Titlebook: Atmospheric Aerosols; Properties and Clima Olivier Boucher Textbook 2015 Springer Netherlands 2015 Aerosol in situ and remote sensing measu

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In Situ and Remote Sensing Measurements of Aerosols,ous passive remote sensing techniques according to the process involved (scattering, extinction or emission), the viewing geometry and the wavelength considered. The principles for aerosol remote sensing from the ground using sunphotometry and from space are then introduced with a highlight on the i

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,Aerosol–Radiation Interactions,ied expressions for scattering and absorbing aerosols, highlighting the importance of aerosol upscatter, single scattering albedo and surface albedo. Exact calculations are then presented for different aerosol types for top-of-atmosphere, surface and atmospheric radiative forcing. An assessment of t

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Climate Response to Aerosol Forcings,s on the concepts of radiative forcing, adjustments, feedbacks, and climate sensitivity before discussing the climate response to greenhouse gases and aerosols. The chapter also includes a discussion of past and future emissions.

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Biogeochemical Effects and Climate Feedbacks of Aerosols,mical cycles and have an impact on ecosystems. Physical and biological processes are sources of aerosols that can be modified by climate change, allowing for the possibility for climate feedback loops that can play a role in natural climate variability. This chapter provides a short description of s

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