Gravity and magnetic methods for geological studies: principles integrated exploration and plate tectonics
Gespeichert in:
| 1. Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Hyderabad, A.P [u.a.]
BS Publications [u.a.]
2011
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | xxvi, 938 S. |
| ISBN: | 9789381075272 9780415684200 |
Internformat
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| 245 | 1 | 0 | |a Gravity and magnetic methods for geological studies |b principles integrated exploration and plate tectonics |c Dinesh Chandra Mishra |
| 264 | 1 | |a Hyderabad, A.P [u.a.] |b BS Publications [u.a.] |c 2011 | |
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CONTENTS
SCOPE OF THE BOOK: PART I AND PART II (VII)
ACKNOWLEDGEMENT (XI)
PARTI
METHODOLOGY WITH GLOBAL EXAMPLES (CONTINENTAL, MARINE AND AIRBORNE -
SATELLITE SURVEYS)
CHAPTER 1 INTRODUCTION 1.1 GEOLOGICAL STUDIES AND GRAVITY AND MAGNETIC
METHODS 4
1.1.1 GEODYNAMICS AND PLATE TECTONICS 4
1.1.2 RESOURCE EXPLORATION - HYDROCARBONS, MINERALS AND GROUNDWATER
EXPLORATION 7 1.1.3 ENVIRONMENTAL STUDIES - SEISMOTECTONICS AND NEAR
SURFACE GEOPHYSICS 8 1.1.4 DIFFERENT MODES OF SURVEYS - GROUND, MARINE,
AIRBORNE AND SATELLITE SURVEYS 9
CHAPTER 2 GRAVITY METHOD
2.1 INTRODUCTION 11
2.2 BASIC PRINCIPLES 11
2.2.1 FORCES OF GRAVITY 11
2.2.2 GRAVITATIONAL POTENTIAL AND LAPLACE EQUATION 12
2.2.3 GRAVITATIONAL ACCELERATION (G) 13
2.2.4 DENSITY OF ROCKS 14
2.2.5 VARIATION OF DENSITY WITH DEPTH 16
2.2.6 THERMAL STRUCTURE OF LITHOSPHERE 18
2.2.7 DENSITY-VELOCITY RELATIONSHIP 18
2.2.8 VARIATION OF EARTH S GRAVITY FIELD WITH DEPTH 19
2.2.9 EARTH S SHAPE AND GEOID 19
2.3 INSTRUMENTS AND DATA ACQUISITION 21
2.3.1 INSTRUMENTS - GRAVIMETERS AND GRADIOMETERS 21
2.3.2 FIELD OPERATIONS AND SURVEY PROCEDURES - GEODYNAMIC STUDIES AND
RESOURCE EXPLORATION 28
2.3.3 PRE-PROCESSING OF FIELD DATA 31
2.3.4 HIGH RESOLUTION SURVEYS 34
2.4 CORRECTIONS AND REDUCTION OF GRAVITY DATA 35
2.4.1 EARTH TIDE CORRECTION 35
2.4.2 LATITUDE CORRECTION 36
2.4.3 TOPOGRAPHY /TERRAIN CORRECTION 36
(XV)
IMAGE 2
(XVI) CONTENTS
2.4.4 ELEVATION CORRECTION 39
2.4.5 GEOID (INDIRECT EFFECT) CORRECTION 40
2.4.6 FREE AIR AND BOUGUER ANOMALY PROFILES AND MAPS (IMAGES) 41
2.5 POST-PROCESSING ANALYSIS AND ISOSTASY 43
2.5.1 REGIONAL AND RESIDUAL FIELDS 43
2.5.2 ISOSTASY 44
2.5.3 ISOSTATIC COMPENSATION AND VERTICAL CRUSTAL MOVEMENT 46
2.5.4 ISOSTATIC REGIONAL AND ISOSTATIC RESIDUAL ANOMALY-DECCAN TRAP,
INDIA 49
2.6 SPECIAL GRAVITY SURVEYS - MARINE, AIRBORNE AND SATELLITE SURVEYS 50
2.6.1 EOTVOS CORRECTION 51
2.6.2 SHIPBORNE MARINE GRAVITY SURVEYS 51
2.6.3 AIRBORNE GRAVITY SURVEYS 52
2.6.4 AIRBORNE GRAVITY GRADIOMETRY 54
2.6.5 ADVANTAGES AND LIMITATIONS OF AIRBORNE SURVEYS 55
2.6.6 SATELLITE GRAVITY AND ALTIMETER SURVEYS 56
2.6.7 SATELLITE GEODESY AND GRADIOMETRY 58
2.6.8 GLOBAL MODELS OF EARTH S GEOID AND GRAVITATIONAL FIELD 60
2.6.9 ADVANTAGES AND LIMITATIONS OF SATELLITE SURVEYS 62
2.6.10 COMPARATIVE STUDY OF DIFFERENT GRAVITY SURVEYS 62
2.7 INTERPRETATION 63
2.7.1 QUALITATIVE GRAVITY SIGNATURES OF EXTENSIONS! AND COMPRESSIONAL
TECTONICS - THEIR APPLICATIONS AND WILSON CYCLE 63
2.7.2 QUANTITATIVE INTERPRETATION AND MODELLING: SIMPLE IDEAL MODELS 69
2.7.3 GRAVITY FIELD DUE TO ARBITRARY SHAPED TWO DIMENSIONAL MODELS 73
2.7.4 GRAVITY FIELD DUE TO THREE DIMENSIONAL MODELS 73
2.7.5 AMBIGUITY IN GRAVITY INTERPRETATION 74
2.7.6 GEOID MODELING AND TERRAIN EFFECT 75
2.8 APPLICATIONS: GRAVITY ANOMALY AND RELATED MAPS OF INDIA 76
2.8.1 IMPORTANT MAPS FOR INTERPRETATION OF GRAVITY ANOMALIES 76
