Microseismic Monitoring: Imaging and Event Analysis

• Application of aWaveformSimilarity- Based Location Algorithmto the Basel 1 Microseismic Data
• Microseismic Imaging of a Hydraulic Reservoir Stimulation: Basel
• Waveform Similarity Analysis at Cotton Valley, Texas
• Reflection Coefficients at a Thin Fluid Layer as a Model of a Hydraulic Fracture

Microseismic Monitoring: Physical Fundamentals and Interpretation

• Geometric Control of Earthquakes Induced by Fluid-rock Interactions
• Seismotectonic State of Reservoirs Inferred From Induced Microseismicity
• Probability of Earthquake Occurrence andMagnitude Estimation in the Post Injection Phase of Geothermal Projects
• Poroelastic Coupling and Triggering of Microseismicity
• Geomechanical Interpretation of Pore Pressures TriggeringMicroseismicity
• Modelling Studies to Investigate Critical Pore Pressures of Fluid-Induced Seismicity at the Basel Geothermal Reservoir
• Influence of Nonlinear Fluid-rock Interaction on Hydraulic Fracturing Induced Seismicity from Barnett Shale
• Diffusivity and Tectonic Potential Estimation fromMicroseismic Event Density
• Feasibility of Microseimic Monitoring at Lower Saxony’s Rotliegend Reservoirs

Laboratory Studies and Rock Physics

• Attenuation in Obernkirchner Sandstone, Preliminary Results