Aerosol–cloud interactions play a crucial role in shaping Earth's climate and hydrological
cycle. Observing these interactions with high precision and accuracy is of the utmost …

Measurements of geometrical and optical properties of cirrus clouds, performed with a multi-
wavelength Polly XT Raman lidar during the period 2008 to 2016, are analysed. The …

Cirrus, ie, high, thin clouds that are fully glaciated, play an important role in the Earth's
radiation budget as they interact with both long-and shortwave radiation and affect the water …

This study presented an analysis of the geometric and optical properties of cirrus clouds with
data produced by Compact Cloud-Aerosol Lidar (ComCAL) over Koror, Palau (7.3° N …

In the past 2 decades, ground-based lidar networks have drastically increased in scope and
relevance, thanks primarily to the advent of lidar observations from space and their need for …

The use of automated lidar ceilometer (ALC) systems for the aerosol vertically resolved
characterization has increased in recent years thanks to their low construction and operation …

Conventional lidar methods for deriving particle optical properties suffer from the fact that
two unknowns (backscatter and extinction coefficients) need to be determined from only one …

Developing a reliable cost-effective instrument network for data measurement is a
challenging task for agency decisionmakers. A simple way to fully characterize the …

In this work, the height of the planetary boundary layer (PBLH) is investigated over Gwal
Pahari (Gual Pahari), New Delhi, for almost a year. To this end, ground-based …

Geometrical and optical characteristics of cirrus clouds were studied based on one year of
polarization lidar measurements (3969 h on 228 different days between March 2019 and …