Rivers are the great shapers of terrestrial landscapes. Very few points on Earth above sea
level do not lie within a drainage basin. Even points distant from the nearest channel are …

Remote sensing has become an increasingly viable tool for characterizing fluvial systems. In
this study, we used field measurements with a 1.6‐km reach of the upper Sacramento River …

Remote sensing of suspended sediment in shallow waters is challenging because of the
increased optical variability of the water, resulting from the influence of suspended matter in …

Sun glint in hyperspectral images (HSIs) leads to undesirable spectral interference, which
severely affects subsequent image interpretation, such as environmental monitoring of …

Advances in remote sensing techniques for water environments have led to acquisition of
abundant data on suspended sediment concentration (SSC). However, confounding factors …

Nonintrusive image-based methods have the potential to advance hydrological streamflow
observations by providing spatially distributed data at high temporal resolution. Due to their …

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 …

Remote map** of bathymetry can play a key role in gaining spatial and temporal insight
into fluvial processes, ranging from hydraulics and morphodynamics to habitat conditions …

Large eddy simulations (LESs) of turbulent flow in partially filled pipes at various filling
degrees are conducted to investigate the response of the water surface to the turbulence …

Over the last two decades, interest in the free-surface behaviour of gravity-driven shallow
turbulent flows has increased considerably. It is believed that observation of free-surface …