| Presenter's name | Title of the talk | Download |
| Keynote: William L. Ellsworth (Univ. Stanford) |
The Evolving Earthquake Hazard near Cushing, Oklahoma | |
| Keynote: Domenico Giardini (ETHZ) |
Using underground experiments to improve the understanding of induced seismicity | |
| Solicited: Mauro Buttinelli (INGV) |
Kinematic inversion of pre-existing faults by wastewater injection-related induced seismicity: the Val d’Agri oil field case study (Italy) | |
| Solicited: Patricia Martínez-Garzón (GFZ) |
Geothermal induced seismicity: What links source mechanics and event magnitudes to faulting regime and injection rates? | |
| Keynote: Ernst Huenges (GFZ) |
Soft stimulation and induced seismicity | |
| Keynote: Stefan Wiemer (SED) |
Induced Seismicity in Switzerland: An update and outlook | |
| Keynote: Annemarie G. Muntendam-Bos (MINEZ) |
The Challenge of Managing Extraction Induced Seismicity in Groningen, The Netherlands | |
| Keynote: Harsh K. Gupta (NGRI) |
Continued Reservoir Triggered Seismicity at Koyna, India | |
| Solicited: Jannes Kinscher (INERIS) |
On the variety of post-deformation phenomena in abandoned mining districts: Insights from seismic source analysis |
| Presenter's name | Title of the poster | Download |
| Kwang-Il Kim et al. (SNU) |
Induced seismicity protocol for the first Enhanced Geothermal Systems project in Pohang, Korea | |
| Vincent Maurer et al. (ÉS-Géothermie) |
On-going seismic monitoring of the Rittershoffen and the Soultz EGS projects (Alsace, France | |
| Lluis Salo (UPC) |
Analysis of static stress variations in the 2013 Valencia Gulf (NE Spain) seismic sequence | |
| Danijela Sijacic (TNO) |
Statistical evidence of production driven seismicity at Groningen Field | |
| Tobias Neuffer and Simon Kremers (DMT) |
Influence of wind turbines on seismic noise at monitoring stations in Northern Germany | |
| Presenter's name | Title of the talk | Download |
| Keynote: James Dieterich (Univ. California) |
Application of Large-Scale Earthquake Simulations to Seismicity Induced by fluid injection | |
| Solicited: Martin Galis (KAUST) |
Two physics-based models for estimation of magnitudes of fluid-injection-induced earthquakes | |
| Solicited: Dimitrios Karvounis (SED) |
Comparing strategies for stimulating and relieving an EGS reservoir with 3D Monte Carlo simulations | |
| Keynote: Paul Segall (Univ. Stanford) |
Poroelastic and Earthquake Nucleation Effects in Induced Seismicity | |
| Solicited: Moritz Ziegler (GFZ) |
Injection induced stress rotations and their effect on induced seismicity | |
| Keynote: Brice Lecampion (EPFL) |
Potential Sources of Seismicity during the Propagation of a Height Contained Hydraulic Fracture | |
| Solicited: Hadi Ghofrani (Western Univ.) |
Rates of Induced-Earthquake Activation in Western Canada and Implications for Hazard | |
| Solicited: Arnaud Mignan (SED) |
The Static Behaviour of Induced Seismicity | |
| Solicited: Lisa Johann (FU Berlin) |
Scaling of postinjection-induced seismicity – An approach to better understand fluid injection-related processes | |
| Solicited: Andreas Barth (KIT) |
Statistical distributions of seismicity in the Cooper Basin geothermal field – a way towards predictive models of induced seismicity | |
| Keynote: Tomas Fischer (Charles Univ.) |
Seismic valve as a driving mechanism of the 2014 aftershock sequences in West Bohemia |
| Presenter's name | Title of the poster | Download |
| Alin Chitu et al. (TNO) |
Optimization of operational strategies in producing gas fields mitigating induced seismic risk | |
| Dimitrios Karvounis et al. (SED) |
Modeling induced seismicity in abandoned enhanced geothermal system | |
| Arnaud Mignan (SED) |
New horizons in the understanding & mitigation of induced seismicity: physics, risk, communication | |
| Antonio P. Rinaldi et al. (SED) |
Modeling of earthquake interaction for induced seismicity | |
| Nodar Varamashvili et al. (TSU) |
Seismic and mass-movement processes stimulation modeling | |
| Brecht Wassing et al. (TNO) |
The impact of visco-elastic caprock on fault reactivation and fault rupture in producing gas fields | |
| Friedemann Wenzel (KIT) |
Fluid-Induced Seismicity – Comparison of Rate - and State - and Critical Pressure Theory | |
| Dominik Zbinden et al. (SED) |
On the physics-based processes behind production-induced seismicity in natural gas fields | |
| Rajdeep Deb and Patrick Jenny (ETHZ) |
Numerical modeling of injection induced shear failure in fractured reservoir using extended finite volume method | |
| Dominik Zbinden et al. (SED) |
Hydro-mechanical modelling of induced seismicity during the deep geothermal project in St. Gallen, Switzerland | |
| Mohammadreza Jalali and Dimitrios Karvounis (ETHZ) |
THMS Simulation of Enhanced Geothermal System via an Adaptive Hybrid Numerical Method | |
| Antonio P. Rinaldi et al. (SED) |
Seismicity induced by seasonal variation of reservoir level: the case of Pertusillo lake, Val D’Agri (Italy) |
| Presenter's name | Title of the talk | Download |
| Keynote: Hiroshi Ogasawara (Ritsumeikan Univ.) |
Drilling to probe quasi-static and dynamic seismic ruptures in deep South African gold mines | |
