Encyclopedia of Solid Earth Geophysics

Archeomagnetism -- Asthenospheric flows -- Continental collision -- Continental crustal structure -- Continental margins -- Continental rifting -- Controlled source EM surveys -- Convection, secondary instabilities -- Convolution -- Core, anisotropy -- Core, convection -- Core, differential rotation...
Ausführliche Beschreibung

Archeomagnetism -- Asthenospheric flows -- Continental collision -- Continental crustal structure -- Continental margins -- Continental rifting -- Controlled source EM surveys -- Convection, secondary instabilities -- Convolution -- Core, anisotropy -- Core, convection -- Core, differential rotation -- Core, dynamo -- Core, light elements -- Core, magnetic field -- Core, solidification -- Core, structure -- Core, temperature -- Core, viscosity -- Core-mantle interaction -- Curie temperature -- Decomposition -- De-convolution -- Deep drilling, continental -- Deep drilling, oceanic -- Density distribution of the Earth -- Earth tides -- Earthquake, depth distribution -- Earthquake, fault mechanism -- Earthquake, focal mechanisms -- Earthquake, forecast -- Earthquake, intensity, magnitude, energy -- Earthquake, location techniques -- Earthquake, precursors -- Earthquake, prediction -- Earthquake, strong ground motion -- Earth's thermal structure -- Elasticity theory, anisotropy -- Elasticity theory, elastic constants -- Elasticity theory, seismic waves -- Elasticity theory, stress and strain -- Electrical conductivity structure of the Earth -- Electrical properties of rocks -- Electrical resistivity surveys -- Energy budget of the Earth -- Energy partition of seismic waves -- Forward problem -- Fractal and chaos -- Free oscillations of the Earth -- Full waveform tomography -- Geodesy, figure of the earth -- Geodesy, ground positioning and leveling -- Geodesy, networks and reference system -- Geodesy, physical -- Geodynamics -- Geoelectricity -- Geoelectromagnetism -- Geoid, determination -- Geoid, interpretation -- Geoid, principles -- Geoid, stress and strain -- Geoid, tectonic forces -- Geomagnetic field, secular variation -- Geomagnetic field, global pattern -- Geomagnetic field, IGRF -- Geomagnetic field, theory -- Geomagnetic polarity reversals -- Global heat flow distribution -- Global Positioning System (GPS) -- GPS, data reduction -- GPS, global plate motion models -- GPS, Reference models -- Gravimeters, Absolute -- Gravimeters, Relative -- Gravity data acquisition, Airborne -- Gravity data acquisition, Satellite -- Gravity data acquisition, Surface -- Gravity data, advanced processing -- Gravity data, reduction -- Gravity data, regional - residual separation -- Gravity field of the earth -- Gravity method, principles -- Gravity response of simple geometries -- Gravity, anomalies -- Gravity, Gradiometry -- Gravity, Interpretation -- Gravity, temporal variations -- Heat flow - age relationship -- Heat flow - heat generation relationship -- Heat flow measurements -- Heat transport mechanisms -- Impact crators -- Instrumentation, electrical -- Instrumentation, EM -- International gravity formula -- Interpretation of electrical resistivity data -- Interpretation, temporal variations of -- Inverse problem -- Inverse theory, Artificial Neural Network -- Inverse theory, Genetic algorithm -- Inverse theory, linear -- Inverse theory, nonlinear -- Inverse theory, non-uniqueness of solution -- Inverse theory, Singular Value -- Isostasy -- Length of day -- Lithosphere - Asthenosphere boundary -- Lithosphere, continental -- Lithosphere, cratons and mobile belts -- Lithosphere, mechanical properties -- Lithosphere, oceanic -- Lithospheric flexure -- Magmatic processes -- Magnetic data acquisition, Airborne -- Magnetic data acquisition, Satellite -- Magnetic data acquisition, Surface -- Magnetic data, Interpretation -- Magnetic data, Reduction -- Magnetic gradiometry -- Magnetic methods, Principles -- Magnetic properties of rocks and minerals -- Magnetic response of simple geometries -- magnetics -- Magnetometers -- Mantle plumes, convection -- Mantle plumes, hotspots -- Mantle plumes, partial melting -- Mantle plumes, structure -- Mantle, anisotropy -- Mantle, convection -- Mantle, D" layer -- Mantle, electrical structure -- Mantle, phase transitions -- Mantle, rheology -- Mantle, seismic tomography -- Mantle, structure -- Mantle, temperature -- Micro-seismicity -- Mid-oceanic ridges, convection -- Mid-oceanic ridges, gravity anomaly -- Mid-oceanic ridges, structure -- Mid-oceanic ridges, thermal structure -- Mid-oceanic ridges, tomographic images -- Mid-oceanic ridges, volcanism -- MT interpretation -- MT static effects -- MT time series analysis -- Natural EM source fields -- Natural source EM surveys -- Noise in geophysical data -- Numerical methods, Boundary Element -- Numerical methods, Domain decomposition -- Numerical methods, Finite Difference -- Numerical methods, Finite Element -- Numerical methods, Multigrid -- Paleomagnetism, Magnetostratigraphy -- Paleomagnetism, observations -- Paleomagnetism, theory -- Paleoseismology -- Paleo-temperatures -- Past plates reconstructions -- Plate driving forces -- Plate motion and climate change -- Plate tectonics -- Poroelasticity -- Potential fields, spherical harmonic analysis -- Pressure-Temperature-time paths -- Radiometric dating -- Remnant magnetization -- Remote sensing -- Rock magnetism -- SAR interferometry -- Sedimentary basins formation -- Seismic anisotropy -- Seismic attenuation -- Seismic data, acquisition techniques -- Seismic data, processing -- Seismic data, travel time inversion -- Seismic hazard assesment -- Seismic instrumentation -- Seismic microzonation -- Seismic migration: Theory and algorithms -- Seismic structure, global models -- Seismic tomography -- Seismic velocity - temperature relationship -- Seismic velocity-density relationship -- Seismic waves in the Earth -- Seismic, imaging -- Seismic, instrumentation -- Seismic, properties of rocks -- Seismic, ray theory -- Seismic, Receiver function technique -- Seismic, scattering -- Seismic, source wavelet -- Seismic, waveform modelling and inversion -- Seismicity, global -- Seismicity, intraplate -- Seismicity, triggered / induced -- Seismo-electromagnetic precursors -- Seismogram -- Seismological networks -- Seismometer and seismograph -- Slow earthquakes -- Sources of heat in the earth -- Stress in lithosphere -- Subduction zones, convection -- Subduction zones, detachment -- Subduction zones, gravity anomaly -- Subduction zones, structure -- Subduction zones, thermal structure -- Subduction zones, tomographic images -- Subduction zones, volcanism -- Surface paleo-temperatures estimation -- Surface wave dispersion -- Thermal isostasy -- Thermal properties of rocks -- Lithospheric imaging, integrated methods -- Time-lapse seismics -- Tsunami -- Vertical crustal movements -- Vertical seismic profiling -- Very Long baseline Interferometry (VLBI) -- Wavelet analysis -- Well logging Ausführliche Beschreibung

Autor*in:	Gupta, Harsh K. - 1942- [verfasserIn]

Format:	E-Book
Sprache:	Englisch

Erschienen:	Dordrecht: Springer Netherlands ; 2011

Schlagwörter:	Geophysik / Lithosphäre / Erde / Geodynamik
Schlagwörter:	Mathematical geography Remote sensing Geography Physical geography Earth Sciences Geology Environmental sciences. Physics. Geophysics. Natural disasters. Geographic information systems.
Formangabe:	Wörterbuch

Systematik:	UT 1000

Umfang:	Online-Ressource (XXXVIII, 1539 p. 821 illus., 399 illus. in color. eReference, digital)

Weitere Ausgabe:	Buchausg. u.d.T.: Encyclopedia of solid earth geophysics - Dordrecht : Springer, 20XX

Reihe:	Encyclopedia of Earth Sciences Series SpringerLink ; Bücher

Links:	Link aufrufen Link aufrufen
ISBN:	978-90-481-8702-7

DOI / URN:	10.1007/978-90-481-8702-7

Katalog-ID:	1650972148