Restoration of river deltas involves diverting sediment and water from major channels into
adjoining drowned areas, where the sediment can build new land and provide a platform for …

Modeling is an invaluable tool for studying sedimentary basin filling and for understanding
depositional processes with long recurrence intervals, including channel avulsion …

The morphologies of the world's deltas are thought to be determined by river discharge, tidal
range and wave action. More recently, sea-level rise, and human engineering have been …

Fine sediment transport in rivers is important for catchment nutrient fluxes, global
biogeochemical cycles, water quality and pollution in riverine, coastal and marine …

ABSTRACT Akter, J.; Sarker, MH; Popescu, I., and Roelvink, D., 2016. Evolution of the
Bengal Delta and its prevailing processes. Bangladesh, occupying low-lying floodplains and …

River deltas are intricate landscapes with complex channel networks that self‐organize to
deliver water, sediment, and nutrients from the apex to the delta top and eventually to the …

In this review, we thoroughly analyze the state of global rivers, focusing on their physical and
ecological characteristics as well as management strategies. The review results have …

Densely populated river deltas are losing land at an alarming rate and to successfully
restore these environments we must understand the details of their morphology. Toward this …

Many deltas, including the Mississippi River Delta, have been losing land at fast rates
compromising the safety and sustainability of their ecosystems. Knowledge of delta …

Fine sediment production in catchments and transport through rivers to floodplains and
coastal areas is extremely important for riverine, coastal and marine ecosystems, nutrient …