2.8.2 GRAVITY STUDIES IN INDIA - GEODYNAMICS AND EXPLORATION 80
2.8.3 SATELLITE GRAVITY AND ALTIMETRY MAPS - SEA LEVEL CHANGES IN INDIAN
OCEAN 82
2.9 FIELD EXAMPLES AND GRAVITY SIGNATURES - EXTENSIONAL TECTONICS 84
2.9.1 PASSIVE AND ACTIVE RIFT BASINS - GODAVARI AND MAHANADI BASIN,
INDIA AND CONTINENTAL MARGIN OFF WEST COAST OF INDIA 84 2.9.2 ACTIVE
RIFT BASINS - EAST AFRICAN RIFT SYSTEM 88
2.9.3 GLOBAL EXAMPLES - RHINE GRABEN, EUROPE; RIO GRANDE RIFT, USA, AND
BAIKAL RIFT, RUSSIA 90
2.10 COMPRESSIONAL (CONVERGENCE) TECTONICS: RECENT CONVERGENT MARGINS
AND SUBDUCTION ZONES 94
2.10.1 CONTINENTAL-CONTINENTAL CONVERGENCE - HIMALAYA AND TIBET AND ALPS
MOUNTAINS 94
IMAGE 3
CONTENTS (XVII)
2.10.2 OCEANIC-CONTINENTAL CONVERGENCE: NAZCAAND SOUTH AMERICAN PLATES
AND ANDES MOUNTAINS 97
2.10.3 OCEANIC-OCEANIC PLATEAU/RIDGE CONVERGENCE KMNADEC RIDGE AND
TRENCH (MARIANA TYPE SUBDUCTION) 98
2.11 ANCIENT COLLISION ZONES: PROTEROZOIC AND PALEOZOIC CONVERGENCE 99
2.11.1 GRENVILLE PROVINCE, CANADA 100
2.11.2 APPALACHIAN, USA AND CALEDON IAN R EUROPE OROGENIES: WILSON CYCLE
100
2.12 COMPARITIVE STUDY OF DIFFERENT GRAVITY AND MAGETIC SURVEYS AND
EXPECED ANOMALIES FOR DIFFERENT TARGETS AND TEMPORAL VARIATIONS IN
GRAVITY FIELD [02
CHAPTER 3 MAGNETIC METHODS
3.1 INTRODUCTION AND BASIC PRINCIPLES 105
3.1.1 VECTORIAL REPRESENTATION 106
3.1.2 GEOMAGNETIC POLE AND MAGNETIC DIP POLE 107
3.1.3 VARIATION OF GEOMAGNETIC ELEMENTS I OK
3. J. .4 SECULAR AND TRANSIENT VARIATIONS OF GEOMAGNETIC ELEMENTS 110
3.1.5 ORIGIN OF GEOMAGNETIC FIELD 110
3.1.6 MAGNETIC FORCE AND PSEUDPGRAVITY I LL
3.1.7 MAGNETIC FIELD STRENGTH 112
3.1.8 MAGNETIC MOMENT 1 12
3.1.9 INTENSITY OF MAGNETIZATION 112
3.1.10 MAGNETIC SUSCEPTIBILITY 112
3.111 MAGNETIC INDUCTION (B) 113
3.1.12 MAGNETIC UNITS 114
3.1.13 MAGNETIC MATERIALS 114
3.2 ROCK MAGNETISM AND PALCORAAGNETISM 115
3.2.1 REMNANT MAGNETIZATIONS 116
3.2.2 THERMO REMNANT MAGNETIZATION (TR M) AN D CUR IE POINT TEMPER AT
URC 1 16 3.2.3 DCTRITAL REMNANT MAGNETIZATION (DRM) 117
3.2.4 CHEMICAL REMNANT MAGNETIZATION (CHRM) 117
3.2.5 PALEOMAGNELK STUDIES AND STABILITY TESTS 117
3.2.6 APPARENT POLAR WANDER PATH (APWP), CONTINENTAL DRIFT, REVERSAL OF
EARTH S MAGNETIC FIELD, MAGNETOS!RALIGRAPHY, AND CATASTROPHIC EVENTS 122
3.3 INSTRUMENTS AND DATA ACQUISITION 129
3.3.1 NUCLEAR PRECISION MAGNETOMETERS 129
3.3.2 OPTICAL PUMPING MAGNETOMETERS 130
3.3.3 DATA ACQUISITION; GROUND SURVEYS 130
3.4 CORRECTIONS AND PRESENTATION OF MAGNETIC DATA 131
3.4.1 DIURNAL CORRECTION I3L
3.4.2 DATURA AND BASE LEVEL CORRECTIONS
IMAGE 4
(XVIII) CONTENTS
3.4.3 INTERNATIONAL GEOMAGNETIC REFERENCE FIELD (IGRF) CORRECTION 132
3.4.4 DATA PRESENTATION 133
3.5 DATA PROCESSING 134
3.5.1 REGIONAL - RESIDUAL FIELDS 134
3.6 SPECIAL MAGNETIC SURVEYS 135
3.6.1 MARINE MAGNETIC SURVEYS 135
3.6.2 AIRBORNE MULTI-PARAMETRIC SURVEYS - HIGH RESOLUTION SURVEYS AND
ADVANTAGES 136
3.6.3 SATELLITE-BORNE MAGNETIC SURVEYS (MAGSAT) - INDIA AND HIMALAYA 143
3.7 INTERPRETATION OF MAGNETIC ANOMALIES 146
3.7.1 CHANGES IN TOTAL INTENSITY MAGNETIC ANOMALY 146
3.7.2 QUALITATIVE INTERPRETATION 149
3.7.3 QUANTITATIVE INTERPRETATION - CHARACTERISTIC POINTS AND CURVE
MATCHING 151 3.7.4 COMPUTATION OF MAGNETIC FIELD DUE TO SIMPLE MODELS
154
3.7.5 AUTOMATIC METHODS OF DEPTH ESTIMATION 158
3.8 FIELD EXAMPLES: GEODYNAMIC STUDIES AND MINERAL EXPLORATION 160
3.8.1 EXTENSIONAL REGIMES -RED SEA RIFT, CONTINENTAL MARGINS OF INDIA,
NORWAY AND USA, AND PROTEROZOIC RIFT BASIN, USA 160
3.8.2 CONVERGENCE TECTONICS - GRENVILLE AND APPALACHIAN OROGENIES,
CANADA AND USA 170
3.8.3 SATELLITE-AIRBORNE MAGNETIC MAP OF INDIA (EMAG2) 172
