The quasi-natural meandering type of alluvial rivers is quite unusual in Central European
watersheds. The lack of extensive regulation allows such rivers to shift along their floodplain …

This study quantifies morphological evolution of the Dez River, Iran, from 1955 to 2016. The
approach uses a sequence of Landsat images, aerial photos, and topographic maps. In …

Meandering rivers and their morphological changes have been extensively investigated in
fluvial geomorphology, but little knowledge is available on the meander geometry response …

Before the extensive engineering works the Dráva River had braided pattern. However in
the 19-20th centuries river regulation works became widespread, thus meanders were cut …

The typical morphological response of the meandering rivers to large floods is the lateral
shift of their channel which triggers the formation of a new morphological structure from the …

We present a case study on how riverbed morphology of the engineered and meandering
Tisza River of the Pannonian Basin (Hungary) has changed during post-engineering times …

The extensive destruction of arable lands by the process of lateral bank erosion is a major
issue for the alluvial meandering type of rivers all around the world. Nowadays, land …

The increasing extent of human activities and climate change may have notable effects on
river systems; therefore, a comprehensive knowledge of these effects is essential to mitigate …

In the first decades of the twentieth century, the Ebro River was the Iberian channel with the
most active fluvial dynamics and the most remarkable spatial–temporal evolution. Its …

A large-scale flood-control project (the so-called Amended Vásárhelyi Plan) is being
implemented along the Hungarian section of the Tisza River. A detailed assessment of the …