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This book covers all relevant aspects involved in conducting water quality surveys of rivers. Focusing on the Suquía River (Argentina), it starts with a description of its hydrology and hydraulics before discussing the spatial and temporal changes in its water quality. A short chapter is dedicated to its limnology and particular characteristics due to the presence of a constructed dam and reservoir. Further chapters explore the changes in native biota inhabiting the river basin and assess various physical, chemical and microbiological parameters, as well as organic pollutants, metals and metalloids resulting from human activities. The book closes with a chapter providing an integrated approach to surveying river water quality, focusing on methods for data mining, from the simple use of water quality indexes to more formal mathematical-statistical methods (chemometrics) for evaluating
changes in water quality. The book offers an invaluable reference guide for all environmental managers and scientists involved in water resources, their quality and management.
Sommario
Hydrology and Hydraulics of the Suquía River Basin.- Limnology of the San Roque Reservoir.- Native Biota Along the Suquía River Basin.- Spatial and Temporal Changes in Water Quality Along the Basin.- Metals and Metalloids in Water and Sediment of the Suquía River Basin. Spatial and Temporal changes.- Organic Pollutants in the Suquía River Basin.- Integrating Data from Suquía River Basin. Chemometrics and other concepts.
Info autore
Prof. Dr. Daniel A. WunderlinDIRECTOR - ICYTAC
CONICET-Univ. Nac. Córdoba
Bv. Dr. Juan Filloy s/n
Ciudad Universitaria
5000- Córdoba, Argentinadanielwunderlin@gmail.com
Riassunto
This book covers all relevant aspects involved in conducting water quality surveys of rivers. Focusing on the Suquía River (Argentina), it starts with a description of its hydrology and hydraulics before discussing the spatial and temporal changes in its water quality. A short chapter is dedicated to its limnology and particular characteristics due to the presence of a constructed dam and reservoir. Further chapters explore the changes in native biota inhabiting the river basin and assess various physical, chemical and microbiological parameters, as well as organic pollutants, metals and metalloids resulting from human activities. The book closes with a chapter providing an integrated approach to surveying river water quality, focusing on methods for data mining, from the simple use of water quality indexes to more formal mathematical-statistical methods (chemometrics) for evaluating
changes in water quality. The book offers an invaluable reference guide for all environmental managers and scientists involved in water resources, their quality and management.
