Robust automatic event detection and location is central to real‐time earthquake monitoring.
With the increase of computing power and data availability, automated workflows that utilize …

Abstract From June to August 2021, we deployed a dense seismic nodal network across the
Hengill geothermal area in southwest Iceland to image and characterize faults and high …

Precursory phenomena to earthquakes have always attracted researchers' attention. Among
the most investigated precursors, foreshocks play a key role. However, their prompt …

In-situ CO 2 mineral storage is moving into focus as a technology for storing substantial
amounts of CO 2 that would otherwise be released into the atmosphere. However, one of the …

The determination of seismic event locations with sparse networks or single-borehole
systems remains a significant challenge in observational seismology. Leveraging the …

Harvesting geothermal energy often leads to a pressure drop in reservoirs, decreasing their
profitability and promoting the formation of steam caps. While steam caps are valuable …

The Hengill geothermal field, located in southwest Iceland, is host to the Hellisheiði power
plant, with its 40+ production wells and 17 reinjection wells. Located in a tectonically active …

We image shallow crustal structures and analyze seismicity patterns in the Hengill high-
enthalpy geothermal area in SW Iceland, exploiting a temporary densification of the seismic …

The Hengill volcano and its associated geothermal fields represent Iceland's most
productive harnessed high‐temperature geothermal fields, where resources are fueled by …

Downhole distributed acoustic sensing (DAS) has proven effective in monitoring
microseismicity produced during hydraulic stimulations. It is also a promising tool for …