We analyse recent morphological evolution of braiding rivers of disparate regions of the
Earth to develop and address the hypothesis that braiding of rivers tends to be reduced by …

Erosion of banks and channel migrations are usually common phenomenon and recurring
geo-hazardous problem in the Brahmaputra-Jamuna river system of Bangladesh. The …

Numerical morphological modeling of braided rivers, using a physics‐based approach, is
increasingly used as a technique to explore controls on river pattern and, from an applied …

Braided rivers exhibit highly variable morphologies, morphodynamic behaviours and
resulting depositional records. To evaluate relationships between characteristics of braided …

Suspended sediment plays a vital role in the regional and global cycling of carbon and
nutrients by carrying carbon and nutrients from headwaters into lowland rivers and the …

In this paper we develop a two-dimensional modelling framework suitable to study the
morphological evolution of vegetated braided rivers. The mathematical model features a …

A numerical model was used to compute the formation of a braided channel system. The
model calculated the water flow field from the fully 3D Navier-Stokes equations on a non …

The braiding intensity and dynamics in large braiding rivers are well known to depend on
peak discharges, but the response in braiding and channel–floodplain transformations to …

The longitudinal connectivity of rivers facilitates the downstream transfer of discharge and
sediment. Any alterations to this component can potentially impair/block sediment …

Large and complex braided channels (> 1 km wide) in the Source Region of the Yangtze
River (SRYR) on the Qinghai-Tibet Plateau, China, are characterized by a unique alpine …