Verfügbarkeit: Hydrogeology field manual

Hydrogeology field manual:

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Bibliographische Detailangaben
1. Verfasser:	Weight, Willis D. (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	New York [u.a.] McGraw-Hill 2008
Ausgabe:	2. ed.
Schlagworte:	Hydrogeology Angewandte Hydrogeologie
Online-Zugang:	Contributor biographical information Publisher description Table of contents only Inhaltsverzeichnis
Beschreibung:	1. Aufl. u.d.T: Weight, Willis D.: Manual of applied field hydrogeology. - 3. Aufl. u.d.T: Weight, Willis D.: Practical hydrogeology Includes bibliographical references and index
Beschreibung:	XVI, 751 S. Ill., graph. Darst., Kt. 24 cm
ISBN:	0071477497 9780071477499

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Datensatz im Suchindex

_version_	1804137596122562560
adam_text	PREFACE XIII CHAPTERI. FIELD HYDROGEOLOGY 1 1.1 HYDROLOGIE CYCLE 2 1.2 WATER-BUDGET ANALYSIS 4 1.3 WATER-BUDGET MYTH 10 SUSTAINABILITY 11 WATER AS A COMMODITY 12 CHANGES IN FLOW SYSTEMS 13 1.4 SOURCES OF INFORMATION ON HYDROGEOLOGY 14 1.5 SITE LOCATION FOR HYDROGEOLOGIE INVESTIGATIONS 16 1.6 TAKING FIELD NOTES 18 DAILY INFORMATION 19 LITHOLOGIC LOGS 19 WELLDRILLING 22 WELL COMPLETION 24 PUMPING TESTS 25 WATER-QUALITY MEASUREMENTS 27 1.7 GROUNDWATER USE 29 1.8 GROUNDWATER PLANNING 30 SOURCE-WATER PROTECTION STUDIES 31 1.9 SUMMARY 35 CHAPTER 2. THE GEOLOGY OF HYDROGEOLOGY 37 2.1 GEOLOGIE PROPERTIES OF IGNEOUS ROCKS 38 EXTRUSIVE ROCKS 38 ANDESITE 42 BASALT 46 INTRUSIVE ROCKS 49 2.2 GEOLOGIE PROPERTIES OF METAMORPHIC ROCKS 55 PLATE TECTONIC SETTINGS OF METAMORPHIC ROCKS 57 2.3 GEOLOGIE PROPERTIES OF SEDIMENTARY ROCKS 59 WEATHERING 61 TRANSPORT OF SEDIMENT AND DEPOSITIONAL ENVIRONMENTS 64 STRATIGRAPHY 67 CONTENTS 2.4 STRUCTURAL GEOLOGY 68 STRIKEANDDIP 69 FOLD GEOMETRY 73 FAULTING 74 OTHER OBSERVATIONS IN STRUCTURES 78 STRUCTURAL EFFECTS IN KARST AREAS 79 2.5 GEOLOGICTIME 84 2.6 USING GEOLOGIE INFORMATION 87 CHAPTER3. AQUIFER PROPERTIES 91 3.1 FROM THE SURFACE TO THE WATER TABLE 91 3.2 POROSITY AND AQUIFER STORAGE 94 POROES ITY 94 STORATIVITY 101 3.3 MOVEMENT OF FLUIDS THROUGH EARTH MATERIALS 104 TRANSMISSIVITY 110 3.4 AQUIFER CONCEPTS 111 UNCONFINED AQUIFERS 113 CONFINED AND ARTESIAN AQUIFER 114 CONFINING LAYERS 116 HYDROSTRATIGRAPHY 116 3.5 BOUNDARY CONCEPTS 117 HOMOGENEITY AND ISOTROPY 119 3.6 SPRINGS 120 3.7 SUMMARY 122 CHAPTER 4. BASIC GEOPHYSICS OF THE SHALLOW SUBSURFACE 125 4.1 COMMON TARGETS FOR SHALLOW GEOPHYSICAL INVESTIGATION 126 4.2 APPROACHES TO SHALLOW SUBSURFACE INVESTIGATIONS 126 4.3 OVERVIEW OF GEOPHYSICAL TECHNIQUES 127 METHODS 127 LIMITATIONS 127 4.4 MATCHING GEOPHYSICAL METHODS TO APPLICATIONS 129 4.5 GEOPHYSICAL SURVEY PLANNING 130 4.6 SEISMICS 131 BASIC PRINCIPLES 131 REFRACTION SURVEYING 140 REFIECTION SURVEYING 143 4.7 SURFACEWAVE METHODS 148 4.8 ELECTRICAL 151 BASIC PRINCIPLES AND UNITS 151 RESISTIVITY 152 INDUCED POLARIZATION (IP) 162 SPONTANEOUS POTENTIAL (SP) 163 TELLURIC AND MAGNETOTELLURIC METHODS 164 ELECTROMAGNETIC (EM) TECHNIQUES 165 CHAPTER 5. GROUNDWATER FLOW 173 5.1 GROUNDWATER MOVEMENT 173 DARCY S LAW 173 HYDRAULIC HEAD 176 HYDRAULIC HEAD AND DARCY S LAW 179 5.2 FLOWNETS 183 VERTICAL GROUNDWATER FLOW 188 GAINING AND LOSING SYSTEMS 189 REFRACTION OF GROUNDWATER FLOW 191 5.3 LEVEL MEASUREMENTS IN GROUNDWATER MONITORING WELLS 192 DEFINING LEVEL MEASUREMENTS 194 ACCESS TO WELLS 197 MEASURING POINTS 200 WATER-IEVEL DEVICES 201 PRACTICAL DESIGN OF LEVEL-MEASUREMENT DEVICES 211 OTHER PRACTICAL APPLICATIONS 215 SUMRNARY OF LEVEL-MEASUREMENT METHODS 220 5.4 MISINTERPRETATION OF WATER-LEVEL DATA 222 SHALLOW AND DEEP WELLS 223 SHORT VERSUS LONG SCREEN LENGTHS 227 COMBINING DIFFERENT AQUIFERS 228 5.5 SUMMARY 229 CHAPTER6. GROUNDWATER/SURFACE-WATER INTERACTION 231 6.1 FLUVIAL PIAIN 232 CHANNEL ORIENTATION AND GROUNDWATER/SURFACE-WATER EXCHANGE 234 6.2 HYPORHEIC ZONE 236 CHANNEL GEOMORPHOLOGY AND STREAM CONNECTIVITY 237 6.3 STREAM HEALTH 240 6.4 FIELD METHODS TO DETERMINE GROUNDWATER/SURFACE-WATER EXCHANGE 242 STREAM GAUGING 243 PARSHALL FLUMES 249 CREST-STAGE GAUGE 251 MINLPIEZOMETERS 253 SEEPAGE METERS 260 TEMPERATURE STUDIES 265 THERMAL PROPERTIES 266 FIELD EQULPMENT 272 TRACER STUDIES 273 CHEMICAL MASS BALANCE 280 6.5 SUMMARY 282 CHAPTER 7. WATER CHEMISTRY SAMPLING 287 7.1 HAVE A PLAN 287 QUALITY ASSURANCE 289 WHAT ARE YOU SAMPLING FOR? 290 MAKE A CHECKLIST 291 7.2 COLLECTLNG GROUNDWATER SAMPLES 292 SAMPLE RETRIEVAL 292 PASSIVE SAMPLING 293 FILTRATION, PRESERVATION, AND LABELING 294 CHAIN OF CUSTODY 297 CLEANING AND DECONTAMINATION 297 7.3 FIELD MEASUREMENTS 298 PH AND TEMPERATURE 298 VIII CONTENTS SPECIFIC CONDUCTANCE 300 DISSOLVED OXYGEN AND REDOX STATE 303 ALKALINITY 304 TURBIDITY AND TOTAL SUSPENDED SOLIDS 307 7.4 LABORATORY ANALYSES 307 DISSOLVED METALS 307 ANIONS 308 ORGANIC COMPOUNDS 308 TOTAL DISSOLVED SOLIDS 309 OTHER TYPES OF ANALYSES 310 7.5 INTERPRETING LAB RESULTS 312 DATA VALLDATION 312 CHARGE BALANCE 314 SPECIATION OF DISSOLVED INORGANIC CARBON 315 HARDNESS AND SODIUM ADSORPTION RATIO 316 7.6 TIPS ON REPORTING DATA 317 7.7 SUMMARY 319 CHAPTER 8. DRILLING AND WELL COMPLETION 321 8.1 GETTING ALONG WITH DRILLERS 321 8.2 RIG SAFETY 324 SUMRNARY OF SAFETY POINTS 328 OTHER CONSIDERATIONS 329 8.3 DRILLING METHODS 330 CABLE-TOOL METHOD 331 FORWARD (DIRECT) ROTARY METHOD 335 REVERSE CIRCULATION DRILLING 341 CASING ADVANCEMENT DRILLING METHODS 344 AUGER DRILLING 346 DIRECT-PUSH METHODS 347 SONIC OR ROTASONIC DRILLING 351 MINI-SONIC 351 CONE PENETROMETER TESTING (CPT) 351 HORIZONTAL DRILLING 353 8.4 HOW TO LOG A DRILL HOLE 354 DESCRIBING THE CUTTINGS 358 LAG TIME 358 HOW MUCH WATER IS BEING MADE AND WHERE DID IT COME FROM? 359 8.5 MONITORING-WELL CONSTRUCTION 360 OBJECTIVES OF A GROUNDWATER MONITORING PROGRAM 361 INSTALLING A GROUNDWATER MONITORING WELL 363 WELL COMPLETION MATERIALS 369 WELL DEVELOPMENT 371 COMPLETION OF MULTILEVEL MONITORING WELLS 373 8.6 PRODUCTION-WELL COMPLETION 374 SIEVE ANALYSIS 375 WELL SCREEN CRITERIA 378 SCREEN ENTRANCE VELOCITY 382 WELL COMPLETION AND DEVELOPMENT 385 8.7 WATER WITCHING 390 8.8 SUMMARY 391 CHAPTER 9. PUMPING TESTS 395 9.1 WHY PUMPING TESTS? 