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 …

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 …

This study analyzes the vertical distribution, optical properties, radiative forcing, and several
perturbation events of stratospheric aerosols using observations from a ground-based …

Aerosol lidar networks can play an important role in revealing structural characteristics of the
atmospheric boundary layer, the urban heat island effect, and the spatial distribution of …

Aerosol intensive optical properties, including lidar ratio and particle depolarization ratio, are
of vital importance for aerosol typing. However, aerosol intensive optical properties at near …

The Raikoke volcano erupted on 21–22 June 2019 and emitted large amounts of volcanic
ash into the upper troposphere, and later might impose long-term effects on the global and …

The POLIPHON (polarization lidar photometer networking) method is a powerful pathway to
retrieve the height profiles of dust-related particle mass and ice-nucleating particle (INP) …

A compact polarization Raman lidar has been designed and constructed for using it for
atmospheric correction measurements during satellite optical sensor calibration in areas …

Plenty of dust aerosols are emitted into the atmosphere in East Asian regions and
significantly impact the regional environment and climate. In the past decade, the frequency …