Remote Sensing of the Environment: An Earth Resource Perspective 2nd Edition by John R Jensen describes the fundamentals of distant sensing from an earth useful resource (versus engineering) perspective. The writer emphasizes the usage of remote sensing knowledge for helpful spatial biophysical or socio-financial information that can be utilized to make decisions.
Providing two new chapters on LIDAR Distant Sensing (Ch. 10) and In situ Spectral Reflectance Measurement (Ch. 15), this book gives an intensive assessment of the character of electromagnetic radiation, inspecting how the reflected or emitted energy within the visible, near-infrared, middle-infrared, thermal infrared, and microwave portions of the spectrum may be collected by quite a lot of sensor methods and analyzed.
Writer employs a visually stimulating, clear format: a big (8.5” x 11”) format with 48 pages in full colour facilitates image interpretation; a whole bunch of specifically designed illustrations communicate rules in an easily understood manner. It's useful reference for agriculture, wetland, and/or forestry professionals, along with geographers, urban planners, and transportation engineers. Distant sensing educators all through the world have discovered these resources to be of serious value. No different textbook presents such a service free of charge.
Creator takes the method that the detailed digital picture processing principles should be taught in a separate course, not in the introductory distant sensing or airphoto interpretation course with coverage of the history of photography and other distant sensing detectors, and aerial platforms (balloon, kite, aircraft, satellite).
This book encourages readers to appreciate the great strides that have taken place in sub-orbital and orbital distant sensing science. Case studies in most chapters display the proper software of distant sensing principles and expertise with sensible purposes of principles throughout the text. Examples embody remote sensing of vegetation biomass, chlorophyll a mapping, air pollution monitoring, digital elevation mannequin creation, floor temperature measurement, and land-use mapping.
Chapter 10 (LIDAR Remote Sensing) introduces the basic principles associated with this powerful new type of distant sensing that provides detailed digital elevation and vegetation information. Chapter 15 (In situ Spectral Reflectance Measurement) describes easy methods to accumulate in situ spectral reflectance measurements with a handheld radiometer in assist of remote sensing studies. Few books have detailed chapters on these two very important topics.
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