3.8.4 LONG RANGE AIRBORNE MAGNETIC PROFILES - MANGLORE-MADRAS, INDIA 174
3.8.5 MINERAL EXPLORATION: AIRBORNE MAGNETIC AND SPECTROMETER SURVEYS OF
CHITRADURGA SCHIST BELT, INDIA 175
CHAPTER 4 COMMON DATA PROCESSING METHODS AND PARAMETER ESTIMATION -
DIGITAL SIGNAL PROCESSING 4.1 REGIONAL AND RESIDUAL SEPARATION 179
4.1.1 POLYNOMIAL APPROXIMATION 180
4.1.2 APPLICATIONS - A GRAVITY PROFILE ACROSS HIMALAYAS 180
4.1.3 FINITE ELEMENT APPROACH - GRAVITY MAP OF EPICENTRAL ZONE OF LATUR
EARTHQUAKE OF 1993 181
4.2 SPECTRAL ANALYSIS 183
4.2.1 FOURIER SERIES REPRESENTATION AND LINEAR SYSTEM 183
4.2.2 DISCRETE FOURIER TRANSFORM - FAST FOURIER TRANSFORM AND
GEOPHYSICAL DATA 187 4.2.3 FOURIER TRANSFORM OF GRAVITY AND MAGNETIC
FIELDS AND FILTERS 189 4.2.4 ANALYTICAL OPERATIONS IN FREQUENCY DOMAIN
AND APPLICATIONS 196
4.3 FOURIER TRANSFORM OF GRAVITY AND MAGNETIC FIELDS: LAYERED MODEL AND
BASEMENT RELIEF 202
4.3.1 APPLICATIONS OF DEPTH ESTIMATES 206
4.3.2 3-DIMENSIONAL BASEMENT RELIEF MODEL USING HARMONIC INVERSION 209
IMAGE 5
CONTENTS (XIX)
4.4 ADMITTANCE ANALYSIS AND COHERENCE 210
4.4.1 ISOSTASY IN FREQUENCY DOMAIN AND EFFECTIVE ELASTIC THICKNESS (EET)
211 4.4.2 APPLICATIONS -EET, SEDIMENTARY BASINS AND BACKSTRIPPING 216
4.5 LINEAR INVERSION AND PARAMETER ESTIMATION 223
4.5.1 LEAST SQUARES INVERSION 224
4.5.2 GENERALIZED INVERSION: SINGULAR VALUE DECOMPOSITION AND RESOLUTION
MATRIX 225
4.5.3 INVERSION OF GRAVITY FIELD DUE TO SIMPLE BODIES (FAULT MODEL) 226
4.5.4 APPLICATIONS -GODAVARI BASIN, INDIA AND FLEXURAL MODEL 228
4.6 FIELD EXAMPLES: HARMONIC INVERSION AND GEODYNAMIC STUDIES 232
4.6.1 BOUGUER ANOMALY MAP OF INDIA - LOW AND HIGH PASS FILTERED MAPS AND
MOHO RELIEF 232
4.6.2 MAGNETIC CRUST BASED ON MAGSAT DATA 238
4.6.3 CRUSTAL STRUCTURE: FAEROE-SHETLAND CHANNEL, ICELAND 240
4.6.4 EFFECTIVE ELASTIC THICKNESS - HIMALAYA AND TIBET 242
4.7 FIELD EXAMPLES: BASEMENT MODEL AND GEOLOGICAL MAPPING 243
4.7.1 3-D BASEMENT RELIEF: AIRBORNE MAGNETIC MAP OFNORTH GERMANY 243
4.7.2 GEOLOGICAL MAPPING: APPARENT DENSITY MAP OF PENINSULAR SHIELD,
INDIA 247 4.7.3 GRAVITY AND MAGNETIC INVESTIGATIONS IN GERMAN
CONTINENTAL DEEP BOREHOLE (KTB) - VARISCAN OROGENY 248
PART II
INTEGRATED EXPLORATION OF INDIAN PLATE AND RESOURCES (GEODYNAMICS,
SEISMOTECTONICS, HYDROCARBONS, MINERALS, GROUNDWATER, ENVIRONMENT AND
ENGINEERING SITES)
CHAPTER 5 CONTINENTAL DRIFT AND PLATE TECTONICS : RECONSTRUCTIONS,
GONDWANALAND BREAK-UP, PLUMES AND DRIFTING OF INDIAN PLATE 5.1
CONTINENTAL DRIFT 255
5.1.1 DRIFT HISTORY AND APPARENT POLAR WANDER PATH (APWP) OF INDIA AND
ADJOINING CONTINENTS 256
5.1.2 RECONSTRUCTIONS - PALEOZOIC-MESOZOIC, RODTNIA AND PRECAMBRIAN
RECONSTRUCTIONS 258
5.1.3 DRIFT HISTORY OF EURASIA AND GONDWANALAND 259
5.2 PLATE TECTONICS 260
5.2.1 SEA FLOOR SPREADING MAGNETIC ANOMALIES 260
5.2.2 HEAT FLOW AND DEPTH OF OCEAN FLOOR WITH AGE 264
5.2.3 MID OCEANIC RIDGES AND SUBDUCTION ZONES 265
5.2.4 DELINEATION OF PLATES ON EARTH S SURFACE 267
5.2.5 MAPPING OF SUBDUCTION ZONES: WADATI-BENIOFF SEISMIC ZONE 269
IMAGE 6
XX) CONTENTS
5.2.6 THERMAL STRUCTURE OF SUBDUCTING SLAB AND BACK ARC BASINS:
DELAMINATION AND FOUNDERING OF LOWER CRUST 270
5.2.7 THERMAL AND DENSITY STRUCTURE OF CONTINENTAL AND OCEANIC
LITHOSPHERES 271 5.2.8 PLATE MARGINS - DIVERGENT (SUBMERSIBLES),
CONVERGENT, TRANSFORM FAULTS AND TRIPLE JUNCTIONS 273
5.3 MANTLE PLUMES AND BREAK UP OF GONDWANALAND 281
5.3.1 MANTLE PLUMES 281
5.3.2 BREAKUP OF GONDWANALAND 284
5.3.3 CONTINENTAL MARGINS AND OCEANIC CRUST - DENSITY AND VELOCITY
STRUCTURES 286 5.3.4 CENOZOIC RECONSTRUCTIONS OF GONDWANALAND 288
