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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Gert A. Schultz,Edwin T. EngmanFirst comprehensive treatment of applications of remote sensing to hydrology and water management.Chapters are written by well known experts.The book contains 56 color plates and an overview of satell

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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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Remote Sensing in Hydrological Modelingds of the water resource engineers: primarily the design of water supply and flood protection works, which requires long- term records for river flows, and the forecasting of floods, which requires (spatially) accurate precipitation measurements.

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Precipitationne day it becomes increasingly difficult, and ultimately impossible, to do this. Up to about 3 days, synoptic scale systems can provide a framework for analysis, although this can be difficult as such systems often move and develop significantly over this period.

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Soil Moisturee. Understanding the importance of the land-surface hydrology to climate has emerged as an important research area since the mid 1960s when researchers at the Geophysical Fluid Dynamics Laboratory placed a land hydrology component into their general circulation model (GCM) (see Manabe et al., 1965; Manabe, 1969).

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Book 2000 where no data exist, even without ground measurements, so that I can design the required capacity of a drinking water supply reservoir in a developing country. " On the other hand, the authors have been told: "Remote sensing is not of much use since it is still impossible to estimate ground water r