Delta distributary networks are created by bifurcating channels that commonly split their
discharges unequally. The origin and stability of these asymmetrical fine‐grained cohesive …

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 …

Channel bifurcations associated with bars and islands are important nodes in braided rivers
and may control flow partitioning and thus affect downstream confluences, as well as the …

Flow division at bifurcations in the Yangtze Estuary has received ample attention, since it
may control the pathways of terrestrial sediments over downstream river branches including …

The discharge distribution is influenced by the tidal behaviour at tidally affected junctions.
The Pearl River Delta (PRD) is one of the most complicated deltas and highly affected by …

We derive an idealized model of a gravel-sand river bifurcation and analyze its stability
properties. The model requires nodal point relations that describe the ratio of the supply of …

Channel bifurcations are common features observed in fluvial landforms from upstream
gravel‐bed rivers to downstream deltas. Extensive research has been carried out to study …

The purpose of this research is to get an overall idea about the physical process of
discharge and sediment distributions in channel bifurcations. A physical model has been …

Fluvial bifurcations are systems that have a great influence on human society. Their
formation and evolution can affect to activities as agriculture or industry and a good …

River-dominated deltas are dynamic environments and because they are home to a
significant fraction of the world's population we need to understand their growth and …