5.3.5 CENOZOIC MOVEMENT OF INDIAN CONTINENT 290
5.4 INDIAN OCEAN 291
5.4.1 WESTERN INDIAN OCEAN AND THE ARABIAN SEA 293
5.4.2 CONTINENTAL SHELF OFFSHORE WEST COAST OF INDIA, LACCADIVE RIDGE
AND SEAWARD DIPPING REFLECTORS 295
5.4.3 NORTH ARABIAN SEA: AIRBORNE TOTAL INTENSITY MAP 297
5.4.4 EASTERN INDIAN OCEAN AND BAY OF BENGAL 299
5.4.5 BAY OF BENGAL, EIGHTY FIVE EAST RIDGE AND OFFSHORE ANDAMAN ISLANDS
- MARINE MAGNETIC AND SEISMIC PROFILES 300
5.4.6 NINETY EAST RIDGE - CRUSTAL SECTION AND EFFECTIVE ELASTIC
THICKNESS 303
5.5 ARABIAN SEA AND BAY OF BENGAL: SATELLITE DERIVED GRAVITY MAPS 305
5.5.1 BOUGUER ANOMALY OF INDIA AND FREE AIR ANOMALY MAP OF ADJOINING
OCEANS 306
5.5.2 SATELLITE DERIVED BOUGUER ANOMALY MAP OF INDIA AND ADJOINING
OCEANS 309
5.5.3 MODELLING OF GRAVITY ANOMALIES ALONG 17 N - ARABIAN SEA, INDIAN
CONTINENT AND BAY OF BENGAL 310
5.6 CONJUGATE STRUCTURES OF INDIA AND ANTARCTICA: EASTERN MARGIN OF
INDIA AND EAST ANTARETICA 315
5.6.1 GRAVITY AND MAGNETIC ANOMALIES - GODAVARI, MAHANADI AND CAUVERY
BASINS AND CONTINENTAL SHELVES OFFSHORE 316 5.6.2 GRAVITY AND MAGNETIC
ANOMALIES - LAMBERT RIFT AND AMERY ICE - SHELF, EAST ANTARCTICA 323
CHAPTER 6 COLLISION OF INDIAN AND EURASIAN PLATES AND SEISMOTECTONICS:
HIMALAYAN AND TIBETAN TERRAINS 6.1 INTRODUCTION 327
6.1.1 COLLISION OF INDIAN AND ASIAN PLATES 327
6.1.2 IMPORTANT TECTONIC ELEMENTS OF HIMALAYA, TIBET, AND ADJOINING
TERRAINS 330 6.1.3 SATELLITE FREE AIR ANOMALY MAP 333
6.1.4 SATELLITE GEOID ANOMALY MAP 334
6.1.5 BOUGUER ANOMALY MAP 335
IMAGE 7
CONTENTS (XXI)
6.1.6 SPECTRAL ANALYSIS AND DEPTH ESTIMATES 336
6.1.7 FILTERED GEOID AND BOUGUER ANOMALY MAPS - REGIONAL AND RESIDUAL
MAPS 340 6.1.8 MODELLING REGIONAL AND RESIDUAL BOUGUER ANOMALY OF TIBET
ALONG 90 E 343 6.1.9 BOUGUER ANOMALY OF HIMALAYA ANDFOREDEEP: FILTERED
REGIONAL MAPS AND LITHOSPHERIC FLEXURE 345
6.1.10 SEISMICITY OF HIMALAYA AND TIBET AND DEEP FOCUS EARTHQUAKES 347
6.2 CENTRAL AND EASTERN HIMALAYA, BURMES ARC AND TIBET - CRUSTAL AND
LITHOSPHERIC STRUCTURES 352
6.2.1 GEOMORPHOLOGY, GEOLOGY, AND TECTONICS 352
6.2.2 SEISMIC STUDIES: CRUSTAL STRUCTURES - INDEPTH PROFILES AND OTHER
SEISMIC STUDIES 358
6.2.3 SEISMIC STUDIES; LITHOSPHERIC STRUCTURES 365
6.2.4 MAGNETOTELLURIC STUDIES 370
6.2.5 GRAVITY AND MAGNETIC STUDIES: STRUCTURES AND EET - GANGA
BASIN-SIKKIM AND YADONG- GOLMUD, TIBET GEOTRANSECTS, AND BURMESE ARC 372
6.2.6 OROGRAPHY-CLIMATE INDUCED UPLIFT AND CHANNEL FLOW 390
6.3 WESTERN FOLD BELT (PAKISTAN) AND SYNTAXIS, AND NW HIMALAYA - CRUSTAL
AND LITHOSPHERIC STRUCTURES 394
6.3.1 GEOLOGY AND TECTONICS 394
6.3.2 SEISMIC STUDIES 396
6.3.3 MAGNETOTELLURIC (MT) STUDIES 401
6.3.4 GRAVITY STUDIES AND HIMPROBE: CRUSTAL AND LITHOSPHERIC STRUCTURES
AND SEISMICITY - KASHMIR EARTHQUAKE AND DEEP FOCUS EARTHQUAKE, HINDU
KUSH 403 6.3.5 NEOTECTONICS AND OROGRAPHY - GRAVITY ANOMALIES, CRUSTAL
AND BASEMENT STRUCTURES, SEISMICITY, UPLIFTS AND RIVER COURSES 421
6.4 GEODETIC MEASUREMENTS AND DEFORMATION MODELS 433
6.4.1 EASTWARD EXTRUSION OF TIBETAN CRUST AND SICHUAN EARTHQUAKE OF 2008
435
6.5 SUMMARY 436
6.5.1 FORCES AND KINEMATIC MODEL 436
6.5.2 CRUSTAL AND LITHOSPHERIC STRUCTURES - GEODYNAMICS AND
SEISMOTECTONICS 438
CHAPTER 7 GEODYNAMICS OF THE INDIAN CONTINENT AND SEISMOTECTONICS:
ISOSTASY, ARCHEAN-PROTEROZOIC CRATONS, COLLISION ZONES, RIFT BASINS,
PLUMES AND LITHOSPHERE, AND IT S FLEXURE 7.1 ARCHEAN-PROTEROZOIC
TECTONICS 443
7.1.1 TRIPLE JUNCTION 445
7.2 GEOPHYSICAL SIGNATURES 446
7.3 BOUGUER ANOMALY MAP OF INDIA VIS-A-VIS GEOLOGY AND TECTONICS 449
7.3.1 GEOLOGY AND TECTONICS 449
7.3.2 COMPLETE BOUGUER ANOMALY MAP OF INDIA 451
