We investigate the temporal and spatial dependence of source parameters of micro-
earthquakes (< M3) before and during water injection at the Northwest Geysers between …

We investigate the source parameters of micro-earthquakes (< M3) at the Northwest
Geysers, near an injection well, before and during water injection, looking for temporal and …

In this study we analyze relative contributions to the cause and mechanism of injection-
induced micro-earthquakes (MEQs) at The Geysers geothermal field, California. We …

The spatiotemporal, kinematic, and source characteristics of induced seismicity occurring at
different fluid injection rates are investigated to determine the predominant physical …

Preparatory mechanisms accompanying or leading to nucleation of larger earthquakes have
been observed at both laboratory and field scales, but conditions favoring the occurrence of …

The Geysers geothermal reservoir in northern California is the site of numerous studies of
both seismicity induced by injection of fluids and seismicity triggered by other earthquakes …

Abstract A 150-m length, 6-level, three-component, vertical geophone array was cemented
into the 67-to 219-m depth interval (220 to 720 ft) of Unocal's well GDCF 63–29 during a …

Seismicity from injected fluids provides insight into the hydraulically conductive fracture
network at The Geysers (TG), California, geothermal reservoir. Induced earthquakes at TG …

We investigate source processes of fluid‐induced seismicity from The Geysers geothermal
reservoir in California to determine their relation with hydraulic operations and improve the …

Geothermal reservoir production and associated induced seismicity may experience
pronounced attention in the near future, given the ambitious plans for reducing greenhouse …