Manual of applied field hydrogeology /

Annotation.

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Weight, Willis D. (Autor)
Otros Autores: Sonderegger, John L., Zaluski, Marek
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York, N.Y. : McGraw-Hill Education, [2001]
Edición:First edition.
Colección:McGraw-Hill's AccessEngineering.
Temas:
Hydrogeology.
Aquifers > Measurement.
Groundwater flow > Measurement.
Water well drilling.
Water chemistry.
Groundwater > Sampling.
Groundwater > Analysis.
Zone of aeration.
Groundwater tracers.
Electronic books.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • 1. Field Hydrogeology
  • 2. Geology of Hydrogeology
  • 3. Aquifer Properties
  • 4. Basic Geophysics of the Shallow Subsurface
  • 5. Groundwater Flow
  • 6. Groundwater/Surface-Water Interaction
  • 7. Water Chemistry Sampling and Results
  • 8. Drilling and Well Completion
  • 9. Pumping Tests
  • 10. Aquifer Hydraulics
  • 11. Slug Testing
  • 12. Vadose Zone
  • 13. Tracer Test
  • App. A. Unit Conversions Tables
  • App. B. Relationship of Water Density and Viscosity to Temperature
  • App. C. Chemistry Example
  • App. D. Values of W(u) and u for the Theis Nonequilibrium Equation
  • App. E. Using the Guelph Permeameter Model 2800. FIELD HYDROGEOLOGY: Hydrologic cycle
  • Water-budget analysis
  • Sources of information on hydrogeology
  • Site location for hydrogeologic investigations
  • Taking field notes
  • Groundwater use
  • Groundwater planning
  • THE GEOLOGY OF HYDROGEOLOGY: Geologic Properties of igneous rocks
  • Geologic properties of metamorphic rocks
  • Geologic properties of sedimentary rocks
  • Structural geology
  • Karst effects
  • Using geologic information
  • AQUIFER PROPERTIES: From the surface to the water table
  • Porosity and aquifer storage
  • Movement of fluids through earth materials
  • Aquifer concepts
  • Boundary concepts
  • Springs
  • BASIC GEOPHYSICS OF THE SHALLOW SUBSURFACE: Common targets for shallow geophysical investigation
  • Approaches to shallow subsurface investigations
  • Overview of geophysical techniques
  • Matching geophysical methods to applications
  • Geophysical survey planning
  • Seismics
  • Electrical
  • GROUNDWATER FLOW: Groundwater movement
  • Flow nets
  • Level measurements in groundwater monitoring wells
  • Misinterpretation of water-level data
  • GROUNDWATER/SURFACE-WATER INTERACTION: Fluvial plain
  • Hyporheic zone
  • Stream health
  • Field methods to determine groundwater/surface-water
  • WATER CHEMISTRY SAMPLING AND RESULTS: How can groundwater chemistry be used?
  • Collecting samples
  • Evaluating laboratory results comparison with field parameters
  • Tips and tricks
  • Field equipment use guidelines pH
  • DRILLING AND WELL COMPLETION: Getting along with drillers
  • Rig safety
  • Drilling methods
  • How to log a drill hole
  • Monitoring-well construction
  • Production-well completion
  • Water witching
  • PUMPING TESTS: Why Pumping tests?
  • Pumping-test design
  • Step-drawdown tests
  • Setting up and running a pumping test
  • Things that affect pumping test results
  • AQUIFER HYDRAULICS: Wells
  • Traditional pumping-test analytical methods
  • Specific capacity
  • Well interference and boundary conditions
  • Partial penetration of wells and estimates of saturated thickness
  • Fracture flow analysis
  • SLUG TESTING: Field methodology
  • Analyzing slug tests-The Damped Case
  • Analyzing slug tests-Underdamped Case
  • Other observations
  • VADOSE ZONE: Summary of Vadose Zone terms
  • Direct measurement of infiltration rates
  • Soil moisture measurement and sampling tools
  • Data collection and use
  • TRACER TEST: Tracer test objectives
  • Tracer material
  • Design and completion of tracer test
  • Common errors.

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