395 9.2 PUMPING-TEST DESIGN 396 GEOLOGIE CONDITIONS 397 DISTANCE-DEPTH REQUIREMENTS OF OBSERVATION WELLS 400 9.3 STEP-DRAWDOWN TESTS 404 WELL EFFICIENCY 405 LAMINAR VERSUS TURBULENT FLOW 406 9.4 SETTING UP AND RUNNING A PUMPING TEST 411 POWER SUPPLY AND PUMPS 412 DATA LOGGERS, TRANSDUCERS, AND WELL SENTINELS 418 E-TAPES 424 DISCHARGE SYSTEM 425 DUCT TAPE 427 SETUP PROCEDURE 427 FREQUENCY OF MANUAL READINGS 431 SAFETY ISSUES 432 9.5 THINGS THAT AFFECT PUMPING TEST RESULTS 433 WEATHER AND BAROMETRIC CHANGES 433 OTHEI APPARENT SOURCES AND SINKS 433 9.6 SUMMARY 435 CHAPTER 10. AQUIFER HYDRAULICS 437 10.1 WELLS 438 CONE OF DEPRESSION 438 COMPARISON OF CONFINED AND UNCONFINED AQUIFERS 441 10.2 TRADITIONAL PUMPING-TEST ANALYTICAL METHODS 443 COOPER-JACOB STRAIGHT-LINE PLOT 448 SINGLE-WELL TESTS 455 CASING STORAGE 456 LEAKY-CONFINED AND SEMICONFINED AQUIFERS 458 SPECIFIC YIELD AND VERTICAL HYDRAULIC CONDUETIVITY FROM UNCONFINED AQUIFER TESTS 463 DISTANCE-DRAWDOWN RELATIONSHIPS 470 PREDICTIONS OF DISTANCE-DRAWDOWN FROM TIME-DRAWDOWN 472 RECOVERY PLOTS 474 10.3 SPECIFIC CAPACITY 477 10.4 WELL INTERFERENCE AND BOUNDARY CONDITIONS 479 AQUIFER BOUNDARY CONDITIONS 481 IMAGE WELL THEORY 483 10.5 PARTIAL PENETRATION OF WELLS AND ESTIMATES OF SATURATED THICKNESS 484 ESTIMATES OF THE SATURATED THICKNESS IN UNCONFINED AQUIFERS 486 10.6 FRACTURE-FLOW ANALYSIS 492 PUMPING TESTS IN FLOWING WELLS 495 10.7 SUMMARY 498 CHAPTER 11. SLUGTESTING 501 11.1 FIELD METHODOLOGY 502 HOW TO MAKE A SLUG 504 CONTENTS PERFORMING A SLUG FEST 505 SLUG TESTS USING WELL SENTINELS 508 11.2 COMMON ERRORS ASSOCIATED WITH PERFORMING SLUG TESTS 509 MONITORING WEIL COMPLETION ISSUES 509 EQUIPMENT PROBLEMS 511 11.3 ANALYZING SLUG TESTSTHE DAMPED CASE 512 HVORSLEV METHOD 513 BOUWER AND RICE SLUG TEST 516 COMMON ERRORS MADE IN ANALYZING SLUG TEST DATA 523 HOW TO ANALYZE SLUG TESTS FOR BOTH DAMPED METHODS FROM A SINGLE PLOT 524 11.4 ANALYZING SLUG TESTSUNDERDAMPED CASE 525 NATURE OF UNDERDAMPED BEHAVIOR 526 EFFECTIVE STRESS AND ELASTIC BEHAVIOR 529 VAN DER KAMP METHOD 533 KIPP METHOD 535 METHODOLOGY 537 COMPARISON OF TWO METHODS AND DISCUSSION OF STORATIVITY 542 11.5 OTHER OBSERVATIONS 543 CHAPTER 12. VADOSE ZONE HYDROGEOLOGY: BASIC PRINCIPLES, CHARACTERIZATION, AND MONITORING 547 12.1 ENERGY STATUS OF PORE WATER 548 12.2 WATER CONTENT 551 12.3 SOIL-WATER RETENTION CURVES 551 12.4 DARCY S EQUATION AND UNSATURATED FLOW PARAMETERS 554 HYDRAULIC GRADIENT 554 UNSATURATED HYDRAULIC CONDUCTIVITY 555 12.5 SOIL-WATER BUDGET 559 INFILTRATION 559 EVAPORATION AND TRANSPIRATION 562 12.6 WATER STORAGE AND DEEP PERCOLATION 565 12.7 PHYSICAL METHODS 565 SOIL LYSIMETERS 565 WATER BALANCE 566 DARCY FLUX IN THE VADOSE ZONE 566 NUMERICAL MODEIS OF SOIL-WATER