Although extensively studied within the lidar community, the multiple scattering
phenomenon has always been considered a rare curiosity by radar meteorologists. Up to …

Cirrus cloud absorption optical depths retrieved at 12.05 μm are compared to extinction
optical depths retrieved at 0.532 μm from perfectly co-located observations of single-layered …

Fast Lidar and Radar Multiple-Scattering Models. Part I: Small-Angle Scattering Using the Photon
Variance–Covariance Method in: Journal of the Atmospheric Sciences Volume 65 Issue 12 …

ADM-Aeolus, the wind Lidar under development at ESA, is a High Spectral Resolution Lidar
that additionally provides separated information on particles (Mie channel) and molecules …

The radiative heating rate due to mineral dust over West Africa is investigated using the
radiative code STREAMER, as well as remote sensing and in situ observations gathered …

The new generation of spaceborne backscatter lidar systems, prefigured by the Lidar in‐
Space Technology Experiment (LITE) mission in September 1994, will give new insight on …

Theoretically, laser beam divergence can redistribute multiple scattering lights by spreading
laser illumination and thus alter lidar polarization measurements. To study multiple …

A method for retrieval of cirrus macrophysical and radiative properties using combined ruby
lidar and infrared radiometer measurements is explained in detail. The retrieval algorithm …

The temperature dependencies of cirrus properties are studied using a dual polarization
lidar and Mesosphere Stratosphere Troposphere (MST) radar at the tropical station Gadanki …

Haze is hazardous to human health. Although horizontal scanning LIDARs have been used
to monitor air pollution sources, they have not been used for haze detection. In this work, we …