7.3.3 ISOSTASY AND EFFECTIVE ELASTIC THICKNESS 453
IMAGE 8
(XXII) CONTENTS
7.4 BROAD TECTONIC ZONES OF INDIAN SHIELD 458
7.4.1 CENOZOIC TECTONICS IN THE NORTHERN PART 458
7.4.2 GANGA BASIN AND BASEMENT MODEL FOR HYDROCARBON EXPLORATION 458
7.4.3 ARCHEAN-PROTEROZOIC CRATONS AND COLLISION ZONES OF INDIAN SHIELD
461
7.5 ARAVALLI-DELHI MOBILE BELT (ADMB) AND WESTERN RAJASTHAN 462
7.5.1 GEOLOGY AND TECTONICS 462
7.5.2 GEOPHYSICAL STUDIES - NAGAUR-JHALAWAR GEOTRANSECT 464
7.5.3 INTEGRATED CRUSTAL STRUCTURES AND EVOLUTIONARY MODEL 468
7.6 SATPURA MOBILE BELT (SMB) 471
7.6.1 CENTRAL PART OF THE SMB: GEOPHYSICAL STUDIES - CRUSTAL STRUCTURES,
SEISMICITY AND EVOLUTIONARY MODEL 471
7.6.2 RIFTING AND PLATFORM DEPOSITS: VINDHYAN AND BIJAWAR-MAHAKOSHAL
GROUP OF ROCKS AND THEIR ECONOMIC POTENTIAL - A PLATE TECTONICS MODEL
484 7.6.3 EXTENSION OF THE SMB TOWARDS EAST AND WEST 493
7.6.4 SHILLONG PLATEAU AND BENGAL BASIN, INDIA AND BANGLADESH AND
SHILLONG EARTHQUAKE 501
7.7 GODAVARI PROTEROZOIC BELT (GPB) AND GONDWANA BASINS - CRUSTAL
STRUCTURES PROTEROZOIC TRIPLE JUNCTION AND SEISMICITY 509
7.7.1 GODAVARI, SOUTH REWA-MAHANADI BASINS - GEOLOGY, AND BOUGUER
ANOMALY 509
7.7.2 REGIONAL GRAVITY AND MAGNETO TELLURIC PROFILES ACROSS THE GPB AND
DHARWAR CRATON 512
7.7.3 AIRBORNE AND GROUND MAGNETIC MAPS OF GODAVARI BASIN 514
7.7.4 AIRBORNE MAGNETIC PROFILE FROM HYDERABAD TO PURI ACROSS THE GPB
516 7.7.5 PROTEROZOIC COLLISION TECTONICS ACROSS THE GPB, PROTEROZOIC
BASINS AND TRIPLE JUNCTION 518
7.8 PENINSULAR SHIELD: EASTERN AND WESTERN DHARWAR CRATONS AND DECCAN
VOLCANIC PROVINCE 518
7.8.1 GEOLOGY AND TECTONICS 518
7.8.2 GRAVITY AND MAGNETIC FIELDS OVER A TYPICAL GRANITE PLUTON
(HYDERABAD) AND EARTHQUAKES 521
7.8.3 DECCAN VOLCANIC PROVINCE: BOUGUER, AIRBORNE MAGNETIC AND
CONDUCTIVITY ANOMALIES AND SEISMOTECTONICS - KOYNA AND LATUR EARTHQUAKES
523 7.8.4 CRUSTAL STRUCTURES - EASTERN AND WESTERN DHARWAR CRATONS AND
MADAGASCAR 528
7.8.5 CRUSTAL AND LITHOSPHERIC STRUCTURES UNDER THE WDC AND OFFSHORE 530
7.8.6 EVOLUTIONARY MODEL -NEOARCHEAN PLATE TECTONICS AND TRIPLE JUNCTION
533
7.9 SOUTHERN GRANULITE TERRAIN (SGT) 534
7.9.1 GEOLOGY, TECTONICS AND GEOPHYSICAL INVESTIGATIONS - KUPPAM-PALANI
GEOTRANSECT 534
7.9.2 BOUGUER ANOMALY, INTEGRATED CRUSTAL STRUCTURES AND SEISMICITY 537
7.9.3 AIRBORNE MAGNETIC MAP AND SHEAR ZONES 543
7.9.4 EVOLUTIONARY MODEL -NEO-ARCHEAN PLATE TECTONICS AND TRIPLE
JUNCTION 545
IMAGE 9
CONTENTS (XXIII)
7.10 EASTERN GHAT MOBILE BELT (EGMB) AND ADJOINING CUDDAPAH, AND COASTAL
GODAVARI BASINS 548
7.10.1 SOUTHERN PART OF THE EGMB AND MULTI-PARAMETER GEOPHYSICAL
INVESTIGATIONS: CRUSTAL STRUCTURES, SEISMICITY, AND EVOLUTIONARY MODEL
-PROTEROZOIC PLATE AND PLUME TECTONICS 548
7.10.2 EXTENSION OF THE EGMB TOWARDS SOUTH INCLUDING SRI LANKA- CRUSTAL
STRUCTURES 562
7.10.3 EXTENSION OF THE EGMB TOWARDS NORTH-CRUSTAL STRUCTURES ACROSS
HINGE ZONE AND BENGAL BASIN, INDIA AND BANGLADESH 563
7.10.4 BOUGUER ANOMALY ACROSS EAST ANTARCTICA, CRUSTAL STRUCTURES AND
RIFTING, AND CONVERGENCE 565
7.10.5 HELIBORNE MAGNETIC SURVEY IN ANTARCTICA 568
7.11 LITHOSPHERE AND ASTHENOSPHERE UNDER THE INDIAN CONTINENT 569
7.11.1 SPECTRUM OF BOUGUER ANOMALY MAP OF INDIA 570
7.11.2 LOW PASS FILTERED REGIONAL MAP AND LITHOSPHERIC AND CRUSTAL
BULGES AND SEISMICITY 572
7.11.3 SPECTRAL ANALYSIS OF GEOID LOW OF THE INDIAN OCEAN 575
7.11.4 CHAMP SATELLITE AND AIRBORNE MAGNETIC DATA OVER INDIAN PENINSULAR
SHIELD AND SPECTRAL ANALYSIS -MOHO AS MAGNETIC DISCONTINUITY 577 7.12
CONCLUSIONS: ARCHEAN-PROTEROZOIC CONVERGENCE MODEL OF INDIAN CRATONS,