FLOW 566 CHEMICAL METHODS IN THE VADOSE ZONE 567 12.8 CHARACTERIZING HYDRAULIC PROPERTIES 569 SOIL-WATER CHARACTERISTIC CURVE 569 SATURATED HYDRAULIC CONDUCTIVITY 571 UNSATURATED HYDRAULIC CONDUCTIVITY 577 ESTIMATING UNSATURATED HYDRAULIC CONDUCTIVITY 579 12.9 VADOSE ZONE MONITORING 583 PRESSURE HEAD SOIL-WATER POTENTIAL 583 INDIRECT METHODS 586 MOISTURE CONTENT 589 SOIL GAS SAMPLING AND MONITORING 592 PORE LIQUID SAMPLING 593 12.10 SUMMARY 597 CHAPTER13. KARST HYDROGEOLOGY 603 13.1 INTRODUCTION 603 13.2 KARST TYPES 606 COVERED AND EXPOSED KARST 606 CONE AND TOWER KARST 607 COCKPIT KARST 608 PAVEMENT KARST 608 FLUVIOKARST 608 SINKHOLE KARST 609 KARST IN THE LITERATURE 609 13.3 CARBONATE ROCKS 610 LIMESTONE 611 FOLK CLASSIFICATION 612 DUNHAM CLASSIFICATION SCHEME 613 DOLOMITE 614 13.4 RECHARGE AREAS 615 13.5 SURFACE KARST FEATURES 616 SINKHOLES 616 SINKING STREAMS 620 KARST VALLEYS 620 KARREN 622 EPIKARST 623 KARST SPRINGS 625 13.6 CAVES 627 TWENTIETH CENTURY THEORIES ON CAVE FORMATION 629 CONTROLLING FACTORS IN CAVE FORMATION 629 CAVE PASSAGEWAYS 630 SPELEOTHEMS 631 13.7 THE KARST AQUIFER 633 13.8 LAND USE PROBLEMS IN KART 636 HUMAN IMPACT ON KARST GROUNDWATER RESOURCES 636 13.9 INVESTIGATIVE METHODS IN KARST 638 GROUNDWATER DYE TRACING 638 HYDROGRAPHS AND CHEMOGRAPHS 639 GEOPHYSICAL TECHNIQUES 641 ELECTRICAL SURVEY 641 FREQUENCY DOMAIN ELECTROMAGNETIC SURVEY 641 GROUND PENETRATING RADAR 641 GRAVITY SURVEY 641 SEISMIC SURVEY 642 13.10 SUMMARY 643 CHAPTER14. TRACER TESTSGENERAL 651 14.1 TRACER TEST OBJECTIVES 652 14.2 TRACER MATERIAL 652 14.3 DESIGN AND COMPLETION OF TRACER TEST 656 CONCEPTUAL DESIGN 657 SELECTION OF THE INITIAL MASS OF THE TRACER OR ITS CONCENTRATION 658 POINT-SOURCE INFRASTRUCTURE 662 OBSERVATION WELLS 668 XII CONTENTS SAMPLING SCHEDULE 668 MONITORING 670 EQUIPMENT 671 14.4 COMMON ERRORS 673 CHAPTER15. TRACER TESTSDYE 675 15.1 UTILITY OF GROUNDWATERTRACING 675 15.2 CHARACTERISTICS OF IDEAL TRACING AGENTS 679 15.3 COMMON MISCONCEPTIONS ABOUT TRACER DYES 679 15.4 DYE NOMENCLATURE AND PROPERTIES 681 15.5 DESIGNING A DYE TRACING STUDY 686 15.6 SAMPLING AND ANALYSIS FOR DYES 689 15.7 DETECTION LIMITS FOR TRACER DYES 695 15.8 DETERMINING DYE QUANTITIES 696 15.9 SUMMARY 698 APPENDIX A. UNIT CONVERSIONSTABLES 699 APPENDIX B. RELATIONSHIP OF WATER DENSITY AND VISCOSITY TOTEMPERATURE 707 APPENDIXE. PERIODICTABLE 709 APPENDIX D. VALUES OF W{U) AND UFORTHETHEIS NONEQUILIBRIUM EQUATION 711 APPENDIX E. SOURCES OF CAVE AND KARST INFORMATION 713 APPENDIX F. WATER QUALITY PARAMETERS AND THEIR SIGNIFICANCE 719 GLOSSARY 723 INDEX 741
