Predicting tides in upstream reaches of rivers is a challenge, because tides are highly
nonlinear and nonstationary, and accurate short‐time predictions of river flow are hard to …

Passive remote sensing is a practical and widely used method for bathymetry map** in
shallow rivers. However, the accuracy of this approach is limited because of different …

Hyperspectral remote sensing has the proven ability to provide bathymetric estimates over
relatively clear water. High turbidity caused by suspended sediments scatters light …

Storm-induced episodic sediment redistribution in coastal systems can reshape geomorphic
bodies, disrupt ecosystems, and cause economic damage. However, cold-wave-storm …

While significant studies have been conducted in Intermittently Closed and Open Lakes and
Lagoons (ICOLLs), very few have employed Lagrangian drifters. With recent attention on the …

In this study, a high-resolution, two-dimensional (2D), time-dependent hydrodynamic model
of the St. Lawrence fluvial estuary was developed with the objective of documenting the tidal …

Modeling the spatial distribution of mobile organisms under rapidly changing environmental
conditions is a challenging endeavor that has to be undertaken whenever the impacts of …

Reconstructing tidal signals is indispensable for verifying altimetry products, forecasting
water levels, and evaluating long-term trends. Uncertainties in the estimated tidal …

Abstract Knowledge of tidal flows in rivers and estuaries is often scarce yet vital in
determining flushing properties and sediment transport rates. While many rivers still remain …

To enhance understanding of the complex functioning of the St. Lawrence fluvial estuary—a
macro-tidal, freshwater estuary located in Quebec, Canada—a 3D numerical model is set up …