Preface | |
Introduction | p. 1 |
Application of the underground seismic measurements to assessment of rockburst hazard | p. 11 |
Geophysical monitoring of soil deformation due to underground mining | p. 25 |
Seismic hazard assessment in the Bielszowice coal mine using the passive tomography | p. 37 |
An example of usefulness and accuracy of determination of seismic wave attenuation field in a rock mass | p. 43 |
The influence of strata and tectonics on the rockburst risk in Polish mines | p. 51 |
Measurements of borehole deformations for assessment of rockburst hazard | p. 63 |
Source parameters of seismic events in a copper mine in Poland based on empirical Green's functions | p. 75 |
Ground motion associated with coal mine tremors close to the underground openings | p. 91 |
The slow initial phase of earthquakes in western Nagano, central Japan | p. 103 |
Review of semi-controlled earthquake-generation experiments in South African deep gold mines (1992-2001) | p. 119 |
Microearthquake scaling relationship using near-source, redundant, wide dynamic-range accelerograms in a South African deep gold mine | p. 151 |
Near source observation of small initial phase generated by earthquakes in a deep gold mine in South Africa | p. 165 |
Temporal variation of seismic parameters associated with an M[subscript W]-2 event monitored at a 100-200 m distance | p. 173 |
Location and temporal variations of shear wave splitting in a South African gold mine | p. 185 |
Evidence for rapid fault healing at the Nojima fault, Japan | p. 201 |
Overview and purpose of the active fault probe at the Atotsugawa fault system - Observations inside and outside a 480 m tunnel throughout a subsidiary fault | p. 221 |
Observation of microearthquakes in the Atotsugawa fault region, central Honshu, Japan - Seismicity in the creeping section of the fault | p. 229 |
Seismological investigation of deep structure of active faults using scattered waves and trapped waves | p. 245 |
Towards effective observations of resistivity changes due to fluid movement related to faulting | p. 257 |
Strain anomaly in the process zone of experimentally developing faults due to growth and slip processes | p. 271 |
A many-body disk model of slip phenomena: an implication to earthquake faulting | p. 285 |
Ultrasonic technique for probing the changes of contact on a discontinuity subjected to normal load | p. 297 |
Imaging rock structure using acoustic waves: methods and algorithms | p. 309 |
Model-free seismic hazard analysis | p. 327 |
Studies on the chaotic dynamics of mining induced seismicity | p. 341 |
Magnitude and neural networks | p. 355 |
Development of multi-component borehole instrument for earthquake prediction study: some observed examples of precursory and co-seismic phenomena relating to earthquake swarms and application of the instrument for rock mechanics | p. 365 |
A precise method for continuous monitoring of the temporal variation of wave propagation | p. 379 |
Development of a sensitive, robust earth-resistivity measurement system stable over long period to monitor subtle temporal change in stress in the Earth's crust | p. 399 |
List of first authors | p. 411 |
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