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 …

In the last few years an increase in the frequency and magnitude of floods was detected on
the Tisza River, endangering large areas of Hungary. The causes of these record floods …

To understand the hydro-morphological responses of a river to engineering works is a key to
future sustainable engineering projects. The Tisza River in the Carpathian Basin has been …

The effects of the the 19th century river channelization were studied on approximately 20 km
long sections of the Tisza and Maros Rivers. Large scale human impact on their morphology …

Engineering works have affected the morphology of rivers (eg, by cut-offs, artificial levees,
revetments, and reservoir and dam constructions). These human impacts also have …

The rapidly subsiding central part of the Pannonian Basin, the flood-plain system of the
Tisza River, is analyzed. Natural flood-conducting channels that were functioning prior to the …

On artificially confined floodplains, various active processes influence the local peak flow
level. However, these active processes are often neglected in flood management because …

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 …

We determined the hydrological and hydraulic characteristics of flood events occurring on
the river Trotus between 2000 and 2012 based on data recorded daily at 6 gauging stations …

The area crossed by the Tisza River has been continuously subsiding during the Quaternary
and is filled up by sediment of the rivers flowing from the Carpathians. The average …