Research topics
- Meso-scale hydrological modeling in mountain regions
- Modeling of snow and ice processes at the catchment scale
- Geostatistical methods applied to the interpolation of meteorological forcings
- Evaluation of water resources in present and future climate (evolution of direct runoff, snowmelt and icemelt components)
- Calibration and "validation" strategies for hydrological models
- Error models and evaluation criteria for hydrological simulations
- Stochastic inverse methods and multi-objective evolutionary algorithms: multi-response (temporal, frequential, etc.), multi-site, multi-variable (streamflow, snow, ice, latent heat flux, soil moisture, etc.)
- Geomorphology applied to hydrology
- Evaluation of morphological descriptors for the predetermination of streamflow quantiles and the regionalisation of hydrological models
- Evaluation of a geomorphological approach to subgrid parameterization of glacier flow at the catchment scale
- Karst hydrology
Ongoing projects
- Project R²D² 2050 (APR GICC 2010) : Risk, water resources and sustainable management of the Durance River in 2050. Coordination : E. Sauquet, CEMAGREF [web site]
- Project HYCCARE Bourgogne (APR GICC 2012) : HYdrology, Climate Change, Adaptation, and Water Resources in Burgondy. Coordination : H. Toussaint, Alterre Bourgogne [web site]
- Project EC2CO Hydro-glaciological modeling (AO INSU 2013) : Subgrid parameterization of snow and ice dynamics for hydrological modeling at the catchment scale [proposal]
Teaching
Dissertations
Le Moine, N. (2009), Développement d'un algorithme de calibration multi-objectif : la procédure CaRaMEL (Calage Rapide par algorithme Multi-objectif Evolutionnaire), Post-doctoral report n.2,, UPMC/EDF R&D. [pdf]
Le Moine, N. (2008), Le bassin versant de surface vu par le souterrain : une voie d'amélioration des performances et du réalisme des modèles pluie-débit ?, Ph.D. dissertation, Université Pierre et Marie Curie / Cemagref, 348 pp. [pdf, 25 Mo, in french]
Le Moine, N. (2005), Déterminants du bilan en eau à l'echelle du bassin versant : Vers une estimation réaliste des pertes des bassins de surface, MSc. dissertation, UPMC / ENGREF, 50 pp. + appendices [pdf, 9 Mo, in french]
Curriculum vitae : [FRA] [ENG]
Bookmarks
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