Week 1: Evolution and uniqueness of Earth’s atmosphere and its constituents, properties and relevance, Importance of GHGs in the atmosphere
Week 2: Air pollution: gaseous and particulate air pollution
Week 3: Urban air pollution, road dust emission, Impact on green belt and plant photosynthesis, Urban heat island effect
Week 4: Atmospheric Aerosols: Sources, composition, chemistry
Week 5: Secondary aerosols: Formation and their importance
Week 6: Air pollution and its impact: Health effects, plant photosynthesis, crop productivity, plant disease caused by deposition of air pollution
Week 7: Methods for measuring air pollution and mitigation: Sampling techniques, Offline and online methods
Week 8: Optical properties of aerosols: absorption methods: BC aerosols, BrC, Scattering optical methods: beta attenuation, AOD, radiative forcing and climatic impact of aerosol
Week 9: Aerosol chemistry and cloud interaction, aerosols as CCN, cloud formation and precipitation
Week 10: Air pollution and cryosphere (Antarctic, Arctic, Himalayas), snow albedo, melting of glaciers
Week 11: Aerosols as nutrients: Deposition of particulates species (limiting nutrients such as Fe, P, N) and acidic species (HNO3 , H2SO4) and its impact on Ocean pH, biogeochemistry
Week 12: Physical laws governing climate change
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