RIFTED PLATFORMS, PLUMES, AND BASINS 581
7.12.1 NORTH INDIAN SHIELD: PALEO AND MESOPROTEROZOIC CONVERGENCE AND
RIFTING 581 7.12.2 SOUTH INDIAN SHIELD: NEOARCHEAN CONVERGENCE AND
TRIPLE JUNCTION 583 7.12.3 INTEGRATED CONVERGENCE MODEL OF INDIAN
CRATONS AND RIFTING 585 7.12.4 LITHOSPHERE AND ASTHENOSPHERE UNDER THE
INDIAN PLATE AND IT S RAPID DRIFT 587
CHAPTER 8 SEISMOTECTONICS AND GEODYNAMICS: BHUJ, NEW MADRID AND
SUMATRA EARTHQUAKES AND TSUNAMI WITH CO-SEISMIC CHANGES 8.1 INTRODUCTION
- GRABENS AND HORSTS 589
8.1.1 CHARACTERISTICS OF EARTHQUAKES 591
8.1.2 EARTHQUAKE FOCAL MECHANISM 593
8.1.3 TYPE OF EARTHQUAKES 593
8.1.4 SEISMIC ZONATION MAP OF INDIA AND SAARC COUNTRIES 595
8.2 BHUJ EARTHQUAKE OF JANUARY 26, 2001 596
8.2.1 REGIONAL PLATE TECTONIC SETTINGS AND SEISMICITY IN KACHCHH (KUTCH)
596 8.2.2 TECTONICS OF KACHCHH (KUTCH) BASIN - FAULTS AND RADAR
TOPOGRAPHIC MISSION (SRTM) IMAGES 599
8.2.3 SEISMOLOGICAL AND FIELD INVESTIGATIONS OF THE BHUJ EARTHQUAKE 600
8.2.4 SEISMIC REFLECTION IMAGING 600
8.2.5 BOUGUER ANOMALY MAP OF KACHCHH (KUTCH) 601
8.2.6 TOTAL INTENSITY MAGNETIC MAP OF EPICENTRAL AREA 602
IMAGE 10
(XXIV) CONTENTS
8.2.7 ISOSTASY AND ISOSTATIC REGIONAL GRAVITY ANOMALY 603
8.2.8 RESIDUAL GRAVITY ANOMALY 605
8.2.9 BASEMENT FAULTS, STRUCTURES AND CRUSTAL THICKNESS ACROSS WAGAD
UPLIFT 605 8.2.10 BASEMENT FAULTS AND STRUCTURES ACROSS KACHCHH MAINLAND
UPLIFT 607 8.2.11 SISMOTECTONICS OF BHUJ EARTHQUAKE AND GEODYNAMICS 609
8.3 SOURCE PARAMETERS OF THE BHUJ EARTHQUAKE FROM POST SEISMIC ELEVATION
AND GRAVITY CHANGES 611
8.3.1 PRE- AND POST- EARTHQUAKE MEASUREMENTS OF GRAVITY AND ELEVATION
612 8.3.2 CO-SEISMIC DISLOCATION MODEL 615
8.3.3 GRAVITY CHANGES DUE TO FAULTING AND SUBSURFACE MASS REDISTRIBUTION
616 8.3.4 CO-SEISMIC MASS DISTRIBUTION AND HYDROLOGICAL CHANGES 616
8.3.5 COMPARISON OF BHUJ EARTHQUAKE WITH NEW MADRID AND SHILLONG
EARTHQUAKES 617
8.4 SUMATRA EARTHQUAKE OF DECEMBER 26, 2004 AND RELATED TECTONIC
SETTINGS 619 8.4.1 EARTHQUAKE AND CO-SEISMIC DEFORMATION 619
8.4.2 ASSOCIATED TSUNAMI 621
8.4.3 REGIONAL TECTONIC SETTINGS 623
8.4.4 SEISMIC IMAGING, GRAVITY ANOMALIES, AND SEISMIC ACTIVITY 624
8.5 CO-SEISMIC CHANGES, PRECURSORS, AND NATURAL DISASTER MANAGEMENT 626
8.5.1 TEMPORAL VARIATION IN GRAVITY FIELD IN A SEISMICALLY ACTIVE
REGION, KOYNA (INDIA) 627
8.5.2 NATURAL DISASTER MANAGEMENT - SOME SUGGESTIONS 633
CHAPTER 9 RESOURCE EXPLORATION AND GEODYNAMICS: HYDROCARBONS,
GROUNDWATER, AND MINERALS 9.1 INTRODUCTION 635
9.1.1 HYDROCARBON EXPLORATION, SUITABLE PROSPECTS, RIFTED MARGINS AND
SEAWARD DIPPING REFLECTORS 635
9.1.2 CLASSIFICATION OF INDIAN BASINS 638
9.1.3 GROUNDWATER EXPLORATION IN HARD ROCK 639
9.2 SAURASHTRA, NW INDIA - HYDROCARBON AND GROUNDWATER EXPLORATION AND
GEODYNAMICS 641
9.2.1 REGIONAL TECTONICS AND GEOLOGY 641
9.2.2 LINEAMENT MAP 644
9.2.3 MULTI-PARAMETER GEOPHYSICAL STUDIES 645
9.2.4 HYDROCARBON EXPLORATION - INTEGRATED APPROACH AND SUBTRAPPEAN
MESOZOIC SEDIMENT THICKNESS MAP 652
9.2.5 GROUNDWATER EXPLORATION ; AIRBORNE MAGNETIC, GRAVITY AND LANDSAT
LINEAMENTS AND AIRBORNE MAGNETIC MAP OF CENTAL BOTSWANA - KAROO
VOLCANICS 655
9.2.6 GEODYNAMIC STUDIES - MOHO CONFIGURATION AND VOLCANIC PLUGS WITH
PALAEOMAGNETIC AND GEOCHEMICAL STUDIES 659
IMAGE 11
CONTENTS (XXV)
9.3 KACHCHH- MESOZOIC SEDIMENTS AND BASEMENT MODEL 669
9.3.1 BOUGUER ANOMALY AND BASEMENT MODEL 669
9.3.2 MESOZOIC SEDIMENT THICKNESS MAP AND HYDROCARBON PROSPECT 670 9.3.3
AIRBORNE MAGNETIC MAP AND GROUNDWATER POTENTIAL 670
9.4 CAMBAY BASIN AND ITS EXTENSION IN WESTERN RAJASTHAN (BANNER AND
JAISALMER BASINS) -TERTIARY AND MESOZOIC RIFT BASINS ANDGEODYNAMICS 671
