A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Flood Defense in The Netherlands
Intensive land use and far-reaching regulation of the fluvial hydrosystem in the past century have reduced the hydromorphological resilience of the Rhine and Meuse river basins. Because the hydromorphodynamic processes could be controlled to a greater extent, residents of the riverine areas lost their sense of the natural dynamics of river systems, and further urbanization of areas prone to flooding took place without the potential dangers being recognized. It was particularly in the low-lying polders of the Netherlands that the potential damage from flooding increased tremendously over time. The high water discharges of the rivers Rhine and Meuse in 1993, 1995, and 1998 caused a considerable change in governmental policy, public awareness, and international cooperation in terms of flood protection and inland water management. The Dutch government is currently trying to achieve sustainable water and river management by developing and implementing a new approach to flood defense. In addition to the implementation of technological measures, the government aims to create more space for the rivers, combined with objectives from other policy areas, including the restructuring of rural areas, development of the ecological infrastructure, surface mineral extraction, land use and other area-specific projects such as housing schemes. This approach is not confined to the Netherlands: similar concepts have recently been introduced at various other locations in the Rhine and Meuse river basins. The new approach requires land-use changes and introduces new scientific research issues relating to land and water use, hydromorphology, river management, and socio-economics. This paper discusses this new approach and related scientific developments.
Flood Defense in The Netherlands
Intensive land use and far-reaching regulation of the fluvial hydrosystem in the past century have reduced the hydromorphological resilience of the Rhine and Meuse river basins. Because the hydromorphodynamic processes could be controlled to a greater extent, residents of the riverine areas lost their sense of the natural dynamics of river systems, and further urbanization of areas prone to flooding took place without the potential dangers being recognized. It was particularly in the low-lying polders of the Netherlands that the potential damage from flooding increased tremendously over time. The high water discharges of the rivers Rhine and Meuse in 1993, 1995, and 1998 caused a considerable change in governmental policy, public awareness, and international cooperation in terms of flood protection and inland water management. The Dutch government is currently trying to achieve sustainable water and river management by developing and implementing a new approach to flood defense. In addition to the implementation of technological measures, the government aims to create more space for the rivers, combined with objectives from other policy areas, including the restructuring of rural areas, development of the ecological infrastructure, surface mineral extraction, land use and other area-specific projects such as housing schemes. This approach is not confined to the Netherlands: similar concepts have recently been introduced at various other locations in the Rhine and Meuse river basins. The new approach requires land-use changes and introduces new scientific research issues relating to land and water use, hydromorphology, river management, and socio-economics. This paper discusses this new approach and related scientific developments.
Flood Defense in The Netherlands
van Stokkom, Hein T.C. (author) / Smits, Antonius J.M. (author) / Leuven, Rob S.E.W. (author)
Water International ; 30 ; 76-87
2005-03-01
12 pages
Article (Journal)
Electronic Resource
Unknown
Adaptation strategies to maintain dunes as flexible coastal flood defense in The Netherlands
| Online Contents | 2014