Data for: Passive RFID, a Dense and Weather-Robust Technique to Monitor Surface Displacements, Applied to a Landslide

Name: Data for: Passive RFID, a Dense and Weather-Robust Technique to Monitor Surface Displacements, Applied to a Landslide
Creator: Mathieu Le Breton
Published: 2019-01-18T07:07:35.711Z
Keywords: Geodesy, Landslide, Radar, Engineering Geology

Le Breton, Mathieu; Jongmans, Denis; Baillet, Laurent; Benech, Philippe; LAROSE, Eric; Guyoton, Fabrice; Rey, Etienne; Jaboyedoff, Michel

doi:10.17632/wxt3drpm84.1

Data for: Passive RFID, a Dense and Weather-Robust Technique to Monitor Surface Displacements, Applied to a Landslide

Published: 18 January 2019| Version 1 | DOI: 10.17632/wxt3drpm84.1

Contributors:

Mathieu Le Breton, Denis Jongmans, Laurent Baillet, Philippe Benech, Eric LAROSE, Fabrice Guyoton, Etienne Rey, Michel Jaboyedoff

Description

The data contains the position and displacement measurements of the 19 tags installed on the Pont-Bourquin landslide, from 2017 July to 2017 December. It includes the data from RFID (either the full raw data averaged every minute, or the synthetic displacement data in millimeters), the initial position of the tags measured by a tacheometer within a local georeference, the distance between the tags and the base station measured by the tacheometer during three surveys, and the displacements measured by a wire extensometer.

Data for: Passive RFID, a Dense and Weather-Robust Technique to Monitor Surface Displacements, Applied to a Landslide

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