http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (xvii, 608 pages) : illustrations.
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.
Electronic reproduction. New York, N.Y. : McGraw Hill, 2001. Mode of access: World Wide Web. System requirements: Web browser. Access may be restricted to users at subscribing institutions.
Mode of access: Internet via World Wide Web.
Includes bibliographical references and index.
Contributor biographical information http://www.loc.gov/catdir/bios/mh041/00053297.html
Basic geophysics of the shallow subsurface
New York, N.Y. : McGraw-Hill Education, 2001