We report on the topographic roughness measurements of five exhumed faults and thirteen
surface earthquake ruptures over a large range of scales: from 50 μm to 50 km. We used …

The increase in number and strength of shallow induced seismicity connected to the
Groningen gas field since 2003 and the occurrence of a ML 3.6 event in 2012 started the …

We present a first look at the large-scale, complexly folded and faulted internal structure of
Zechstein salt bodies in NW Europe using 3D reflection seismic reflection data from two …

Direct use of geothermal energy can present challenges of financial feasibility in a low-
enthalpy setting. The average temperature gradients in sedimentary basins make it …

The Groningen gas field in the Netherlands has a significant level of induced seismicity; this
seismicity is attributed to fluid withdrawal not fluid injection. This is one of the most …

We analyze paleostress from a region in SW Saurashtra (India) using three free software, T-
Tecto, WinTensor and FaultKin based on attitudes of∼ EW trending, sub-vertical, brittle fault …

Geothermal exploitation is subject to several uncertainties, even in settings with high data
availability, adding to project risk. Uncertainty can stem from the reservoir's initial state, as …

Noise interferometry has proven to be a powerful tool to image seismic structure. In this
study we used data from 10 geophones located in a borehole at∼ 3 km depth within the …

The analysis of 2D seismic and well data provides new insights into the late Eocene to
earliest Oligocene dynamics along the southern border of the North Sea area, Belgium …

High-quality 3D seismic and borehole data in the Broad Fourteens Basin, Southern North
Sea, is used to investigate newly recognised concentric faults formed in salt-withdrawal …