Evaluation and comparison of MODIS and VIIRS aerosol optical depth (AOD) products over regions in the Eastern Mediterranean and the Black Sea

Keyphrases

• Eastern Mediterranean 100%
• Black Sea 100%
• Aerosol Optical Depth 100%
• Visible Infrared Imaging Radiometer Suite (VIIRS) 100%
• Moderate Resolution 100%
• Imaging Spectroradiometer 100%
• Aerosol Products 69%
• Depth Retrieval 53%
• Root Mean Square Error 30%
• Spatial Resolution 30%
• Expected Error 30%
• Coastal Area 23%
• Deep Blue 23%
• Low Error 15%
• Depth Measurement 15%
• Atmospheric Correction 15%
• Ocean Surface 15%
• Aerosol Robotic Network (AERONET) 15%
• Aerosol Concentration 15%
• Aerosol Loading 15%
• Dark Target 15%
• Satellite-based 7%
• High Correlation 7%
• Correlation Coefficient 7%
• In Situ 7%
• Model Assumptions 7%
• Poor Performance 7%
• Adverse Effects 7%
• Radiative Forcing 7%
• Temporal Dynamics 7%
• Estimation Model 7%
• Inversion Algorithm 7%
• Aerosol 7%
• Health Impact 7%
• Direct Impact 7%
• Surface Type 7%
• Ground Station 7%
• Pearson Correlation Coefficient 7%
• Urban Land 7%
• Measurement Range 7%
• Terra 7%
• Water-sediment System 7%
• Aqua 7%
• Land Surface Water 7%
• Spatial Dynamics 7%
• Aerosol Properties 7%
• Aerosol Model 7%
• Moderate Spatial Resolution 7%
• Coastal Site 7%
• Data Continuity 7%
• Suomi National Polar-orbiting Partnership (S-NPP) 7%
• Loading Variation 7%
• Indirect Impacts 7%
• Urban Land Surface 7%
• Surface Reflectance Estimation 7%

Earth and Planetary Sciences

• Radiometer 100%
• Spectroradiometers 100%
• Spatial Resolution 71%
• Correlation Coefficient 28%
• Depth Measurement 28%
• AERONET 28%
• Atmospheric Correction 28%
• Ocean Surface 28%
• Radiative Forcing 14%
• Ground Station 14%
• Surface Reflectance 14%
• Suomi npp 14%
• Aerosol Property 14%
• MISR 14%
• Land Surface 14%
• Human Health 14%