By the late nineteenth century, the scientific study of bedload transport had emerged as an
offshoot of hydraulics and geomorphology. Since then, computing bedload transport rates …

River deltas are a compelling target for numerical simulation because they contain
seemingly organized patterns and shapes at a variety of scales. For instance, most river …

Bifurcations are important geomorphological features in tide‐influenced deltas. At
bifurcations, river flow and tides distribute sediment over the channel network and determine …

One‐dimensional models for river bifurcations rely on a nodal point relation that determines
the distribution of sediments between the downstream branches. The most widely‐adopted …

Free alternate bars are large‐scale, downstream‐migrating bedforms characterized by an
alternating sequence of three‐dimensional depositional fronts and scour holes that …

Water and sediment distribution by river bifurcations is often highly unbalanced. This may
result from a variety of factors, such as migration of bars, channel curvature and backwater …

This study employed soft computing techniques, namely, support vector machine (SVM) and
Gaussian process regression (GPR) techniques, to predict the properties of a scour hole …

The division of sediment at river bifurcations results from the complex interaction between
three‐dimensional flow, planform, and channel bed morphology, as well as the …

The Earth's landscape hosts a variety of patterns resulting from the interaction between a
sediment-carrying fluid and an erodible boundary. Here, the morphodynamics of river …

Multithread fluvial environments like anastomosing and braided rivers are fundamentally
directed by the continuous concatenation of channel bifurcations and confluences, which …