You are on the home page of the RESIF collection, a subset of the open archive HAL.

This collection contains:

- documents illustrating the life of RESIF: articles, theses, communications and posters on the progress of the project, installation photos of the stations, network maps, instrument photos, videos...
- documents related to seismic events in metropolitan France and overseas departments: photos of damage caused by earthquakes, images of post-seismic missions, post-seismic reports, etc.

With rare exceptions, the images and other documents in the media library are distributed under a Creative Common "Attribution 4.0 International" license (CC BY 4.0), i.e. their use, transformation or any other use, including commercial use, is free, subject to quotation by the author.

Résif partners are free to deposit documents in this open archive, simply by adding the keyword "RESIF" in the metadata when depositing in HAL, MediHal or TEL. The document will appear in the general archive, but also in this RESIF collection.

RESIF is a national research infrastructure dedicated to the observation and understanding of the structure and dynamics of the Inner Earth.  RESIF is based on high-tech observation networks, composed of seismological, geodetic and gravimetric instruments deployed in a dense manner throughout France. These data make it possible to study with high spatial and temporal resolution the deformation of the ground, surface and deep structures, seismicity on a local and global scale and natural hazards, and more particularly seismic hazards, on French territory.

RESIF is part of the European (EPOS - European plate observing system) and global systems of instruments used to image the Earth's interior as a whole and to study many natural phenomena.

RESIF is a consortium of French research bodies and academic establishments. Coordinated by the CNRS-INSU, this network relies on the Observatoires des Sciences de l’Univers which are present throughout the whole of France and interact with universities and locale authorities.





To view and/or download the images in full size, click on the "i" icon below the image.



Sismomètre Intensité macrosismique Aléa sismique Laser Seismic vulnerability Seismological network Station gravimétrique Seismological antenna Réunion Carte macrosismique Tremblement de terre Guadeloupe Software Mobile instrumentation Sismologie large bande Réseau GNSS Glissement de terrain Aquifère karstique Damages Geodetic station Volcan Station accélérométrique Geodesy Seismic hazard Seismic noise Macroseismic investigation Broadband seismological station Station sismologique large bande Lidar Macroseismic intensity Instrumentation mobile Broad-band seismology EPOS Tide gauge stability GNSS network France Seismometer Récepteur bi-fréquence Earthquake Instrumentation Information system Gravimétrie Réseau gravimétrique GPSmob GNSS Station Gravimètre absolu GNSS Gravimètre supraconducteur Modeling Interferometric radar SISMOB Dual-frequency receiver Absolute gravimeter Réseau sismologique Sismologie Logiciel RESIF Système d'information Macroseismic map Accelerometric station Magnetotelluria Gravimetric station Vulnérabilité sismique Broadband seismology Station GNSS Capteur vélocimétrique Mayotte Broad band network Peak of the Furnace Géodésie RENAG Station GPS Geoscope Seismology Gravimetry Dégâts Station sismologique Radar interférométrique Antenne sismologique Volcano Station géodésique Gravimetric network Stabilité marégraphe Karst aquifer Scanner terrestre Terrestrial scanner Enquête macrosismique GEOSCOPE Séisme Seismological station RLBP Instabilité des versants Big data Landslide GPS station Magnétotellurie Sides instability RAP Bruit sismique Superconducting gravimeter



 French seismologic and geodetic network