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New methods and algorithms
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Activity overview
Significant achievements as concerns short-term warnings, hazard assessments and understanding crustal processes related to earthquakes
New methods and algorithms have been developed and are applied - a basis for earthquake warnings
Changes of shear-wave splitting time to observe changes of stress
Short-term warnings based on continuous observation of the strike of horizontal compressions from fault plane solutions of microearthquakes
Slungawarning, an algorithm for alerting about time and site of impending earthquakes
SAG, spectral amplitude grouping, a method for monitoring general stress increase in an area
New observations and new understanding of earthquake related crustal processes, a basis for long-term as well as real-time interpretations
The build-up of continuous GPS measurements in Iceland and observations of active deformation preceding earthquakes
Seismic and interseismic deformation observed by interferometric analysis of Synthetic Aperture Radar (InSAR) images
The significance of paleoseismology for catching the variability of seismicity in time and space
Laboratory studies of rock samples and fluid activity in the fault zones
Modelling of processes in earth realistic heteorogenic crust
Significant warnings and other risk mitigating information during the project period
Stress forecast before the magnitude 5 earthquake on November 13, 1998
Short-term prediction and warning before the Hekla eruption starting on February 26, 2000
Short-term warning about size and location of a magnitude 6.6 earthquake in the South Iceland seismic zone (SISZ)
Continuation towards new research projects and enhanced warning service based on the results of the PRENLAB projects
A project for building an early warning system in Iceland
Developing a stress monitoring site near Húsavík, N-Iceland
Continuation of PRENLAB-2 research based on observations of the two large SISZ earthquakes in June 2000
Hjorleifur Sveinbjornsson
2001-01-08
