index - EPOS-FRANCE Access content directly

You are on the home page of the EPOS-FRANCE collection, a subset of the open archive HAL.

This collection contains:

- documents illustrating the life of the French research infrastructure Epos-France : station photos, instrument network maps, videos, project presentation posters...
- 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.
- thesis, communications and scientific articles resulting from research using Epos-France data

With rare exceptions, the images and other documents in this archive 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.

To deposit documents in this archive, just add the keyword "Epos-France" in the metadata.

Epos-France is a national IR project included in the roadmap of research infrastructures published by the MESR. Its aim is to advance our knowledge of the Earth's complex, dynamic system. As a result, much of France's research on the solid Earth will progressively join the Epos-France IR, which represents France's participation in EPOS, the European IR whose mission is to integrate national and transnational IRs tasked with observing and understanding our planet.

Epos-France is the successor to Résif, the French seismological and geodetic network, which has been deploying modern instrumentation to measure deformations of the earth's surface in France since 2011, and initiating cross-disciplinary research.

The CNRS's Institut national des sciences de l'Univers coordinates the Epos France consortium, which comprises the majority of French universities and organizations involved in geosciences research.

Signatories to the Epos-France consortium agreement: CNRS, BRGM, CEA, Cerema, CNES, Ifremer, IGN, IPGP, IRD, IRSN, Observatoire de la Côte d’Azur, Nantes Université, Univ. Clermont-Auvergne, Univ. Côte d’Azur, Univ. Grenoble-Alpes, Univ. Gustave Eiffel, Univ. Montpellier, Univ. Paul Sabatier Toulouse III  et Univ. de Strasbourg.


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Bibliographic records



Station accélérométrique Seismological network RLBP Volcan Slope instability Station géodésique Sismomètre large bande Géodesy Séisme de Le Teil GNSS Network Seismological network Seismic hazard Africa GNSS Antenna Campagne de terrain Le Teil earthquake Antenne GNSS Field instrumentation Antenne sismologique Epos-France Station gravimétrique Sismomètre Gravimètre relatif Velocimeter sensor Bruit sismique Gravimètre absolu Aléa sismique Gravimétrie Instabilité des versants Seismometer Carte macrosismique Earthquake GPS Seismic tomography Superconducting gravimeter RESIF Seismological antenna Accelerometer Accelerometric station Geodesy Séisme Réseau GNSS Réseau sismologique Tremblement de terre Accéléromètre GNSS antenna Intensité macrosismique Macroseismic intensity Géodésie Field campaign GNSS network Paléosismologie Paleo-seismology Europe Glissement de terrain France Réseau gravimétrique Mayotte GPSMOB Instrumentation mobile Fault Station sismologique Gravimetry SISMOB RLBP Le Teil Earthquake Capteur vélocimétrique Aquifère karstique Sismologie Magnitude Enquête macrosismique Satellite geodesy Gravimetric network Relative gravimeter Damages Gravimetric station Guadeloupe Seismicity and tectonics Seismic noise Seismic vulnerability Site effects Absolute gravimeter Crustal structure Instrumentation Vulnérabilité sismique Landslide RENAG Seismological station Martinique Seismology Volcano Geodetic station Broadband seismometer Piton de la Fournaise GEOSCOPE RAP Faille géologique GMOB GNSS Macroseismic survey Dégâts