The complex hydrological conditions caused by the backwater effect at the confluence
inevitably modify the geochemical processes of elements. However, there is still a lack of …

Fallen trees enter the adjacent stream and are carried away downstream by the current. As
the stream joins another one, the complex hydrodynamics near their confluence make the …

River confluences, which are characterized by complex hydrodynamics, are key nodes for
flood control and environmental protection. Two field surveys were carried out at the …

River confluences contribute to the outflux of saturated dissolved gases in the water
resulting from high dam discharges. This process is related to gas transfer across the water …

In non-uniform river flows, hydrodynamic features, such as gradients of velocity in flow
directions, are of particular importance for explaining the abundance of aquatic habitats …

Climate change and human activities, for example, dam construction, largely affect
hydrologic and hydrodynamic processes of river‐lake system, and hence exerted serious …

The entropy model has been successfully used to calculate the flow velocity profile of rivers
according to the measured surface-flow velocity. However, it has limitations in the large river …

The flow patterns within a longitudinal gap area formed by discontinuous distributions of
submerged canopy, as well as the momentum and mass exchange characteristics between …

Confluences are common components of all riverine systems and are characterized by
converging streamlines and potential mixing of separate flows. The fluid dynamics of …

The flow structure at river confluences is complex, and is closely linked to sediment transport
and fish migration. This study employed large eddy simulation to explore the three …