Meandering planforms are common on rivers but active, rapidly changing meandering
channels are particularly instructive in indicating meander processes and dynamics and can …

Rivers exhibit a wide variety of channel patterns, and predicting changes in channel pattern
is important in order to foresee river responses to climate change and river restoration. Many …

Agricultural development has transformed the vegetation cover of many landscapes around
the world, thereby altering water and sediment fluxes to river systems. Past work in the upper …

We review the three regional anastomosing fluvial systems, both ancient and modern. The
dinosaur-bearing upper Triassic succession in Krasiejów (S Poland) is composed of …

Despite creating one of Earth's most iconic landforms, and having been studied since
antiquity, river meandering is currently explained by several alternative models that remain …

This study aims to explain the influence of sediments and landforms of postglacial and loess
landscapes of Europe on processes forming meandering and anabranching rivers. Based …

Exact knowledge of the physical structures of different river sections that govern their
ecological structure and function is essential for the efficient conservation and management …

Estuaries comprise channels vital for economic activity and bars as valuable habitats. They
are increasingly under human‐induced pressures (eg sea‐level rise and dredging) …

In the unconstrained, low gradient setting of major delta plains, individual meander belts
tend to function for relatively short periods of time due to repeated channel avulsion. Their …

Abstract The French Upper Rhine alluvial plain is characterized by a complex system of
paleochannels inherited from Late Glacial to Holocene fluvial dynamics of the Rhine and Ill …