adam_txt	PREFACE XIII CHAPTERI. FIELD HYDROGEOLOGY 1 1.1 HYDROLOGIE CYCLE 2 1.2 WATER-BUDGET ANALYSIS 4 1.3 WATER-BUDGET MYTH 10 SUSTAINABILITY 11 WATER AS A COMMODITY 12 CHANGES IN FLOW SYSTEMS 13 1.4 SOURCES OF INFORMATION ON HYDROGEOLOGY 14 1.5 SITE LOCATION FOR HYDROGEOLOGIE INVESTIGATIONS 16 1.6 TAKING FIELD NOTES 18 DAILY INFORMATION 19 LITHOLOGIC LOGS 19 WELLDRILLING 22 WELL COMPLETION 24 PUMPING TESTS 25 WATER-QUALITY MEASUREMENTS 27 1.7 GROUNDWATER USE 29 1.8 GROUNDWATER PLANNING 30 SOURCE-WATER PROTECTION STUDIES 31 1.9 SUMMARY 35 CHAPTER 2. THE GEOLOGY OF HYDROGEOLOGY 37 2.1 GEOLOGIE PROPERTIES OF IGNEOUS ROCKS 38 EXTRUSIVE ROCKS 38 ANDESITE 42 BASALT 46 INTRUSIVE ROCKS 49 2.2 GEOLOGIE PROPERTIES OF METAMORPHIC ROCKS 55 PLATE TECTONIC SETTINGS OF METAMORPHIC ROCKS 57 2.3 GEOLOGIE PROPERTIES OF SEDIMENTARY ROCKS 59 WEATHERING 61 TRANSPORT OF SEDIMENT AND DEPOSITIONAL ENVIRONMENTS 64 STRATIGRAPHY 67 CONTENTS 2.4 STRUCTURAL GEOLOGY 68 STRIKEANDDIP 69 FOLD GEOMETRY 73 FAULTING 74 OTHER OBSERVATIONS IN STRUCTURES 78 STRUCTURAL EFFECTS IN KARST AREAS 79 2.5 GEOLOGICTIME 84 2.6 USING GEOLOGIE INFORMATION 87 CHAPTER3. AQUIFER PROPERTIES 91 3.1 FROM THE SURFACE TO THE WATER TABLE 91 3.2 POROSITY AND AQUIFER STORAGE 94 POROES ITY 94 STORATIVITY 101 3.3 MOVEMENT OF FLUIDS THROUGH EARTH MATERIALS 104 TRANSMISSIVITY 110 3.4 AQUIFER CONCEPTS 111 UNCONFINED AQUIFERS 113 CONFINED AND ARTESIAN AQUIFER 114 CONFINING LAYERS 116 HYDROSTRATIGRAPHY 116 3.5 BOUNDARY CONCEPTS 117 HOMOGENEITY AND ISOTROPY 119 3.6 SPRINGS 120 3.7 SUMMARY 122 CHAPTER 4. BASIC GEOPHYSICS OF THE SHALLOW SUBSURFACE 125 4.1 COMMON TARGETS FOR SHALLOW GEOPHYSICAL INVESTIGATION 126 4.2 APPROACHES TO SHALLOW SUBSURFACE INVESTIGATIONS 126 4.3 OVERVIEW OF GEOPHYSICAL TECHNIQUES 127 METHODS 127 LIMITATIONS 127 4.4 MATCHING GEOPHYSICAL METHODS TO APPLICATIONS 129 4.5 GEOPHYSICAL SURVEY PLANNING 130 4.6 SEISMICS 131 BASIC PRINCIPLES 131 REFRACTION SURVEYING 140 REFIECTION SURVEYING 143 4.7 SURFACEWAVE METHODS 148 4.8 ELECTRICAL 151 BASIC PRINCIPLES AND UNITS 151 RESISTIVITY 152 INDUCED POLARIZATION (IP) 162 SPONTANEOUS POTENTIAL (SP) 163 TELLURIC AND MAGNETOTELLURIC METHODS 164 ELECTROMAGNETIC (EM) TECHNIQUES 165 CHAPTER 5. GROUNDWATER FLOW 173 5.1 GROUNDWATER MOVEMENT 173 DARCY'S LAW 173 HYDRAULIC HEAD 176 HYDRAULIC HEAD AND DARCY'S LAW 179 5.2 FLOWNETS 183 VERTICAL GROUNDWATER FLOW 188 GAINING AND LOSING SYSTEMS 189 REFRACTION OF GROUNDWATER FLOW 191 5.3 LEVEL MEASUREMENTS IN GROUNDWATER MONITORING WELLS 192 DEFINING LEVEL MEASUREMENTS 194 ACCESS TO WELLS 197 MEASURING POINTS 200 WATER-IEVEL DEVICES 201 PRACTICAL DESIGN OF LEVEL-MEASUREMENT DEVICES 211 OTHER PRACTICAL APPLICATIONS 215 SUMRNARY OF LEVEL-MEASUREMENT METHODS 220 5.4 MISINTERPRETATION OF WATER-LEVEL DATA 222 SHALLOW AND DEEP WELLS 223 SHORT VERSUS LONG SCREEN LENGTHS 227 COMBINING DIFFERENT AQUIFERS 228 5.5 SUMMARY 229 CHAPTER6. GROUNDWATER/SURFACE-WATER INTERACTION 231 6.1 FLUVIAL PIAIN 232 CHANNEL ORIENTATION AND GROUNDWATER/SURFACE-WATER EXCHANGE 234 6.2 HYPORHEIC ZONE 236 CHANNEL GEOMORPHOLOGY AND STREAM CONNECTIVITY 237 6.3 STREAM HEALTH 240 6.4 FIELD METHODS TO DETERMINE GROUNDWATER/SURFACE-WATER EXCHANGE 242 STREAM GAUGING 243 PARSHALL FLUMES 249 CREST-STAGE GAUGE 251 MINLPIEZOMETERS 253 SEEPAGE METERS 260 TEMPERATURE STUDIES 265 THERMAL PROPERTIES 266 FIELD