Titlebook: Remote Sensing for Site Characterization; Friedrich Kuehn,Trude V. V. King,Douglas C. Peters Book 2000 Springer-Verlag Berlin Heidelberg 2

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Obtaining Remote-sensing Data, (see Table 3.1). Satellite images (., ., ., ., etc.) can provide data on the extent and structure of waste disposal sites and characterize the landscape features of a given site (Fig. 3.1). However, the highest resolution and most informative data for waste disposal site investigation are obtained from airborne remote-sensing systems.

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Remote Sensing: An Overview of Physical Fundamentals,diation, have no direct contact between the sensor — carried by either an aircraft or satellite — and the object(s) being observed. Remote sensing utilizes EM radiation principally in the ultraviolet, visible light, infrared, and microwave portions of the EM spectrum. Single or multichannel data acq

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Obtaining Remote-sensing Data,he spatial resolution of a satellite-based remote-sensing system is commonly insufficient to delineate and identify small objects on the Earth surface (see Table 3.1). Satellite images (., ., ., ., etc.) can provide data on the extent and structure of waste disposal sites and characterize the landsc

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Case Studies, case studies represent a broad thematic spectrum. The approaches range from conventional aerial photograph interpretation to modern hyperspectral techniques. This English-language version of the German edition has been expanded with representative contributions from the United States and Canada. Th

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Epilogue,span the entire range of levels of technical difficulty, from aerial photographs and their visual interpretation to airborne hyperspectral imaging spectrometers and the attendant intensive computer processing of their data. All levels of technology and types of output information have their place in

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