Even in urban areas reliable and precise information about possible floods and related water levels as well as inundation areas are needed to minimize potential damages. One main requirement for this issue is to correct the stage-discharge relations which are sometimes not available. This paper reconsiders the use of historical hydrologic data in urban areas which have fundamentally changed even concerning the river beds, cross sections and floodplain areas. By means of an historical approach the flood statistics has been updated with surprising results
The traditional approach to design flood estimation (for example, to derive the 100-year flood) is t...
This thesis examines the largest floods of the Lower Rhine river over the past centuries to millenni...
International audienceThis paper presents a case study to estimate peak discharges of extreme flood ...
Reliable and precise information about possible floods, related water levels and inundation areas ar...
Even in urban areas reliable and precise information about possible floods and related water levels ...
The statistical evaluation of flood records requires long data series to extrapolate reliable peak d...
The floods that occurred on the Aare and Rhine rivers in May 2015 and the mostly successful handling...
At the Leibniz Institute of Ecological and Regional Development (IOER) in Dresden scientists work to...
Accurate estimates of the recurrence time of extreme floods are essential to assess flood safety in ...
Severe floods caused extensive damage and life-loss throughout Europe over the last decades. The mag...
This paper presents the long-term analysis of flood occurrence along the southern part of the Upper ...
This dataset presents historic flood levels marked on buildings and other structures in the Rhine ri...
The reassessment of flood risk at York, UK, is pertinent in light of major flooding in November 2000...
Flood Risks Prevention Plan in the Ill Basin, reveals that Mulhouse (France) is nearly totally free ...
Magnitudes of peak discharges of 43 non-instrumentally measured Rhine river floods at Basel were re...
The traditional approach to design flood estimation (for example, to derive the 100-year flood) is t...
This thesis examines the largest floods of the Lower Rhine river over the past centuries to millenni...
International audienceThis paper presents a case study to estimate peak discharges of extreme flood ...
Reliable and precise information about possible floods, related water levels and inundation areas ar...
Even in urban areas reliable and precise information about possible floods and related water levels ...
The statistical evaluation of flood records requires long data series to extrapolate reliable peak d...
The floods that occurred on the Aare and Rhine rivers in May 2015 and the mostly successful handling...
At the Leibniz Institute of Ecological and Regional Development (IOER) in Dresden scientists work to...
Accurate estimates of the recurrence time of extreme floods are essential to assess flood safety in ...
Severe floods caused extensive damage and life-loss throughout Europe over the last decades. The mag...
This paper presents the long-term analysis of flood occurrence along the southern part of the Upper ...
This dataset presents historic flood levels marked on buildings and other structures in the Rhine ri...
The reassessment of flood risk at York, UK, is pertinent in light of major flooding in November 2000...
Flood Risks Prevention Plan in the Ill Basin, reveals that Mulhouse (France) is nearly totally free ...
Magnitudes of peak discharges of 43 non-instrumentally measured Rhine river floods at Basel were re...
The traditional approach to design flood estimation (for example, to derive the 100-year flood) is t...
This thesis examines the largest floods of the Lower Rhine river over the past centuries to millenni...
International audienceThis paper presents a case study to estimate peak discharges of extreme flood ...