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Practical and applied hydrogeology /

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Bibliographic Details
Main Author: Şen, Zekâi
Corporate Author: ebrary, Inc
Format: eBook
Language:English
Published: Amsterdam ; Waltham, MA : Elsevier, [2015]
Subjects:
Hydrogeology.
Electronic books.
Online Access:Connect to the full text of this electronic book
Table of Contents:
  • Front Cover; PRACTICAL AND APPLIED HYDROGEOLOGY; Copyright; Dedication; Contents; Preface; Chapter 1
  • Water Science Basic Information; 1.1 HYDROLOGY (WATER SCIENCE) ELEMENTS; 1.2 HYDROLOGIC CYCLE; 1.3 RAINFALL; 1.4 EVAPORATION AND EVAPOTRANSPIRATION; 1.5 INFILTRATION; 1.6 RUNOFF; 1.7 GROUNDWATER; 1.8 CLIMATE CHANGE AND GROUND WATER; 1.9 GEOLOGY AND GROUNDWATER; 1.10 GROUNDWATER USE IN PETROLEUM; References; Chapter 2
  • Basic Porous Medium Concepts; 2.1 GEOLOGIC CONSIDERATIONS; 2.2 GRAIN SIZE; 2.3 RESERVOIR CLASSIFICATIONS; 2.4 HYDRAULIC TERMINOLOGIES; 2.5 EQUIPOTENTIAL LINES
  • 2.6 AQUIFER TYPES2.7 AQUIFER PARAMETERS; 2.8 DARCY''S LAW; 2.9 HETEROGENEITY AND ANISOTROPY; 2.10 WATER BUDGET; 2.11 GROUNDWATER ELEMENTS; References; Chapter 3
  • Groundwater Hydraulics and Confined Aquifers; 3.1 GROUNDWATER WELLS; 3.2 FIELD MEASUREMENTS AND TESTS; 3.3 AQUIFER TEST ANALYSES; 3.4 RADIAL STEADY STATE FLOW IN CONFINED AQUIFERS; 3.5 RADIAL STEADY STATE GROUNDWATER FLOW IN LEAKY AQUIFERS; 3.6 UNSTEADY STATE FLOW IN AQUIFERS; 3.7 SLOPE METHOD; 3.8 ÇIMEN METHOD; 3.9 COOPER-JACOB (CJ) STRAIGHT-LINE METHODS; 3.10 DIMENSIONLESS STRAIGHT-LINE ANALYSIS
  • 3.11 VARIABLE DISCHARGE TYPE CURVES3.12 QUASI-STEADY STATE FLOW STORAGE CALCULATION; 3.13 UNSTEADY RADIAL FLOW IN A LEAKY AQUIFER TEST; 3.14 LARGE DIAMETER WELL HYDRAULICS; 3.15 AQUIFER DOUBLE TEST; 3.16 RECOVERY METHOD; 3.17 WELL TEST (STEP-DRAWDOWN TEST); 3.18 AQUIFER CLASSIFICATION BY FUZZY HYDROGEOLOGICAL PARAMETER DESCRIPTIONS; References; Chapter 4
  • Unconfined Aquifers; 4.1 UNCONFINED AQUIFER PROPERTIES; 4.2 QUATERNARY DEPOSIT AQUIFERS; 4.3 FRACTURED ROCKS; 4.4 KARSTIC MEDIA; 4.5 HYDRAULIC STRUCTURES; 4.6 GROUNDWATER HYDRAULICS; 4.7 STEADY STATE FLOW TO WELLS; 4.8 GROUNDWATER RECHARGE
  • 4.9 UNSTEADY RADIAL FLOW IN UNCONFINED AQUIFERS4.10 NATURAL GROUNDWATER RECHARGE; 4.11 RECHARGE OUTCROP RELATION (ROR) METHOD; 4.12 CHLORIDE MASS BALANCE (CMB) METHOD; 4.13 ARTIFICIAL GROUNDWATER RECHARGE; 4.14 AQUIFER PROPERTIES AND GROUNDWATER AVAILABILITY CALCULATIONS; 4.15 CLIMATE CHANGE AND GROUNDWATER RECHARGE; 4.16 UPCONING; References; Chapter 5
  • Groundwater Quality; 5.1 HYDROCHEMISTRY; 5.2 IONIC CONSTITUENTS; 5.3 MAJOR IONS; 5.4 CHEMICAL UNITS AND BALANCE; 5.5 GROUNDWATER SAMPLING AND ANALYSIS; 5.6 COMPOSITE QUALITY INDICATORS; 5.7 COMPOSITE VARIABLE RELATIONSHIPS
  • 5.8 WATER QUALITY GRAPHICAL REPRESENTATIONS5.9 THE GHYBEN-HERZBERG RELATION; 5.10 ARTIFICIAL GROUNDWATER MIXTURE; 5.11 ENVIRONMENTAL ISOTOPES; 5.12 GROUNDWATER RISE AND QUALITY VARIATIONS; 5.13 STANDARD ION INDEX FOR GROUNDWATER QUALITY EVOLUTION; 5.14 GROUNDWATER QUALITY VARIATION ASSESSMENT INDICES; 5.15 FUZZY GROUNDWATER CLASSIFICATION RULE DERIVATION FROM QUALITY MAPS; 5.16 CLIMATE CHANGE AND GROUNDWATER QUALITY; References; Chapter 6
  • Groundwater Management; 6.1 GENERAL; 6.2 MANAGEMENT PLANNING; 6.3 MANAGEMENT ENVIRONMENTS; 6.4 LOCAL CONDITIONS; 6.5 PRELIMINARY MANAGEMENT REQUIREMENTS
  • 6.6 groundwater management objectives