EQULPMENT 272 TRACER STUDIES 273 CHEMICAL MASS BALANCE 280 6.5 SUMMARY 282 CHAPTER 7. WATER CHEMISTRY SAMPLING 287 7.1 HAVE A PLAN 287 QUALITY ASSURANCE 289 WHAT ARE YOU SAMPLING FOR? 290 MAKE A CHECKLIST 291 7.2 COLLECTLNG GROUNDWATER SAMPLES 292 SAMPLE RETRIEVAL 292 PASSIVE SAMPLING 293 FILTRATION, PRESERVATION, AND LABELING 294 CHAIN OF CUSTODY 297 CLEANING AND DECONTAMINATION 297 7.3 FIELD MEASUREMENTS 298 PH AND TEMPERATURE 298 VIII CONTENTS SPECIFIC CONDUCTANCE 300 DISSOLVED OXYGEN AND REDOX STATE 303 ALKALINITY 304 TURBIDITY AND TOTAL SUSPENDED SOLIDS 307 7.4 LABORATORY ANALYSES 307 DISSOLVED METALS 307 ANIONS 308 ORGANIC COMPOUNDS 308 TOTAL DISSOLVED SOLIDS 309 OTHER TYPES OF ANALYSES 310 7.5 INTERPRETING LAB RESULTS 312 DATA VALLDATION 312 CHARGE BALANCE 314 SPECIATION OF DISSOLVED INORGANIC CARBON 315 HARDNESS AND SODIUM ADSORPTION RATIO 316 7.6 TIPS ON REPORTING DATA 317 7.7 SUMMARY 319 CHAPTER 8. DRILLING AND WELL COMPLETION 321 8.1 GETTING ALONG WITH DRILLERS 321 8.2 RIG SAFETY 324 SUMRNARY OF SAFETY POINTS 328 OTHER CONSIDERATIONS 329 8.3 DRILLING METHODS 330 CABLE-TOOL METHOD 331 FORWARD (DIRECT) ROTARY METHOD 335 REVERSE CIRCULATION DRILLING 341 CASING ADVANCEMENT DRILLING METHODS 344 AUGER DRILLING 346 DIRECT-PUSH METHODS 347 SONIC OR ROTASONIC DRILLING 351 MINI-SONIC 351 CONE PENETROMETER TESTING (CPT) 351 HORIZONTAL DRILLING 353 8.4 HOW TO LOG A DRILL HOLE 354 DESCRIBING THE CUTTINGS 358 LAG TIME 358 HOW MUCH WATER IS BEING MADE AND WHERE DID IT COME FROM? 359 8.5 MONITORING-WELL CONSTRUCTION 360 OBJECTIVES OF A GROUNDWATER MONITORING PROGRAM 361 INSTALLING A GROUNDWATER MONITORING WELL 363 WELL COMPLETION MATERIALS 369 WELL DEVELOPMENT 371 COMPLETION OF MULTILEVEL MONITORING WELLS 373 8.6 PRODUCTION-WELL COMPLETION 374 SIEVE ANALYSIS 375 WELL SCREEN CRITERIA 378 SCREEN ENTRANCE VELOCITY 382 WELL COMPLETION AND DEVELOPMENT 385 8.7 WATER WITCHING 390 8.8 SUMMARY 391 CHAPTER 9. PUMPING TESTS 395 9.1 WHY PUMPING TESTS? 395 9.2 PUMPING-TEST DESIGN 396 GEOLOGIE CONDITIONS 397 DISTANCE-DEPTH REQUIREMENTS OF OBSERVATION WELLS 400 9.3 STEP-DRAWDOWN TESTS 404 WELL EFFICIENCY 405 LAMINAR VERSUS TURBULENT FLOW 406 9.4 SETTING UP AND RUNNING A PUMPING TEST 411 POWER SUPPLY AND PUMPS 412 DATA LOGGERS, TRANSDUCERS, AND WELL SENTINELS 418 E-TAPES 424 DISCHARGE SYSTEM 425 DUCT TAPE 427 SETUP PROCEDURE 427 FREQUENCY OF MANUAL READINGS 431 SAFETY ISSUES 432 9.5 THINGS THAT AFFECT PUMPING TEST RESULTS 433 WEATHER AND BAROMETRIC CHANGES 433 OTHEI APPARENT SOURCES AND SINKS 433 9.6 SUMMARY 435 CHAPTER 10. AQUIFER HYDRAULICS 437 10.1 WELLS 438 CONE OF DEPRESSION 438 COMPARISON OF CONFINED AND UNCONFINED AQUIFERS 441 10.2 TRADITIONAL PUMPING-TEST ANALYTICAL METHODS 443 COOPER-JACOB STRAIGHT-LINE PLOT 448 SINGLE-WELL TESTS 455 CASING STORAGE 456 LEAKY-CONFINED AND SEMICONFINED AQUIFERS 458 SPECIFIC YIELD AND VERTICAL HYDRAULIC CONDUETIVITY FROM UNCONFINED AQUIFER TESTS 463 DISTANCE-DRAWDOWN RELATIONSHIPS 470 PREDICTIONS