Ten years of multiwavelength Raman lidar observations of free-tropospheric aerosol layers over central Europe: Geometrical properties and annual cycle

Keyphrases

• Particle Layer 100%
• Aerosol Layers 100%
• Multiwavelength Raman Lidar 100%
• Geometric Properties 100%
• Lidar Observations 100%
• Central Europe 100%
• Tropospheric Aerosols 100%
• Pollution 100%
• Springtime 66%
• Tropospheric Pollutants 66%
• Lidar Network 66%
• Anthropogenic Pollution 66%
• Forest Fire Smoke 66%
• North America 66%
• Transport Channel 66%
• Canada 66%
• Particle Pollution 66%
• Pollution Layer 66%
• Free Troposphere 66%
• Summertime 33%
• Property Variation 33%
• LiDAR 33%
• Asian Continent 33%
• Raman Lidar 33%
• East Europe 33%
• Euro 33%
• Southeastern Europe 33%
• Source Area 33%
• United States of America 33%
• East Asia 33%
• Backward Trajectory Analysis 33%
• Aerosol 33%
• Boundary Layer 33%
• Arctic Haze 33%
• Sahara 33%
• Mineral Dust 33%
• Central European 33%
• Long-range Transport 33%
• Transport Pathway 33%
• Siberia 33%
• Tropopause 33%
• Urban Areas 33%
• Haze 33%
• Leipzig 33%
• Particle Transport 33%
• Forest Fire 33%
• Seasonal Dependence 33%
• Aerosol Particles 33%
• Germany 33%
• Seasonal Variation 33%

Earth and Planetary Sciences

• Optical Radar 100%
• Central Europe 100%
• Forest Fire 60%
• Smoke 40%
• Troposphere 40%
• Canada 40%
• North America 40%
• Long Range Transport 20%
• East Asia 20%
• Europe 20%
• United States of America 20%
• Russia 20%
• Annual Variation 20%
• Trajectory Analysis 20%
• Siberia 20%
• Tropopause 20%
• Continent 20%
• Boundary Layer 20%
• Stratosphere 20%
• Germany 20%