Eyjafjallajökull ash concentrations derived from both lidar and modeling

Using structural analysis derived from LIDAR to generate realistic DEM cuttings for rockfall hazard assessment.. Journées Aléas Gravitaires (JAG), Catherine Bertrand, Université

Extinction Coefficients retrieved in Deep Tropical Ice Clouds from Lidar Observations using a CALIPSO-like Algorithm compared to In- Situ Measurements from the Cloud

This paper presents a comparison of lidar ratios and volume extinction coe ffi cients in tropical ice clouds, retrieved using observations from two instruments: the 532- nm

The best known transformation method is the binary relevance (BR) approach [21]. This approach trans- forms a multi-label classification problem with Q possible classes into

However, as SSD values of topological charges are consistently around a few tenths of an electron while their values can vary by several orders of magnitude (between 3 10 3 e for

In order to investigate the impact of using different model data on the tropospheric algorithm, a preliminary comparison between the BASCOE model [18] (Belgian Assimilation

Both aerosol optical depth and ash plume height satellite estimates were compared with European Aerosol Research Lidar Network (EARLINET) lidar measurements and the UK’s BAe-146-

Mean profiles of the aerosol extinction coefficient on 12 and 16 May 2010: top-left panel for the plume of 12 May, top-right panel for the plume crown of 12 May, bottom-left panel