OF DISTANCE-DRAWDOWN FROM TIME-DRAWDOWN 472 RECOVERY PLOTS 474 10.3 SPECIFIC CAPACITY 477 10.4 WELL INTERFERENCE AND BOUNDARY CONDITIONS 479 AQUIFER BOUNDARY CONDITIONS 481 IMAGE WELL THEORY 483 10.5 PARTIAL PENETRATION OF WELLS AND ESTIMATES OF SATURATED THICKNESS 484 ESTIMATES OF THE SATURATED THICKNESS IN UNCONFINED AQUIFERS 486 10.6 FRACTURE-FLOW ANALYSIS 492 PUMPING TESTS IN FLOWING WELLS 495 10.7 SUMMARY 498 CHAPTER 11. SLUGTESTING 501 11.1 FIELD METHODOLOGY 502 HOW TO MAKE A SLUG 504 CONTENTS PERFORMING A SLUG FEST 505 SLUG TESTS USING WELL SENTINELS 508 11.2 COMMON ERRORS ASSOCIATED WITH PERFORMING SLUG TESTS 509 MONITORING WEIL COMPLETION ISSUES 509 EQUIPMENT PROBLEMS 511 11.3 ANALYZING SLUG TESTSTHE DAMPED CASE 512 HVORSLEV METHOD 513 BOUWER AND RICE SLUG TEST 516 COMMON ERRORS MADE IN ANALYZING SLUG TEST DATA 523 HOW TO ANALYZE SLUG TESTS FOR BOTH DAMPED METHODS FROM A SINGLE PLOT 524 11.4 ANALYZING SLUG TESTSUNDERDAMPED CASE 525 NATURE OF UNDERDAMPED BEHAVIOR 526 EFFECTIVE STRESS AND ELASTIC BEHAVIOR 529 VAN DER KAMP METHOD 533 KIPP METHOD 535 METHODOLOGY 537 COMPARISON OF TWO METHODS AND DISCUSSION OF STORATIVITY 542 11.5 OTHER OBSERVATIONS 543 CHAPTER 12. VADOSE ZONE HYDROGEOLOGY: BASIC PRINCIPLES, CHARACTERIZATION, AND MONITORING 547 12.1 ENERGY STATUS OF PORE WATER 548 12.2 WATER CONTENT 551 12.3 SOIL-WATER RETENTION CURVES 551 12.4 DARCY'S EQUATION AND UNSATURATED FLOW PARAMETERS 554 HYDRAULIC GRADIENT 554 UNSATURATED HYDRAULIC CONDUCTIVITY 555 12.5 SOIL-WATER BUDGET 559 INFILTRATION 559 EVAPORATION AND TRANSPIRATION 562 12.6 WATER STORAGE AND DEEP PERCOLATION 565 12.7 PHYSICAL METHODS 565 SOIL LYSIMETERS 565 WATER BALANCE 566 DARCY FLUX IN THE VADOSE ZONE 566 NUMERICAL MODEIS OF SOIL-WATER FLOW 566 CHEMICAL METHODS IN THE VADOSE ZONE 567 12.8 CHARACTERIZING HYDRAULIC PROPERTIES 569 SOIL-WATER CHARACTERISTIC CURVE 569 SATURATED HYDRAULIC CONDUCTIVITY 571 UNSATURATED HYDRAULIC CONDUCTIVITY 577 ESTIMATING UNSATURATED HYDRAULIC CONDUCTIVITY 579 12.9 VADOSE ZONE MONITORING 583 PRESSURE HEAD SOIL-WATER POTENTIAL 583 INDIRECT METHODS 586 MOISTURE CONTENT 589 SOIL GAS SAMPLING AND MONITORING 592 PORE LIQUID SAMPLING 593 12.10 SUMMARY 597 CHAPTER13. KARST HYDROGEOLOGY 603 13.1 INTRODUCTION 603 13.2 KARST TYPES 606 COVERED AND EXPOSED KARST 606 CONE AND TOWER KARST 607 COCKPIT KARST 608 PAVEMENT KARST 608 FLUVIOKARST 608 SINKHOLE KARST 609 KARST IN THE LITERATURE 609 13.3 CARBONATE ROCKS 610 LIMESTONE 611 FOLK CLASSIFICATION 612 DUNHAM CLASSIFICATION SCHEME 613 DOLOMITE 614 13.4 RECHARGE AREAS 615 13.5 SURFACE KARST FEATURES 616 SINKHOLES 616 SINKING STREAMS 620 KARST VALLEYS 620 KARREN 622 EPIKARST 623 KARST SPRINGS 625 13.6 CAVES 627 TWENTIETH CENTURY THEORIES ON CAVE FORMATION 629 CONTROLLING FACTORS IN CAVE FORMATION 629 CAVE PASSAGEWAYS 630 SPELEOTHEMS 631 13.7 THE KARST AQUIFER 633 13.8 LAND USE PROBLEMS IN KART 636 HUMAN IMPACT ON KARST GROUNDWATER RESOURCES 636 13.9 INVESTIGATIVE METHODS IN