Titlebook: Satellite Radiothermovision of Atmospheric Processes; Method and Applicati Dmitry M. Ermakov Book 2021 Springer Nature Switzerland AG 2021

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Introduction,the Earth, and unlike the rest of the chapters, it is intentionally written in a popular form. Although it does not contain facts that would not be well known or obvious to experts, the chapter may be still useful to them. It explains the general motivation and logic of the research that led to the

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Why Satellite Radiothermovision?,escribed in the book as an approach to solving specific inverse problems of remote sensing of the Earth by radiophysical means. For this purpose, the first section gives a brief description of the objects of study. It is shown that in the study of the formation and (or) evolution of the atmospheric

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Fundamentals of Satellite Radiothermovision, scheme that is closed relative to the input information of satellite radiometry data, which provides: restoration of scalar fields of geophysical parameters of the ocean-atmosphere system of global coverage on a regular coordinate grid with a step of the order of 0.125−0.25° without data gaps and w

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Satellite Radiothermovision of Atmospheric Rivers,e and high latitudes. Systematic studies of atmospheric rivers have revealed their significant role in the meridional transport of atmospheric latent heat. Starting in the intratropical convergence zone and overcoming the boundaries of the Hadley cells, atmospheric rivers often reach the polar regio

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Satellite Radiothermovision of Global Atmospheric Circulation,turn, is of not only fundamental scientific, but also universal interest. The most important tool for studying climate today is mathematical modeling. It not only provides a qualitative picture of the evolution of climate over epochs spanning millions of years, but also makes it possible (many times