Lionel Benoit


I am interested in monitoring and modelling the space-time evolution of different Earth surface processes at high resolution. I mostly focus on local environments (few square kilometers) and on short time scales (minutes to days). In this context, a primary topic is the joint development of in-situ instruments, field acquisition procedures and data processing methods to capture as precisely as possible the natural process of interest. A secondary topic is the use of remote sensing data to complement or validate these in-situ observations.

I apply the developped frameworks to different natural objects such as rain fields, landslides or glaciers.


At the University of Lausanne, I am working more specifically on stochastic rainfall modelling. My main goal is therefore to develop a stochastic model able to reproduce the space-time behavior of rainfall as observed at very high resolution (100m in space, 1min in time). In parallel I am interested in the influence of the regional climate on the observed space-time structure of local rain fields.


Since 2015: Stochastic rainfall modelling, University of Lausanne (UNIL), Switzerland, PhD project.
2012-2014: Software development for low-cost GPS positioning, French mapping agency (IGN) and Ecole Normale Superieure (ENS), France, PhD project.
2011: Adjustment of the French gravimetric network, IGN, France, MSc project.
2009 – 2011: MSc in geodesy and photogrammetry, Ecole Nationale des Sciences Geographiques (ENSG), France.


Benoit L, Mariethoz G (2017), Generating synthetic rainfall with geostatistical simulations, Wiley Interdisciplinary Reviews: Water, doi: 10.1002/wat2.1199
Lombardi D, Benoit L, Camelbeeck T, Martin O, Meynard C, Thom C (2016), Bimodal pattern of seismicity detected at the ocean margin of an Antarctic ice shelf, Geophysical Journal International 206(2), 1375–1381
Benoit L, Dehecq A, Pham H-T, Vernier F, Trouve E, Moreau L, Martin O, Thom C, Pierrot-Deseilligny M, Briole P (2015), Multi-method monitoring of Glacier d’Argentiere dynamics, Annals of Glaciology 56, 118-128
Benoit L, Briole P, Martin O, Thom C, Malet JP, Ulrich P (2015), Monitoring landslide displacements with the Geocube wireless network of low-cost GPS, Engineering Geology 195, 111-121
Benoit L, Briole P, Martin 0, Thom C (2014), Real-time deformation monitoring by a wireless network of low-cost GPS, Journal of Applied Geodesy, 119–128