Confluences act as critical nodes in a river system. They affect hydrodynamics, sediment
transport, bed morphology, and eco-hydraulics of the river system. Convergence of streams …

Confluences act as critical nodes in a river network as they affect flow, sediment transport,
water quality, and ecological patterns. A complete knowledge about hydro‐morpho …

River confluences are the key features of the drainage basins, as their hydrological,
geomorphological, and ecological nature strongly influences the downstream river …

Mixing processes downstream of river confluences impacts the ecology and the related
environmental management of river networks. A clear understanding of such processes is …

Confluences are widespread in natural rivers where pollutants, sediment and fish tend to
accumulate (especially separation zone), and studying their three-dimensional (3D) …

The knowledge of the dynamics of urban channel confluences is insufficient as most past
studies have focused on natural river confluences. This paper reports experimental …

Confluences are common components of river networks and are characterized by a highly
complex flow structure. Two confluence geometries, without and with the floodplain in the …

In this study, eddy-resolving numerical techniques are used to investigate flow
hydrodynamics and mixing at the asymmetric confluence between the Yangtze River and …

Confluences are locations of complex hydrodynamic conditions within river systems. The
effects on hydrodynamics and mixing of temperature‐induced density differences between …

The sediments in riverine environments contain notably high concentrations of perfluoroalkyl
acids (PFAAs), which may be released into the water body under different hydrodynamic …