Science Highlights: September 2017

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Making Better Estimates of Extreme Precipitation with TRMM Data

Making Better Estimates of Extreme Precipitation with TRMM Data

Making Better Estimates of Extreme Precipitation with TRMM Data (continued)

Making Better Estimates of Extreme Precipitation with TRMM Data (continued)

Over Arctic sea ice, aerosol microphysical effects in thin, predominantly liquid clouds decrease cloud droplet size, optical depth, and occurrence of precipitation and mixed-phase clouds

Over Arctic sea ice, aerosol microphysical effects in thin, predominantly liquid clouds decrease cloud droplet size, optical depth, and occurrence of precipitation and mixed-phase clouds

Over Arctic sea ice, aerosol microphysical effects in thin, predominantly liquid clouds decrease cloud droplet size, optical depth, and occurrence of precipitation and mixed-phase clouds (continued)

Over Arctic sea ice, aerosol microphysical effects in thin, predominantly liquid clouds decrease cloud droplet size, optical depth, and occurrence of precipitation and mixed-phase clouds (continued)