic activities have altered
the seasonal features of Asian dust storms. This may also cause seasonal variations …

Natural seeder‐feeder processes play an essential role in the formation and enhancement
of precipitation. However, the cloud‐seeding process from mixed‐phase clouds is still not …

Atmospheric constituents feature a large vertical gradient in concentration, especially at the
first few hundred meters over the earth's surface. Atmospheric lidar usually cannot cover this …

Aerosols greatly impact the global and regional climate system and public health. We
conducted lidar measurements at Wuhan (30.53° N, 114.37° E) from October 2010 to June …

The vertical profiles of aerosol or mixed-phase cloud optical properties (eg extinction
coefficient) at 1064? nm are difficult to obtain from lidar observations. Based on the …

Cirrus clouds related to transported dust layers were identified on 22 occasions with ground-
based polarization lidar from December 2012 to February 2018 over Wuhan (30.5° N …