These proceedings include the latest developments in research and practice in the area of mining-induced seismicity. Three themes are explored: strong ground motion and rockburst hazard; mechanics of seismic events and stochastic methods; and monitoring of seismicity and geomechanical modelling.

This volume contains 6 keynote lectures and 63 technical papers on the subject, written by experts from 15 countries. 5 themes are explored: Mechanism of seismic events and rockbursts, monitoring of seismicity; Geology, mining and seismicity; Rockburst hazard assessment and ground control; and Induced seismicity and laboratory experiments. Scientists and engineers brought together to Krakow from around the world have discussed the latest developments in theoretical and experimental understanding of rockbursts and related seismic events, and practical procedures to mitigate their effects. This proceedings volume is essential reading for anyone concerned with ground control in mining and for geoscientists seeking a new insight into earthquake mechanics.

This volume contains 6 keynote lectures and 63 technical papers on the subject, written by experts from 15 countries. 5 themes are explored: Mechanism of seismic events and rockbursts, monitoring of seismicity; Geology, mining and seismicity; Rockburst hazard assessment and ground control; and Induced seismicity and laboratory experiments. Scientists and engineers brought together to Krakow from around the world have discussed the latest developments in theoretical and experimental understanding of rockbursts and related seismic events, and practical procedures to mitigate their effects. This proceedings volume is essential reading for anyone concerned with ground control in mining and for geoscientists seeking a new insight into earthquake mechanics.