Springer Series in Light Scattering (vol. 13)
Radiative transfer and light scattering in snow
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Beschreibung
The work is aimed at the description of modern progress in radiative transfer and light scattering in snow. The problems related to optical remote sensing of snow are considered as well. The novel methods of the diffuse wave spectroscopy as applied to snow are discussed. Modern progress in snow reflectance spectroscopy and its application for the monitoring of snow surfaces using ground based and satellite optical instrumentation is presented. The snow thermal remote sensing is discussed as well. The primary audience for the work are the postgraduate students and also scientists actively involved in studies of the propagation of solar radiation in cryosphere and the influence of changes in cryosphere on climate.
The work is aimed at the description of modern progress in radiative transfer and light scattering in snow. The problems related to optical remote sensing of snow are considered as well. The novel methods of the diffuse wave spectroscopy as applied to snow are discussed. Modern progress in snow reflectance spectroscopy and its application for the monitoring of snow surfaces using ground based and satellite optical instrumentation is presented. The snow thermal remote sensing is discussed as well. The primary audience for the work are the postgraduate students and also scientists actively involved in studies of the propagation of solar radiation in cryosphere and the influence of changes in cryosphere on climate.
Numerous step-by-step tutorials help the reader to learn quickly A special chapter on next generation Flash prepares readers for the future Includes ten tips on how to protect flash sites from hackers
Autor*in
Alexander Kokhanovsky
Themen in »Springer Series in Light Scattering (vol. 13)«
Radiative transfer Light scattering Time domain diffuse optical spectroscopy Optics Ice Snow Black carbon Dust Reflectance spectroscopy Hyperspectral snow reflectance measurements