9.4.1 BOUGUER ANOMALY AND CRUSTAL AND BASEMENT MODELS 672
9.4.2 CRUSTAL AND UPPER MANTLE MODELS ACROSS CAMBAY BASIN 676
9.5 DECCAN SYNECLISE (NARMADA-TAPTI SECTION) IN CENTRAL INDIA - MESOZOIC
SEDIMENTS AND BASEMENT MODEL 678
9.5.1 RESIDUAL GRAVITY ANOMALY MAP 679
9.5.2 BASEMENT MODEL - VELDA-SANDHWA PROFILE 680
9.5.3 BASEMENT MODEL - KOTHAR-SAKRI PROFILE 680
9.5.4 SUBTRAPPEAN MESOZOIC SEDIMENT THICKNESS MAP 681
9.5.5 NAGPUR-WARDHA SECTION 681
9.6 OFFSHORE EXPLORATION - HYDROCARBON PROSPECT 683
9.6.1 OFFSHORE WEST COAST OF INDIA- SEISMIC SECTION AND BOUGUER ANOMALY
683 9.6.2 OFFSHORE AND ONSHORE EAST COAST OF INDIA - SEISMIC SECTION AND
BOUGUER ANOMALY 686
9.6.3 OFFSHORE ANDAMAN ISLANDS- SEISMIC SECTION AND BOUGUER ANOMALY 688
9.7 VINDHYAN BASIN, CENTRAL INDIA AND SINGHBHUM DISTRICT - GROUNDWATER
POTENTIAL AND HYDROCARBON PROSPECT 689
9.7.1 AIRBORNE TOTAL INTENSITY MAP OF VINDHYAN BASIN - MAGNETIC
LINEAMENTS 690 9.7.2 JABERA DOME BOUGUER ANOMALY AND HYDROCARBON
PROSPECT 692
9.7.3 GROUND MAGNETIC AND RESISTIVITY STUDIES 693
9.7.4 RESISTIVITY SOUNDINGS AND GROUNDWATER POTENTIAL 694
9.7.5 SINGHBHUM DISTRICT, JHARKHAND, INDIA - AIRBORNE MAGNETIC TRENDS
AND GROUNDWATER POTENTIAL 695
9.8 UPPER AND LOWER ASSAM SHELF - HYDROCARBON PROSPECT AND GEODYNAMICS
696 9.8.1 GRAVITY ANOMALIES OF THE UPPER ASSAM SHELF 698
9.8.2 BASEMENT MODEL AND SPECTRAL ANALYSIS 699
9.8.3 GEOLOGICAL SECTION AND OIL OCCURRENCES 701
9.8.4 LOWER ASSAM SHELF (SOUTHERN PART) - HYDROCARBON PROSPECT AND
GEODYNAMICS 702
9.9 GROUNDWATER BUDGETING USING GRACE SATELLITE GRAVITY DATA 704
9.10 MINERAL EXPLORATION AND GEODYNAMICS 705
9.10.1 BASE METAL AND GOLD MINERALIZATION 706
9.10.2 FERROUS MINERALS - IRON ORE, CHROMITE AND MANGNESE DEPOSITS 716
9.10.3 NON-METALLIC MINERALS 718
9.10.4 VOLCANIC PLUGS AND MAGNETIC ANOMALIES 718
IMAGE 12
(XXVI) CONTENTS
9.10.5 HIGH RESOLUTION HELIBORNE MAGNETIC SURVEYS - VOLCANIC PLUGS AND
GROUNDWATER POTENTIAL 721
9.10.6 URANIUM MINERALIZATION - INTEGRATED AIRBORNE AND GROUND
GEOPHYSICAL SURVEYS 723
CHAPTER 10 SOME TYPICAL ENVIRONMENTAL AND ENGINEERING STUDIES:
NEAR SURFACE GEOPHYSICS 10.1 INTRODUCTION 731
10.2 ENVIRONMENTAL STUDIES 731
10.2.1 QUALITY OF AQUIFERS 731
10.2.2 CAVITY DETECTION - COAL MINES 733
10.2.3 MASS CHANGES IN COAL MINES - 4 -D GRAVIMETRY 734
10.3 IMPACT CRATERS - LONAR LAKE IN DECCAN TRAP PROVINCE 735
10.3.1 GEOPHYSICAL AND GEOLOGICAL SIGNATURES OF AN IMPACT CRATER - LONAR
LAKE 736 10.3.2 GRAVITY AND MAGNETIC ANOMALIES OVER LONAR LAKE, INDIA -
AN IMPACT CRATER 736 10.3.3 GRAVITY AND MAGNETIC ANOMALIES 737
10.3.4 MODELING OF GRAVITY AND MAGNETIC ANOMALIES OF LONAR LAKE 738
10.4 EFFECT OF SOLAR ECLIPSE ON THE EARTHS GRAVITY FIELD -ALIIAS EFFECT
741
10.4.1 EXPERIMENT DURING A SOLAR ECLIPSE IN INDIA 741
10.4.2 TEMPORAL VARIATIONS IN GRAVITY FIELD DURING SOLAR ECLIPSE ON 24
OCTOBER, 1995 742
10.5 EFFECTS OF LIGHTNING ON THE EARTH S MAGNETIC FIELD 743
10.5.1 SITE AT KOMPALLE VILLAGE, HYDERABAD 744
10.5.2 SITE NEAR HMT FACTORY, HYDERABAD 745
10.5.3 GRID SURVEY AT KOMPALLE VILLAGE 746
10.5.4 EFFECTS OF LIGHTNING ON MAGNETIZATION OF ROCKS 747
10.6 ENGINEERING SITE INVESTIGATIONS 747
10.6.1 GEOPHYSICAL INVESTIGATIONS FOR A POWER PROJECT 748
10.6.2 NUCLEAR POWER PLANT, KAKRAPAR, SURAT, GUJARAT 750
10.7 ARCHEOLOGICAL SITE INVESTIGATIONS 752
10.7.1 PALEOCHANNELS AND SETTLEMENTS OF HARAPPA PERIOD IN KALIBANGAN,
RAJASTHAN 752 10.7.2 MAHASTUPA, NELAKONDAPALLY, KHAMMAM DISTRICT, A.P.,
INDIA 754
APPENDIX: I GEOLOGICAL TIME SCALE 757
APPENDIX: II SOME IMPORTANT EVENTS OF RECENT PERIODS (PLEISTOCENE AND
