Results from geomorphological, sedimentological and geochronological analyses, together
with micropaleontological and mineralogical characteristics of lacustrine deposits in five …

In this work, we present a whole system model of megafloods from catastrophic ice-dam
failure in the late Pleistocene that comprises the study of the dynamics of the glacial lake, the …

Multi-satellite sensing of continental water surfaces (WS) represents an unprecedented and
increasing potential for studying ungauged hydrological and hydraulic processes from their …

An inverse method to estimate the discharge of rivers observed by satellite altimetry is
developed and assessed. The flow model relies on the Saint-Venant equations combined …

With the upcoming SWOT satellite mission, which should provide spatially dense river
surface elevation, width and slope observations globally, comes the opportunity to …

Given altimetry measurements, the identification capability of time varying inflow discharge
Q in (t) and the Strickler coefficient K (defined as a power-law in h the water depth) of the 1D …

This paper explores spatial sensitivities of 1D and 2D shallow water (SW) models of
branched urban flood flows, based on an experimental data-set and a variance …

Current and forthcoming altimetry satellites provide increasing hydraulic visibility of river
surface variabilities. However, due to unobservable river bathymetry and friction, as well as …

Exceptional megaflood-scale bedforms on Earth are commonly associated with the
catastrophic draining of glacial lakes in the late Pleistocene. The widest studied events have …

Flood models predict inundation extents, and can be an important source of information for
flood risk studies. Accurate flood models require high resolution and high accuracy digital …