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

Our understanding of braided river morphodynamics has improved significantly in recent
years, however, there are still large knowledge gaps relating to both long‐term and event …

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 …

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 …

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 reach-scale effects of human-induced disturbances on the channel network in large
braided rivers are a challenge to understand and to predict. In this study, we simulated …

The stabilized channel is a crucial element of an 'a 'ā flow system, delivering lava to forward
extending zones of dispersed flow. However, the term stable implies that channel …

远源细粒辫状河广泛发育于河流的中下游, 其形成的致密储层是深入挖潜油气面临的挑战.
结合现代远源细粒辫状河演变的遥感记录影像, 运用基于泥沙水动力学的沉积过程数值模拟软件 …

Understanding of complex flood-riverbed interaction processes in large-scale (field) outburst
floods remains incomplete, not least due to a lack of well-constrained field data on …

Braided rivers undergo continuous morphological evolution in response to variations in
water and sediment fluxes associated with a plethora of natural and anthropogenic …