Titlebook: Remote Sensing in Hydrology and Water Management; Gert A. Schultz,Edwin T. Engman Book 2000 Springer-Verlag Berlin Heidelberg 2000 Drainag

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Introduction not in the river itself, but rather in a historic tower building of very fine architecture near the river Nile. The type of remote sensing discussed in this book is, however, of a rather different type: It deals with techniques and methodologies the electronic age can offer to hydrologists and wate

Arresting

Interdict

Processing Remotely Sensed Data: Hardware and Software Considerations aerial photographs) are routinely analyzed visually using optical instruments such as stereoscopes. Digital remote sensor data are analyzed using a digital image processing system that consists of both hardware and software.This chapter introduces fundamental:

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Integration of Remotely Sensed Data into Geographical Information Systemsngman and Gurney, 1991). Remote sensing and its associated image processing technology provide access to spatial and temporal information on watershed, regional, continental and global scales. Further, new sensors and imaging technology are increasing the capability of remote sensing to acquire info

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Land-use and Catchment Characteristicsalance of a catchment, and evapotranspiration losses have been shown to influence rainfall in downwind direction at regional scale (Savenije, 1995). The results of a great many paired catchment experiments have shown that evapotranspiration losses decrease in the following order; conifers, deciduous

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Evaporationwo centuries (see Brutsaert, 1982 for a historic overview). This interest is due to the role played by evaporation in many processes in the earth-atmosphere system and the resulting practical relevance of observing and understanding evaporation in the context of hydrology, water management, meteorol

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