AeroCom phase III multi-model evaluation of the aerosol life cycle and optical properties using ground- And space-based remote sensing as well as surface in situ observations

Earth and Planetary Sciences

• Aerosol 100%
• Model 74%
• Optical Thickness 48%
• Observation 25%
• Dust 22%
• Bias 19%
• Scattering 16%
• Comparison 12%
• Optical Property 12%
• AERONET 12%
• Sea Salt 9%
• Fraction 6%
• Region 6%
• In Situ 6%
• Product 6%
• Emission 6%
• Augmentation 6%
• Satellite Data 6%
• Extinction Coefficient 6%
• Particle Size 6%
• Mass Extinction 6%
• Planetary Atmosphere 3%
• Simulation 3%
• Datum 3%
• Growth 3%
• Implication 3%
• Size 3%
• Spectra 3%
• Evaluation 3%
• Show 3%
• Estimate 3%
• Correlation Coefficient 3%
• Remote Sensing 3%
• Contrast 3%
• Difference 3%
• Experiment 3%
• Species 3%
• Variation 3%
• Record 3%
• Moment 3%
• Exhibit 3%
• Variability 3%
• Asia 3%
• Black Carbon 3%
• Coefficient 3%
• Need 3%
• Ambient Air 3%
• Clock 3%
• Temporal Variation 3%
• Land 3%
• Australia 3%
• State of the Art 3%
• Albedo 3%
• Exponent 3%
• Global Model 3%
• MODIS 3%
• South Pacific 3%
• United States 3%
• Water Uptake 3%
• Americas 3%
• Earth 3%