KARST 638 GROUNDWATER DYE TRACING 638 HYDROGRAPHS AND CHEMOGRAPHS 639 GEOPHYSICAL TECHNIQUES 641 ELECTRICAL SURVEY 641 FREQUENCY DOMAIN ELECTROMAGNETIC SURVEY 641 GROUND PENETRATING RADAR 641 GRAVITY SURVEY 641 SEISMIC SURVEY 642 13.10 SUMMARY 643 CHAPTER14. TRACER TESTSGENERAL 651 14.1 TRACER TEST OBJECTIVES 652 14.2 TRACER MATERIAL 652 14.3 DESIGN AND COMPLETION OF TRACER TEST 656 CONCEPTUAL DESIGN 657 SELECTION OF THE INITIAL MASS OF THE TRACER OR ITS CONCENTRATION 658 POINT-SOURCE INFRASTRUCTURE 662 OBSERVATION WELLS 668 XII CONTENTS SAMPLING SCHEDULE 668 MONITORING 670 EQUIPMENT 671 14.4 COMMON ERRORS 673 CHAPTER15. TRACER TESTSDYE 675 15.1 UTILITY OF GROUNDWATERTRACING 675 15.2 CHARACTERISTICS OF IDEAL TRACING AGENTS 679 15.3 COMMON MISCONCEPTIONS ABOUT TRACER DYES 679 15.4 DYE NOMENCLATURE AND PROPERTIES 681 15.5 DESIGNING A DYE TRACING STUDY 686 15.6 SAMPLING AND ANALYSIS FOR DYES 689 15.7 DETECTION LIMITS FOR TRACER DYES 695 15.8 DETERMINING DYE QUANTITIES 696 15.9 SUMMARY 698 APPENDIX A. UNIT CONVERSIONSTABLES 699 APPENDIX B. RELATIONSHIP OF WATER DENSITY AND VISCOSITY TOTEMPERATURE 707 APPENDIXE. PERIODICTABLE 709 APPENDIX D. VALUES OF W{U) AND UFORTHETHEIS NONEQUILIBRIUM EQUATION 711 APPENDIX E. SOURCES OF CAVE AND KARST INFORMATION 713 APPENDIX F. WATER QUALITY PARAMETERS AND THEIR SIGNIFICANCE 719 GLOSSARY 723 INDEX 741
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spelling	Weight, Willis D. Verfasser (DE-588)13583726X aut Hydrogeology field manual Willis D. Weight 2. ed. New York [u.a.] McGraw-Hill 2008 XVI, 751 S. Ill., graph. Darst., Kt. 24 cm txt rdacontent n rdamedia nc rdacarrier 1. Aufl. u.d.T: Weight, Willis D.: Manual of applied field hydrogeology. - 3. Aufl. u.d.T: Weight, Willis D.: Practical hydrogeology Includes bibliographical references and index Hydrogeology Angewandte Hydrogeologie (DE-588)4142439-6 gnd rswk-swf Angewandte Hydrogeologie (DE-588)4142439-6 s DE-604 http://www.loc.gov/catdir/enhancements/fy0814/2007047464-b.html Contributor biographical information http://www.loc.gov/catdir/enhancements/fy0814/2007047464-d.html Publisher description http://www.loc.gov/catdir/enhancements/fy0814/2007047464-t.html Table of contents only OEBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016463378&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
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title	Hydrogeology field manual
title_auth	Hydrogeology field manual
title_exact_search	Hydrogeology field manual
title_exact_search_txtP	Hydrogeology field manual
title_full	Hydrogeology field manual Willis D. Weight
title_fullStr	Hydrogeology field manual Willis D. Weight
title_full_unstemmed	Hydrogeology field manual Willis D. Weight
title_short	Hydrogeology field manual
title_sort	hydrogeology field manual
topic	Hydrogeology Angewandte Hydrogeologie (DE-588)4142439-6 gnd
topic_facet	Hydrogeology Angewandte Hydrogeologie
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