| Solicited: Valentin Gischig (SCCER-SoE) |
Induced micro-seismicity observed during meter-scale hydraulic fracturing | |
| Solicited: Grzegorz Kwiatek (GFZ) |
Insight into subdecimeter fracturing processes during hydraulic fracture experiment in Äspö hard rock laboratory, Sweden | |
| Solicited: Christophe Nussbaum (swisstopo) |
Aseismic fault slip and leakage preceding an earthquake induced during an in-situ fault reactivation experiment in the Opalinus Clay, Mont Terri rock laboratory, Switzerland | |
| Solicited: Loes Buijze (TNO) |
Unstable slip events on large-scale experimental faults with variable along-fault lithologies | |
| Solicited: Paul Selvadurai (SED) |
Direct measurements of asperity evolution in the laboratory relating to fault reactivation in stimulated reservoirs |
| Presenter's name | Title of the poster | Download |
| Federico Ciardo and Brice Lecampion (EPFL) |
Modelling of fluid injection into a frictional weakening dilatant fault | |
| Stephan Gehne et al. (Univ. Portsmouth) |
Fluid driven fracture mechanics in highly anisotropic shale: a laboratory study with application to hydraulic fracturing | |
| Matt Wilks (NORSAR) |
Towards distributed acoustic sensing as a viable microseismic monitoring tool: results from the field | |
| Marco M. Scuderi et al. (Sapienza Univ.) |
The effect of fluid injection on an experimental fault and its role on frictional stability and earthquake triggering | |
| Linus Villiger et al. (SED) |
Micro-seismic monitoring during hydraulic-shearing experiments at the Grimsel Test Site |
| Presenter's name | Title of the talk | Download |
| Keynote: Mark D. Zoback (Univ. Stanford) |
Assessing Potential Magnitudes of Injection-Induced Seismicity on Faults in Crystalline Basement and Overlaying Sedimentary rocks | |
| Solicited: Tobias Diehl (SED) |
IThe induced earthquake sequence of St. Gallen, Switzerland: Fault reactivation and fluid interactions imaged by microseis-micity | |
| Solicited: Bettina Goertz-Allmann (NORSAR) |
Interaction between reservoir and basement revealed by C02-induced seismicity at Decatur | |
| Solicited: Martin Schoenball (Univ. Stanford) |
A macroscopic study of the spatio-temporal evolution of induced seismicity on single faults in Oklahoma and Southern Kansas | |
| Keynote: Gail M. Atkinson (Western Univ.) |
Unstable slip events on large-scale experimental faults with variable along-fault lithologies | |
| Solicited: Jean-Robert Grasso (ISterre) |
Long lasting seismicity swarm related to conventional gas production: Lacq gas field, France, 1969-2017 | |
| Keynote: Stefan Baisch (Q-con GmbH) |
Insights from 75,000 earthquakes induced in the Cooper Basin Enhanced Geothermal System | |
| Solicited: Ian Main (Univ. Edinburgh) |
Induced seismicity at the UK ‚Hot Dry Rock‘ test site for geothermal energy production: a new synthesis | |
| Solicited: Sergey Turuntaev (Russian Acad. Sci.) |
Discriminating Features of Induced Seismicity in Application to Sakhalin Offshore Hydrocarbon Fields | |
| Solicited: David Eaton (Univ. Calgary) |
Dynamics of fault activation by hydraulic fracturing | |
| Solicited: Nicholas Deichmann (formerly SED) |
Why ML and MW for small earthquakes scale as 1:1.5 instead of 1:1 |
| Presenter's name | Title of the poster | Download |
| Xiaowei Chen et al. (Univ. Oklahoma) |
Revealing full spectrum of triggering processes in induced seismicity | Part 1 Part 2 |
| Marcus Herrmann et al. (SED) |
A consistent high-resolution catalog of the induced earthquakes in Basel based on template matching | |
| Eszter Kiraly-Proag et al. (SED) |
Model testing and a new type of ensemble model to better forecast induced seismicity | |
| Konstantinos G. Megalooikonomou et al. (GFZ) |
Towards Performance-Driven Monitoring and Early Warning Systems for Induced Seismicity | |
| Toni Kraft et al. (SED) |
Induced Seismicity at the geothermal project Schlattingen, CH | |
| Gregor Mokelke et al. (Stuttgart Univ.) |
Recent Seismicity in the Northern German Gas Fields - Induced or Tectonic? | |
| Tobias Megies et al. (LMU) |
pyNetOpt3D - A Python API for Monitoring Network Optimization | |
| Monika Bischoff et al. (LBEG) |
Characteristics of seismicity induced by gas production in Northern Germany |
| Presenter's name | Title of the talk | Download |
| Solicited: Karin van Thienen-Visser (TNO) |
Categorizing seismic risk for the onshore gas fields in the Netherlands | |
| Solicited: Cornelius Langenbruch (Univ. Stanford) |
How will induced seismicity in Oklahoma respond to decreased saltwater injection rates? | |
| Keynote: Evelina Trutnevyte (ETHZ) |
Expert agreements and disagreements on induced seismicity by Enhanced Geothermal Systems | |
| Keynote: Gunter Siddiqi (SFOE) |
Switzerland’s support for geothermal energy |
| Presenter's name | Title of the poster | Download |
| Sarah Barrett et al. (Swiss Re) |
Induced seismicity by hydrofracking and wastewater disposal: the re/insurance perspective | |
| Theresa Knoblauch et al. (ETHZ) |
Communicating induced seismicity of deep geothermal energy and shale gas: low-probability high-consequence events and uncertainty |