Explosion Seismology in Central Europe de P. Giese

Explosion Seismology in Central Europe: Data and Results

P. Giese

European Seismological Commission

C. Prodehl

A. Stein

en Limba Engleză Paperback – 11 feb 2012

The determination of crustal structure by means of explo sion seismology has been one of the major objectives of the European Seismological Commission (ESC) over the past twenty-five years. It was decided some time ago to publish the results of regional crustal investigations in Europe in a series of monographs. This publication entitled "Ex plosion Seismology in Central Europe - Data and Results" is Volume 1 in a sequence of publications dealing with the crustal structure in Europe. The European seismologists are indebted to the German Geo physical Society (Deutsche Geophysikalische Gesellschaft) for taking the initiative to publish this book. Thanks are due to the German Research Society (Deutsche Forschungs gemeinschaft) for providing generous financial support of the field measurements and data evaluation. It is hoped that this publication will stimulate a continuation of in vestigations of the earth's lithosphere in order to eluci date the details which are still not fully understood.

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1 Main Geologic Features of the Federal Republic of Germany.- 2 Contributions by Other Geophysical Methods.- 2.1 Investigation of Seismic Noise in the Federal Republic of Germany.- 2.2 Magnetics.- 2.3 Geoelectric Ultra-Deep Sounding.- 2.4 Geothermic Investigations.- 2.5 Compressional and Shear Wave Velocities as a Function of Temperature in Rocks at High Pressure.- 2.6 Some Petrophysical Aspects of Deep Structure.- 2.7 Gravity.- 3 Basic Data of the Deep-Seismic Sounding Observations.- 3.1 Shotpoint Data of Quarry Blasts 1958–1972.- 3.2 Seismic Signals from Quarry Blasts.- 3.3 Description of Profiles.- 3.4 Presentation of Record Sections.- 3.5 Standard Equipment for Deep-Seismic Sounding.- 3.6 Seismic Long-Distance Observations of Quarry Blasts — Test Measurements in Western Germany.- 3.7 Cooperation in Deep-Seismic Sounding between the Geophysical Institutes, the Geological Surveys, and the Oil Industry.- 4 Problems of Evaluation of Seismic-Refraction Data for Crustal and Upper-Mantle Studies.- 4.1 General Remarks on Travel Time Data and Principles of Correlation.- 4.2 Problems and Tasks of Data Generalization.- 4.3 Depth Calculation.- 4.4 A Seismic-Ray Tracing Method for Two-Dimensional Inhomogeneous Media.- 4.5 Calculation of Travel Times and Ray Paths for Lateral Inhomogeneous Media.- 4.6 Inversion of Seismic Records with the Aid of Synthetic Seismograms.- 4.7 Some Notes on Theoretical Travel Time and Amplitude Curves.- 5 Main Features of Crustal Structure in Western Germany.- 5.1 Models of Crustal Structure and Main Wave Groups.- 5.2 Results of the Generalized Interpretation of the Deep-Seismic Sounding Data.- 5.3 An Updated Time-Term Interpretation of Pn-Data from Quarry Blasts and Explosions in Western Germany.- 5.4 The Basic Features of Crustal Structure in Relation to the Main Geological Units.- 6 Interpretation of Regional Seismic Data.- 6.1 An Interpretation of Wide-Angle Measurements in the Rhenish Massif.- 6.2 Near-Vertical Reflections Recorded at the Wide-Angle Profile in the Rhenish Massif.- 6.3 Results of a Seismic-Refraction Profile from the Hoher Meissner to the North German Plain.- 6.4 Seismic-Refraction Measurements along Two Crossing Profiles in Northern Germany and Their Interpretation by a Ray-Tracing Method.- 6.5 Seismic Results from Southwestern Germany.- 6.6 Results of Seismic Investigations in the Ries Crater Area (Southern Germany).- 6.7 Results from Deep-Seismic Sounding in the Rhine-Main Area.- 6.8 Explosion-Seismology Research in the Central and Southern Rhine Graben — A Case History.- 6.9 P-Wave Velocities in the Northern Calcareous Alps Derived from Observations of Explosions in the Eschenlohe Quarry.- 6.10 Results of a Combined Evaluation of Longitudinal and Transverse Waves on a Seismic Profile along the Northern Margin of the Alps.- 6.11 Crustal Structure in Southeastern Bavaria Derived from Seismic-Refraction Measurements by Ray-Tracing Methods.- 7 Main Features of Crustal Structure in the Alps.- 8 Some Aspects of Comparing Seismic and Gravimetric Results from Selected Areas.- 8.1 Comparison of Wide-Angle Measurements in the USSR and the Federal Republic of Germany.- 8.2 Comparison of Seismic-Refraction Studies in Central Europe and the Western United States.- 8.3 Investigations on Isostatic Balance in Different Parts of Eurasia Based on Seismic and Gravity Data.- 9 Acknowledgments.- 10 References.- Geographical and Geological Index.- Appendix: Record Sections.