Introduction to Satellite Remote Sensing: Atmosphere, Ocean, Land, and Cryosphere Applications [Book Review]

Until the publication of this book, there has not been any modern, up-to-date compendium on the history and physics of remote sensing, sensor technology, and applications across all areas of geoscience above the Earth’s surface. This book covers the parts of the spectrum applicable to satellite remote sensing—optical, infrared, and microwave— and addresses atmospheric, land, and oceanic applications (including ice-covered surfaces) on both land and water. The book begins with a fascinating chapter on the history of remote sensing, starting from the development of photography in the 1830s, proceeding to the first aircraft photograph by one of the Wright brothers in 1908, and then chronicling the introduction of space photography in the 1950s and other more modern forms of remote sensing between then and the present. In sum, it is a wonderful chapter that gives the reader a sense of how science and technology worked together to create the highly sophisticated satellite sensors of today. Covers the following topics: learning about the language of remote sensing; specific types of sensors; microwave radiometry; radar remote sensing; remote sensing using global navigation; ancillary aspects of remote sensing; and remote sensing applications. With over 500 references, this 841-page book is a mustadopt textbook for any introductory course on remote sensing. After gaining the knowledge and experience made available by this book, a graduate student can pursue research in a specialized field of remote sensing with confidence and a clear perspective. For the practitioner of remote sensing, this book is a superb reference and guide.