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 …

Abstract Over the remote Southern Ocean (SO), cloud feedbacks contribute substantially to
Earth system model (ESM) radiative biases. The evolution of low Southern Ocean clouds …

Both dynamic and cloud microphysical processes play significant roles in the intensity of
severe rainfall within a convective storm. In this study, a quantitative analysis has been …

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 …

The seeding effect of upper clouds on lower clouds affects the evolution of clouds, especially
the seeding from upper ice clouds on lower stratiform clouds or convective clouds, which …

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 …

Large amounts of dust aerosols are lifted to the upper troposphere every year and play a
major role in cirrus formation by acting as efficient ice nuclei. However, the relative …

Next‐generation lunar laser ranging (LLR) aims for mm‐level accuracy, significantly
promoting the study of gravitational physics. However, atmospheric refraction delay causes …

During the Indian summer monsoon, high temporal and spatial resolution observations from
Ka-band dual-polarization radar deployed in the Western Ghats (WG), India are utilized to …

Natural seeder-feeder is a common phenomenon in stratiform clouds precipitation. The
quantitative evaluation of the enhancement effect of seeder-feeder plays an important role in …