Multidisciplinary Approach to Earthquake Prediction

Geological history of the North Anatolian Fault Zone.- Tectonics of the North Anatolian Transform Fault.- Paleo-, Tardi- and Neotectonic Mechanisms of the Present North Anatolian Fault Zone in the Light of the Structural History of the Eurasian Margin in the Pontic Ranges.- Structural Evidence for Left-Lateral Displacement on the North Anatolian Fault Zone During the Plio-Pleistocene.- Geology of an Area in and Around the Northern Anatolian Transform Fault Zone Between Bolu and Akyazi.- Comparisons Between the North Anatolian Fault of Turkey and the San Andreas Fault of California.- Seismotectonics: Seismicity statistics according to historical and instrumental records, focal mechanism, relations between seismic activity and neotectonics.- Identification of Swarm Activity Using the MARNET Telemetered Seismometer-Network.- Earthquake Activity on the North Anatolian Fault Zone.- A Rational Approach for the Probabilistic Assessment of the Seismic Risk Associated with the North Anatolian Fault.- Seismotectonic Aspects of the North Anatolian Fault Zone Between Bolu and Havza.- Relationship Between Fault Geometry and Some Earthquake Epicentres within the North Anatolian Zone.- Preliminary Studies of Seismic Risk in Turkey, and the Occurrence of Upper Bounded and Other Large Earthquake Magnitudes.- Faults and Recently Active Breaks Along the North Anatolian Fault Zone Between Gerede and Ilgaz.- Some Aspects of the Seismicity in the North Anatolian Fault Zone.- A Comparative Analysis of the Seismotectonic Characteristics of the North Anatolian Fracture Zone and the Fracture System of Inner Dinarides.- Fatigue Crack Propagation Along the Anatolian Faults and Levant Coast and Earthquake Prediction.- Some Aspects of the North Anatolian Fault Zone Derived from the Comparison of its Instrumental Data with Historical Information.- A Statistical Analysis of the Major and Microearthquakes Along the East-Anatolian Fault.- Pre-earthquake strain and triggering effects from continuous records.- Possible Use of Tilt and Tidal Measurements for Earthquake Prediction.- Normal Earthquake Gravitational Precursors from Earth-Tide Data.- Creep Measurements in the Ismetpa?a Region of the North Anatolian Fault Zone.- Pre-earthquake strain and deformation from repeated high-precision geodetic surveys.- Possible Use of the Turkish National Triangulation Network for the Study of Crustal Movements in the North Anatolian Fault Zone.- ?2 Testing for Survey of Recent Crustal Deformation in Akyazi/Adapazari.- Detection of Crustal Motion by Repeated Geometric Observations.- Land Deformation Control Network in the Epicentral Region of the 1978 Earthquakes in Northern Greece.- Methods of Variance Analysis for the Evaluation of Geodetic Control Nets in Relation to Crustal Movements.- A Geometric-Gravimetric Estimation Procedure for Most Accurate Determination of Relative Point Displacements in Local Areas — Proposal and First Study of Sensitivity.- Suggestions for High Precision Gravity Measurements in Geodynamic and Earthquake Prediction Research.- Physical state and processes of changing physical rock properties in the earthquake source region.- Physical Parameters in the Earthquake Source Region and Their Temporal Changes.- Polarization Anomalies as Diagnostics of Dilatancy.- An Experiment to Investigate Polarization Anomalies in North Anatolia.- Possible Information on Local Features of the Focal Region Based on Geomagnetic Field Data Recorded After the Main Shock.- Investigations of Geophysical Parameters in the Area of Carinthia and Friuli in Relation to Seismicity.- Note on the Application of the PCA Method — A Possible Approach to the Problem of Elimination of Non-Local Geomagnetic Field Changes.- Space techniques in geodynamics and earthquake prediction research.- Application of Space Technology in Earthquake Prediction Research — A Short Review.- The Background to High Mobility Space Geodetic Techniques for Geodynamic and Earthquake Prediction Research.- The Installation of a Spacebome Ranging System for the Detection of Crustal Movements in the North Anatolian Fault Zone.- The Meteosat Data Collection System and its Potential as a Data Relay for Geophysical Measurements.- Theory of earthquake generation and prediction.- Stress Accumulated Mechanisms on Strike-Slip Faults.- Fracture Mechanics Modelling of Earthquake Generating Processes.- Analysis of Stress and Strain Around a Transform Fault.- A Multiple Mode of Faulting Mechanism Proposed for the North Anatolian Fault and Prediction of Related Earthquakes.- A Thermal Window in the Lithosphere Underneath North Anatolia and California.- Interdisciplinary approaches to earthquake prediction.- The Concept of a Multidisciplinary Approach to Earthquake Prediction.- Deterministic Earthquake Prediction — Present Stage and Future Developments.- Earthquake Research on the San Andreas Fault Zone, California.