HOLOCENE) 758 APPENDIX: III HEAT FLOW MAP OF INDIA 759
APPENDIX IV SEISMIC ZONATION MAP OF SAARC COUNTRIES-PAKISTAN AND
BANGLADESH 760
COLOUR PHOTOGRAPHS OF ALL CHAPTERS 761
BIBLIOGRAPHY 825
INDEX 923
|
| any_adam_object | 1 |
| author | Mishra, Dinesh Chandra |
| author_GND | (DE-588)132233126 |
| author_facet | Mishra, Dinesh Chandra |
| author_role | aut |
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| building | Verbundindex |
| bvnumber | BV040452330 |
| classification_rvk | UT 2350 |
| ctrlnum | (OCoLC)774231746 (DE-599)GBV681322500 |
| discipline | Physik |
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| id | DE-604.BV040452330 |
| illustrated | Not Illustrated |
| indexdate | 2024-07-10T00:24:14Z |
| institution | BVB |
| isbn | 9789381075272 9780415684200 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-025299949 |
| oclc_num | 774231746 |
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| owner | DE-83 DE-29 |
| owner_facet | DE-83 DE-29 |
| physical | xxvi, 938 S. |
| publishDate | 2011 |
| publishDateSearch | 2011 |
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| publisher | BS Publications [u.a.] |
| record_format | marc |
| spelling | Mishra, Dinesh Chandra Verfasser (DE-588)132233126 aut Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics Dinesh Chandra Mishra Hyderabad, A.P [u.a.] BS Publications [u.a.] 2011 xxvi, 938 S. txt rdacontent n rdamedia nc rdacarrier Gravimetrie (DE-588)4138998-0 gnd rswk-swf Schwereanomalie (DE-588)4053934-9 gnd rswk-swf Geomagnetik (DE-588)4308702-4 gnd rswk-swf Plattentektonik (DE-588)4046317-5 gnd rswk-swf Magnetische Anomalie (DE-588)4036999-7 gnd rswk-swf Gravimetrie (DE-588)4138998-0 s Geomagnetik (DE-588)4308702-4 s Schwereanomalie (DE-588)4053934-9 s Magnetische Anomalie (DE-588)4036999-7 s Plattentektonik (DE-588)4046317-5 s DE-604 SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025299949&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Mishra, Dinesh Chandra Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics Gravimetrie (DE-588)4138998-0 gnd Schwereanomalie (DE-588)4053934-9 gnd Geomagnetik (DE-588)4308702-4 gnd Plattentektonik (DE-588)4046317-5 gnd Magnetische Anomalie (DE-588)4036999-7 gnd |
| subject_GND | (DE-588)4138998-0 (DE-588)4053934-9 (DE-588)4308702-4 (DE-588)4046317-5 (DE-588)4036999-7 |
| title | Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics |
| title_auth | Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics |
| title_exact_search | Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics |
| title_full | Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics Dinesh Chandra Mishra |
| title_fullStr | Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics Dinesh Chandra Mishra |
| title_full_unstemmed | Gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics Dinesh Chandra Mishra |
| title_short | Gravity and magnetic methods for geological studies |
| title_sort | gravity and magnetic methods for geological studies principles integrated exploration and plate tectonics |
| title_sub | principles integrated exploration and plate tectonics |
| topic | Gravimetrie (DE-588)4138998-0 gnd Schwereanomalie (DE-588)4053934-9 gnd Geomagnetik (DE-588)4308702-4 gnd Plattentektonik (DE-588)4046317-5 gnd Magnetische Anomalie (DE-588)4036999-7 gnd |
| topic_facet | Gravimetrie Schwereanomalie Geomagnetik Plattentektonik Magnetische Anomalie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025299949&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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