V. S. Kovalevsky & G. P. Kruseman & K. R. Rushton
Book 1 of Hydrogeology
Language: English
37.00.00=GEOPHYSICS 38.15.00=Lithology 38.59.00=Technique and technology of exploration works 38.61.00=Hydrogeology Hydrogeology Hydrology abundant isotope aeromagnetic surveying aerospace surveys allowable sdie analysis api standard applied aquifer area artificial tracers atmospheric deposition auger balkema rotterdam basaltic terrain based borehole buried channel capillary fringe carbon dioxide carbonate careful surveying case casing central tennessee change characteristic chemical complexe terminal composition concentration condition continental intercalaire cosmochim acta cost darcys law data decreasing depth development diameter discharge drilling drum chart earth eaux souterraines editing committee electrical conductivity electromagnetic radiation elsevier amsterdam environment environmental environmental impacts environmental isotope equitable share exploitation exposure route fe-redox cline feature field filter pack flow formation fourth phase frequency gamma radiation geological geology geophysics gran canaria ground groundwater groundwater flow groundwater study head heavy isotope high highly vacuolar hilly terrain hogh jensen hollow-stem auger humid zone hydraulic hydraulic conductivity hydraulic gradient hydraulic head hydrochemical character hydrogeological hydrol hydrological hydrological cycle hydrological hydrochemical hydrostatic pressure iah interflow zone intern international international association international conference interpretation investigation isotope isotopic composition karst karst regions latero logging layer level long magnouni management map material mesh interval method microbial denitrification model monitoring moscow multidisciplinary conference natural network neutral non-renewable resource observation omega barcelona oude korendijk overwhelming majority paris periodic fluctuation permeability piezometer piezometric head point pollution porosity portable portable instrument potential precipitation press problem process property protection publ pumping quality radiation radioactive tracers rainy season rate recharge redox cline redox half-reactions remote sensing resource result river rock rushton sample sampling saudi arabia sedimentary basin series siliceous intrusion skilled staff sodium hazard soil solid-stem auger source specific spontaneous ignition spring statistical test storage streaming potential study subsequent recovery sudden outburst surface survey table technique term terrestrial environmenta test time time slices type unesco united vadose zone van van eyden van lanen van overmeeren van waegeningh variation velocity vertical vice versa violent episode volcanic water water table wet season yaji karst year yield york zone
Published: Dec 31, 2003
Description:
"Groundwater Studies: An International Guide for Hydrogeological Investigations", edited by V. S. Kovalevsky, G. P. Kruseman, K. R. Rushton (IHP-VI, SERIES ON GROUNDWATER NO.3). The designations employed and the presentation of material throughout the publication do not imply the expression of any opinion on the part of UNESCO concerning the legal status of any country or area or its authorities, or the delineation of its frontiers or boundaries. Published in 2004 by the United Nations Educational, Scientific and Cultural Organization (7, place de Fontenoy, 75352 Paris 07 SP). Layout and typesetting by Marina Rubio (93200 Saint-Denis). ISBN 92-9220-005-4. © UNESCO 2004. Preface: Understanding of groundwater has developed significantly since 1972 when the first part of the original volume of Groundwater Studies was published by UNESCO. Yet, for someone just commencing the study of groundwater, there is still a need for a text which will help in starting their work. For those with greater experience in hydrogeological investigations, there is a need to increase awareness both of more recent work and information about techniques outside their previous experience. This new volume is intended to meet both of these needs and therefore it has the subtitle An International Guide for Hydrogeological Investigations. This document was prepared in the framework of the Fourth Phase of the International Programme as Project M-1-3 that was supervised and directed by Habib Zebidi, Water Science Specialist, Division of Water Sciences, UNESCO. After his retirement in 1999, it was continued by his successor Ms Alice Aureli. Dr Habib Zebidi drew contributors and members for an editing committee from different countries. They brought to this volume their own distinctive perspectives as all are acknowledged experts with extensive experience of practical groundwater issues. The members of the editing committee provided a certain unity of style and presentation, and also tried to keep the size of this document in hand. Each chapter is intended to provide sufficient information to comprehend the fundamentals of the topic; in addition, reference is made to publications where further information can be obtained for more detailed study. The contributing authors are listed below per chapter and details are given in Appendix A-3: Chapter 1: Ken R. Rushton (United Kingdom) and Gideon P. Kruseman (The Netherlands) Chapter 2: Jasper Griffioen (The Netherlands) Chapter 3: Henny A. J. van Lanen (The Netherlands) Chapter 4: Frank D. I. Hodgson (South Africa) Chapter 5: Robert Becht (The Netherlands) Chapter 6: Robert Sporry (The Netherlands) Chapter 7: Aldo da C. Rebouças (Brazil) Chapter 8: Jasper Griffioen (The Netherlands) and Gideon P. Kruseman (The Netherlands) Chapter 9: P. K. Aggarwal (Austria), K. Froehlich (Austria), K. M. Kulkarni (India), E. Garcia-Agudo (Austria) Chapter 10: Jean Margat (France) Chapter 11: Ken R. Rushton (United Kingdom) and Vladimir S. Kovalevsky (Russia) Chapter 12: Jean Margat (France) Chapter 13: Vladimir S. Kovalevsky (Russia) and J. Vrba (Czech Republic) Chapter 14: Philip E. LaMoreaux (United States of America) and Yuan Daoxian (China) Chapter 15: S. D. Limaye (India) Chapter 16: Emilio Custodio (Spain) Acknowledgements: The contributing authors and the editing committee like to thank the UNESCO Division of Water Science for their patience, advice, and support during the long preparation of this document. The editors are very grateful to Dr H. Speelman, Director of TNO Netherlands Institute of Applied Geosciences, for processing the figures, funding the correction of the text on the proper use of the English language, and making funds available to assist G. P. Kruseman in his editing work. 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