Pascal LACROIX

Research

Recent studies show that casualties due to mass-movements reach almost 10000 people/year. Triggering of these instabilities are driven by various natural (rainfall, earthquakes, deglaciation) and anthropogenic factors. Understanding the mechanims of deformation of the landslides and the factors controlling the triggering of the landslides are the central points of my research. To achieve these aims, my research focus on the monitoring of slow-moving landslides in various tectonic and climatic environments (Peru, Nepal, France, Iran, Lebanon, Iceland) by the coupling of remote sensing images, GNSS and seismic monitoring.

Time-series (2013-2017) of Landsat8 images over the Siguas landslide (South Peru), triggered by massive irrigation. On the right, picture of the Siguas landslide

Publications

ORCID profile ResearchGate profile Google scholar profile
List of publications Lacroix P., Measurements of Mauna Loa (Hawaii) volcano deformation using InSAR of Radarsat (2004), master thesis, (…)

Lire la suite

Outreach

Outreach A study in JGR detects and analyzes the causes of creep bursts, measured in inclinometer data at the level of the shear zone. A highlight in EOS summarizes nicely the findings link A (…)

Lire la suite

Main Projects

Main projects In situ monitoring of slow-moving landslides in Peru Link Funded, by CNES, ESA, LabexOSUG@2020, SEG, IRD Satellite detection and monitoring of slow-moving landslides in Peru and (…)

Lire la suite

Teaching

Teaching
Below are the courses I am involved in, on a regularly bases, either in Peru or at the University Grenoble Alpes (France) : Remote sensing (Bachelor level, 10h, in spanish) DEM (…)

Lire la suite

Professional backgrounds

Professional Background 2004, Master’s degree - Standford Univ. (U.S.) Radar Interferommetry of RadarSat-1 applied to the Mauna Loa volcano study 2004 - 2007, PhD - LEGOS (Toulouse, France) (…)

Lire la suite