Contents

• Contents
• Summary
  • Main objectives of the workprogramme
  • How the project was carried out
  • Financing and support from other sources
  • Some significant results
  • Presentation of results at symposia, workshops and in papers
• Main achievements and responsible institutions
  • IMOR.DG: Icelandic Meteorological Office, Department of Geophysics
  • UUPP.DGEO: Uppsala University, Department of Geophysics
  • UEDIN.DGG: University of Edinburgh, Department of Geology and Geophysics
  • GFZ.DR.DBL: Stiftung GeoForschungsZentrum Potsdam, Division 5 - Disaster Research, Section 5.3 - Deep Borehole Logging
  • CNRS.DTP: Centre National de la Recherche Scientifique, UPR 0234 - Dynamique Terrestre et Planétaire
  • NVI: Nordic Volcanological Institute
  • UBLG.DF: University of Bologna, Department of Physics
  • UICE.DG: University of Iceland, Science Institute
  • CNRS.TT: Université Pierre et Marie Curie, Département de Géotectonique
• Methods and results
  • Subproject 1: Real-time evaluation of earthquake-related-processes and development of database, and coordination of the project as a whole
    • Task 1: Database, development and service
    • Task 2: To map seismically active minifaults of the seismic fault systems
    • Task 3: To search for time and space patterns in the multiplicity of information in the SIL data
    • Task 4: Introduction of new algorithms into the alert system and other evaluations of the SIL system
    • Meetings and conferences
  • Subproject 2: Development of methods using microearthquakes for monitoring crustal instability
    • Task 1: Methods for subcrustal mapping of faults
    • Task 2: Methods for monitoring crustal wave velocities from microearthquakes
    • Task 3: Methods for monitoring the local rock stress tensor
    • Task 4: Methods for monitoring of stable/unstable fault movements
    • Task 5: Methods for statistical analysis of the space/time distribution of microearthquakes and earthquakes
    • Task 6: Development of a method for acqusition of continuous GPS data at the SIL stations
    • Meetings and conferences
  • Subproject 3: Monitoring stress changes before earthquakes using seismic shear-wave splitting
    • Task 1: Identify optimal stations and search for precursors
    • Task 2: Station/EQ relationship
    • Task 3: Developing routine techniques
    • Task 4: Identify optimum areas
    • Meetings and conferences
  • Subproject 4: Borehole monitoring of fluid-rock interaction
    • Subpart 4A: Geophysical loggings
    • Subpart 4B: Radon related to seismicity in the South Iceland seismic zone
  • Subproject 5: Active deformation determined from GPS and SAR
    • Subpart 5A: SAR interferometry
    • Subpart 5B: GPS geodesy
  • Subproject 6: Formation and development of seismogenic faults and fault populations
    • Subpart 6A: Paleostresses
    • Subpart 6B: Field and theoretical studies of fault populations
  • Subproject 7: Theoretical analysis of faulting and earthquake processes
    • Subpart 7A: Crust-mantle rheology in Iceland and Mid-Atlantic Ridge from studies of post-seismic rebound
    • Subpart 7B: Modelling of the earthquake related space-time behaviour of the stress field in the fault system of southern Iceland
• Publications
  • Subproject 1
  • Subproject 2
  • Subproject 3
  • Subproject 4
  • Subproject 5
  • Subproject 6
  • Subproject 7
• Bibliography