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 …

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 …

Cloud vertical structure detection is essential for understanding atmospheric dynamics.
Currently, cloud boundaries can be effectively identified based on lidar and millimeter-wave …

Overlying cloud can affect the radiative and precipitation features of underlying cloud via its
radiative and seeding effects. Using 4 years of CALIPSO and CloudSat observations, this …

Observation of a melting layer using a 1.55 µm coherent Doppler lidar (CDL) is first
presented during a stratiform precipitation event. Simultaneous radar measurements are …

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 …

The local formation characteristics of thin supercooled liquid stratiform clouds on mid‐level
moisture advection layers have been revealed by the∼ 2‐year observations from routinely …

Exploiting their sensitivity to cloud droplets and small raindrops, Ka-band cloud radar
observations are used to investigate weak stratiform precipitation over Wuhan during …

Rain measurements based on the remote sensing technique play an important role in many
fields. In this article, the DTU-developed continuous-wave SpinnerLidar, deployed on top of …