International audienceThe description of the apparatus and the results of synchronous observations of the structure of aerosol fields in urban areas and in background conditions are given. Continuous day and night observations were carried out by the modernized lidar CIMEL CE372 (the background experimental site) and the stationary lidar "LOZA-S" (Tomsk, Akademgorodok). The main task of the research is to determine the stratification characteristics of aerosol layers in different synoptic conditions and to show the city's contribution to the aerosol structure of the boundary layer
This paper essentially addresses the structure and stratification of the nocturnal boundary layer (N...
Lidar observations to study the nocturnal boundary layer in the atmosphere were made on selected eve...
Regular aerosol extinction and backscatter measurements using a UV Raman Lidar have been performed f...
International audienceThe description of the apparatus and the results of synchronous observations o...
We present measurements of the vertical aerosol structure and the aerosol optical depth in the lower...
A series of campaigns involving a systematic investigation of the atmosphere over an urban area of S...
International audienceVertical profiles of particle mass concentration in the urban canopy above the...
Abstract. The diurnal evolution of the urban boundary layer over the central area of Rome was observ...
An unattended light detection and ranging (LIDAR) operating at 532–1064 nm was used for the continuo...
International audienceWe discuss here the methodology of using lidar stations for ecological monitor...
The diurnal evolution of the urban boundary layer over the central area of Rome was observed by the ...
The paper deals with measurement of the atmosphere by means of the LIDAR working at two wavelengths ...
Using the German Lidar Network, we analysed 2 years of lidar observations of aerosol layers. Here we...
A lidar system capable to perform simultaneous measurements of atmospheric water vapor and aerosols ...
The aerosol vertical profiles (20-1000 m) obtained in the atmospheric boundary layer, on four nights...
This paper essentially addresses the structure and stratification of the nocturnal boundary layer (N...
Lidar observations to study the nocturnal boundary layer in the atmosphere were made on selected eve...
Regular aerosol extinction and backscatter measurements using a UV Raman Lidar have been performed f...
International audienceThe description of the apparatus and the results of synchronous observations o...
We present measurements of the vertical aerosol structure and the aerosol optical depth in the lower...
A series of campaigns involving a systematic investigation of the atmosphere over an urban area of S...
International audienceVertical profiles of particle mass concentration in the urban canopy above the...
Abstract. The diurnal evolution of the urban boundary layer over the central area of Rome was observ...
An unattended light detection and ranging (LIDAR) operating at 532–1064 nm was used for the continuo...
International audienceWe discuss here the methodology of using lidar stations for ecological monitor...
The diurnal evolution of the urban boundary layer over the central area of Rome was observed by the ...
The paper deals with measurement of the atmosphere by means of the LIDAR working at two wavelengths ...
Using the German Lidar Network, we analysed 2 years of lidar observations of aerosol layers. Here we...
A lidar system capable to perform simultaneous measurements of atmospheric water vapor and aerosols ...
The aerosol vertical profiles (20-1000 m) obtained in the atmospheric boundary layer, on four nights...
This paper essentially addresses the structure and stratification of the nocturnal boundary layer (N...
Lidar observations to study the nocturnal boundary layer in the atmosphere were made on selected eve...
Regular aerosol extinction and backscatter measurements using a UV Raman Lidar have been performed f...