Add to ORKGFlood fighting activity in preceding centuries and systematic research conducted since 1995 have produced a collection of more than 2200 historical data regarding dike failures in the Carpathian Basin. Despite the gaps in and the frequent errors of historical data, the high number of dike breaches facilitates statistical processing and the evaluation of the results allows us to draw interesting conclusions and lessons for future generations, for instance regarding the length of levee breaches. The effect of human intervention is easy to trace in the system of flood control on the basis of the changing number and length of levee breaches
Szeged situated at the confluence of the Tisza and the Maros Rivers has been exposed to significant ...
open6siFunding:We would like to acknowledge the funding from the Marie Sklodowska-Curie Innovative T...
Establishing Base Flood Elevation for a stream network corresponding to a big catchment is feasible ...
Flood fighting activity in preceding centuries and systematic research conducted since 1995 have pro...
Hungary is situated in the part of Europe drained by the Danube, in the deepest part of the hydrogra...
Hungary is situated in the deepest part of the Carpathian basin. The majority of the country is allu...
From an analysis of 3,738 river gauging stationsof catchments ranging from 5 to 100,000 km2, Blöschl...
Flood damage poses a major threat to many countries across Europe. One of the most disadvantageous c...
Hazard analysis is a crucial step in flood risk management, and for large rivers, the effects of bre...
A data set of discharges is used to estimate the design discharge for flood protection of the rivers...
Along the Lower Tisza River (Hungary) the water level of the floods reached new record stages in 199...
During the past decade, a series of record flood stages have occurred along the Tisza River, resulti...
In the first part of this article, attention is drawn to the tremendous importance of flood control ...
Numerous flood disasters occur every year worldwide, mostly resulting from failure of dikes, some wi...
Understanding levee failures can be significantly improved by analysing historical failures, experim...
Szeged situated at the confluence of the Tisza and the Maros Rivers has been exposed to significant ...
open6siFunding:We would like to acknowledge the funding from the Marie Sklodowska-Curie Innovative T...
Establishing Base Flood Elevation for a stream network corresponding to a big catchment is feasible ...
Flood fighting activity in preceding centuries and systematic research conducted since 1995 have pro...
Hungary is situated in the part of Europe drained by the Danube, in the deepest part of the hydrogra...
Hungary is situated in the deepest part of the Carpathian basin. The majority of the country is allu...
From an analysis of 3,738 river gauging stationsof catchments ranging from 5 to 100,000 km2, Blöschl...
Flood damage poses a major threat to many countries across Europe. One of the most disadvantageous c...
Hazard analysis is a crucial step in flood risk management, and for large rivers, the effects of bre...
A data set of discharges is used to estimate the design discharge for flood protection of the rivers...
Along the Lower Tisza River (Hungary) the water level of the floods reached new record stages in 199...
During the past decade, a series of record flood stages have occurred along the Tisza River, resulti...
In the first part of this article, attention is drawn to the tremendous importance of flood control ...
Numerous flood disasters occur every year worldwide, mostly resulting from failure of dikes, some wi...
Understanding levee failures can be significantly improved by analysing historical failures, experim...
Szeged situated at the confluence of the Tisza and the Maros Rivers has been exposed to significant ...
open6siFunding:We would like to acknowledge the funding from the Marie Sklodowska-Curie Innovative T...
Establishing Base Flood Elevation for a stream network corresponding to a big catchment is feasible ...