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| − | ==Satellite-Based Aerosol Measurements: Chapter Outline==
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| − | [http://www.amazon.com/Aerosol-Measurement-Principles-Techniques-Applications/dp/0471356360/ref=si3_rdr_bb_product Aerosol Measurement Handbook]
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| − | __TOC__
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| − |
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| − | ==Outline Alternate==
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| − | === Intro 1 ===
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| − | === Radiation, SatDetection 4===
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| − | === Applications 8 ===
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| − | === DataTransmission 2 ===
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| − | === DataBases 1 ===
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| − | === SummaryConclusion 1===
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| − | ----
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| − | ===Satellite Detection and Monitoring of Atmospheric Aerosols===
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| − | *Satellite Detection and Monitoring of Atmospheric Aerosols
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| − | ** Passive and Active Remote Sensing
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| − | ** Polar and Geostationary Satellite Orbits
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| − | ** Scattering Sensors: Spectral, Angular, Polarization, Sensors
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| − | * Aerosol-Detecting Satellite Platforms, Sensors and Data Products
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| − | ** GOES
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| − | ** AVHRR
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| − | ** MODIS, POLDER, SeaWiFS
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| − | **TOMS, OMI, CALIPSO
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| − | **A-TRAIN
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| − | * Air Pollution Application Examples
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| − | **Global Aerosol Climatology
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| − | **Regional Air Pollution Monitoring
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| − | **Natural Events, Fires, Dust Storms, Volcanoes
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| − | * Future Development
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| − | **Aerosols Monitoring for Global Change
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| − | **Air Pollution
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| − | **Dynamic Sensing through SensorWebs
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| − | ===Resources===
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| − | [http://capita.wustl.edu/capita/capitareports/090120_AerosolMeasHandbook/ Capita Directory]
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