1.Institute of Automatics and Control Processes, Far East Division,Russian Academy of Sciences,Vladivostok,Russia;2.Ussuriisk Astrophysical Observatory, Far East Division,Russian Academy of Sciences,Gornotaezhnoe, Primorskii Krai,Russia
Abstract:
The distribution functions of atmospheric aerosol obtained on the basis of lidar sounding and photometric measurements over
marine water areas in continental and transition zones are analyzed. Changes in the microphysical parameters of the distribution
function in the continent-ocean transition zone with height are considered on the basis of data taken from three-frequency
lidar sounding. Specific features of changes in the particle size distribution with height during intense dust storms and
records of volcanogenic aerosol in the tropopause region in the summer of 2008 are described.