Seismogenic Process Monitoring : Proceedings of a Joint Japan-Poland Symposium on Mining and Experimental Seismology, Kyoto, Japan, November 1999 Book

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