Titlebook: Remote Sensing of Forest Environments; Concepts and Case St Michael A. Wulder,Steven E. Franklin Book 2003 Springer Science+Business Media

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Rationale and Conceptual Framework for Classification Approaches to Assess Forest Resources and Prop classification for the remote sensing of forests, and we use that work as a point of departure. Textbooks such as those by . and . provide comprehensive explanations of the general problem of classification in remote sensing. Several recent reviews also outline advances in the use of classification

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etidronate

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a professional audience composed of both practitioners and researchers. This book is also suitable as a secondary text for graduate-level students in Forestry, Environmental Science, Geography, Engineering, and Computer Science. .978-1-4613-5014-9978-1-4615-0306-4

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forebear

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The Roles of Aerial Photographs in Forestry Remote Sensing Image Analysisssment, inventory, and monitoring (.; .; .). Their use in operational forestry was anticipated to decrease as technological advances improved in the capabilities of new airborne and satellite sensors. The incentives were obvious. Within a growing digital arena, an increasing array of both geographic

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Indirect Measurement of Forest Canopy Structure from , Optical Sensorsure provide the basis for remote sensing of forest attributes at all scales. Selection of a measurement strategy requires knowledge of available measurement methods and must address data set availability, constraints in forest applications and scale related considerations. The main objective of this

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Accuracy Assessment of Maps of Forest Conditiond metadata that sufficiently characterize the nature and degree of these imperfections. To decision-makers, an accuracy assessment helps judge the risks of using imperfect geospatial data. To analysts, an accuracy assessment helps describe the reliability of the map for geospatial analyses and model