Appraisal of Hydrological Components Using Soft Computing Techniques provides a detailed account of the various available hydrological components, including precipitation, stream flow, draught, Infiltration, evapotranspiration etc.
The Hydrological cycle is a very complex phenomenon of continuous movement of water in different forms among the earth and atmosphere. There are several classical models are available in literature to solve or estimate different hydrological components, but these classical models are very complex. In the past few decades soft computing-based models have been successfully used for the solution of complex problems in various fields. Through this book Precipitation, stream flow, drought, Evapotranspiration, Humidity, Wind speed, Infiltration, soil temperature etc. are estimated using soft computing techniques.
Appraisal of Hydrological Components Using Soft Computing Techniques presents modeling related issues including over fitting, input variable selection, data separation, performance evaluation indices.  Case studies are also presented, to enable a better understanding of how these techniques can be used and work.  in this book for better understanding. The latest data and soft computing techniques for the estimation of hydrological components are covered and this content is for graduates and researchers in Hydrology, Environmental Science and Environmental Engineering.

• Presents comprehensive details on different components of hydrological cycle. Further strategies are made to understand the complex hydrological cycle
• Includes details on soft computing techniques so that readers can easily access the soft computing approaches for estimation of hydrological components in a single source
• Conveys the latest data and comparison among soft computing-based models for the estimation of hydrological components- so that readers can develop a model that will estimate accurate hydrological models