Providing a robust and reliable prediction model for suspended sediment concentration
(SSC) is an essential task for several environmental and geomorphology prospective …

The many hydrodynamic implications associated with the geomorphological evolution of
braided rivers are still not profoundly examined in both experimental and numerical …

In the past decade, the numerical modelling of braided river morphodynamics has
experienced a significant advance due to the increasing computer power and the …

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

River flow is a complex dynamic system of hydraulic and sediment transport. Bed load
transport have a dynamic nature in gravel bed rivers and because of the complexity of the …

Large wood promotes fundamental changes in river hydraulics and morphology, playing a
relevant role in river ecology but also in flood hazard. Accurate predictions of large wood …

Bio‐hydro‐morphodynamic simulation is an essential tool for analyzing fluvial processes
under the influence of riparian vegetation, and has developed over the past decade …

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 …

In recent decades, climate warming has accelerated the melting of glaciers on the Qinghai-
Tibet Plateau (QTP) so as to cause significant changes in water and sediment flux in the …