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Emilia earthquakes 2012
Coseismic Deformation and Source Modeling of the May 2012 Emilia (Northern Italy) Earthquakes
Sand Liquefaction Induced By a Blast Test: New Insights On Source Layer and Grain-Size Segregation Mechanisms (Late Quaternary, Emilia, Italy)
Empirical damage and liquefaction fragility curves from 2012 Emilia earthquake data
Empirical Data about Direct Economic Consequences of Emilia-Romagna 2012 Earthquake on Long-Span-Beam Buildings
Global Navigation Satellite Systems Seismology for the 2012 M w 6.1 Emilia Earthquake: Exploiting the VADASE Algorithm
The Earthquake‐Rotated Objects Induced by the 2012 Emilia (Northern Italy) Seismic Sequence: Relation with Seismological and Geomorphological Factors
Soil Liquefaction during the 20 May 2012 M5.9 Emilia Earthquake, Northern Italy: Field Reconnaissance and Post-Event Assessment
Nonlinear Numerical Simulation of the Soil Seismic Response to the 2012 M w 5.9 Emilia Earthquake Considering the Variability of the Water Table Position
Map of the liquefaction phenomena following 2012 Emilia earthquake with evi...
Same as Figure 1 but for the 20 May 2012 M w 5.9 Emilia earthquake. Th...
(a) Spectra recorded near the epicenter of the 20 May 2012 Emilia earthquak...
An inter-disciplinary/multi-step approach in defining the input motion for the seismic analysis of masonry buildings struck by the May 29, 2012 M6.0 Emilia earthquake in Northern Italy
Near‐Real‐Time Ground‐Motion Updating for Earthquake Shaking Prediction
Development of a new seismic vulnerability model for churches based on simple typological features
Source‐Parameter Estimation after Attenuation Correction through the Use of Q Tomography
Fault and Fluid Interaction during the 2012 Emilia (Northern Italy) Seismic Sequence
Investigating Rupture Direction for Three 2012 Moderate Earthquakes in Northern Italy from Inversion of Peak Ground‐Motion Parameters
A Revised Ground‐Motion Prediction Model for Shallow Crustal Earthquakes in Italy
Geophysical Monitoring of Blast-induced Liquefaction At the Mirabello (ne Italy) Test Site
The oil and gas industry: the challenge for proper dissemination of knowledge
Abstract After the 2012 Emilia–Romagna (Italy) seismic sequence, oil and gas activities have been accused, mainly through the Internet, of being responsible for triggering/inducing local earthquakes; many people consider this information to be true for three reasons: (1) industry and professionals are unable to explain the matter; (2) authorities are too often driven by research of popular consent; and (3) scientists are usually not trained to deal with people. The consequence has been a silence filled with opposition, protest and experts of everything; spin-doctors have easily become ‘geologists’ thanks to the Internet and once the ‘net’ has promoted them, now it is hard to remove this false label. Words like seismicity, fracking, drilling and subsidence have become common, and used without their correct meaning always being known, in the name of supposed environmental protection and sustainability, and with a precautionary approach to the question to always be applied. A smart use of a few keywords gave a number of spin-doctors the opportunity for fame. Any attempt to give correct information was ‘proclaimed by experts to be in conflict of interest’. The industry needs to improve its communication of awareness and sustainability. Petroleum geologists need to answer questions coming from the community, and they have to accept this challenge by disseminating knowledge in a proper and ethical way.