Ebook: Hydrological Systems Analysis: Methods and Applications
- Tags: Hydrogeology, Terrestrial Pollution, Environmental Management, Geotechnical Engineering & Applied Earth Sciences
- Series: Water Science and Technology Library 20
- Year: 1996
- Publisher: Springer Netherlands
- Edition: 1
- Language: English
- pdf
This book provides a state-of-the-art overview of the development of concepts and methodology of hydrological sys tems analysis and its wide range of practical applications. Hydrological systems analysis involves the management, processing and interpretation of huge amounts of geoscien tific as well as ecological and historical data of many different types and sources, which can only be handled coherently and efficiently by using interactive geoscientific information systems. Geoscientific information systems as well as flow simulators are integral parts of the methodology. The methodology is clearly explained in the book and ample figures il lustrate the text. The emphasis of the book is on the practical applicability of hydrological systems analysis in integrated water re source management, nature conservation and environmental planning. The compilation of many case-studies, conducted by TNO geohydrologists and others in recent years, included in the book deals with different temporal and spatial scales and various geohydrological settings in The Netherlands, Poland, the European Union as well as in Indonesia. These case studies underpin the strength and elegance of hydrological systems analysis.
This book presents a methodology for regional hydrological systems analysis which has been widely tested and applied in analyzing and solving a wide spectrum of national, regional and local water resources inventory and management problems, especially in the densely populated and heavily polluted Netherlands. It deals with the close relationships between land use, groundwater recharge, vegetation patterns, groundwater flow systems, water quality and surface water networks.
Modelling of groundwater flow systems, hydrochemical analysis and data processing and application of GIS are integrated for planning and management of water resources.