Titlebook: Global Land Ice Measurements from Space; Jeffrey S. Kargel,Gregory J. Leonard,Bruce H. Raup Book 2014 Springer-Verlag Berlin Heidelberg 20

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Integrated Wide-Bandwidth Current Sensingal mapping from aerial photography in 1982 was compared with Landsat satellite imagery from 2008. Glacier cover decreased in area by 30?% over that period; the greatest percentage loss was in glaciers with areas between 1 and 10?km., while the largest number of disappearances was of glaciers 0.1–1?k

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Critical Education: The Politics of Food Landsat imagery. The method works well when applied to glaciers having sparse debris cover. A larger challenge has been the interpretation and identification of individual glaciers and linking the new inventory to previous inventories that use different drainage divides. Assessing area changes betw

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,Introduction: Global Glacier Monitoring—a Long-Term Task Integrating in Situ Observations and Remota summary of available data. We introduce the potential and challenges of satellite remote sensing for glacier monitoring in the 21st century and emphasize the importance of integrative change assessments. Lastly, we provide a synopsis of the book structure as well as some concluding remarks on worl

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Radiative Transfer Modeling in the Cryosphere, using the basic principle of conservation of photons and are simplified to obtain equations that are more mathematically tractable. Such equations are numerically solved to compute quantities that are of interest in remote sensing (e.g., bidirectional reflectance factor, BRF, and spectral albedo) t

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Digital Terrain Modeling and Glacier Topographic Characterization,rameters and modeling of topographic controls on radiation fields; and the important matters of glacier mapping, elevation change, and mass balance assessment. Altimetric data are increasingly important in glacier studies, yet challenges remain with availability of high-quality data, the current lac

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