A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Scientific, technical and institutional challenges towards next-generation operational flood risk management decision support systems
The global dissemination of operational systems for flood forecasting, early warning and risk management is much more heterogeneous than comparable forecasting services found in the meteorological community. This results primarily from the need for local ‘on-the-ground’ knowledge, such as addressing regional hydrological phenomena or the impact of local water resources management, and the challenge for small or weak institutions to integrate and operate such sophisticated systems. In this paper, we summarize and discuss the state-of-the-art of this kind of systems from a scientific, technical and institutional perspective and provide some recent applications. This leads to the development of an improved integration approach of existing building blocks and cross-organizational collaboration aimed at defining a next-generation flood risk management approach. The approach is implemented through the combination of a general platform with a community-driven effort, which substantially relies on local expertise.
Scientific, technical and institutional challenges towards next-generation operational flood risk management decision support systems
The global dissemination of operational systems for flood forecasting, early warning and risk management is much more heterogeneous than comparable forecasting services found in the meteorological community. This results primarily from the need for local ‘on-the-ground’ knowledge, such as addressing regional hydrological phenomena or the impact of local water resources management, and the challenge for small or weak institutions to integrate and operate such sophisticated systems. In this paper, we summarize and discuss the state-of-the-art of this kind of systems from a scientific, technical and institutional perspective and provide some recent applications. This leads to the development of an improved integration approach of existing building blocks and cross-organizational collaboration aimed at defining a next-generation flood risk management approach. The approach is implemented through the combination of a general platform with a community-driven effort, which substantially relies on local expertise.
Scientific, technical and institutional challenges towards next-generation operational flood risk management decision support systems
Schwanenberg, D. (author) / Natschke, M. (author) / Todini, E. (author) / Reggiani, P. (author)
International Journal of River Basin Management ; 16 ; 345-352
2018-07-03
8 pages
Article (Journal)
Electronic Resource
English
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