Isolating Large-Scale Smoke Impacts on Cloud and Precipitation Processes Over the Amazon With Convection Permitting Resolution

Keyphrases

• Absorbing Aerosols 50%
• Aerosol 50%
• Aerosol-cloud Interaction 50%
• Aerosol-radiation Interaction 50%
• Albedo 50%
• Amazon 100%
• Biomass Burning 50%
• Biomass Smoke 50%
• Boundary Layer 50%
• Cell Surface 50%
• Cloud Coverage 50%
• Cloud Development 50%
• Cloud Droplet number Concentration 50%
• Cloud Processes 100%
• Cloud Properties 50%
• Convection 100%
• Convection-permitting Resolution 100%
• Convective Activity 50%
• Convective Cells 50%
• Convective Clouds 50%
• Cycle Flux 50%
• Diurnal Response 100%
• Elevated Heating 50%
• Geostationary Satellite 50%
• High Altitude 100%
• High Precipitation 50%
• Hydrological Cycle 50%
• Ice Clouds 50%
• Icosahedral 50%
• Large-scale Impact 50%
• Localized Heating 50%
• Longwave Radiative Effect 50%
• Low Clouds 50%
• Low-to-moderate 50%
• Modeling Framework 50%
• Non-hydrostatic Model 50%
• Optical Depth 50%
• Plume 50%
• Polar-orbiting Satellite 50%
• Precipitation Process 100%
• Precipitation Rate 100%
• Process Development 50%
• Radiation Flux 50%
• Radiation Heating 50%
• Radiative Effect 100%
• Radiative Fluxes 50%
• Shortwave 50%
• Shortwave Radiation 50%
• Smoke Impacts 100%
• Surface Cooling 50%
• Temporal Response 50%

Earth and Planetary Sciences

• Aerosol-Cloud Interaction 20%
• Albedo 20%
• Altitude 40%
• Amazon 100%
• Biomass Burning 40%
• Boundary Layer 20%
• Cloud Droplet 20%
• Geostationary Satellite 20%
• Hydrological Cycle 20%
• Ice Clouds 20%
• Short Wave Radiation 20%
• Smoke 100%
• Surface Cooling 20%